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MAXIMUS MPX, MAXIMUS MPXT Explosion proof stainless steel PTZ positioning system EN English - Instructions manual JA æ¥æ¬èª - åæ±èª¬ææž MAXIMUS MPX, MAXIMUS MPXT Explosion proof stainless steel PTZ positioning system "IP model isnât certified by TIIS yet." EN English - Instructions manual Contents ENGLISH 1.1 Typographical conventions................................................................................................................................... 7 2 Notes on copyright and information on trademarks................................................... 7 3 Safety rules..................................................................................................................... 7 4 Identification................................................................................................................... 9 4.1 Product description and type designation..................................................................................................... 9 4.1.1 Version for thermal imaging cameras.............................................................................................................................10 5 Preparing the product for use..................................................................................... 11 5.1 Safety precautions before use............................................................................................................................11 5.2 Unpacking and contents......................................................................................................................................12 5.2.1 Unpacking.................................................................................................................................................................................12 5.2.2 Contents.....................................................................................................................................................................................12 5.3 Safely disposing of packaging material..........................................................................................................12 5.4 Preparatory work before installation...............................................................................................................13 5.4.1 Fixing to parapet or ceiling mount..................................................................................................................................13 5.4.2 Fixing with bracket.................................................................................................................................................................14 5.4.3 Fixing the unit to the pole mount adapter or corner mount adapter.................................................................14 5.4.3.1 Fixing with pole mount.............................................................................................................................................................................14 5.4.3.2 Fixing with corner adapter.......................................................................................................................................................................15 5.4.4 Fixing the sunshield...............................................................................................................................................................15 6 Assembling and installing........................................................................................... 16 6.1 Installation.................................................................................................................................................................16 6.1.1 Range of use.............................................................................................................................................................................16 6.1.2 Methods of installation........................................................................................................................................................16 6.1.3 Connecting the cables to the base..................................................................................................................................17 6.1.4 Cable entry................................................................................................................................................................................18 6.1.5 Connection of the power supply line..............................................................................................................................19 6.1.6 Connections of one or more video cables.....................................................................................................................21 6.1.7 Connection of the Ethernet cable....................................................................................................................................22 6.1.8 Telemetry line connections.................................................................................................................................................23 6.1.9 Alarm and relay connections.............................................................................................................................................24 6.1.9.1 Connecting an alarm with clean contact (dry contact).................................................................................................................24 6.1.9.2 Relay connection.........................................................................................................................................................................................24 6.1.10 Unit address, communication protocol and baud rate setting...........................................................................25 6.1.11 Configuration of the dip-switches.................................................................................................................................25 6.1.12 Setting the configuration check mode........................................................................................................................25 6.1.13 Baud rate configuration.....................................................................................................................................................26 6.1.14 Setting of the serial communication lines..................................................................................................................26 6.1.14.1 Two-way RS-485 TX/RX line...................................................................................................................................................................27 6.1.14.2 Line RS-485-1 reception, line RS-485-2 repetition........................................................................................................................27 6.1.14.3 Two-way RS-422 line................................................................................................................................................................................27 6.1.14.4 One-way RS-485 line................................................................................................................................................................................27 6.1.15 Serial line terminations and connections....................................................................................................................28 6.1.16 Protocol configuration.......................................................................................................................................................28 MNVCMPXTJP_1415_EN 3 Instructions manual - English - EN 1 About this manual.......................................................................................................... 7 EN - English - Instructions manualâ6.1.17 Address configuration........................................................................................................................................................28 6.1.18 Earth wiring connection....................................................................................................................................................29 6.1.19 Connection compartment closing................................................................................................................................29 7 Instructions for safe operation.................................................................................... 30 7.1 Safe operation..........................................................................................................................................................30 7.1.1 Commissioning.......................................................................................................................................................................30 7.1.2 Safety rules................................................................................................................................................................................31 7.1.3 Explosion prevention rules.................................................................................................................................................31 8 Switching on................................................................................................................. 31 8.1 Before powering the product in an explosive atmosphere....................................................................31 9 Configuration................................................................................................................ 32 9.1 Using the OSM.........................................................................................................................................................32 9.1.1 How to use the joystick........................................................................................................................................................32 9.2 How to move around the menus......................................................................................................................32 9.3 How to change the settings................................................................................................................................33 9.4 How to change the numeric fields...................................................................................................................33 9.5 How to change text...............................................................................................................................................34 9.6 Configuration via OSM..........................................................................................................................................35 9.6.1 Main menu................................................................................................................................................................................35 9.6.2 Language...................................................................................................................................................................................35 9.6.3 Camera menu...........................................................................................................................................................................35 9.6.3.1 Zone Titling Menu.......................................................................................................................................................................................36 9.6.3.2 Zone Titling Menu (Edit Area)..................................................................................................................................................................36 9.6.3.3 Masking Menu..............................................................................................................................................................................................37 9.6.3.4 Masking Menu (Edit Masks).....................................................................................................................................................................38 9.6.3.5 How to create a new mask.......................................................................................................................................................................38 9.6.3.6 How to modify a mask...............................................................................................................................................................................39 9.6.3.7 Advanced Setting Menu...........................................................................................................................................................................40 9.6.3.8 Advanced Setting Menu (Zoom)............................................................................................................................................................40 9.6.3.9 Advanced Setting Menu (Focus)............................................................................................................................................................41 9.6.3.10 Advanced Setting Menu (Exposure)...................................................................................................................................................41 9.6.3.11 Advanced Setting Menu (Infrared).....................................................................................................................................................42 9.6.3.12 Advanced Setting Menu (White Balance)........................................................................................................................................43 9.6.3.13 Advanced Setting Menu (Other)..........................................................................................................................................................44 9.6.4 Movement Menu....................................................................................................................................................................44 9.6.4.1 Manual Control Menu................................................................................................................................................................................45 9.6.4.2 Manual Control Menu (Limits)................................................................................................................................................................45 9.6.4.3 Preset Menu...................................................................................................................................................................................................45 9.6.4.4 Preset Menu (Edit Preset)..........................................................................................................................................................................46 9.6.4.5 Preset Menu (Utility Preset)......................................................................................................................................................................46 9.6.4.6 Patrol Menu....................................................................................................................................................................................................47 9.6.4.7 Autopan Menu..............................................................................................................................................................................................47 9.6.4.8 Motion Recall Menu....................................................................................................................................................................................47 9.6.4.9 Advanced Menu...........................................................................................................................................................................................48 9.6.5 Display Menu...........................................................................................................................................................................48 9.6.6 Options Menu..........................................................................................................................................................................49 9.6.6.1 Alarms Menu.................................................................................................................................................................................................49 9.6.7 Washer Menu...........................................................................................................................................................................50 9.6.8 Default Menu...........................................................................................................................................................................50 9.6.9 Info Menu..................................................................................................................................................................................50 4 MNVCMPXTJP_1415_EN 9.6.10 Thermal Camera Menu.......................................................................................................................................................51 9.7 Configuration of the version with IP board...................................................................................................57 9.7.1 Minimum system requirements........................................................................................................................................57 9.7.2 Configuration procedure through software.................................................................................................................57 9.7.2.1 WAN setting...................................................................................................................................................................................................58 9.7.3 Installing the NVR software.................................................................................................................................................60 9.7.3.1 Controlling PTZ movements....................................................................................................................................................................62 9.7.3.2 Preset and load positions..........................................................................................................................................................................63 10 Instructions for safe operation.................................................................................. 64 10.1 Visualizing the state of the pan & tilt.............................................................................................................64 10.2 Saving the current position (Preset)..............................................................................................................65 10.2.1 Quick save...............................................................................................................................................................................65 10.2.2 Saving from the Menu........................................................................................................................................................65 10.3 Recalling a position (Scan)................................................................................................................................65 10.4 Enabling the patrol (Patrol)...............................................................................................................................65 10.5 Enabling Autopan Function.............................................................................................................................65 10.6 Recalling a pattern (Tour)..................................................................................................................................65 10.7 Recalling the Home position............................................................................................................................66 10.8 Enabling the wiper (Wiper)...............................................................................................................................66 10.9 Enabling the washer...........................................................................................................................................66 10.10 Reboot the device.............................................................................................................................................66 10.11 Manual correction of a preset focusing.....................................................................................................67 10.12 Special controls..................................................................................................................................................67 11 Maintaining and cleaning.......................................................................................... 69 11.1 System configuration and statistics display...............................................................................................69 11.2 Maintenance and cleaning by users..............................................................................................................69 11.2.1 Routine (to be carried out regularly).............................................................................................................................69 11.2.1.1 Cleaning the glass.....................................................................................................................................................................................69 11.2.1.2 Cleaning the germanium window......................................................................................................................................................69 11.2.1.3 Cleaning the device..................................................................................................................................................................................69 11.2.1.4 Inspecting the cables...............................................................................................................................................................................69 11.2.2 Extraordinary (to be done only under particular circumstances)......................................................................70 12 Disposal of waste materials....................................................................................... 70 13 Troubleshooting......................................................................................................... 71 14 Technical data............................................................................................................. 73 14.1 MPX...........................................................................................................................................................................73 14.1.1 General.....................................................................................................................................................................................73 14.1.2 Mechanical.............................................................................................................................................................................73 MNVCMPXTJP_1415_EN 5 Instructions manual - English - EN 9.6.10.1 Flat Field Correction Menu.....................................................................................................................................................................52 9.6.10.2 Flat Field Correction Menu (Gain Switch Values)...........................................................................................................................53 9.6.10.3 Video Setup Menu.....................................................................................................................................................................................53 9.6.10.4 Gain Control Menu...................................................................................................................................................................................54 9.6.10.5 ROI Setup Menu.........................................................................................................................................................................................55 9.6.10.6 Thermal Analysis Menu...........................................................................................................................................................................55 9.6.10.7 Thermal Analysis Menu (Spot Meter).................................................................................................................................................55 9.6.10.8 Thermal Analysis Menu (Isotherm).....................................................................................................................................................56 9.6.10.9 Status Menu................................................................................................................................................................................................56 EN - English - Instructions manualâ14.1.3 Electrical/Video.....................................................................................................................................................................73 14.1.4 Communications..................................................................................................................................................................74 14.1.5 Protocols..................................................................................................................................................................................74 14.1.6 Environment..........................................................................................................................................................................74 14.1.7 Brackets and adapters........................................................................................................................................................74 14.1.8 Package....................................................................................................................................................................................74 14.2 MPXT.........................................................................................................................................................................74 14.2.1 General.....................................................................................................................................................................................74 14.2.2 Mechanical.............................................................................................................................................................................74 14.2.3 Electrical/Video.....................................................................................................................................................................74 14.2.4 Communications..................................................................................................................................................................75 14.2.5 Protocols..................................................................................................................................................................................75 14.2.6 Environment..........................................................................................................................................................................75 14.2.7 Brackets and adapters........................................................................................................................................................75 14.2.8 Package....................................................................................................................................................................................75 14.3 Electrical rating.....................................................................................................................................................75 14.4 Camera.....................................................................................................................................................................76 15 Technical drawings..................................................................................................... 81 6 MNVCMPXTJP_1415_EN 1 About this manual 3 Safety rules The manufacturer declines all responsibility for any damage caused by an improper use of the appliances mentioned in this manual. Furthermore, the manufacturer reserves the right to modify its contents without any prior notice. The documentation contained in this manual has been collected with great care, the manufacturer, however, cannot take any liability for its use. The same thing can be said for any person or company involved in the creation and production of this manual. 1.1 Typographical conventions DANGER! Explosion hazard. Read carefully to avoid danger of explosion. DANGER! High level hazard. Risk of electric shock. Disconnect the power supply before proceeding with any operation, unless indicated otherwise. This device must be connected to an earth conductor (protective earth). This connection must be made only throught the internal connector J1 (6.1.5 Connection of the power supply line, page 19). External equipotential bonding connections must also be performed but only for supplementary bonding connection to earth, and required by local codes or authority. WARNING! Medium level hazard. This operation is very important for the system to function properly. Please read the procedure described very carefully and carry it out as instructed. INFO Description of system specifications. We recommend reading this part carefully in order to understand the subsequent stages. 2 Notes on copyright and information on trademarks The quoted names of products or companies are trademarks or registered trademarks. Fig. 1 External hole for Equipotential bonding required by authority. Not to be intended as protective earth connections. MNVCMPXTJP_1415_EN 7 Instructions manual - English - EN Before installing and using this unit, please read this manual carefully. Be sure to keep it handy for later reference. ⢠Read these instructions. ⢠Keep these instructions. EN - English - Instructions manualâ⢠Heed all warnings. ⢠Follow all instructions. ⢠This device is remotely controlled and may change position at any time. It should be installed so that no one can be hit by moving parts. It should be installed so that moving parts cannot hit other objects and create hazardous situations. ⢠To reduce the risk of ignition of hazardous atmospheres, disconnect the equipment from the supply circuit before opening. Keep the product tightly closed when in operation. ⢠Make sure that the device is firmly anchored. ⢠The equipment is certified for use in ambient temperatures from -40°C to +60°C (from -40°F to +140°F). ⢠The connection compartment lid can be opened only for cabling the device. The other lids must be open from the manufacturer. ⢠Installation of this equipment shall be carried out by suitably trained personnel in accordance with the applicable code of practice IEC/EN 60079-14. ⢠The temperature of the surfaces of the device is increased by exposure to direct sunlight. The surface temperature class of the device was determined only with ambient air temperature, without taking into consideration direct sunlight. ⢠A power disconnect device must be included in the electrical installation, and it must be very quickly recognizable and operated if needed. ⢠Do not use cables that seem worn or old. ⢠For technical services, consult only and exclusively authorized technicians. ⢠Choose an installation surface that is strong enough to sustain the weight of the device, also bearing in mind particular environmental aspects, such as exposure to strong winds. ⢠Since the user is responsible for choosing the surface to which the unit is to be anchored, we do not supply the fixing devices for attaching the unit firmly to the particular surface. The installer is responsible for choosing fixing devices suitable for the specific purpose on hand. Use methods and materials capable of supporting at least 4 times the weight of the device. 8 MNVCMPXTJP_1415_EN 4 Identification The MAXIMUS series explosion-proof pan-tiltzoom (PTZ) camera positioning devices have been designed to allow movement, on both a horizontal and a vertical plane of a in-built camera and to operate in industrial environments in which there may be an explosive atmosphere due to gas, vapours, mists, or air or powder mixtures. MAXIMUS PTZ devices, supplied complete with an in built camera, are made of AISI 316L electropolished stainless steel. This unit basically consists of a base, a main body and a housing for the camera. Versions with a second housing for thermal cameras are available. On the base there is a connection compartment that allows very easy cabling of the system, and it comprises the power supply electronics. There is a hole 3/4â NPT on the base and the connection must to be done in conformity with IEC/EN60079-14. The main body contains the motors for horizontal and vertical movements and the CPU and video boards. Speed and precision are the predominant pan-andtilt characteristics, reaching 100°/s in continuous horizontal rotation, with vertical range between -90° to +90°. MAXIMUS PTZ manages the preset, auto-pan and patrol functions with an accuracy 0.02°. The unit performs a continuous control of its position to verify the correct positioning of the camera at any time. This is a very useful function in case of severe environmental conditions, such as strong wind and heavy vibrations. The choice of integrated SONY cameras offer 36x and 28x zoom lenses, which allow the recording with exceptional precision of both close-by and far away objects, as well dynamic privacy zone masking. Besides the OSD (On Screen Display) configuration, the system is equipped with an RS485 interface for complete system control and for the updating in remote mode of the latest firmware version. The simplified set-up software interface offers typical preset configurations or the possibility to customize the complete system. The camera housing contains a day/night module with its electronics, an heater and a built-in wiper. The PTZ device has an IP66 protection degree and its operating temperature is - 40°C to 60°C (-40°F / 140°F). MAXIMUS PTZ includes integrated high-performance pan-and-tilt telemetry. Fig. 2MPX. MNVCMPXTJP_1415_EN 9 Instructions manual - English - EN 4.1 Product description and type designation MAXIMUS PTZ offers continuous, high speed rotation, positioning precision and superior image quality, utmost sturdiness and simplified system configuration. EN - English - Instructions manualâ4.1.1 Version for thermal imaging cameras The device can be provided with a thermal imaging camera, which is installed inside a second housing, whose window is made mainly of germanium which guarantees the same strength and security properties as those for standard glass (Fig. 3 MPXT., page 10). The high sensitivity NEdT 50mK at f/1.0 ensures an optimal thermal imaging. It supports 2x or 4x digital zoom. A choice of lens sizes is offered between 35mm, 25mm and 9mm, depending on the detection distance required. The thermal camera is an Uncooled Vanadium Oxide microbolometer (VOx) with spectral band 7.513.5ÎŒm. It delivers a thermal video of 320x 256 (PAL) and 320x240 (NTSC), with an image frequency of 8.3fps or 25 fps (PAL) and 7.5 or 30fps (NTSC). Fig. 3MPXT. 10 MNVCMPXTJP_1415_EN Any change that is not expressly approved by the manufacturer will invalidate both the guarantee and certification. Before installation, make sure the power supply and protection specifications of the device correspond to those in the original order. Use of unsuitable appliances can cause serious hazards, risking the safety of personnel and of the installation. 5.1 Safety precautions before use The electrical installation in which the unit is inserted must be equipped with a 15A maximum bipolar protection circuit (magnetothermal), that must include a bipolar automatic-type circuit breaker, which must also envisage earth fault current protection (magnetothermal + differential) with minimum distance of 3mm between contacts. Make sure that all the devices are certified for the application and for the environment in which they will be installed. MNVCMPXTJP_1415_EN The device can only be considered to be switched off when the power supply has been disconnected and the connection cables to other devices have been removed. A power disconnect device must be included in the electrical installation, and it must be very quickly recognizable and operated if needed. Before doing any technical work on the device make sure that the power supply is disconnected. Make connections and tests in the laboratory before carrying out installation on site. Use appropriate tools for the purpose. Before proceeding with any operations, make sure that the mains voltage is correct. For handling there arenât request of particular demands to assigned staff, therefore it is recommended, to carry out such operation observing the common rules of accident prevention. 11 Instructions manual - English - EN 5 Preparing the product for use 5.2 Unpacking and contents EN - English - Instructions manualâ5.2.1 Unpacking When the product is delivered, make sure that the package is intact and that there are no signs that it has been dropped or scratched. If there are obvious signs of damage, contact the supplier immediately. Keep the packaging in case you need to send the product for repairs. 5.3 Safely disposing of packaging material The packaging material can all be recycled. The installer technician will be responsible for separating the material for disposal, and in any case for compliance with the legislation in force where the device is to be used. When returning a faulty product we recommend using the original packaging for shipping. 5.2.2 Contents Check the contents to make sure they correspond with the list of materials as below: Analog version: ⢠1 explosion-proof P&T ⢠1 sunshield (2 if version with thermal camera) ⢠1 document Important safety instructions ⢠1 sheath ⢠2 ties ⢠2 hexagon socket set screws ⢠Instructions manual IP version: ⢠1 explosion-proof P&T ⢠1 sunshield (2 if version with thermal camera) ⢠1 document Important safety instructions ⢠1 sheath ⢠2 ties ⢠2 hexagon socket set screws ⢠1 CD ⢠Instructions manual 12 MNVCMPXTJP_1415_EN 5.4 Preparatory work before installation Choose an installation surface that is strong enough to sustain the weight of the device, also bearing in mind particular environmental aspects, such as exposure to strong winds. Attach the adapter (01) to the bottom of the unit using 4 stainless steel (A4 class 80) socket flat head cap screw M10 x 20mm (02). Make sure the thread are free of dirt and debris. Apply a generous amount of thread locking compound (Loctite 270) into the threaded holes in the base of the device. Tighten them to 35Nm. The thread compound must cure for one hour, allow for this period prior to completing the installation. 02 01 It should be installed so that no one can be hit by moving parts. It should be installed so that moving parts cannot hit other objects and create hazardous situations. Make sure that the device is firmly anchored. Use the external holes in the adapter to fix the assembled unit to the wall or to the pole. Use screws that can bear at least 4 times the weight of the unit. 00 35 35 Since the user is responsible for choosing the surface to which the unit is to be anchored, we do not supply the fixing devices for attaching the unit firmly to the particular surface. The installer is responsible for choosing fixing devices suitable for the specific purpose on hand. In general use methods and materials capable of supporting at least four times the weight of the device. 35 35 For technical services, consult only and exclusively authorized technicians. Fig. 4 Ø2 The device must be installed and maintained only and exclusively by qualified technical personnel. 8 Ø 11 It is possible to install the unit with several brackets. We strongly recommend using only approved brackets and accessories during installation. Ø 238 Fig. 5 MNVCMPXTJP_1415_EN 13 Instructions manual - English - EN Use appropriate tools for the installation. The particular nature of the site where the device is to be installed may mean special tools are required for installation. 5.4.1 Fixing to parapet or ceiling mount EN - English - Instructions manualâ5.4.2 Fixing with bracket The bracket can be fixed to the vertical wall. Use screws and wall fixing devices that can bear at least four times the weight of the unit. To fix the device to the bracket, use 4 washers, 4 stainless steel grower washer and 4 hexagon stainless steel bolts (A4 class 80) M10x20mm. Make sure the thread are free of dirt and debris. Apply a generous amount of thread locking compound (Loctite 270) into the threaded holes in the base of the device. Tighten them to 35Nm. The thread compound must cure for one hour, allow for this period prior to completing the installation. 5.4.3 Fixing the unit to the pole mount adapter or corner mount adapter To install the component on a pole or at a wall corner, first of all fix the pan & tilt unit to the wall bracket ( 5.4.2 Fixing with bracket, page 14). 5.4.3.1 Fixing with pole mount Fix the wall bracket to the pole mount adapter using 4 washers, 4 stainless steel grower washer and 4 hexagon stainless steel bolts (A4 class 80) M10x30mm. Make sure the thread are free of dirt and debris. Apply a generous amount of thread locking compound (Loctite 270) into the threaded holes in the base of the device. Tighten them to 35Nm. The thread compound must cure for one hour, allow for this period prior to completing the installation. Fig. 6 Fig. 7 14 MNVCMPXTJP_1415_EN 5.4.4 Fixing the sunshield Fix the wall bracket to the corner mount adapter using 4 washers, 4 stainless steel grower washers 4 hexagon stainless steel bolts (A4 class 80) M10x30mm. Before running the wiring, fix the sunshield to the camera housing using the screws and washers. Make sure the thread are free of dirt and debris. Apply a generous amount of thread locking compound (Loctite 270) into the threaded holes in the base of the device. Apply a generous amount of thread locking compound (Loctite 270) into the threaded holes in the base of the device. The thread compound must cure for one hour, allow for this period prior to completing the installation. Tighten them to 35Nm. The thread compound must cure for one hour, allow for this period prior to completing the installation. Fig. 9 Fig. 8 MNVCMPXTJP_1415_EN 15 Instructions manual - English - EN 5.4.3.2 Fixing with corner adapter 6 Assembling and installing EN - English - Instructions manualâMake all installation works and connections in a non-explosive atmosphere. Make sure that all the devices are certified for the application and for the environment in which they will be installed. The following procedures should be carried out with the power supply disconnected, unless indicated otherwise. The device must be installed only and exclusively by qualified technical personnel. At start up the system makes some automatic calibration movements: do not stand near the device when it is powered. Make sure that the installation complies with local regulations and specifications. Videotec strongly recommend to test the device configuration and performance in a office\laboratory before putting it in the final installation site. (6.1.3 Connecting the cables to the base, page 17). 6.1 Installation 6.1.1 Range of use The unit is designed for use in a fixed location, for surveillance of areas classified as zone 1-21 and zone 2-22 potentially explosive atmospheres, using its embedded cameras. The installation temperature range is -40°C to 60°C (-40°F/140°F). The device is operative from-40°C to 60°C (-40°F/140°F). The equipment has not been assessed as a safety related device (as referred to by Directive 94/9/EC Annex II, clause 1.5). 6.1.2 Methods of installation The system can be installed only in a standard or inverted position (ceiling mount). When installed for inverted operation, the camera orientation and controller functions are reconfigured for normal operation through the systemâs software. Hardware adjustment is not required for inverted operation. Fig. 10 16 MNVCMPXTJP_1415_EN 6.1.3 Connecting the cables to the base The electrical installation in which the unit is inserted must be equipped with a 15A maximum bipolar protection circuit (magnetothermal), that must include a bipolar automatic-type circuit breaker, which must also envisage earth fault current protection (magnetothermal + differential) with minimum distance of 3mm between contacts. A power disconnect device must be included in the electrical installation, and it must be very quickly recognizable and operated if needed. Before doing any technical work on the device make sure that the power supply is disconnected. The connection compartment lid can be opened only for cabling the device. The other lids must be open from the manufacturer. A connection compartment for cable entry with a 3/4â NPT threaded hole is located on the base of the unit. A threaded cap gives access to a connection board with removable connectors that help the installer to connect the cables. An hexagon set screw is used to prevent the unscrewing of the connection compartment threaded lid. Remove it before unscrewing the lid. Refer to the following images and information to connect the wires and cables as required. To connect the positioning unit remove the hexagon socket set screw, the plastic cap and the threaded cover. The plastic cap thread is available only for shipping and cannot be used for operation. The device can only be considered to be switched off when the power supply has been disconnected and the connection cables to other devices have been removed. Do not use worn or old power cables. Use adequate cable for higher temperature than 80°C. And if installed in an external ambient below â10°C the cable suitable for the minimum ambient temperature at point installation. MNVCMPXTJP_1415_EN Fig. 11 17 Instructions manual - English - EN Before doing any technical work or maintenance on the device, make sure that potentially explosive atmosphere is not present. To reduce the risk of ignition donât open the device when a potentially explosive atmosphere is present. To make the wirings, unplug the removable connector from the connection board, cable all the conductors on it and then plug the flying connector on the board as shown. Telemetry wiring. FUS E FUS2 FUS1 ADDRESS & PROTOCOL VIDEO - 1 VAR1 FUS E J4 J9 J6 A B A VIDEO - 2 B GND W GND AC IN J3 J8 J2 L N FUS1 VAR1 J9 J6 A B A VIDEO - 2 B GND W GND AC IN J7 J1 L FUS E 100nMBW3 N VAR2 VAR3 VIDEO - 1 RL2 RL2 RL1 RL1 COM AL5 AL4 AL3 AL2 AL1 J7 J1 FUS E FUS2 RS485 RL2 RL2 RL1 RL1 COM AL5 AL4 AL3 AL2 AL1 RS485 J3 J8 J2 VAR2 VAR3 100nMBW3 Fig. 12 Only MPXT series have 2 coax cable video output. Fig. 13 Take the J9 removable connector. To prevent the passage of flames or explosions from the unit to the conduit system or cable gland to the external environment, use connection in conformity with IEC/EN60079-14. ADDRESS & PROTOCOL FUS J4 E J2 All cable gland devices shall be certified in type of explosion protection âdâ and/or "tb", suitable for the conditions of use and correctly installed. J3 J8 FUS2 RL2 RL2 RL1 RL1 COM AL5 AL4 AL3 AL2 AL1 FUS1 VAR1 VIDEO - 1 J9 J6 A VIDEO - 2 B GND W GND L N E VAR3 J7 AC IN J1 FUS When conduit is used, a suitable certified stopping box, in type of explosion protection âdâ and/or "tb", suitable for the conditions of use and correctly installed. Being fitted within 25mm (1in) from the enclosure wall. A B RS485 6.1.4 Cable entry VAR2 EN - English - Instructions manualâInside the connection compartment you'll find an address and protocol board and a connectors board with removable connectors that make the cabling procedure easy. 100nMBW3 Fig. 14 18 MNVCMPXTJP_1415_EN 6.1.5 Connection of the power supply line Cable the wires on it. ADDRESS & PROTOCOL FUS E J4 FUS2 VIDEO - 1 RL2 RL2 RL1 RL1 COM AL5 AL4 AL3 AL2 AL1 FUS1 VAR1 J9 J6 A B RS485 J3 J8 J2 A VIDEO - 2 B GND W GND AC IN J7 J1 L FUS E VAR2 N VAR3 100nMBW3 Make sure that the power source and connecting cables are suitable for the power consumption of the system. Fig. 15 Plug the connector on the board. ADDRESS & PROTOCOL FUS E J4 FUS2 VIDEO - 1 RL2 RL2 RL1 RL1 COM AL5 AL4 AL3 AL2 AL1 FUS1 VAR1 J9 J6 A B RS485 J3 J8 J2 A VIDEO - 2 B GND W GND AC IN J1 L FUS E VAR2 N VAR3 100nMBW3 When commencing installation make sure that the specifications for the power supply for the installation correspond with those required by the device. J7 The building must be equipped with a 15A maximum bipolar protection circuit (magnetothermal), that must include a bipolar automatic-type circuit breaker, which must also envisage earth fault current protection (magnetothermal+differential) with minimum distance of 3mm between contacts. Power cables to be used: AWG16 (1,5mm²). ⢠Earth wire type TEWN with cross section equal or bigger than line and neutral cable. ⢠Line and neutral wire type TFFN or MTW Pass the power cables through the entry device. Fig. 16 MNVCMPXTJP_1415_EN Take from the connectors board the removable male connector J1. Connect the power wires following the connector labeling for polarity as shown (Fig. 17, page 20). 19 Instructions manual - English - EN Electrical connections must be performed with the power supply disconnected and the circuit-breaker open. EN - English - Instructions manualâProtective earth connections, use adequate cable sections (up to 2.5mm² or AWG 14) The power supply cable should also be covered by the silicone sheath (01) supplied for this purpose, and fastened with the corresponding tie (02). Furthermore, all signal cables must be grouped together by means of a strap (03). J1 ADDRESS & PROTOCOL FUS J4 E Fig. 17 J3 J8 FUS2 RL2 RL2 RL1 RL1 COM AL5 AL4 AL3 AL2 AL1 FUS1 VAR1 VIDEO - 1 J9 A VIDEO - 2 B GND W GND L N E VAR2 VAR3 J7 AC IN J1 FUS Earth cable should be about 10mm longer than the other two, so that it will not be disconnected accidentally if pulled. J6 A B RS485 J2 100nMBW3 01 02 Fig. 19 CONNECTION OF THE POWER SUPPLY LINE ADDRESS & PROTOCOL Cable color FUS J4 E J3 J8 FUS2 RL2 RL2 RL1 RL1 COM AL5 AL4 AL3 AL2 AL1 FUS1 VAR1 VIDEO - 1 J9 A VIDEO - 2 B GND W GND AC IN J1 L FUS VAR2 J7 Terminals Power supply 24Vac Defined by the installer ~/24Vac Defined by the installer ~/24Vac Yellow/Green GND/Earth N E VAR3 J6 A B RS485 J2 100nMBW3 Tab. 1 Fig. 18 20 MNVCMPXTJP_1415_EN 6.1.6 Connections of one or more video cables ⢠Connector J6: Main camera output. ⢠Connector J7: Infrared camera (if present). Instructions manual - English - EN The installation is type CDS (Cable Distribution System), do not connect it to SELV circuits. In order to reduce the risk of fire, only use cable sizes greater than or equal to 26AWG. Suggested coaxial cables are: ⢠RG59 ⢠RG174A/U UL1354 Pass the coaxial cable(s) through the entry device. Connect the coaxial cable through a 75 Ohm BNC male connector (not supplied) to video BNC connector(s) J6 (and J7). Fig. 20 Fig. 21 MNVCMPXTJP_1415_EN 21 Telemetry and video signal transmission pass through the Ethernet network cable. Do not connect cable RS-485 and the video cable. FUS E J2 J3 J8 RL2 RL2 RL1 RL1 COM AL5 AL4 AL3 AL2 AL1 Use a Category 5E or higher UTP network cable. FUS1 Crimp the RJ45 connector on the Ethernet cable. FUS2 VAR1 VIDEO - 1 J9 A VIDEO - 2 B GND W GND VAR2 VAR3 J7 AC IN J1 L FUS Direct crimping is required if the product is connected to a hub or switch. Cross crimping is required if the product is connected directly to a PC. J6 A B RS485 Operating mode valid only on version with IP board. Connect the crimped net cable to connector RJ45 located on the base of the unit. N E EN - English - Instructions manualâ6.1.7 Connection of the Ethernet cable 100nMBW3 Fig. 25 The example below shows a typical installation. Fig. 22 Fig. 23 UTP cat 5E Crimped cable. 1 2 3 4 1 2 3 4 A B Personal Computer 5 6 7 8 5 6 7 8 5 6 7 8 Hub / Switch UTP cat 5E Straight-through cable. 1 2 3 4 A Fig. 26 1 Fig. 24 22 2 3 4 B 5 6 7 8 Crossover cable. MNVCMPXTJP_1415_EN 6.1.8 Telemetry line connections ⢠Plug the cabled connector to the J9 plug. TELEMETRY LINE CONNECTIONS Serial line Terminal Description RS-485-1 A (+) RS-485 line (1) B (-) RS-485 line (1) SGND RS-485-1 line reference A (+) RS-485 line (2) B (-) RS-485 line (2) SGND RS-485-2 line reference In order to reduce the risk of fire, only use cable sizes greater than or equal to 26AWG (0.35mm²) RS-485-2 The J9 connector supplies 2 RS-485 serial communication lines (Tab. 2, page 23). The lines can be configured in various ways according to the dip-switch settings of the configuration board (6.1.10 Unit address, communication protocol and baud rate setting, page 25). Telemetry lines connect the device to control and programming units (keyboard or PC). ⢠Pass the telemetry cables through the entry device. Instructions manual - English - EN The installation is type TNV-1, do not connect it to SELV circuits. Tab. 2 The last 2 contacts (W and GND) of J9 connector are referred to the external washer tank level monitoring (if present). ⢠Take the J9 removable female connector from the connectors board and connect the telemetry wires to it. J9 FUS E J3 J8 FUS2 RL2 RL2 RL1 RL1 COM AL5 AL4 AL3 AL2 AL1 FUS1 VAR1 VIDEO - 1 J9 A VIDEO - 2 B GND W GND L N E VAR2 J7 AC IN J1 FUS VAR3 J6 A B RS485 J2 100nMBW3 Fig. 27 MNVCMPXTJP_1415_EN 23 6.1.9 Alarm and relay connections EN - English - Instructions manualâThe alarm contacts are present on J3 connector. J3 6.1.9.1 Connecting an alarm with clean contact (dry contact) For a clean contact alarm (alarms AL1, AL2, AL3, AL4 and AL5), carry out the following connection: A1 G Dry contact Fig. 28 The unit is provided with 5 clean contact alarms and 2 output relays with clean contact. CONNECTING THE ALARMS AND RELAY Terminal Description RL2 Relay 2 Terminal A RL2 Relay 2 Terminal B RL1 Relay 1 Terminal A RL1 Relay 1 Terminal B COM A1-A2-A3-A4-A5 alarms ground AL5 Alarm 5 (clean contact) AL4 Alarm 4 (clean contact) AL3 Alarm 3 (clean contact) AL2 Alarm 2 (clean contact) AL1 Alarm 1 (clean contact) Fig. 29 The clean contact alarm can be NO (normally open) or NC (normally closed). For further details on configuring and using the alarms, refer to the related chapter (9.6.6.1 Alarms Menu, page 49). 6.1.9.2 Relay connection Relays can be used for low working voltages only (up to 30Vac or 60Vdc) and with a maximum current of 1A. Use cables with a section suitable for the load to be controlled. Use cables with a minimum section of 0.25mm² (AWG 30) and maximum section of 1.5mm² (AWG 16). Tab. 3 Relays do not have polarity and therefore both terminals of the same relay can be swapped for alternating or continuous current voltages. All alarms have an approximate reach of 200m, which can be obtained using an unshielded cable with a minimum section of 0.25mm² (AWG 30). For further details on configuring and using the relays, check the relative chapter (9.6.6.1 Alarms Menu, page 49). ⢠Pass the alarms cables through the entry device. ⢠Pass the relays cables through the entry device. ⢠Take the J3 removable female connector from the connectors board and connect the alarm wires to it. ⢠Take the J3 removable female connector from the connectors board and connect the relays wires to it. ⢠Plug the cabled connector to J3 plug. ⢠Plug the cabled connector to J3 plug. 24 MNVCMPXTJP_1415_EN 6.1.10 Unit address, communication protocol and baud rate setting Take the configuration board from its J4 connector on the connector board. J4 FUS E FUS2 RL2 RL2 RL1 RL1 COM AL5 AL4 AL3 AL2 AL1 FUS1 VAR1 VIDEO - 1 J9 J6 A B RS485 J2 J3 J8 A VIDEO - 2 B GND W GND L N VAR2 E VAR3 J7 AC IN J1 FUS 100nMBW3 Operating mode valid only on version with IP board. The unit can be configured in one way only. Set the DIP exactly as shown in the table. CONFIGURATION OF THE VERSION WITH IP BOARD Address 1 Protocol MACRO Baudrate 38400 Serial line One-way RS-485 line Serial line terminations 1 ON Serial line terminations 2 ON Tab. 4 Once the dip-switches have been configured, close the door and start configuring the IP parameters of the pan & tilt. 6.1.12 Setting the configuration check mode Fig. 30 This board is used to set the communication parameters of the serial lines RS-485-1 and RS-4852: the address of the receiver, the communication protocol and baud rate. 7 DIP 2 8 4 6 0 0 4 DIP 6 8 U2 U3 U1 2 3 4 7 8 9 7 8 9 0 1 7 8 9 3 DIP 7 6 5 DIP 2 3 4 7 8 9 6 0 6 4 7 8 9 7 8 9 0 5 5 Fig. 31 4 3 1 3 2 2 0A 1 5 2 3 4 ON 2 3 4 5 1 6 U3 1 U2 U1 6 0 6 5 1 3 DIP 5 3 4 DIP 4 2 3 4 5 1 3 2 2 0A 1 SW 1=ON: Display Configuration. To be used only to verify the configuration at the end of the setting. During normal operation make sure the lever is on OFF (SW 1=OFF). 1 5 DIP ON 2 3 4 5 1 To set the operating mode operate on DIP 2. Address and protocol board. Fig. 32 MNVCMPXTJP_1415_EN 25 Instructions manual - English - EN Before powering the device it must be correctly configured by setting the dip switches on the circuit board. 6.1.11 Configuration of the dip-switches 6.1.13 Baud rate configuration To set the baud rate operate on DIP 2. To set the serial communication lines operate on DIP 2. 6 7 The product is designed with two RS485 serial communication lines which can have various settings according to the positions of dip-switches 5 and 6 on the DIP selector. 8 U2 U3 U1 SERIAL COMMUNICATION LINES (DIP 2) â ON ON â Two-way RS-485 TX/ RX line â OFF ON â Line RS-485-1 reception, line RS-485-2 repetition â ON OFF â Two-way RS-422 line â OFF OFF â One-way RS-485 line SW 2 SW 3 â ON ON ON â 38400 baud â OFF ON ON â 19200 baud â ON OFF ON â 9600 baud â OFF OFF ON â 4800 baud â ON ON OFF â 2400 baud â OFF ON OFF â 1200 baud â ON â OFF OFF OFF â 300 baud ON â â â â Display enabled OFF â â â â Display disabled Configurations display SW 5-6-7-8 SW 1 Baud rate selection SW 4 Description Configuration SETTING THE BAUD RATE (DIP 2) OFF OFF â SW 7-8 SW 5 Serial line SW 6 SW 1-2-3-4 7 8 9 Dip-switches 4, 3 and 2 are used to set the communication rate of the device according to the table below. Description 7 8 9 Fig. 33 Configuration (see related chapters) 5 0 2 3 4 6 7 8 9 0 6 0 6 5 4 5 1 3 DIP 4 3 2 3 4 1 4 DIP 3 2 2 0A 1 1 5 DIP ON 2 3 4 5 EN - English - Instructions manualâDIP 2 1 6.1.14 Setting of the serial communication lines Tab. 6 600 baud Tab. 5 26 MNVCMPXTJP_1415_EN 6.1.14.3 Two-way RS-422 line With this type of setting it is possible to obtain a bi-directional, half/duplex, communication on the RS-485-1 line. This setting allows full duplex communication according to the RS-422 standard. The RS-485-2 serial line is not used. Instructions manual - English - EN 6.1.14.1 Two-way RS-485 TX/RX line Line RS-485-1 is always in receiving mode (RS-422RX). Line RS-485-2 is always in transmission mode (RS422-TX). Control keyboard RS-485-1 Control keyboard TX/RX RS-485-1 RS-485-2 Fig. 34 6.1.14.2 Line RS-485-1 reception, line RS485-2 repetition With this type of setting it is possible to connect more than one device in cascade. The signal is repeated from every unit, making it possible to markedly increase total distance. It only works with mono-directional protocols. Fig. 36 6.1.14.4 One-way RS-485 line The first line (RS485-1) will operate according to the settings in the Address, Baudrate and Protocol dipswitch. The RS-485-2 serial line is not used. It only works with mono-directional protocols. This configuration does not allow the remote updating of the firmware. Control keyboard RS-485-1 RS-485-2 This configuration does not allow the remote updating of the firmware. RS-485-1 Control keyboard RS-485-1 Fig. 35 Fig. 37 MNVCMPXTJP_1415_EN 27 Dip-switches 7 and 8 terminate serial lines RS-485-1 and RS-485-2 respectively. SW 1-2-3-4-5-6 SW 7 SW 8 â ON â RS485-1 termination enabled â OFF â RS485-1 termination disabled 2 0A 1 1 2 3 4 4 DIP 0 5 DIP 0 Configuration 7 ON 2 3 4 1 4 5 6 7 8 U2 U3 U1 2 3 4 0 3 DIP 3 Fig. 39 Address setting example: Units number 431, dip-switch 3 = 4, dip-switch 4 = 3, dip-switch 5 = 1. Dip 3 set the cent, Dip 4 set the dec, Dip 5 set the unit. After you have set your parameters re-connect the board on the J4 plug of the connection board. 8 U2 U3 U1 7 8 9 0 2 3 4 5 1 7 8 9 3 DIP To set the address operate on DIP 3, 4 and 5. 6 7 8 9 0 6 0 6 5 DIP 6.1.17 Address configuration 4 4 DIP 4 Tab. 8 3 2 3 4 5 1 3 PELCO D MACRO (VIDEOTEC) 2 5 2 0A 1 OFF OFF 1 2 3 4 OFF OFF 7 8 9 DIP 1 1 OFF OFF 7 8 9 To set the protocol operate on DIP 1. 6 ON OFF RS-485-2 termination enabled 6.1.16 Protocol configuration 5 ERNITEC SENSORMATIC 1 Tab. 7 ON OFF OFF 4 OFF RS485-2 termination disabled ON OFF 3 â OFF ON 2 â OFF OFF 1 ON PANASONIC 5 â Protocol OFF 5 â Serial line terminations SW 4 ON 5 Description SERIAL LINE TERMINATIONS (DIP 2) AND CONNECTIONS SW 3 OFF 7 8 9 EN - English - Instructions manualâEvery peripheral that is situated at the end of a line must be terminated using the appropriate dip-switch in order to prevent signal reflection and distortion. SW 2 ON 6 The board has two DIP switches used to configure the serial line terminations (120 Ohm) (Tab. 7, page 28). SETTING THE PROTOCOL (DIP 1) SW 1 6 To set the serial line terminations operate on DIP 2. Video positioning systems of the P&T can be controlled by a range of protocols. 6 6.1.15 Serial line terminations and connections Fig. 38 Fig. 40 28 MNVCMPXTJP_1415_EN 6.1.18 Earth wiring connection Verify that in the cap there isnât dirt or debris. Lubricate the threaded part of the lid, of the connection compartment and the seal with technical vaseline oil lubricant. Arrange the cables so that there is no interference when closing the threaded lid of the connection compartment. Fig. 41 The ring terminal for external bonding connection is provided by the manufacturer. The earthing conductor on the external of the unit must have an actual cross section at least 4mm² (AWG11). Fig. 42 Screw by hand the threaded lid of the connection compartment till the OR gasket reaches the tube. This is for supplementary bonding connection required by law. In any case, protective earthing conductor must be applied to J1 inside connector ( 6.1.5 Connection of the power supply line, page 19). 6.1.19 Connection compartment closing If you canât turn by hand the threaded lid before the OR reaches the tube of the connection compartment this means that there are debris\dirt on the threads or that the lid is misaligned: in this case thereâs a serious danger of threads damaging; unscrew the lid and check the alignement and/or clean the threads. Never force the rotation of threaded lid before the OR reaches the connection compartment, otherwise thread damage could occur. MNVCMPXTJP_1415_EN Fig. 43 Fig. 44 29 Instructions manual - English - EN If you suspect that any kind of thread damaging has occurred, suspend the installation: the device could be no longer safe for the installation on a potentially explosive atmosphere: in this case contact Videotec technical support. The positioning unit must be connected to an equipotential earth by the threaded M5 hole on the base. EN - English - Instructions manualâUse a 30mm wrench for tightly closing the threaded lid of the connection compartment. Make sure that thereâs no gap between the threaded cap and the junction box tube after tightening the cap. 7 Instructions for safe operation 7.1 Safe operation Before proceeding with the following operations, make sure that the mains voltage is correct. 7.1.1 Commissioning Read the whole of this userâs handbook very carefully before starting the installation. Make connections and tests in the laboratory before carrying out installation on site. Use appropriate tools for the purpose. Fig. 45 Finally tighten the set screw supplied for this purpose to prevent the unwanted unscrewing of the threaded cap. Test system operation for positive results before closing the caps and allowing the presence of a dangerous atmosphere. Make sure that all the devices are certified for the application and for the environment in which they will be installed. To reduce the risk of ignition donât open the device when a potentially explosive atmosphere is present. After commissioning the system keep this handbook in a safe place, available for later consultation. Fig. 46 30 MNVCMPXTJP_1415_EN 7.1.2 Safety rules Before starting any operation, make sure the power supply is disconnected. Before powering the system, install an overload protection device in the electrical equipment for the building. Make sure that all precautions for personal safety have been taken. Installation of the electrical equipment must comply with the local legislation in force. The device must be installed only and exclusively by qualified technical personnel. 7.1.3 Explosion prevention rules Use appropriate tools for the area in which you are working. Always remember that the device must be connected to an appropriate earth conductor. Before doing any technical work or maintenance on the device, make sure that potentially explosive atmosphere is not present. Before starting any operation, make sure the power supply is disconnected. Do not open any kind of cap if there is a possibility of your being in a potentially explosive atmosphere. Make all connections, installation and maintenance work in a non-explosive atmosphere. The only lid that the installer have to remove is those of the connection compartment. Keep any other cap tightly closed. 8 Switching on The automatic pre-heating (De-Ice) process could be started whenever the device is switched on and the air temperature is below 0°C. This process is used to ensure that the device works properly even at low temperatures. The duration ranges between 60 and 120 minutes, depending on conditions. The unit is switched on by connecting the power supply. To switch off the unit disconnect the power. 8.1 Before powering the product in an explosive atmosphere Make sure that the unit and other components of the installation are closed so that it is impossible to come into contact with live parts. Make sure that the connection compartment cap is properly and tightly closed. Make sure (if present) that the sealing of the seal fitting is properly carried out and that the sealing compound is completely cured and hardened. Make sure that the device has been connected to an earth link as described. Make sure that all parts are fastened down firmly and safely. MNVCMPXTJP_1415_EN 31 Instructions manual - English - EN Given the considerable weight of the system, use an appropriate transport and handling system. EN - English - Instructions manualâ9 Configuration During the normal operation of the unit it is possible to activate the On Screen Menu in order to set the advanced functions using the corresponding keys. For further information, refer to the manual of the keyboard in use. For further information refer to the relative chapter (10.12 Special controls, page 67). 9.1 Using the OSM Exit the On Screen Menu with Zoom Wide (or Zoom-). 9.1.1 How to use the joystick All operations in the menus are carried out using the joystick. Up Left Right Each page of the OSM shows a list of parameters or sub-menus that can be selected by the operator. To scroll through the parameters move the cursor by operating the joystick (up and down). ADVANCED -----------------------1 ZOOM SPEED : 7 2>DIGITAL ZOOM : N 3 WIDE DYNAMIC : Y 4 HIGH RESOLUTION: N 5 BACKLIGHT COMP.: Y 6 FOCUS > 7 EXPOSURE > 8 INFRARED > 9 WHITE BALANCE > Fig. 49 The symbol > at the end of a line indicates the presence of a specific submenu. To enter the submenu just confirm the menu item. To exit the submenu use the Exit function (Zoom Wide). Down Fig. 47 Exit 9.2 How to move around the menus Confirm ADVANCED -----------------------1 ZOOM SPEED : 7 2>DIGITAL ZOOM : N 3 WIDE DYNAMIC : Y 4 HIGH RESOLUTION: N 5 BACKLIGHT COMP.: Y 6 FOCUS > 7 EXPOSURE > 8 INFRARED > 9 WHITE BALANCE > Fig. 50 Fig. 48 If using a control keyboard with a dual axis joystick, use the Zoom Wide and Zoom Tele keys to carry out the Exit and Confirm commands. 32 MNVCMPXTJP_1415_EN 9.3 How to change the settings ADVANCED -----------------------1 ZOOM SPEED : 7 2>DIGITAL ZOOM : N 3 WIDE DYNAMIC : Y 4 HIGH RESOLUTION: N 5 BACKLIGHT COMP.: Y 6 FOCUS > 7 EXPOSURE > 8 INFRARED > 9 WHITE BALANCE > Fig. 51 After identifying the desired selection, confirm. ADVANCED -----------------------1 ZOOM SPEED : 7 2>DIGITAL ZOOM : N 3 WIDE DYNAMIC : Y 4 HIGH RESOLUTION: N 5 BACKLIGHT COMP.: Y 6 FOCUS > 7 EXPOSURE > 8 INFRARED > 9 WHITE BALANCE > Fig. 52 The parameter will stop flashing to confirm the choice. Move the cursor to the parameter to be changed and confirm. EDIT PRESET -----------------------1 NR. : 1 2 ON : N 3>PAN :+ 0.00 4 TILT :+ 0.00 5 ZOOM : 0 6 FOCUS: 4096 7 SPEED: 100.0 8 PAUSE: 1 9 TEXT : Text 001 Fig. 53 The first digit in the numeric field to be changed will flash and the last line of the display will show the accepted limits for the field. Move in the field (left and right) and change the sign or the numeric value (up and down). EDIT PRESET -----------------------1 NR. : 1 2 ON : N 3>PAN :+000.00 4 TILT :+ 0.00 5 ZOOM : 0 6 FOCUS: 4096 7 SPEED: 100.0 8 PAUSE: 1 9 TEXT : Text 001 min:-180.00 max:+179.99 Fig. 54 After making the change, confirm. The cursor returns to the left and the modified figure stops flashing. The field will be forced to the minimum or maximum allowed value if you try to insert a value outside the limits. MNVCMPXTJP_1415_EN 33 Instructions manual - English - EN Move the cursor to the parameter to be changed and confirm. The field will start flashing, indicating that it is in change mode. Operating the joystick (up and down) will show the alternative choices. 9.4 How to change the numeric fields EN - English - Instructions manualâ9.5 How to change text Move the cursor to the parameter to be changed and confirm. The Confirm command (Zoom Tele) inserts the desired character. EDIT TEXT: AREA -----------------------Text: TEXT AREA1 â A B C D E F G ERASE H I J K L M N SAVE O P Q>R S T U EXIT V W X Y Z 0 1 abc 2 3 4 5 6 7 8 9 : ; . , ? ! â + - * / = â < > SPACE â â EDIT ZONE -----------------------1 NR : 1 2 START:+ 0.00 3 STOP :+ 0.00 4>TEXT :TXT AREA1 Fig. 58 Fig. 55 The text editing display will open. The arrow symbol will position itself under the character that can be edited while the cursor > positions itself to the right of the character to be entered. EDIT TEXT: AREA -----------------------Text: TEXT AREA1 â >A B C D E F G ERASE H I J K L M N SAVE O P Q R S T U EXIT V W X Y Z 0 1 abc 2 3 4 5 6 7 8 9 : ; . , ? ! â + - * / = â < > SPACE â â Use: ⢠ERASE: To delete the whole text string. ⢠SAVE: To store the new text. ⢠EXIT: To exit the menu. ⢠abc: To display lower case letters. EDIT TEXT: AREA -----------------------Text: TEXT AREA1 â A B C D E F G >ERASE H I J K L M N SAVE O P Q R S T U EXIT V W X Y Z 0 1 abc 2 3 4 5 6 7 8 9 : ; . , ? ! â + - * / = â < > SPACE â â Fig. 56 Fig. 59 You can move inside the menu using the joystick. To exit the menu you can also use the Zoom Wide key. EDIT TEXT: AREA -----------------------Text: TEXT AREA1 â A B C D E F G ERASE H I J K L M N SAVE O P Q>R S T U EXIT V W X Y Z 0 1 abc 2 3 4 5 6 7 8 9 : ; . , ? ! â + - * / = â < > SPACE â â Fig. 57 34 MNVCMPXTJP_1415_EN 9.6 Configuration via OSM 1. ⢠Standard: Sets the standard operating mode for the camera. MAIN MENU -----------------------1>LANGUAGE > 2 CAMERA > 3 MOTION > 4 DISPLAY SETUP > 5 OPTIONS > 6 DEFAULT > 7 INFO > Fig. 60 9.6.2 Language LANGUAGE MENU -----------------------1>ITALIANO 2 ENGLISH OK 3 FRANCAIS 4 DEUTSCH Configuration: Sets one of the default configurations for the SONY module: ⢠Low Light: Sets the operating mode for dimly lit environments. ⢠Far Mode: Sets the operating mode for large areas. It enables the proportional zoom and the digital zoom. ⢠Custom: Signals that the user has manually selected the parameters of the camera. 2. Area Titling: Allows access to the area titling submenu. 3. Masking: Allows access to the dynamic masking submenu. 4. Advanced: Allows access to the advanced settings submenu of the SONY module. CAMERA -----------------------1>CONFIG.: STANDARD 2 ZONE TITLING > 3 MASKING > 4 ADVANCED > Fig. 61 Fig. 62 MNVCMPXTJP_1415_EN 35 Instructions manual - English - EN 9.6.1 Main menu 9.6.3 Camera menu EN - English - Instructions manualâ9.6.3.1 Zone Titling Menu 9.6.3.2 Zone Titling Menu (Edit Area) This function allows setting up to eight (variable dimension) areas with titling option. Once inside the menu it is possibile to set the following parameters: Once inside the menu it is possibile to set the following parameters: 1. Number: Selects the area to be edited. 2. Start: Sets the initial position of the area. 3. Stop: Sets the final position of the area. 4. Text: Modifies the text which is displayed when moving within the zone. 1. 2. Enabling: To enable onscreen display of the message associated with the area currently being shown. Edit Area: Allows access to the zone parameter setting submenu . ZONE TITLING -----------------------1>ENABLING: N 2 EDIT ZONE > EDIT ZONE -----------------------1>NR. : 1 2 START:+ 0.00 3 STOP :+ 0.00 4 TEXT :TXT AREA1 Fig. 64 Fig. 63 Example: To enable titling of zone 1 when the device is between +15° and +45°, it is necessary to: ⢠Enable area titling by setting Y as the value of Enabling under the Area Titling menu. ⢠Set 1 as the value of parameter Nr under the Edit Area menu. ⢠Set +15.00 as the value of parameter Start under the Edit Zone menu. ⢠Set +45.00 as the value of parameter Stop under the Edit Zone menu. ⢠If necessary, edit the displayed text by selecting Text under the Edit Zone menu. 36 MNVCMPXTJP_1415_EN To define zones proceed in a clockwise direction as shown in the figure. 9.6.3.3 Masking Menu Dynamic masking allows the creation of up to a maximum of 24 masks so as to obtain the masking of certain areas defined by the user. Masks are defined in space and take account of the horizontal, vertical and zoom depth position when making the settings. The unit automatically maintains the position and dimension of the masking, based on the displayed area. Start1=15° Stop2=135° -90° 0° -180° Stop1=45° 90° It is possible to simultaneously display up to 8 masks. If the device is used at maximum speed, video signal updating times become critical and it is necessary to create masks larger than the object so that it remains masked for longer during the passage and therefore cannot be seen. To ensure full functionality, the tilt position of the masks must always be between -70 and +70 degrees; in addition , the size of the mask must be double the size of the object to be masked (both height-wise and width-wise). Start2=170° Fig. 65 The default name and position of the zones of the pan & tilt refer to the four cardinal points. The NORTH position can be modified by means of the Offset Pan parameter in the movement menu (9.6.4 Movement Menu, page 44). From the Masking menu it is possible to set the following parameters: 1. Mask Colour: Allows you to choose the colour of the masks. 2. Edit Masks: Allows access to the Edit Masks submenu and set the dynamic masking parameters. MASKING -----------------------1>COLOUR : BLUE 2 EDIT MASKS > Fig. 66 MNVCMPXTJP_1415_EN 37 Instructions manual - English - EN Setting the Start and Stop values of the Edit Zone menu to zero will disable text display. If there are overlapping areas, the area with the highest number will prevail. EN - English - Instructions manualâ9.6.3.4 Masking Menu (Edit Masks) 9.6.3.5 How to create a new mask Once inside the menu it is possibile to set the following parameters: Choose a disabled mask by selecting Mask Number from the Edit Masks menu. Select Edit Mask to edit it ( Fig. 67, page 38). 1. Mask Number: Allows you to choose the mask on which to operate. 2. Enable Mask: Enables or disables the selected mask. 3. Edit Mask: Allows the creation or editing of a mask. EDIT MASK -----------------------1>MASK NUMBER : 1 2 ENABLE MASK : N 3 EDIT MASK > In the following example we shall mask a flower. ⢠Press the Iris Close button to pass from Masking mode to Move Camera mode. MASK 1 Edit Mask: ON Iris Closeâ PTZ enabled Fig. 68 Fig. 67 Selecting the option Edit Mask in the menu makes it possible to set new values for the selected mask. ⢠Operate the joystick on the keyboard to move the unit and if necessary operate the zoom to centre the flower on the screen. MASK 1 PTZ Motions Enabled Iris Open â Return Fig. 69 38 MNVCMPXTJP_1415_EN ⢠When the desired result is obtained press the Iris Open. Fig. 70 ⢠A small rectangle will appear. Operate the joystick (Pan & Tilt) to enlarge the rectangle until it covers the whole flower. MASK 1 Edit Mask: ON Iris Closeâ PTZ enabled Choose an enabled mask by selecting Mask Number from the Edit Masks menu (Fig. 67, page 38). Select Edit Mask to edit it. ⢠Operate the joystick (Pan & Tilt) to enlarge or reduce the rectangle until the desired effect is obtained. MASK 1 Edit Mask: ON Iris Closeâ PTZ enabled Fig. 72 ⢠Confirm by turning the zoom to tele. Fig. 71 ⢠When the desired result is obtained confirm by turning the zoom to tele. MNVCMPXTJP_1415_EN 39 Instructions manual - English - EN MASK 1 PTZ Motions Enabled Iris Open â Return 9.6.3.6 How to modify a mask EN - English - Instructions manualâ9.6.3.7 Advanced Setting Menu 9.6.3.8 Advanced Setting Menu (Zoom) This menu is used to configure the SONY module. 1. Zoom Speed: Sets the speed of the zoom. The speed ranges between 0 (minimum speed) and 7 (maximum speed). 2. Digital Zoom: Enables the digital zoom. 1. Zoom: Allows access to the Zoom submenu. 2. Focus: Allows access to the Focus submenu. 3. Exposure: Allows access to the Exposure. 4. Infrared: Allows access to the Infrared submenu. 5. White Balance: Allows access to the White Balance submenu. 6. Other: Allows access to the Other submenu. ADVANCED -----------------------1>ZOOM > 2 FOCUS > 3 EXPOSURE > 4 INFRARED > 5 WHITE BALANCE > 6 OTHER > ZOOM -----------------------1>ZOOM SPEED : 7 2 DIGITAL ZOOM : N Fig. 74 Fig. 73 40 MNVCMPXTJP_1415_EN 9.6.3.10 Advanced Setting Menu (Exposure) Once inside the menu it is possibile to set the following parameters: Once inside the menu it is possibile to set the following parameters: 1. Focus Speed: Sets the speed of the Focus. The speed ranges between 0 (minimum speed) and 7 (maximum speed). 2. Autofocus: Enables or disables the autofocus. When on, it is to automatically load Autofocus at any positioning or movement of the zoom, depending on the selected operating mode. 3. Autofocus Type: Sets the type of Autofocus. The possible values are: ⢠Normal: Autofocus is always enabled. ⢠Interval: The autofocus function is loaded at regular intervals. The Interval is set every 5 seconds. ⢠Trigger: Autofocus is loaded at every PTZ movement. This is the recommended solution. 4. Sensitivity: Sets the level of sensitivity. The possible values are: ⢠Normal: Focusing at the highest possible speed. This is the recommended solution. ⢠Low: Slowed-down focusing. It is useful in case of dim lighting as it makes the image more stable. FOCUS -----------------------1>FOCUS SPEED : 2 2 AUTOFOCUS : N 3 AUTOFOCUS TYPE:TRIGGER 4 SENSITIVITY : NORMAL 1-5. Mode: Sets the type of exposure control Automatic, Manual, Shutter, Iris and Bright. 6. Auto Slowshutter: If enabled, this function automatically increases the exposure time to improve night vision. 7-8. Compensation, Compensation Value: Sets the exposure compensation. 9. Backlight Compensation: Enables the Backlight Compensation function. It improves vision of any dark zone in the image. In automatic mode it is possible to enable Backlight compensation. This is a dynamic self-configuration menu based on the choice made and shows the parameters on which it is possible to operate. The chosen exposure operating mode is associated to all presets. The recommended setting is Automatic. EXPOSURE -----------------------1>MODE : AUTOMATIC 6 AUTO SLOW SHUTTER : Y 7 COMPENSATION : N 8 COMPENSATION VALUE: 7 9 BACKLIGHT COMP. : N Fig. 76 Fig. 75 MNVCMPXTJP_1415_EN 41 Instructions manual - English - EN 9.6.3.9 Advanced Setting Menu (Focus) Gain Exposure compensation NTSC PAL 0 1/1 1/1 Closed -3db -10,5db 1 1/2 1/2 F28 0db -9db 2 1/4 1/3 F22 2db -7,5db 3 1/8 1/6 F19 4db -6db 4 1/15 1/12 F16 6db -4,5db 5 1/30 1/25 F14 8db -3db 6 1/60 1/50 F11 10db -1,5db 7 1/90 1/75 F9.6 12db 0db 8 1/100 1/100 F5 14db 1,5db 9 1/125 1/120 F6.8 16db 3db 10 1/180 1/150 F5.6 18db 4.5db 11 1/250 1/215 F4.8 20db 6db 12 1/350 1/300 F4 22db 7,5db 13 1/500 1/425 F3.4 24db 9db 14 1/725 1/600 F2.8 26db 10,5db 15 1/1000 1/1000 F2.4 28db 16 1/1500 1/1250 F2 17 1/2000 1/1750 F1.6 18 1/3000 1/2500 19 1/4000 1/3500 20 1/6000 1/6000 21 1/10000 1/10000 Shutter Iris CORRESPONDING VALUES/EFFECTS ON THE SONY MODULE LENS Value EN - English - Instructions manualâThe following table shows the inserted values with the corresponding effects on the SONY module lens. 9.6.3.11 Advanced Setting Menu (Infrared) Once inside the menu it is possibile to set the following parameters: 1. IR Mode: If set to OFF it forces the day mode in a continuous manner (the switching on of the illuminator, if present, is carried out by means of the dusk swtich or by means of the control on the keyboard). If set to ON it forces the night mode in a continuous manner. If set to Auto, it activates the automatic switching of the camera. 2. Night Level: Sets the detection threshold of the light conditions for the night mode switching. Lower values correspond to lower lighting levels. 3. Night Delay: Sets the detection time of the darkness conditions, expressed in seconds, before switching to night mode. 4. Day Level: Sets the detection threshold of the light conditions for the day mode switching. Lower values correspond to lower lighting levels. 5. Day Delay: Sets the detection time of the light conditions, expressed in seconds, before switching to night mode. Tab. 9 42 MNVCMPXTJP_1415_EN INFRARED -----------------------1>IR MODE : AUTO 2 NIGHT LEVEL : 5 3 NIGHT DELAY : 5 4 DAY LEVEL : 20 5 DAY DELAY : 30 9.6.3.12 Advanced Setting Menu (White Balance) Once inside the menu it is possibile to set the following parameters: 1. Instructions manual - English - EN To avoid false switching, we recommend choosing the higher day switching threshold and delay values. Mode: Sets the type of control on White Balance. The possible values are: ⢠Automatic: Sets automatic white balance. This is the recommended solution. ⢠Manual: Enables manual setting of red and blue gains. ⢠Outdoor: Sets fixed red and blue gains for outdoor applications. ⢠Indoor: Sets fixed red and blue gains for indoor applications. ⢠ATW: Enables Auto Tracing White Balance. Fig. 77 2. Red Value: Sets the value of the red gain. This is a dynamic self-configuration menu based on the choice made and shows the parameters on which it is possible to operate. 3. Blue Value: Sets the value of the blue gain. The automatic Day/Night switching mode of the module is strongly unadvisable when swinging is subject to repeated light variations during the night period, for example during patrol, or due to the switching on of auxiliary lighting devices. Those situations can cause numerous unwanted switching, compromising in this way the functioning of the module. WHITE BALANCE -----------------------1>MODE : MANUAL 2 RED VALUE : 0 3 BLUE VALUE: 0 Fig. 78 This is a dynamic self-configuration menu based on the choice made and shows the parameters on which it is possible to operate. MNVCMPXTJP_1415_EN 43 EN - English - Instructions manualâ9.6.3.13 Advanced Setting Menu (Other) 1. Sharpness: Sets the sharpness value of the image. 2. High Resolution: Enables the High Resolution function. The output video signal has a higher resolution. 3. Wide Dynamic: Enables the Wide Dynamic function. It improves vision when some zones within the frame are much brighter than others. 4. Stabilizer: Enables the electronic image stabilization function. 5. Progressive Scan: Enables the Progressive Scan function. Gives a more stable image when the Pan & Tilt is connected to a video server. 6. Noise Reduction: Sets the noise reduction level. Vary the parameter according to the environmental conditions to obtain a higher contrast image. OTHER -----------------------1 SHARPNESS : 6 2 HIGH RESOLUTION : N 3 WIDE DYNAMIC : OFF 4 STABILIZER : N 5 PROGRESSIVE SCAN: N 6 NOISE REDUCTION : 2 Fig. 79 9.6.4 Movement Menu 1. Configuration: Sets one of the default configurations of the pan & tilt. ⢠Wind Mode: Sets the movements speed to adjust them to environments subject to vibrations and/or windblasts. ⢠High Perf: Establishes that all the movements are carried out at the maximum possible speed. ⢠Custom: Signals that the user has manually selected the movement speeds of the unit. 2. Offset Pan: The pan & tilt has a mechanically defined 0° position. The Offset Pan function allows the definition of a different 0° position using software. 3. Manual Control: To access the submenus operating the parameters associated with the manual movements of the device. 4. Preset: To access the submenus used to to edit Preset values. 5. Patrol: To access the submenus used to edit Patrol values. 6. Autopan: To access the submenus used to edit Autopan values. 7. Motions Recall: To access the submenu which manages automatic load of the movements. 8. Advanced: Allows access to the advanced settings submenu. MOTION -----------------------1>CONFIG. : STANDARD 2 OFFSET PAN: + 0.00 3 MANUAL CONTROL > 4 PRESET > 5 PATROL > 6 AUTOPAN > 7 MOTIONS RECALL > 8 ADVANCED > ⢠Standard: Sets the standard movement speed. ⢠Low Speed: Sets the Low Speed mode that slows down all pan & tilt operating speeds. 44 Fig. 80 MNVCMPXTJP_1415_EN 9.6.4.1 Manual Control Menu 9.6.4.2 Manual Control Menu (Limits) Maximum Speed: Sets the maximum manual speed. Once inside the menu it is possibile to set the following parameters: 2. Fast Mode: Enables the Fast mode. When enabled, this option is used to move fastly the pan & tilt by moving the joystick to the limit stop. 1. Pan Limits: Enables the limits of Pan. 2. Pan Start: Sets the start limit of Pan. 3. Pan End: Sets the end limit of Pan. 4. Tilt Limits: Enables the limits of Tilt. 5. Tilt Start: Sets the start limit of Tilt. 6. Tilt End: Sets the end limit of Tilt. 3. Speed With Zoom: Enables the option Speed with Zoom. When enabled, this parameter automatically slows down the Pan & Tilt speed, based on the Zoom factor. 4. Tilt Factor: Sets the reduction factor of the tilt axis manual speed. 5. Autoflip: Enables the autoflip function (i.e. when the tilt reaches the end of the stroke, it automatically rotates the pan & tilt by 180°), making it easier to follow the objects along corridors or roads. 6. Movement Limits: To access the Limits menu. MANUAL CONTROL -----------------------1>MAXIMUM SPEED :100.0 2 FAST MODE : Y 3 VEL. WITH ZOOM : N 4 TILT SCALE FACT.: 2 5 AUTOFLIP : Y 6 MOVEMENT LIMITS > Fig. 81 Instructions manual - English - EN 1. LIMITS -----------------------1>PAN LIMITS : N 2 PAN START : + 0.00 3 PAN END : + 0.00 4 TILT LIMITD : N 5 TILT START : + 0.00 6 TILT END : + 0.00 Fig. 82 9.6.4.3 Preset Menu 1. Edit Preset: Allows access to Edit Preset menu. 2. Utility Preset: Allows access to Utilities Configuration menu. PRESET -----------------------1>EDIT PRESET > 2 PRESET UTILITIES > Fig. 83 MNVCMPXTJP_1415_EN 45 EN - English - Instructions manualâ9.6.4.4 Preset Menu (Edit Preset) 9.6.4.5 Preset Menu (Utility Preset) Once inside the menu it is possibile to set the following parameters: Once inside the menu it is possibile to set the following parameters: 1. Number: The Preset number to be edited. 2. Enabling: Enabling preset. 3. Pan: Pan position in degrees. 4. Tilt: Tilt position in degrees. 5. Zoom: Zoom position. 6. Focus: Daytime and night-time position of the focus. 7. Speed: The speed at which the position is reached when preset is recalled from the Patrol and Scan function. 8. Pause: Sets the dwell time in seconds before starting the next movement in Patrol. 9. Text: The text that is displayed when the preset position is reached. EDIT PRESET -----------------------1>NR. : 1 2 ON : N 3 PAN :+ 0.00 4 TILT :+ 0.00 5 ZOOM : 0 6 FOCUS: 4096 - 5600 7 SPEED: 100.0 8 PAUSE: 1 9 TEXT : Text 001 Fig. 84 From the menu it is possible to directly store the preset by sending the Iris Close command that enables the pan & tilt movements. 1. Daytime A.Focus: Enables the use of the autofocus when loading the preset in daytime mode. To guarantee fast and accurate focusing of the image, disable the automatic focus. 2. Night-time A.Focus: Enables the use of the autofocus when loading the preset in night-time mode. We advise enabling the automatic focus when the pan & tilt is fitted with an infrared illuminator, as the focal point varies depending on whether the light is visible or infrared. 3. Scan Speed: This is the reference speed used when a preset position is recalled by the Scan function. 4. Default Speed: Changes the default speed of the Presets. This value is used based on the function Set Speed? to assign the same speed to all Presets . 5. Default Dwell Time: Changes the default pause of the Presets. This value is used based on the function Set Dwell Time? to assign all Presets the same pause time. 6. Set Speed: To assign all Presets the same default speed. 7. Set Dwell Time: To assign all Presets the same default dwell time. PRESET UTILITIES -----------------------1>AUTOFOCUS DAY : N 2 AUTOFOCUS NIGHT: Y 3 SCAN SPEED : 200.0 4 DEFAULT SPEED : 100.0 5 DEFAULT DWELL : 3 6 SET SPEED? 7 SET PAUSE? Fig. 85 46 MNVCMPXTJP_1415_EN 9.6.4.6 Patrol Menu First Preset: Sets the first preset of the Patrol sequence. 2. Last Preset: Sets the last preset of the Patrol sequence. 3. Random Mode: Enables random execution. The sequence is re-calculated on a continuous basis. PATROL -----------------------1>FIRST PRESET : 1 2 LAST PRESET : 250 3 RANDOM MODE : N 9.6.4.8 Motion Recall Menu It is possibile to set the unit so that, after a given inactivity interval, it automatically carries out the movement function set by the operator. From the menu it is possible to set the following parameters: 1. Movement Type: Choice of type of movement to be loaded (None, Home, Autopan, Patrol, Tour 1, Tour 2, Tour 3). 2. Movement Delay: The time (in seconds) that needs to elapse from the state of inactivity of the Joystick before loading the set movement. MOTION RECALL -----------------------1>MOVEMENT TYPE : NONE 2 MOVEMENT DELAY: 60 Fig. 86 9.6.4.7 Autopan Menu 1. Preset Outward Movement: Sets the initial position of the Autopan. 2. Preset Return Movement: Sets the final position of the Autopan. 3. Outward Movement Speed: Sets the speed of the outward movement of the Autopan. 4. Return Speed: Sets the speed of the return of the Autopan. Fig. 88 AUTO-PAN -----------------------1>PRESET OUTWARD: 1 2 PRESET RETURN : 2 3 OUTWARD SPEED : 20.0 4 RETURN SPEED :100.0 Fig. 87 MNVCMPXTJP_1415_EN 47 Instructions manual - English - EN 1. EN - English - Instructions manualâ9.6.4.9 Advanced Menu 1. Static Control: Enables control of the position only when the pan & tilt is stopped 2. Dynamic Control: Enables control of the position only when the pan & tilt is moving 3. Cyclic Homing: If other than zero, it sets a new homing procedure after the specified number of hours. 4. Economy Mode: Reduces the motor toque when the pan & tilt is not moving. Do not enable in presence of strong wind or vibrations. ADVANCED -----------------------1>STATIC CONTROL : Y 2 DYNAMIC CONTROL : Y 3 CYCLIC HOMING : 0 4 ECO MODE : Y Fig. 89 9.6.5 Display Menu 1. PTZ Positions: If not on OFF, it is used to select how the Pan, Tilt and Zoom positions are displayed on the screen. It is possible to select timed (1 S, 3 S and 5 S) or constant (CONST) display. 2. Preset Name: If not on OFF, it is used to select how the text associated with the last-reached Preset position is displayed on the screen. It is possible to select timed (1 S, 3 S and 5 S) or constant (CONST) display. 3. Areas Name: If not on OFF, it is used to select how the texts associated with active areas are displayed. It is possible to select timed (1 S, 3 S and 5 S) or constant (CONST) display. 4. Pan & Tilt ID: If not on OFF, it shows the ID of the pan & tilt. 5. Received Commands: If not on OFF, it is used to select how the received serial commands are displayed. It is possible to select timed (1 S, 3 S and 5 S) or constant (CONST) display. 6. Horizontal Delta: This moves the menu texts horizontally, for better centring. 7. Vertical Delta: This moves the menu texts vertically for better. DISPLAY -----------------------1>PTZ POSITIONS : 1 S 2 PRESET NAME : 3 S 3 AREAS NAME : OFF 4 UNIT ID :CONST 5 RECEIVED COMMAND:CONST HORIZONTAL DELTA: 3 VERTICAL DELTA : 3 Fig. 90 48 MNVCMPXTJP_1415_EN 9.6.6 Options Menu Ceiling Mount: When this mode is enabled the image and the movements controls are turned upsidedown. 2. Alarms: Allows access to the Alarms menu. 3. Washer: Allows access to the Washer menu. OPTION -----------------------1>CEILING MOUNT :N 2 ALARMS > 3 WASHER > Fig. 91 9.6.6.1 Alarms Menu From these menus it is possible to set the following values: 1. Type: Set the type of contact: normally closed (N.C.) or normally open (N.O.). 2. Action: The type of action (Scan, Patrol, Autopan, Tour 1, Tour 2 and Tour 3) carried out by the unit when the alarm triggers. If Off is selected, the alarm is disabled. 3. Number: The preset to be reached when the alarmâs type of action is Scan. 4. Text: The message that is displayed when the alarm is active. Instructions manual - English - EN 1. From the Alarms menu it is possible to access one of the menus (Alarms 1-5) to edit the alarms parameters. ALARM 1 -----------------------1>TYPE :N.C. 2 ACT. :SCAN 3 NR. : 1 4 TEXT :ALARM 1 1-5. Alarms 1-5: Allow access to the menus from which it is possible to set the parameters of Alarms 1 to 5. 6. Alarms State: Allows access to the Alarms State menu. Fig. 93 ALARM -----------------------1>ALARM 1 > 2 ALARM 2 > 3 ALARM 3 > 4 ALARM 4 > 5 ALARME 5 > 6 ALARMS STATE > Fig. 92 If the IR illuminator is fitted, alarm 5 is reserved for the external dusk switch and therefore alarm 5 will not be displayed on the screen. This is a dynamic self-configuration menu based on the choice made and shows the parameters on which it is possible to operate. From the Alarms menu it is possible to access the Alarms State menu where the state of alarms inputs is displayed (CLOSED, contact closed, OPEN, contact open). ALARMS STATE -----------------------ALARM 1 CLOSED ALARM 2 OPEN ALLARME 3 CLOSED ALLARME 4 CLOSED ALLARME 5 CLOSED Fig. 94 MNVCMPXTJP_1415_EN 49 EN - English - Instructions manualâ9.6.7 Washer Menu 9.6.8 Default Menu The P&T offers the possibility to use a wiper and to operate a pump to clean the glass. 1. Delete Setup: Resets all the parameters except the Presets. To configure the Washer put the lens of the camera in front of the nozzle of the Washer. 2. Delete Preset: Deletes all previously stored presets. Save a preset (XY) that identifies this position; the preset will be recalled by the pan & tilt when the WASHER function is enabled. From the menu, set the following parameters: 1. Enable: Enables the Washer function. 2. Nozzle preset: Enter the preset number (XY) corresponding to the nozzle. 3. Wiper On Delay: Sets the interval between the enabling of the pump and that of the wiper. 4. Washing length: Sets the length of the brushing. 5. Wiper Off Delay: Sets the length of the brushing without water. WASHER -----------------------1>ENABLE : N 2 NOZZLE PRESET : 1 3 WIPER-ON DELAY : 5 4 WASHING DURATION : 10 5 WIPER-OFF DELAY : 5 Fig. 95 The enabling of the Washer function reserves the use of Relay 2 to the switching on of the pump and does not allow the association of Relay 2 with an alarm. DEFAULT -----------------------1>DELETE SETUP? 2 DELETE PRESET? Fig. 96 The above mentioned operations cause the loss of all previously stored data (i.g. Preset, Patrol, Autopan, HomeâŠ). 9.6.9 Info Menu The menu is used to check the configuration of the device and the installed firmware version. INFO -----------------------Address: 1 Protocol : MACRO RS485-1:38400 N81 RX RS485-2:38400 N81 REPEAT FW: 0a (Apr 14 2009) HW: 000-0000 Camera : 36x PC: MPX1PVW0000A SN: 109032220029 Fig. 97 50 MNVCMPXTJP_1415_EN 9.6.10 Thermal Camera Menu 1. Control: Sets the type of control on the thermal camera. Gain control: Allows access to the gain control management submenu. 6. ⢠Indoor: The camera configuration is managed by the pan & tilt. ROI Setup: Allows access to the ROI management submenu. 7. ⢠Outdoor: The camera configuration is managed through the serial line RS-485-3 (only for models with double camera). Thermal Analysis: Allows access to the thermal analysis management submenu. 8. Status: Allows access to the submenu containing the technical features of the thermal camera. Configuration: To set one of the preset configurations of the thermal camera. ⢠Standard: Sets the standard configuration of the thermal camera. ⢠High Gain: Sets the configuration for a higher-resolution image. ⢠Isotherm: Sets the configuration for highlighting objects within a given temperature range (9.6.10.8 Thermal Analysis Menu (Isotherm), page 56). ⢠Custom: Signals that the operator has manually chosen the configuration of the thermal camera. 3. Flat Field Correction: Allows access to the Flat Field correction management submenu. 4. Video Setup: Allows access to the video configuration management submenu. MNVCMPXTJP_1415_EN THERMAL CAMERA -----------------------1>CONTROL : INTERNAL 2 CONFIG. : STANDARD 3 FLAT FIELD CORRECTION> 4 VIDEO SETUP > 5 GAIN CONTROL > 6 ROI SETUP > 7 THERMAL ANALYSIS > 8 STATUS > Fig. 98 51 Instructions manual - English - EN 2. 5. EN - English - Instructions manualâ9.6.10.1 Flat Field Correction Menu 6. The thermal camera is fitted with an internal mechanism which periodically improves the quality of the images called Flat Field Correction (FFC). The parameters which manage this function are: 1. ⢠High: This setting aims to maximize the contrast and is especially suitable for applications which carry out the video analysis of images. Flat Field Auto: Enables the automatic or manual Flat Field correction. When the automatic correction is enabled, the camera carries out a FFC after a given time or temperature change. Vice versa, when the manual correction is set, the FFC operations are carried out when requested by the operator. We advise setting the manual correction at all times. 2. Interval: Sets the time that has to elapse before carrying out a FFC when the dynamic gain range is High. The time interval is indicated in frames (33ms for NTSC and 40ms for PAL). 3. Low Gain Interval: Sets the time that has to elapse before carrying out a FFC when the dynamic gain range is Low. The time interval is indicated in frames (33ms for NTSC and 40ms for PAL). 4. Temperature:: Sets the temperature change after which a FFC has to be carried out when the dynamic gain range is High. The temperature change is indicated in 0.1°C intervals. 5. Low Gain Temperature: Sets the temperature interval after which a FFC has to be carried out when the dynamic gain range is Low. The temperature change is indicated in 0.1°C intervals. Gain mode: Allows the setting of dynamic gain range type: ⢠Low: This setting increases the dynamic range of the image and diminishes the contrast. It is especially suitable for identifying the hottest elements in an image. ⢠Auto: This setting allows the camera to switch between High and Low modes depending on the type of image currently being displayed. The parameters in the Gain Change Values menu are used to change the behaviour of this mode (9.6.10.2 Flat Field Correction Menu (Gain Switch Values), page 53). 7. Do FFC: Carries out a FFC. 8. Gain Switch Values: Allows access to the Gain Switch Values submenu. FLAT FIELD CORRECTION -----------------------1>FLAT FIELD AUTO: Y 2 INTERVAL : 7200 3 LOW GAIN INTER.: 1350 4 TEMPERATURE : 5 5 LOW GAIN TEMP. : 10 6 GAIN MODE : ALTO 7 DO FFC? 8 GAIN SWITCH VALUES > Fig. 99 We recommend that you do not change the default values which have been set to guarantee high quality images in any operating condition. 52 MNVCMPXTJP_1415_EN 9.6.10.2 Flat Field Correction Menu (Gain Switch Values) 1. High-Low Threshold: Sets the temperature threshold used by the High-Low Population parameter to force the switching in Low Gain mode. The value is indicated in degrees Celsius. 2. High-Low Population: Sets the minimum pixel percentage above which the switching in Low Gain mode is carried out. 3. Low-High Threshold: Sets the temperature threshold used by the Low-High Population parameter to force the switching in High Gain mode. The value is indicated in degrees Celsius. 4. Low-High Population: Sets the minimum pixel percentage above which the switching in High Gain mode is carried out. GAIN SWITCH VALUES -----------------------1>HIGH-LOW THRESH.: 140 2 HIGH-LOW POP. : 20 3 LOW-HIGH THRESH.: 100 4 LOW-HIGH POP. : 95 Once inside the Video Configuration menu it is possible to set one of the following parameters: 1. Lut Polarity: Sets the hue of the image shot by the thermal camera. 2. FFC Warning: Sets the interval for which a coloured square is displayed on the upper right side of the video when a FFC is about to be carried out. The interval is indicated in frames (33ms for NTSC and 40ms for PAL). A value lower than 15 frames automatically disables the alert. 3. Digital Zoom: Sets the type of zoom to be applied to the video signal (OFF, Auto, 2x, 4x). When using the Auto mode, the zoom of the thermal camera automatically adjusts to that of the SONY module. 4. Dynamic DDE: Sets the value of the DDE filter, used to improve the sharpness of outline. Typical values range from 17 and 25. Value 17 disables the filter. 5. Test Pattern: Enables the pattern test to check the camera electronics. VIDEO SETUP -----------------------1>LUT POLARITY:WHITE HOT 2 FFC WARNING : 60 3 DIGITAL ZOOM: AUTO 4 DYNAMIC DDE : 25 5 TEST PATTERN: N Fig. 100 We recommend that you do not change the default values which have been set to guarantee high quality images in any operating condition. Fig. 101 The settings of the Gain Change Values Menu are effective only if the Gain mode was set to Auto (9.6.10.1 Flat Field Correction Menu, page 52). MNVCMPXTJP_1415_EN 53 Instructions manual - English - EN Once inside the Gain Switch Values menu it is possible to set one of the following parameters: 9.6.10.3 Video Setup Menu EN - English - Instructions manualâ9.6.10.4 Gain Control Menu 2. Once inside the Gain Control Configuration menu it is possible to set one of the following parameters: Plateau Value: Sets the maximum pixel value which can be found in a grey scale. 3. ITT Mean: Sets the mean point on a grey scale. 4. Max Gain: Sets the maximum gain of the AGC. 5. Contrast: Sets the contrast level of the image. 6. Brightness: Sets the brightness level of the image. 7. Compensation: Sets the brightness compensation level of the image. 1. Algorithm: Sets the type of automatic gain control (AGC) to optimize the image. It is possible to choose between the following algorithms: ⢠Automatic: Automatically sets the contrast and brightness of the image when environmental conditions change by equalizing the grey scale histogram. The image can be modified by changing the value of the ITT Mean, Max Gain and Plateau Value parameters. This is the default algorithm and it is recommended for normal use of the thermal camera. ⢠Once Bright: The set brightness level represents the mean of the brightness values of the image when this parameter is selected. The image can be modified by changing the value of the Contrast parameter. ⢠Auto Bright: The set brightness level represents the mean of the brightness values. Such level is updated in real-time. The image can be modified by changing the values of the Contrast and Compensation parameters. ⢠Manual: The contrast and brightness levels are manually set by the user. GAIN CONTROL -----------------------1>ALGORITHM : AUTO 2 PLATEAU VAL.: 150 3 ITT MEAN : 127 4 MAX GAIN : 8 5 CONTRAST : 32 6 BRIGHTNESS : 8192 7 BRIGHT. COMP: + 0 Fig. 102 This is a dynamic self-configuration menu based on the choice made and shows the parameters on which it is possible to operate. ⢠Linear Histogram: Contrast and brightness of the image are optimized using one linear transfer function. The image can be modified by changing the values of the ITT Mean and Max Gain parameters. 54 MNVCMPXTJP_1415_EN 9.6.10.7 Thermal Analysis Menu (Spot Meter) Once inside the ROI Configuration Menu it is possible to change the region of interest (ROI) used by the AGC algorithm to calculate the contrast and brightness levels of the image. Once inside the Point Measurement menu it is possible to set one of the following parameters: 1. Point 1 Left: Sets the left limit of the ROI. 2. Point 1 Top: Sets the upper limit of the ROI. 3. Point 2 Right: Sets the right limit of the ROI. 4. Point 2 Bottom: Sets the lower limit of the ROI. ROI SETUP -----------------------1>POINT 1 LEFT : - 160 2 POINT 1 TOP : - 128 3 POINT 2 RIGHT : + 160 4 POINT 2 BOTTOM: + 128 1. Mode: Enables the visualization of the taken temperature from the 4 pixels to the centre of the image (in degrees Celsius or Fahrenheit). The OFF option disables the visualization. 2. Digital: Enables the visualization of the relative symbol on the display. 3. Thermometer: Enables the visualization of the relative symbol on the display. SPOT METER -----------------------1>MODE : OFF 2 DIGITAL : N 3 THERMOMETER: N Fig. 103 9.6.10.6 Thermal Analysis Menu 1. Spot Meter: Allows access to the point measurement configuration submenu. 2. Isotherm: Allows access to the isotherm management submenu. Fig. 105 THERMAL ANALYSIS -----------------------1>SPOT METER > 2 ISOTHERM > Fig. 104 MNVCMPXTJP_1415_EN 55 Instructions manual - English - EN 9.6.10.5 ROI Setup Menu EN - English - Instructions manualâ9.6.10.8 Thermal Analysis Menu (Isotherm) 9.6.10.9 Status Menu Once inside the Isotherm menu it is possible to enable a special colouring for objects included within the set temperature interval. The parameters which manage this function are: Once inside the Status menu it is possible to learn the technical features of the thermal camera. 1. Enable: Enables the Isotherm function. 2. Mode: Selects the way in which the interval is indicated (in percentage or in degrees Celsius). 3. Upper: Sets the upper limit of the Isotherm function. 4. Lower: Sets the lower limit of the Isotherm function. ISOTHERM -----------------------1>ENABLE : N 2 MODE : PERCENT 3 UPPER : 95 4 LOWER : 90 STATUS -----------------------VERSION SW : 0A00.022B FW VERSION : 0802.0040 CAMERA S.N. : 00001234 SENSORE S.N.: 00001234 TEMPERATURE : +0034.0 P.N. 41320035A-SPXXX Fig. 107 Fig. 106 This is a dynamic self-configuration menu based on the choice made and shows the parameters on which it is possible to operate. 56 MNVCMPXTJP_1415_EN 9.7 Configuration of the version with IP board Choose one of the following configurations, according to the number of channels to be controlled. CHANNELS CPU MEM HDD 16 Intel Core 2 Duo 2.4 GHz 1GB 250GB 32 Intel Core 2 2GB Duo 2.66 GHz 250GB 49 Intel Core 2 Quad 2.66 GHz 4GB 250GB 64 Intel Core 2 Quad 2.66 GHz 4GB 250GB You will be asked login and password. When making the settings for the first time insert the default login and password. Login: Admin (with a capital A) Password: 123456 Fig. 108 Tab. 10 When installing for the first time, it will be necessary to install OCX control in order to have a correct video display and then confirm the settings in the following pop-up menu. 9.7.2 Configuration procedure through software Once the pan & tilt has been preset and configured, start configuring the IP parameters (6.1.7 Connection of the Ethernet cable, page 22). The IP address of the various units should be configured using a PC. Set the IP address of the PC: 192.168.0.1 (or 192.168.0.2, etc.). To configure the unit, connect it physically to the LAN, power it and run the browser Microsoft Internet Explorer® version 6.0 or above. To set the IP address of the various units, power them, taking care to connect them one at a time to the LAN (switch/hub). Configure the unit and insert the settings for at least the IP address and host name. When the unit has all the desired settings, connect the Ethernet cable and go on to configure the next unit. Fig. 109 When you have pressed OK/Enter in the pop-up menu, the following window will appear. Fig. 110 MNVCMPXTJP_1415_EN 57 Instructions manual - English - EN 9.7.1 Minimum system requirements Enter address: 192.168.0.100. EN - English - Instructions manualâContinue by pressing the Install button. You carry out this procedure once and only once for each PC that is to have access to the device in the network. 9.7.2.1 WAN setting Keep the account and the password in a secure place. The Live Video window will then appear. Next, set the static IP address, which is used to gain access to the unit that is to be configured. For example, set a static IP and address 192.168.0.101. Fig. 111 To make the parameter settings, click on the Quit button next to the video display. The general parameter setting menu will then appear. Fig. 113 Next, click on Apply and then click on Save & Reboot. Wait about 30 seconds, until the settings have been saved. Re-connect to the modified address (e.g. 192.168.0.101), inserting the Account Name and Password (use the default settings if they have not been changed). Fig. 112 58 MNVCMPXTJP_1415_EN Then edit the other parameters, for example: ⢠Video Setting: To change resolution (720x576, 640x480, 352x288, 176x144) bit rate (setting between 28kbit and 3 Mbit). For telemetry, leave the default settings. Before starting any operation, make sure the power supply is disconnected. In extreme cases, when you have forgotten the password for accessing the unit via the browser, you can also restore the factory setting by connecting the reset switch board situated inside the package and pressing the Reset button. For Reset to take effect, you have to disconnect the power supply to the pan & tilt. Remove the hexagon set screw and unscrew the treaded cover of the junction box. Fig. 114 After all the settings have been inserted, remember to Save & Reboot, so that the changes will take effect. 02 01 ⢠Factory Default: Used to restore default factory settings. Fig. 115 MNVCMPXTJP_1415_EN 59 Instructions manual - English - EN Before doing any technical work or maintenance on the device, make sure that potentially explosive atmosphere is not present. To reduce the risk of ignition donât open the device when a potentially explosive atmosphere is present. ⢠Date Setting: To set date and time. 02 9.7.3 Installing the NVR software A CD-ROM containing display and control software is supplied for controlling the various units. Follow the instructions below to install the software correctly. Insert the CD-ROM in the player, and after a few seconds the following introductory display will appear. FUS E J3 J8 FUS2 RL2 RL2 RL1 RL1 COM AL5 AL4 AL3 AL2 AL1 FUS1 VAR1 VIDEO - 1 J9 A VIDEO - 2 B GND W GND VAR2 J7 AC IN J1 L FUS VAR3 J6 A B RS485 J2 N E EN - English - Instructions manualâPlug the cable (01), situated in the connection compartment, in the reset switch board. Keep pressed the reset button while reconnecting the power supply. 100nMBW3 01 Fig. 116 Keep the button pressed for 5 seconds and then release it. The factory default values of the unit are restored. Repeat the procedure with the cable of the thermal camera(02), if present. When finished change the O-ring gasket (new O-ring is in the package), lubricate it and the threads with technical vaseline oil. Screw the threaded cover of the junction box and fix the hexagon set screw proceeding in the reverse order as shown in Fig. 115, page 59. Fig. 117 Select Videotec NVR Professional and follow the instructions that appear on the screen. When you have completed installation, and the pan & tilts have been configured as appropriate (see previous section), you can run the NVR software to make the initial settings for the system. Start the Activemonitor software. You will have to insert the usual User Name (default: Admin) and Password (default: 123456) 60 MNVCMPXTJP_1415_EN The first time you run the program, the following display will appear, with an empty camera list (Camera Tree). Instructions manual - English - EN Camera tree When setting up manually, it is essential (as in automatic setup, apart from the IP address) to set the items marked by an asterisk, i.e. Camera ID: Consecutively, 1, 2, 3 etc. Tool bar Camera IP: E.g. 192.168.0.102 Camera Model: Select 1-CH Video Server Fig. 121 Set the name that will appear in the Camera Tree: Camera Name: P&T 2 Example Manual control panel Live Video Fig. 118 At this point you need to add the various devices present in the system. Click on the Setup button in the control bar. Setup button Fig. 119 On completion, click on Apply and wait until the settings have been saved. Repeat the procedure for all the other devices present in the system. On completion of this stage, you should close the NVR program and re-start it so that the changes take effect. When the program is restarted, the Camera Tree should contain a list of the units in the system for which settings have been made. From the Media Source list, drag & drop the first unit into one of the blue windows, and the live video image should appear. Then click on Setup Camera. Fig. 120 Fig. 122 Example of drag & drop. Insert the settings manually if you know the IP addresses of the various units present, otherwise do an automatic setup, which will identify the various units. Repeat the procedure for the other units. MNVCMPXTJP_1415_EN 61 9.7.3.1 Controlling PTZ movements EN - English - Instructions manualâTo set movement control via the control panel or via mouse, proceed as follows: Select the Setup / Setup Camera menu and select the PTZ tab. To control a unit via the control panel, select the unit to be controlled by clicking with the mouse on the corresponding video window, and then operate from the control panel . Select the first unit, or the one you want to configure, from the Media Source list. Check the Enable PTZ box. Click on Apply. This will automatically set the VIDEOTEC Macro protocol at 38400 baud. Repeat the procedure for the other units to be controlled, directly from the PTZ setup menu ; just select the other units present in the Media Source list of the Camera Tree menu, one at a time, and check Enable PTZ, then click on Apply. Fig. 124 It is possible to set 5 different speeds for pan and tilt and it is also possible to enable advanced functions using the Action menu (which contains, for example, the Autopan, Start, Stop commands etc.). If you want to control the PTZ using the mouse, directly from the video window, check Mouse PTZ in the control panel. You can then use the mouse to control both movements and zoom (Zoom + and Zoom - are situated in the centre). Fig. 123 When the unit settings have been inserted, quit the NVR programm and re-start it so that all the changes will be saved. Mouse PTZ Fig. 125 62 MNVCMPXTJP_1415_EN To set the configuration parameters of the pan & tilt by means of OSM, enable the corresponding function using the control panel. 9.7.3.2 Preset and load positions Enter the Setup / Setup Camera Menu and select the PTZ Preset tab. Select the desired unit from the Media Source list (e.g. UNIT 3) and enable the Live View function. OSD Fig. 126 To move around within the menu use the up and down arrow keys, and confirm using the Enter key. The Leave key is used to quit the submenu/menu. For a complete description of the functions that can be set via OSM see 9.6 Configuration via OSM, page 35. Fig. 127 Move to the desired position using Mouse control on the video window. Edit one of the boxes for the various preset positions (Enter some text, such as Position No.2) and then confirm by clicking on the blue button at the side. Enter other preset positions as required. On completion, click on Apply. MNVCMPXTJP_1415_EN 63 Instructions manual - English - EN Before making these settings, we recommend enabling Mouse PTZ control, so that it is easier to move around in the position to be saved. EN - English - Instructions manualâSet the preset positions for the other units in the same way. Close the NVR application and re-start it to save the settings. When the application is re-started, the preset positions can be loaded using the Go To command on the control panel, and selecting the desired position. 10 Instructions for safe operation 10.1 Visualizing the state of the pan & tilt During normal operation the pan & tilt displays on screen, at user's choice, the data organized as illustrated. The visualization can be enabled or disabled (9.6.5 Display Menu, page 48). NORTH/EAST ID: 1 12345 AL 1: Alarm 1 Pan : - 5.56 Tilt: +120.01 Zoom: 36.00x Preset: Text 001 E7-PRESET NOT CONFIGURED Fig. 129 Fig. 128 To control the other available functions, such as recording on disc, playback and snapshot, and for other detailed information about using the software, see the manual on the installation CD: NVR User Manual. NORTH/EAST: Name of the area where one is currently located. ID: 1: Receiverâs address. 12345: Complete list of active alarms. AL 1: Alarm 1: Text regarding the last active alarm. Pan: - 5.56/Tilt: +120.01/Zoom: 36.00x: Current position of Pan, Tilt and Zoom. Preset: Text 001: Name of selected active preset. E7-PRESET NOT CONFIGURED: The following field shows the errors found while the system was running or the commands received via serial (visualization can be enabled or disabled only for received commands). 64 MNVCMPXTJP_1415_EN 10.2 Saving the current position (Preset) Using the control keyboard it is possible to save the current position. For further information, refer to the manual of the keyboard in use. During the saving stage, it is possible to change the speed at which Preset is reached using keys Focus Far/Focus Near and to change the waiting time using keys Iris Open/Iris Close. -----------------------SET PRESET Focus to change speed Iris to change dwell Joystick to exit -----------------------Speed : 100deg./s Dwell : 5s Pan : - 5.56 Tilt: +120.01 Zoom: 36.00x Fig. 130 10.2.2 Saving from the Menu Refer to 9.6.4.3 Preset Menu, page 45. 10.3 Recalling a position (Scan) Using the control device it is possible to recall a previously saved Preset position (for additional information refer to the manual of the device being used). 10.4 Enabling the patrol (Patrol) Using the control device it is possible to enable the automatic patrol (for additional information refer to the manual of the device being used). For further information refer to the relative chapter (10.12 Special controls, page 67). Disabling can be carried out by moving the joystick or by recalling a different type of movement. To configure the Patrol function refer to the related chapter (9.6.4.6 Patrol Menu, page 47). MNVCMPXTJP_1415_EN Using the control device it is possible to enable the Autopan. For further information, refer to the manual of the keyboard in use. For further information refer to the relative chapter (10.12 Special controls, page 67). Disabling can be carried out by moving the joystick or by recalling a different type of movement. To configure the Autopan function, refer to 9.6.4.7 Autopan Menu, page 47. 10.6 Recalling a pattern (Tour) The Tour functioning mode allows the repetition of a previously recorded route in a continuous manner. The pan & tilt can store up to 3 Tours, each lasting no more than 2 minutes. To save a Tour, enter the special preset of the number of Tour to be saved using the keyboard (10.12 Special controls, page 67). To simplify the recording of the Tour, the pan & tilt automatically limits the speed of the Pan & Tilt depending on the Zoom factor. While the Tour is being recorded, the remaining recording time is displayed, as shown in the figure. ID: 1 -----------------------RECORDING TOUR MODE Iris to stop 99% -----------------------Pan : - 5.56 Tilt: +120.01 Zoom: 36.00x Fig. 131 To interrupt recording, press the Iris Open or Iris Close key. To start the play-back of a Tour, enter the special preset of the number of Tour to be displayed using the keyboard (10.12 Special controls, page 67). 65 Instructions manual - English - EN 10.2.1 Quick save 10.5 Enabling Autopan Function EN - English - Instructions manualâ10.7 Recalling the Home position Using the control device it is possible to recall a previously saved Home (Scan n.1) position (for further information refer to the manual of the control device in use). 10.8 Enabling the wiper (Wiper) Do not use the wiper when the outside temperature is below 0°C or in case of ice. To enable/disable the wiper refer to the manual of the control device in use or to the relative table (10.12 Special controls, page 67). If it is left on, the Wiper automatically disables itself. 66 10.9 Enabling the washer Do not use the wiper when the outside temperature is below 0°C or in case of ice. To activate refer to the manual of the control device used or the relevant chapter (10.12 Special controls, page 67). Refer to the relative chapter for the configuration ( 9.6.7 Washer Menu, page 50). 10.10 Reboot the device Using the control device it is possible to reboot the unit. For further information refer to the manual of the control device in use or to the relative table For further information refer to the relative chapter (10.12 Special controls, page 67). MNVCMPXTJP_1415_EN 10.11 Manual correction of a preset focusing The manual correction of the Preset works only if the Daytime/Nigh-time Autofocus fields are disabled (9.6.4.5 Preset Menu (Utility Preset), page 46). 10.12 Special controls SPECIAL CONTROLS Control Protocol MACRO PELCO D SENSORMATIC ERNITEC Tour 1 Start recording Save Preset 77 Save Preset 77 Save Preset 77 Save Preset 77 Save Pattern 2 Start recording pattern 3 Tour 2 Start recording Save Preset 78 Save Preset 78 Save Preset 78 Tour 3 Start recording Save Preset 79 Tour 1 Start Save Preset 80 Tour 2 Start Save Preset 78 Save Preset 79 Save Preset 79 Save Preset 82 Save Preset 80 Save Preset 80 Pattern 2 Run pattern 3 Save Preset 81 Save Preset 81 Save Preset 81 Save Preset 82 Save Preset 82 Save Preset 82 Save Preset 80 Iris Open/Close Wiper Start Save Preset 80 Save Preset 51 Save Preset 81 Save Preset 52 Pattern 4 Tour Record Stop Save Preset 79 Save Preset 50 Pattern 3 Tour 3 Start Save Preset 78 Save Preset 48 Save Pattern 4 Save Preset 81 Save Preset 77 Save Preset 47 Save Pattern 3 Save Preset 79 PANASONIC Save Preset 82 Save Preset 53 IrisOpen/Close Iris Open/Close Ack Save new pattern Iris Open/Close Iris Open/Close Save Preset 85 Save Preset 85 Aux 3 ON Aux 3 ON Save Preset 85 Save Preset 85 Save Preset 85 Aux 3 ON Aux 3 ON Save Preset 54 Save Preset 86 Aux 3 OFF Save Preset 86 Save Preset 86 Save Preset 86 Save Preset 86 Aux 3 OFF Aux 3 OFF Aux 3 OFF Save Preset 55 Save Preset 87 Save Preset 87 Save Preset 87 Save Preset 87 Save Preset 87 Aux 4 ON Aux 4 ON Aux 4 ON Aux 4 ON Save Preset 56 Save Preset 88 Save Preset 88 Save Preset 88 Wip+ Wiper Stop WipWasher Was+ Night Mode On Save Preset 88 Night Mode Off Save Preset 89 Save Preset 88 Save Preset 57 MNVCMPXTJP_1415_EN Save Preset 89 Save Preset 89 Save Preset 89 Save Preset 89 Save Preset 58 67 Instructions manual - English - EN Load the preset whose focus needs to be changed using the Scan command. Change the focus using the appropriate keys Focus Far/Focus Near without changing the Pan/Tilt/Zoom position. Save the preset using the appropriate Preset command. SPECIAL CONTROLS EN - English - Instructions manualâControl Protocol MACRO PELCO D Reboot the device Save Preset 94 Save Preset 94 Enabling OSM Save Preset 95 Patrol Start Save Preset 93 Save Preset 93 Save Preset 93 Save Preset 93 Save Preset 93 Pat+ Pattern Run pattern 1 Run patrol Save Preset 60 Save Preset 92 Save Preset 92 Save Preset 92 Save Preset 92 Save Preset 92 Joystick Joystick Joystick Joystick Patrol Stop SENSORMATIC ERNITEC Save Preset 94 Save Preset 94 Faster+ Zoom out+ Focus far+ Iris open Ini+ Save Preset 95 Save Preset 95 Save Preset 94 Save Preset 61 Save Preset 95 Iris open+ Focus+ Zoom out Men+ PANASONIC Save Preset 95 Save Preset 46 Joystick Save Preset 59 PatAutopan Start Save Preset 99 Save Preset 99 Save Preset 99 Save Preset 99 Save Preset 99 Apa+ Pattern 1 Run pattern 2 Run autopan Save Preset 63 Autopan Stop Save Preset 96 Save Preset 96 Save Preset 96 Save Preset 96 Save Preset 96 Joystick Joystick Joystick Joystick Carry out a FFC Save Preset 74 Video 2 - thermal camera Save Preset 75 Video 2 integrated module Save Preset 76 Joystick Save Preset 62 ApaSave Preset 74 Save Preset 74 Save Preset 74 Save Preset 74 Save Preset 43 Save Preset 75 Save Preset 75 Save Preset 75 Save Preset 75 Save Preset 44 Save Preset 76 Save Preset 76 Save Preset 76 Save Preset 76 Tab. 11 68 MNVCMPXTJP_1415_EN Before doing any technical work or maintenance on the device, make sure that potentially explosive atmosphere is not present. 11.2.1.2 Cleaning the germanium window Remove the protective grid and spacer unscrewing the 4 socket flat cap screws on the front of the enclosure using 2mm no sparking hex wrench. Instructions manual - English - EN 11 Maintaining and cleaning To reduce the risk of ignition, donât open the device when a potentially explosive atmosphere is present. Before doing any technical work on the device, disconnect the power supply. Repair of this equipment shall be carried out by suitably trained or supervised by VIDEOTEC personnel in accordance with the applicable code of practice (e.g. IEC/EN 60079-19). 11.1 System configuration and statistics display When contacting Videotec for assistance please go to the configuration and statistic page and send a screenshot or serial number and device identification code. Fig. 132 Use neutral soap diluted with water. Take extra care not to scratch or damage the outer surface treated with carbon coating. Damage to this coating could interfere with the transparency of the surface to infrared light. Do not use ethyl alcohol, solvents, hydrogenated hydrocarbons, strong acids or alkalis. Using these products will irreparably damage the germanium surface. Once done cleaning, reassemble the spacer and the protection grid. 11.2.1.3 Cleaning the device 11.2.1 Routine (to be carried out regularly) This should be done regularly. If a layer of dust accumulates on the outside of the housing, it should never be more than 5mm thick. The device should be cleaned using a damp cloth; compressed air must not be used. Maintenance frequency will depend on the type of environment in which the housing is used. 11.2.1.1 Cleaning the glass 11.2.1.4 Inspecting the cables Water should be used, or a liquid detergent that will not generate a hazardous situation. The cables should not show signs of damage or wear, which could generate hazardous situations. In this case extraordinary maintenance is necessary. 11.2 Maintenance and cleaning by users MNVCMPXTJP_1415_EN 69 11.2.2 Extraordinary (to be done only under particular circumstances) EN - English - Instructions manualâAny other intervention that is not comprised in the routine interventions must be done in absence of potentially explosive atmosphere. For damage to any parts, repair or replacement must be done by, or under supervision of VIDEOTEC. 12 Disposal of waste materials This symbol mark and recycle system are applied only to EU countries and not applied to the countries in the other area of the world. Your product is designed and manufactured with high quality materials and components which can be recycled and reused. Whenever replacing the parts as indicated, always use VIDEOTEC original spare parts and meticulously follow the maintenance instructions supplied with every spare parts kit. This symbol means that electrical and electronic equipment, at their end-of-life, should be disposed of separately from your household waste. The manufacturer declines all liability for damage to any of the apparatus mentioned in this handbook, when resulting from tampering, use of non-original spare parts, and from installation and maintenance/ repairs performed by non-authorised, nonskilled personnel. In the European Union there are separate collection systems for used electrical and electronic products. Please dispose of this equipment at your local Community waste collection or Recycling centre. In all such circumstances, the product should be sent to the workshop for the necessary repairs or maintenance. 70 MNVCMPXTJP_1415_EN 13 Troubleshooting PROBLEM Ask for assistance from skilled personnel if: ⢠There is noticeable deterioration in performance of the unit. ⢠The unit does not work properly, even though all the instructions in this handbook have been followed. PROBLEM The device is off and shows no signs of life. CAUSE Wiring error, blown fuse. SOLUTION Make sure the connections are correct; check the continuity of the fuses and if one is blown replace it using the size as indicated in the table. If blown fuses are a frequent problem, contact your authorised service centre. PROBLEM The preset position settings do not correspond to the shooting area. CAUSE Loss of absolute position reference point. SOLUTION Follow the procedure to calibrate the P&T from the keyboard (see the appropriate handbook), or reset the apparatus by switching it off and on again. Address : 1 Protocol : MACRO RS485-1:38400 N81 RX RS485-2:38400 N81 REPEAT 232 : FW UPGRADE ONLY FW: 0a (Jun 4 2009) HW: 000-0001 DIP1.1: VIEW CONF. ON CAUSE Display Configuration dip-switch rocker (DIP1, SW1). SOLUTION Switch off the pan & tilt, switch down the dip-switch (DIP1, SW1). Switch-on the unit again. PROBLEM During start-up the pan & tilt is disabled and the following type of message is shown: Address : 1 DE-ICE PROCEDURE IN PROGRESS⊠REMAINING MINUTES:59 CAUSE MNVCMPXTJP_1415_EN The environment temperature is too low. 71 Instructions manual - English - EN ⢠The unit is damaged after being dropped; The monitor does not show the picture taken but shows an image of the type: EN - English - Instructions manualâSOLUTION Wait until the end of the pre-heating procedure. If the air temperature is too low the unit will remain disabled and the following message will be shown: Address : 1 DE-ICE PROCEDURE -----------------------SYSTEM BLOCKED TEMPERATURE TOO LOW ------------------------ PROBLEM Error E3-PATROL WITHOUT PRESET or error E4-PATROL, 1 PRESET ONLY. CAUSE The presets have not been programmed. SOLUTION Program two or more presets and then update the Patrol configuration menu (10.2 Saving the current position (Preset), page 65 and 9.6.4.6 Patrol Menu, page 47). PROBLEM Error E7-PRST. NOT CONFIGURED. CAUSE Recalling of a non programmed preset. SOLUTION Save the preset using the relative control (10.2 Saving the current position (Preset), page 65). PROBLEM Error E1-AUTOPAN WITHOUT LIMITS. CAUSE The two presets used as limits have not been programmed. PROBLEM Error E8-TOUR NOT CONFIGURED. SOLUTION Program the two presets and then update the Autopan configuration menu (10.2 Saving the current position (Preset), page 65 and 9.6.4.7 Autopan Menu, page 47). CAUSE Recalling of a non configured Tour. SOLUTION Save the Tour using the relative control (10.6 Recalling a pattern (Tour), page 65). PROBLEM Error E2-WIPER BLOCKED. CAUSE The wiper is either jammed or broken. SOLUTION Check that the wiper is free to move; if the problem persists, seek assistance. 72 PROBLEM Error E9-TEMP. TOO LOW. CAUSE The environment temperature is too low. SOLUTION The movements of the P&T unit is blocked to prevent mechanical damage. MNVCMPXTJP_1415_EN 14.1 MPX If the device comes into contact with harsh substances, it is the responsibility of the user to take suitable precautions to prevent damage and not compromise the type of protection. 14.1.1 General AISI 316 stainless steel construction Passivated and electropolished external surfaces ⢠Aggressive substances: Acidic liquids or gases that may attack metals, or solvents that may affect polymeric materials. RTV silicone rubber ⢠Suitable precautions: Regular checks as part of routine inspections or establishing from the materialâs data sheet that it is resistant to specific chemicals. Quick configuration and setup It is the responsibility of the end users to make sure that the materials used to build the product are suitable for the intended installation site. If in doubt, contact the manufacturer. Instructions manual - English - EN 14 Technical data NBR rotary seals Silicone O-ring seals Dynamic positioning control system 14.1.2 Mechanical 1 3/4" NPT hole for cable glands Zero backlash Horizontal rotation: 360° continous Vertical rotation: -90° to +90° Horizontal speed (variable): from 0.1° to 100°/s Tilt speed (variable): from 0.1° to 100°/s Preset accuracy: 0.02° 12mm thick tempered glass window Integrated wiper 14.1.3 Electrical/Video Input voltage: ⢠24Vac, 50/60Hz, 120W max 1 video output 75 Ohm 1Vpp (PAL/NTSC) Functions: Autopan, Preset, Patrol, Tour (maximum 3), Autoflip Maximum number of presets: ⢠VIDEOTEC MACRO Protocol: 250 ⢠ERNITEC protocol: 250 ⢠PANASONIC protocol: 250 ⢠PELCO D Protocol: 99 ⢠AMERICAN DYNAMICS protocol: 95 16-character string for zone and preset titling I/O alarm card: ⢠5 alarm inputs ⢠2 relay outputs (1A 30Vac/60Vdc max) MNVCMPXTJP_1415_EN 73 14.1.4 Communications EN - English - Instructions manualâConfiguration through OSD 2 half-duplex serial RS-485 interfaces or full-duplex RS-422 14.2 MPXT 14.2.1 General AISI 316 stainless steel construction Firmware updating from console in remote mode (only VIDEOTEC MACRO and PELCO D protocols) Passivated and electropolished external surfaces Up to 999 units, addressable by means of dipswitches NBR rotary seals IP Streaming Module (optional) Quick configuration and setup RTV silicone rubber Silicone O-ring seals ⢠MPEG4 compression Dynamic positioning control system ⢠Compatible with ONVIF 1.01 14.2.2 Mechanical ⢠Compatible with VMS Milestone XProtect suite ⢠LAN 10/100 Mbit/s RJ45 interface ⢠Resolutions: Full D1 (720x576) @30fps, VGA (640x480), CIF (352x288), QCIF (176x144) 14.1.5 Protocols AMERICAN DYNAMICS, ERNITEC, PANASONIC, PELCO D, VIDEOTEC MACRO* The product may be interfaced with devices not manufactured by VIDEOTEC. It is possible that the interface protocols have changed or are in a different configuration from earlier tested units by VIDEOTEC. VIDEOTEC recommends a test prior to installation. VIDEOTEC will not be liable for any installation costs or lost revenues in the event a compatibility problem will occur. *AMERICAN DYNAMICS, ERNITEC, PANASONIC, PELCO are registered trademarks. 14.1.6 Environment 1 3/4" NPT hole for cable glands Zero backlash Horizontal rotation: 360° continous Vertical rotation: -90° to +90° Variable pan speed: from 0.1° to 100°/s Variable tilt speed: from 0.1° to 100°/s Preset accuracy: 0.02° 12mm thick tempered glass window 8mm thick germanium window Integrated wiper 14.2.3 Electrical/Video Input voltage: ⢠24Vac, 50/60Hz, 120W max Indoor / Outdoor 2 video outputs 75 Ohm 1Vpp (PAL/NTSC) Operating temperature: -40°C / +60°C (-40°F / +140°F) Functions: Autopan, Preset, Patrol, Tour (maximum 3), Autoflip Installation temperature (not operative): -40°C / +60°C (-40°F / +140°F) Maximum number of presets: Surge immunity: up to 2KV line to line, up to 4KV line to earth (Class 4) ⢠VIDEOTEC MACRO Protocol: 250 14.1.7 Brackets and adapters ⢠PANASONIC protocol: 250 MPXWBA AISI 316L stainless steel wall bracket ⢠PELCO D Protocol: 99 MPXCW AISI 316L stainless steel corner adapter module MPXCOL AISI 316L stainless steel pole adapter module MPXWBTA AISI 316L stainless steel parapet or ceiling mounting bracket ⢠ERNITEC protocol: 250 ⢠AMERICAN DYNAMICS protocol: 95 16-character string for zone and preset titling I/O alarm card: ⢠5 alarm inputs ⢠2 relay outputs (1A 30Vac/60Vdc max) 14.1.8 Package Unit weight: MPX 74 27kg (60lb) MNVCMPXTJP_1415_EN 14.2.4 Communications Configuration through OSD Firmware updating from console in remote mode (only VIDEOTEC MACRO and PELCO D protocols) Up to 999 units, addressable by means of dipswitches ELECTRICAL RATING Power supply Normal usage to be specified on product label Short term de-icing cicle. Peak maintaining a minimum internal temp at 5°C 24Vac 1.08A, 50/60Hz, 25.9W 5A, 50/60Hz, 120W Tab. 12 IP Streaming Module (optional) ⢠MPEG4 compression ⢠Compatible with ONVIF 1.01 ⢠Compatible with VMS Milestone XProtect suite ⢠LAN 10/100 Mbit/s RJ45 interface ⢠Resolutions: Full D1 (720x576) @30fps, VGA (640x480), CIF (352x288), QCIF (176x144) 14.2.5 Protocols AMERICAN DYNAMICS, ERNITEC, PANASONIC, PELCO D, VIDEOTEC MACRO* The product may be interfaced with devices not manufactured by VIDEOTEC. It is possible that the interface protocols have changed or are in a different configuration from earlier tested units by VIDEOTEC. VIDEOTEC recommends a test prior to installation. VIDEOTEC will not be liable for any installation costs or lost revenues in the event a compatibility problem will occur. *AMERICAN DYNAMICS, ERNITEC, PANASONIC, PELCO are registered trademarks. 14.2.6 Environment Indoor / Outdoor Operating temperature: -40°C / +60°C (-40°F / +140°F) Installation temperature (not operative): -40°C / +60°C (-40°F / +140°F) Surge immunity: up to 2KV line to line, up to 4KV line to earth (Class 4) 14.2.7 Brackets and adapters MPXWBA AISI 316L stainless steel wall bracket MPXCW AISI 316L stainless steel corner adapter module MPXCOL AISI 316L stainless steel pole adapter module MPXWBTA AISI 316L stainless steel parapet or ceiling mounting bracket 14.2.8 Package Unit weight: MPXT 31kg (68lb) MNVCMPXTJP_1415_EN 75 Instructions manual - English - EN 2 half-duplex serial RS-485 interfaces or full-duplex RS-422 14.3 Electrical rating 14.4 Camera EN - English - Instructions manualâANALOGUE CAMERAS AVAILABLE SONY Day/Night 36x SONY Day/Night 28x High sensitivity PAL PAL NTSC NTSC Optical zoom 36x 28x Wide Dynamic Range (Fix/Auto) p â True progressive SCAN p â Digital image stabilisation p p White balance Auto, ATW, Indoor, Outdoor (Fix/ Auto), Sodium Vapor Lamp (Fix/ Auto) Auto, ATW, Indoor, Outdoor (Fix/ Auto), Sodium Vapor Lamp (Fix/ Auto) High horizontal resolution Up to 550 TV Lines Up to 550 TV Lines Day/Night (Auto ICR) p p Image Sensor 1/4" EXView HAD CCD 1/4" Super HAD CCD II Number of effective Pixels ~ 440â000 pixel ~ 380â000 pixel ~ 440â000 pixel Min. night Illumination (ICR ON) (typical) 0.01 Lux / 1/3s 0.01 Lux / 1/4s 0.0015 Lux / 1/3s 0.0015 Lux / 1/4s Min. day Illumination (ICR OFF) (typical) 0.1 Lux / 1/3s 0.1 Lux / 1/4s 0.16 Lux / 1/3s âShutter Timeâ automatic increase to improve the night surveillance p p S/N ratio Greater than 50dB Greater than 50dB AE control Automatic, Shutter priority, Diaphragm priority, Brightness priority and Manual Automatic, Shutter priority, Diaphragm priority, Brightness priority and Manual Back light compensation On/Off On/Off ~ 380â000 pixel 0.16 Lux / 1/4s Spherical masking (3D) of Privacy zones with automatic p upgrade p Privacy Zone Masking On/Off (24 positions) On/Off (24 positions) Maximum number of masking blocks to be displayed 8 8 Resolution of masking blocks 160x120 HxV 160x120 HxV Masking Up to 15 different masking types: 14 Up to 15 different masking types: 14 colour types or mosaic colour types or mosaic Focusing system Auto (Sensitivity: Normal, Low), Trigger PTZ, Manual Auto (Sensitivity: Normal, Low), Trigger PTZ, Manual âSmartâ lens control SONY Modular Automatic Lens Reset Technology SONY Modular Automatic Lens Reset Technology High Zoom and Wide Horizontal Field of View Capability p p Optical zoom 36x, f=3.4 (wide) to 122.4mm (tele) / F1.6 to F4.5 28x, f=3.5 (wide) to 98mm (tele) / F1.35 to F3.7 Digital Zoom 12x (432x with optical zoom) 12x (336x with optical zoom) Angle of view (A) 57.8 degrees (wide) to 1.7 degrees (tele) 55.8 degrees (wide) to 2.1 degrees (tele) Minimum object distance 320mm (12.6in) (wide) to 1500mm (59.1in) (tele) 10mm (0.4in) (wide) to 1500mm (59.1in) (tele) Electronic Iris Speed 1/1 ÷ 1/10â000s 1/1 ÷ 1/10â000s Tab. 13 76 MNVCMPXTJP_1415_EN MNVCMPXTJP_1415_EN THERMAL CAMERAS AVAILABLE (RESOLUTION 160X120) Lens 19mm PAL Lens 13mm NTSC PAL Lens 9mm NTSC PAL NTSC Image sensor Uncooled VOx microbolometer Uncooled VOx microbolometer Uncooled VOx microbolometer Resolution 160x120 160x120 160x120 Pixel dimensions 25ÎŒm 25ÎŒm 25ÎŒm Spectral response - long wave infrared (LWIR) from 7.5ÎŒm to 13.5ÎŒm from 7.5ÎŒm to 13.5ÎŒm from 7.5ÎŒm to 13.5ÎŒm Internal shutter (only for sensor compensation) Video stop < 1sec. Video stop < 1sec. Video stop < 1sec. Digital Detail Enhancement (DDE) p p p Digital Zoom 2x, 4x 2x, 4x Image updating frequency 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps Image updating high frequency 25fps 30fps 25fps 30fps 25fps 30fps Scene temperature range -40°C ÷ +160°C (-40°F ÷ +320°F) -40°C ÷ +160°C (-40°F ÷ +320°F) -40°C ÷ +160°C (-40°F ÷ +320°F) Horizontal field of view 12° 17° 25° Vertical field of view 10° 14° 20° F-number F/1.25 F/1.25 F/1.25 Thermal sensitivity (NEdT) < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 Person (detection / recognition / identification) 450m / 112m / 56m (1476ft / 367ft / 184ft) 300m / 74m / 37m (984ft / 243ft / 121ft) 205m / 52m / 26m (673ft / 171ft / 85ft) Auto (detection / recognition / identification) 1280m / 330m / 165m (4199ft / 1083ft / 541ft) 840m / 215m / 108m 590m / 150m / 74m 160x120 160x120 160x120 2x, 4x Tab. 14 77 Instructions manual - English - EN EN - English - Instructions manualâ78 THERMAL CAMERAS AVAILABLE (RESOLUTION 320X256) Lens 35mm PAL Lens 25mm NTSC PAL Lens 19mm NTSC PAL Lens 13mm NTSC PAL Lens 9mm NTSC PAL NTSC Image sensor Uncooled VOx microbolometer Uncooled VOx microbolometer Uncooled VOx microbolometer Uncooled VOx microbolometer Uncooled VOx microbolometer Resolution 320x256 320x256 320x256 320x256 320x256 Pixel dimensions 25ÎŒm 25ÎŒm 25ÎŒm 25ÎŒm 25ÎŒm Spectral response - long wave infrared (LWIR) from 7.5ÎŒm to 13.5ÎŒm from 7.5ÎŒm to 13.5ÎŒm from 7.5ÎŒm to 13.5ÎŒm from 7.5ÎŒm to 13.5ÎŒm from 7.5ÎŒm to 13.5ÎŒm Internal shutter (only for sensor compensation) Video stop < 1sec. Video stop < 1sec. Video stop < 1sec. Video stop < 1sec. Video stop < 1sec. Digital Detail Enhancement (DDE) p p p p p Digital Zoom 2x, 4x 2x, 4x 2x, 4x 2x, 4x Image updating frequency 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps Image updating high frequency 25fps 30fps 25fps 30fps 25fps 30fps 25fps 30fps 25fps 30fps Scene temperature range -40°C ÷ +160°C (-40°F ÷ +320°F) -40°C ÷ +160°C (-40°F ÷ +320°F) -40°C ÷ +160°C (-40°F ÷ +320°F) -40°C ÷ +160°C (-40°F ÷ +320°F) -40°C ÷ +160°C (-40°F ÷ +320°F) Horizontal field of view 13° 18° 24° 34° 48° Vertical field of view 10° 14° 18° 26° 37° F-number F/1.2 F/1.1 F/1.25 F/1.25 F/1.25 Thermal sensitivity (NEdT) < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 Person (detection / recognition / identification) 800m / 200m / 105m 590m / 148m / 75m 450m / 112m / 56m (1476ft / 367ft / 184ft) 300m / 74m / 37m (984ft / 243ft / 121ft) 205m / 52m / 26m (673ft / 171ft / 85ft) Auto (detection / recognition / identification) 2250m / 590m / 290m (7382ft / 1936ft / 951ft) 1650m / 430m / 215m (5413ft / 1411ft / 705ft) 1280m / 330m / 165m (4199ft / 1083ft / 541ft) 840m / 215m / 108m 590m / 150m / 74m Tab. 15 320x240 320x240 320x240 320x240 320x240 2x, 4x MNVCMPXTJP_1415_EN MNVCMPXTJP_1415_EN THERMAL CAMERAS AVAILABLE (RESOLUTION 336X256) Lens 35mm PAL Image sensor Lens 25mm NTSC Uncooled VOx microbolometer 336x240 PAL Lens 19mm NTSC Uncooled VOx microbolometer 336x256 336x240 PAL Lens 13mm NTSC Uncooled VOx microbolometer 336x256 336x240 PAL Lens 9mm NTSC Uncooled VOx microbolometer 336x256 336x240 PAL NTSC Uncooled VOx microbolometer Resolution 336x256 Pixel dimensions 17ÎŒm 17ÎŒm 17ÎŒm 17ÎŒm 17ÎŒm 336x256 336x240 Spectral response - long wave infrared (LWIR) from 7.5ÎŒm to 13.5ÎŒm from 7.5ÎŒm to 13.5ÎŒm from 7.5ÎŒm to 13.5ÎŒm from 7.5ÎŒm to 13.5ÎŒm from 7.5ÎŒm to 13.5ÎŒm Internal shutter (only for sensor compensation) Video stop < 1sec. Video stop < 1sec. Video stop < 1sec. Video stop < 1sec. Video stop < 1sec. Digital Detail Enhancement (DDE) p p p p p Digital Zoom 2x, 4x 2x, 4x 2x, 4x 2x, 4x Image updating frequency 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps Image updating high frequency 25fps 30fps 25fps 30fps 25fps 30fps 25fps 30fps 25fps 30fps Scene temperature range -40°C ÷ +160°C (-40°F ÷ +320°F) -40°C ÷ +160°C (-40°F ÷ +320°F) -40°C ÷ +160°C (-40°F ÷ +320°F) -40°C ÷ +160°C (-40°F ÷ +320°F) -40°C ÷ +160°C (-40°F ÷ +320°F) Horizontal field of view 9,3° 13° 17° 25° 35° Vertical field of view 7,1° 10° 13° 19° 27° F-number F/1.2 F/1.1 F/1.25 F/1.25 F/1.25 Thermal sensitivity (NEdT) < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 Person (detection / recognition / identification) 1140m / 280m / 142m (3740ft / 919ft / 466ft) 820m / 210m / 104m 570m / 144m / 72m 390m / 95m / 47m (1280ft / 312ft / 154ft) 250m / 63m / 31m (820ft / 207ft / 102ft) Auto (detection / recognition / identification) 3000m / 800m / 200m (9843ft / 2625ft / 656ft) 2200m / 580m / 290m (7218ft / 1903ft / 951ft) 1550m / 400m / 200m (5085ft / 1312ft / 656ft) 1080m / 275m / 140m (3543ft / 902ft / 459ft) 720m / 175m / 88m 2x, 4x Tab. 16 79 Instructions manual - English - EN EN - English - Instructions manualâ80 THERMAL CAMERAS AVAILABLE (RESOLUTION 640X512) Lens 35mm PAL Lens 25mm NTSC PAL Lens 19mm NTSC PAL Lens 13mm NTSC PAL Lens 9mm NTSC PAL NTSC Image sensor Uncooled VOx microbolometer Uncooled VOx microbolometer Uncooled VOx microbolometer Uncooled VOx microbolometer Uncooled VOx microbolometer Resolution 640x512 640x512 640x512 640x512 640x512 Pixel dimensions 17ÎŒm 17ÎŒm 17ÎŒm 17ÎŒm 17ÎŒm Spectral response - long wave infrared (LWIR) from 7.5ÎŒm to 13.5ÎŒm from 7.5ÎŒm to 13.5ÎŒm from 7.5ÎŒm to 13.5ÎŒm from 7.5ÎŒm to 13.5ÎŒm from 7.5ÎŒm to 13.5ÎŒm Internal shutter (only for sensor compensation) Video stop < 1sec. Video stop < 1sec. Video stop < 1sec. Video stop < 1sec. Video stop < 1sec. Digital Detail Enhancement (DDE) p p p p p Digital Zoom 2x, 4x 2x, 4x 2x, 4x 2x, 4x Image updating frequency 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps Image updating high frequency 25fps 30fps 25fps 30fps 25fps 30fps 25fps 30fps 25fps 30fps Scene temperature range -40°C ÷ +160°C (-40°F ÷ +320°F) -40°C ÷ +160°C (-40°F ÷ +320°F) -40°C ÷ +160°C (-40°F ÷ +320°F) -40°C ÷ +160°C (-40°F ÷ +320°F) -40°C ÷ +160°C (-40°F ÷ +320°F) Horizontal field of view 18° 25° 32° 45° 69° Vertical field of view 14° 20° 26° 37° 56° F-number F/1.2 F/1.1 F/1.25 F/1.25 F/1.4 Thermal sensitivity (NEdT) < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 Person (detection / recognition / identification) 1140m / 280m / 142m (3740ft / 919ft / 466ft) 820m / 210m / 104m 570m / 144m / 72m 390m / 95m / 47m (1280ft / 312ft / 154ft) 250m / 63m / 31m (820ft / 207ft / 102ft) Auto (detection / recognition / identification) 3000m / 800m / 200m (9843ft / 2625ft / 656ft) 2200m / 580m / 290m (7218ft / 1903ft / 951ft) 1550m / 400m / 200m (5085ft / 1312ft / 656ft) 1080m / 275m / 140m (3543ft / 902ft / 459ft) 720m / 175m /88m Tab. 17 640x480 640x480 640x480 640x480 640x480 2x, 4x MNVCMPXTJP_1415_EN 15 Technical drawings Instructions manual - English - EN The dimensions of the drawings are in millimetres. Ø 138 N°4 M10 232 398 336 Fig. 133 MAXIMUS MPX. MNVCMPXTJP_1415_EN 81 Ø 138 N°4 M10 232 398 453 Fig. 134 MAXIMUS MPXT. Headquarters Italy Videotec S.p.A. France Videotec France S.à.r.l. Asia Pacific Videotec (HK) Ltd Americas Videotec Security, Inc. Via Friuli, 6 - I-36015 - Schio (VI) Italy Tel. +39 0445 697411 - Fax +39 0445 697414 Email: [email protected] Flat 8, 19/F. - On Dak Industrial Building 2-6 Wah Sing Street - Kwai Chung, NT, Hong Kong Tel. +852 2333 0601 - Fax +852 2311 0026 Email: [email protected] Voie du Futur, Zac des Portes - 27100 - Val-de-Reuil, France Tel. +33 2 32094900 - Fax +33 2 32094901 Email: [email protected] 35 Gateway Drive, Suite 100 - Plattsburgh, NY 12901 - U.S.A. Tel. +1 518 825 0020 - Fax +1 518 825 0022 Email: [email protected] - www.videotec.us www.videotec.com MNVCMPXTJP_1415_EN MAXIMUS MPX, MAXIMUS MPXT ã¹ãã³ã¬ã¹è£œé²çã«ã¡ã©ããžã·ã§ãã³ã°ãŠããã ãIPã¢ãã«ã¯ãTIISåœå èå§é²çèªå®æªååŸåã§ããã JA æ¥æ¬èª - åæ±èª¬ææž ç®æ¬¡ æ¥æ¬èª 1 æ¬åæ±èª¬ææžã«ã€ããŠã®æ å ±..................................................................................... 7 1.1 èšå·ã®æå³........................................................................................................................................................ 7 2 èäœæš©ããã³åæšã«ã€ããŠã®æ³šèš.............................................................................. 7 3 å®å šèŠå®..................................................................................................................... 7 4 補åã®ç¹åŸŽ................................................................................................................. 9 4.1 補åã®å 容ãšçšé........................................................................................................................................... 9 4.1.1 ãµãŒãã«ã«ã¡ã©ä»ãããŒãžã§ã³.............................................................................................................................. 10 5 補åã䜿çšåã®æºå................................................................................................. 11 5.1 䜿çšåã®å®å šã®ããã®æ³šæ......................................................................................................................11 5.2 梱å ã®éå°ãšå 容ç©....................................................................................................................................12 5.2.1 梱å ã®éå°.................................................................................................................................................................... 12 5.2.2 å 容ç©............................................................................................................................................................................. 12 5.3 梱å è³æã®å®å šãªåŠå...............................................................................................................................12 5.4 èšçœ®åã®æºåäœæ¥........................................................................................................................................13 5.4.1 ãã©ãããããŠã³ããŸãã¯ã·ãŒãªã³ã°ããŠã³ã................................................................................................... 13 5.4.2 ãã©ã±ããã䜿ã£ãåºå®............................................................................................................................................ 14 5.4.3 ããŒã«ããŠã³ãã¢ããã¿ãŒãŸãã¯ã³ãŒããŒããŠã³ãã¢ããã¿ãŒã䜿ã£ãåºå®........................................ 14 5.4.3.1 ããŒã«ããŠã³ãã¢ããã¿ãŒã䜿ã£ãåºå®.................................................................................................................................14 5.4.3.2 ã³ãŒããŒããŠã³ãã¢ããã¿ãŒã䜿ã£ãåºå®.............................................................................................................................15 5.4.4 ã«ãŒãã®åºå®................................................................................................................................................................ 15 6 çµã¿ç«ãŠãšèšçœ®......................................................................................................... 16 6.1 èšçœ®....................................................................................................................................................................16 6.1.1 䜿çšåé......................................................................................................................................................................... 16 6.1.2 èšçœ®æ¹æ³......................................................................................................................................................................... 16 6.1.3 ããŒã¹ãžã®ã±ãŒãã«çµç·.......................................................................................................................................... 17 6.1.4 ã±ãŒãã«ã®æ¿å ¥å£....................................................................................................................................................... 18 6.1.5 黿ºã©ã€ã³ã®çµç·....................................................................................................................................................... 19 6.1.6 ïŒã€ä»¥äžã®æ åã±ãŒãã«ã®æ¥ç¶............................................................................................................................ 21 6.1.7 ã€ãŒãµãŒãããã®ã±ãŒãã«æ¥ç¶.............................................................................................................................. 22 6.1.8 ãã¬ã¡ããªãŒã©ã€ã³ã®æ¥ç¶........................................................................................................................................ 23 6.1.9 ã¢ã©ãŒã ãšãªã¬ãŒã®æ¥ç¶............................................................................................................................................ 24 6.1.9.1 ã¯ãªãŒã³ã³ã³ã¿ã¯ã ïŒãã©ã€ã³ã³ã¿ã¯ãïŒã®ã¢ã©ãŒã æ¥ç¶.......................................................................................................24 6.1.9.2 ãªã¬ãŒã®æ¥ç¶.....................................................................................................................................................................................24 6.1.10 ãŠãããã®ã¢ãã¬ã¹ãéä¿¡ãããã³ã«ãäŒéé床ã®èšå®................................................................................ 25 6.1.11 DIP ã¹ã€ããã®å®çŸ©.................................................................................................................................................. 25 6.1.12 èšå®ç¢ºèªã¢ãŒãã®èšå®............................................................................................................................................ 25 6.1.13 ããŒã¬ãŒãã®èšå®..................................................................................................................................................... 26 6.1.14 ã·ãªã¢ã«éä¿¡ã©ã€ã³ã®èšå®.................................................................................................................................... 26 6.1.14.1 RS-485 TX/RX åæ¹åã©ã€ã³......................................................................................................................................................27 6.1.14.2 åä¿¡ã®RS-485-1 ã©ã€ã³rã ãªããŒãã®RS-485-2 ã©ã€ã³......................................................................................................27 6.1.14.3 RS-422 åæ¹åã©ã€ã³...................................................................................................................................................................27 6.1.14.4 RS-485 çæ¹åã©ã€ã³....................................................................................................................................................................27 6.1.15 ã·ãªã¢ã«ã©ã€ã³çµç«¯éšèšå®ãšæ¥ç¶....................................................................................................................... 28 6.1.16 ãããã³ã«ã®èšå®...................................................................................................................................................... 28 MNVCMPXTJP_1415_JP 3 6.1.17 ã¢ãã¬ã¹ã®èšå®.......................................................................................................................................................... 28 6.1.18 æ¥å°............................................................................................................................................................................... 29 6.1.19 æ¥ç¶ããã¯ã¹ãéãã............................................................................................................................................. 29 7 å®å šãªç¶æ³ã§äœåãããããã®æ³šæ........................................................................ 30 7.1 å®å šãªç¶æ³ã§ã®äœå....................................................................................................................................30 7.1.1 詊é転............................................................................................................................................................................. 30 7.1.2 å®å šã®ããã®æç€º...................................................................................................................................................... 31 7.1.3 ççºé²æ¢ã®ããã®æç€º............................................................................................................................................. 31 8 黿ºãå ¥ãã............................................................................................................ 31 8.1 ççºæ§é°å²æ°ã§è£œåã«é»æºãå ¥ããåã«...........................................................................................31 9 ã·ã¹ãã èšå®............................................................................................................. 32 9.1 OSM ã®äœ¿çš....................................................................................................................................................32 9.1.1 ãžã§ã€ã¹ãã£ãã¯ã®æäœ............................................................................................................................................. 32 9.2 ã¡ãã¥ãŒéã®ç§»å..........................................................................................................................................32 9.3 èšå®ã®å€æŽ......................................................................................................................................................33 9.4 èšå®æ°å€ã®å€æŽ.............................................................................................................................................33 9.5 ããã¹ãã®å€æŽ...............................................................................................................................................34 9.6 OSM ãéããèšå®.......................................................................................................................................35 9.6.1 ã¡ã€ã³ã¡ãã¥ãŒ............................................................................................................................................................. 35 9.6.2 èšèª.................................................................................................................................................................................. 35 9.6.3 ã«ã¡ã©ã¡ãã¥ãŒ............................................................................................................................................................. 35 9.6.3.1 ãšãªã¢ã¿ã€ãã«èšå®ã¡ãã¥ãŒ........................................................................................................................................................36 9.6.3.2 ãšãªã¢ã¿ã€ãã«èšå®ã¡ãã¥ãŒ (ãšãªã¢ã®ç·šé)..........................................................................................................................36 9.6.3.3 ãã¹ãã³ã°ã¡ãã¥ãŒ.........................................................................................................................................................................37 9.6.3.4 ãã¹ãã³ã°ã¡ãã¥ãŒ (ãã¹ã¯ã®ç·šé)..........................................................................................................................................38 9.6.3.5 æ°èŠãã¹ã¯ã®äœæ............................................................................................................................................................................38 9.6.3.6 ãã¹ã¯ã®ç·šé.....................................................................................................................................................................................39 9.6.3.7 é«åºŠãªèšå®ã¡ãã¥ãŒ........................................................................................................................................................................40 9.6.3.8 é«åºŠãªèšå®ã¡ãã¥ãŒ (Zoom).......................................................................................................................................................40 9.6.3.9 é«åºŠãªèšå®ã¡ãã¥ãŒ (Focus)........................................................................................................................................................41 9.6.3.10 é«åºŠãªèšå®ã¡ãã¥ãŒ (é²å )........................................................................................................................................................41 9.6.3.11 é«åºŠãªèšå®ã¡ãã¥ãŒ (èµ€å€ç·ã©ã€ã).......................................................................................................................................42 9.6.3.12 é«åºŠãªèšå®ã¡ãã¥ãŒ (ãã¯ã€ããã©ã³ã¹)...............................................................................................................................43 9.6.3.13 é«åºŠãªèšå®ã¡ãã¥ãŒ 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AL3 AL2 AL1 FUS1 VAR1 VIDEO - 1 J9 A VIDEO - 2 B GND W GND L N E VAR2 J7 AC IN J1 FUS VAR3 J6 A B RS485 J2 100nMBW3 å³ 27 MNVCMPXTJP_1415_JP 23 6.1.9 ã¢ã©ãŒã ãšãªã¬ãŒã®æ¥ç¶ ã¢ã©ãŒã ã®ã³ã³ã¿ã¯ãã¯ã ã³ãã¯ã¿ãŒ J3 ã«ãããŸãã J3 6.1.9.1 ã¯ãªãŒã³ã³ã³ã¿ã¯ã ïŒãã©ã€ã³ã³ã¿ã¯ãïŒã® ã¢ã©ãŒã æ¥ç¶ A1ïœA5 ã®ã¯ãªãŒã³ã³ã³ã¿ã¯ã (AL1ãAL2ãAL3ãAL4 ãAL5) ã®çµç·ã¯ãäžå³ã®ããã«è¡ããŸã: A1 å³ 28 ãŠãããã«ã¯ã ã¯ãªãŒã³ã³ã³ã¿ã¯ãã®5ã€ã®ã¢ã©ãŒã ãšã ã¯ãªãŒã³ã³ã³ã¿ã¯ãã®2ã€ã®åºåãªã¬ãŒãæèŒã ããŠããŸãã ã¢ã©ãŒã ãšãªã¬ãŒã®æ¥ç¶ 端å å 容 RL2 ãªã¬ãŒ 2 端å A RL2 ãªã¬ãŒ 2 端å B RL1 ãªã¬ãŒ 1 端å A RL1 ãªã¬ãŒ 1 端å B COM A1-A2-A3-A4-A5 ã¢ã©ãŒã ã®ã¢ãŒã¹ AL5 ã¢ã©ãŒã 5 (ã¯ãªãŒã³ã³ã³ ã¿ã¯ã) AL4 ã¢ã©ãŒã 4 (ã¯ãªãŒã³ã³ã³ ã¿ã¯ã) AL3 ã¢ã©ãŒã 3 (ã¯ãªãŒã³ã³ã³ ã¿ã¯ã) AL2 ã¢ã©ãŒã 2 (ã¯ãªãŒã³ã³ã³ ã¿ã¯ã) AL1 ã¢ã©ãŒã 1 (ã¯ãªãŒã³ã³ã³ ã¿ã¯ã) 衚3 å šãŠã®ã¢ã©ãŒã ã®æ€ç¥ç¯å²ã¯æå€§200m ã§ ãã0.25mm² (AWG 30) ã®éã·ãŒã«ãã±ãŒãã«ã䜿 çšããå¿ èŠããããŸãã ⢠ãšã³ããªãŒè£ 眮ã«ã¢ã©ãŒã ã®ã±ãŒãã«ãéããŸãã G ã¯ãªãŒã³ã³ã³ã¿ã¯ã å³ 29 ã¯ãªãŒã³ã³ã³ã¿ã¯ãã®ã¢ã©ãŒã æ¥ç¶ã¯ãN.O.ïŒããŒã ã«ãªãŒãã³ïŒã 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RL2 RL1 RL1 COM AL5 AL4 AL3 AL2 AL1 FUS1 VAR1 VIDEO - 1 J9 J6 A B RS485 J2 A VIDEO - 2 B GND W GND L N E VAR2 IP ããŒãæèŒããŒãžã§ã³ã®ã¿ã«æå¹ãªæ¥ç¶ ãŠãããã®èšå®æ¹æ³ã¯ãã ïŒã€ãããããŸããã DIPã¹ã€ãã ãäžè¡šã®ãšãããèšå®ããŠãã ããã IP ããŒãã®èšå® ã¢ãã¬ã¹ 1 ãããã³ã« MACRO ããŒã¬ãŒã 38400 ã·ãªã¢ã«ã©ã€ã³ RS485 çæ¹å ã·ãªã¢ã«éä¿¡ã©ã€ã³ ïŒã® çµç«¯éš ON ã·ãªã¢ã«éä¿¡ã©ã€ã³ 2ã®çµ ç«¯éš ON AC IN J1 FUS VAR3 J7 6.1.11 DIP ã¹ã€ããã®å®çŸ© 衚4 DIPã¹ã€ãã ã®èšå®å®äºåŸã¯ãèãéãããã³/ãã« ãæåè£ çœ®ã® IPãã©ã¡ãŒã¿ãŒã®å®çŸ©èšå®ãè¡ã£ãŠ ãã ããã 100nMBW3 6.1.12 èšå®ç¢ºèªã¢ãŒãã®èšå® å³ 30 ãã®ããŒãã¯ãåä¿¡æ©ã®ã¢ãã¬ã¹ãéä¿¡ãããã³ã«ã äŒéé床ãšãã£ãã ã·ãªã¢ã«ã©ã€ã³ RS-485-1 ããã³ RS-485-2ã®éä¿¡ã®é ç®ã®èšå®ã«äœ¿ããŸãã 6 7 8 DIP 2 U3 U1 0 5 DIP 7 8 6 0 U2 U3 U1 0 2 3 4 6 7 8 9 7 8 9 7 8 9 4 DIP 6 7 8 9 3 DIP 6 4 ã¢ãã¬ã¹ãšãããã³ã«ã®ããŒã 5 5 1 å³ 31 4 3 2 3 4 5 1 3 2 2 0A 1 1 0 ON 2 3 4 5 1 2 3 4 7 8 9 7 8 9 0 U2 6 6 0 6 5 1 3 DIP 5 4 4 DIP 4 3 2 3 4 5 1 3 2 2 0A 1 SW 1=ON: èšå®ç»é¢è¡šç€ºãèšå®çµäºåŸã«ãè¡ã£ãèš å®ã確èªããå Žåã«ã®ã¿äœ¿çšãããã®ã§ããéåžžæ äœæã¯ã 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baud â OFF OFF ON â 4800 baud â ON ON OFF â 2400 baud â OFF ON OFF â 1200 baud â ON OFF OFF â 600 baud â OFF OFF OFF â 300 baud ON â â â â 衚瀺 ãªã³ OFF â â â â 衚瀺 ãªã åèšå®ã®è¡šç€º 衚5 26 MNVCMPXTJP_1415_JP 6.1.14.1 RS-485 TX/RX åæ¹åã©ã€ã³ 6.1.14.3 RS-422 åæ¹åã©ã€ã³ ãã®èšå®ã«ãããRS485-1 ã©ã€ã³ã§åæ¹åéä¿¡ïŒHalf/ DuplexïŒãå¯èœã«ãªããŸãã ãã®èšå®ã«ãããRS422 ã«ãã Full Duplex éä¿¡ã å¯èœã«ãªããŸãã RS485-2 ã©ã€ã³ã¯äœ¿çšãããŸããã RS-485-1 ã©ã€ã³ã¯åžžã«åä¿¡ã¢ãŒãã§ã (RS-422-RX) ã RS-485-2 ã©ã€ã³ã¯åžžã«éä¿¡ã¢ãŒãã§ã (RS-422-TX) ã ã³ã³ãããŒã« ããŒããŒã RS-485-1 TX/RX ã³ã³ãããŒã« ããŒããŒã RS-485-1 RS-485-2 å³ 34 6.1.14.2 åä¿¡ã®RS-485-1 ã©ã€ã³rã ãªããŒãã® RS-485-2 ã©ã€ã³ ãã®èšå®ã«ãããè€æ°ã®æ©åšãã«ã¹ã±ãŒãæ¥ç¶ã§ã ãŸããä¿¡å·ã¯åãŠããããåçæãããŸãã®ã§ãå š äœã®è·é¢ãããªãå¢å€§ãããããšãã§ããŸãã ãã®èšå®ã¯çæ¹åãããã³ã«ã®å Žåã®ã¿äœ¿çš ã§ããŸãã å³ 36 6.1.14.4 RS-485 çæ¹åã©ã€ã³ RS485-1 ã©ã€ã³ã¯ãDIPã¹ã€ããã®ã¢ãã¬ã¹ãããŒã¬ãŒ ãã ãããã³ã«ã®èšå®ã«åŸã£ãŠäœåããŸãã RS485-2 ã©ã€ã³ã¯äœ¿çšãããŸããã ãã®èšå®ã¯çæ¹åãããã³ã«ã®å Žåã®ã¿äœ¿çš ã§ããŸãã ãã®èšå®ã§ã¯ã 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Patrol: ããããŒã«ã®å€ãç·šéããããã®ãµã ã¡ãã¥ãŒã«å ¥ããŸãã 6. Autopan: ãªãŒããã³ã®å€ãç·šéããããã®ãµ ãã¡ãã¥ãŒã«å ¥ããŸãã 7. ã¢ãŒã·ã§ã³åŒã³åºã: åäœã®èªååŒåºãã管ç ããããã®ãµãã¡ãã¥ãŒã«å ¥ããŸãã 8. é«åºŠãªèšå®: é«åºŠãªèšå®ã®é ç®ãèšå®ãããµã ã¡ãã¥ãŒã«å ¥ããŸãã MOTION -----------------------1>CONFIG. : STANDARD 2 OFFSET PAN: + 0.00 3 MANUAL CONTROL > 4 PRESET > 5 PATROL > 6 AUTOPAN > 7 MOTIONS RECALL > 8 ADVANCED > å³ 79 9.6.4 åäœã¡ãã¥ãŒ 1. ã·ã¹ãã èšå®: æ¢å®ã®ãã³/ãã«ãæåè£ çœ®ã«é¢ ããèšå®ãè¡ããŸãã ⢠Standard: æšæºã®ã¹ããŒãã§åäœããŸãã ⢠Low Speed: ãã³/ãã«ãæåè£ çœ®ã®å šé床 ãé ãããLow Speedã«èšå®ããŸãã 44 å³ 80 MNVCMPXTJP_1415_JP 9.6.4.1 ããã¥ã¢ã«ã³ã³ãããŒã«ã¡ãã¥ãŒ 1. æé«é床: ããã¥ã¢ã«æäœæã®æé«é床ãèšå® ããŸãã 2. ãã¡ãŒã¹ãã¢ãŒã: ãã¡ãŒã¹ãã¢ãŒãããªã³ã«ã ãŸãããã®ãªãã·ã§ã³ããªã³ã«ãããšããã³/ãã« ãæåè£ çœ®ãéãåããã ãžã§ã€ã¹ãã£ãã¯ã㪠ãããäœçœ®ãŸã§ç§»åãããŸãã 3. ãºãŒã æã®ã¹ããŒã: ãºãŒã ã®é床ããªã³ã«ã ãŸãããã®é ç®ããªã³ã«ãããšã ãºãŒã åçã« å¿ããŠããã³ãšãã«ãã®é床ã¯èªåçã«æžéã ãŸãã 4. ãã«ããã¡ã¯ã¿ãŒ: ãã«ã軞ã®ããã¥ã¢ã«æäœæ ã®ã¹ããŒãã®æžéå€ãèšå®ããŸãã 5. Autoflip: ãã«ããåçŽæ¹åã®çµç¹ã«éãããš ãã«ããã³/ãã«ãæåè£ çœ®ãèªåçã«180° å 転ããããªãŒãããªããããªã³ã«ããå»äžãé è·¯ã«æ²¿ã£ã远跡ãå©ããŸãã 6. åäœãªããã: ãªãããèšå®ãµãã¡ãã¥ãŒã«å ¥ã ãŸãã MANUAL CONTROL -----------------------1>MAXIMUM SPEED :100.0 2 FAST MODE : Y 3 VEL. WITH ZOOM : N 4 TILT SCALE FACT.: 2 5 AUTOFLIP : Y 6 MOVEMENT LIMITS > 9.6.4.2 ããã¥ã¢ã«ã³ã³ãããŒã«ã¡ãã¥ãŒ (ãªã ãã) ãã®ã¡ãã¥ãŒã§ã¯ã次ã®é ç®ãèšå®ããããšãã§ã ãŸã: 1. ãã³ãªããã: ãã³ãªãããããªã³ã«ããŸãã 2. Pan Start: ãã³ã®ãªãããéå§ãèšå®ããŸãã 3. Pan End: ãã³ã®ãªãããçµäºãèšå®ããŸãã 4. ãã«ããªããã: ãã«ããªãããããªã³ã«ããŸãã 5. ãã«ãéå§: ãã«ãã®ãªãããéå§ãèšå®ã㟠ãã 6. ãã«ãçµäº: ãã«ãã®ãªãããçµäºãèšå®ããŸãã LIMITS -----------------------1>PAN LIMITS : N 2 PAN START : + 0.00 3 PAN END : + 0.00 4 TILT LIMITD : N 5 TILT START : + 0.00 6 TILT END : + 0.00 å³ 82 9.6.4.3 ããªã»ããã¡ãã¥ãŒ 1. ããªã»ããã®ç·šé: ããªã»ããã®ç·šéã¡ãã¥ãŒã« å ¥ããŸãã 2. ããªã»ãããŠãŒãã£ãªãã£: ããªã»ãããŠãŒãã£ãª ãã£ã¡ãã¥ãŒã«å ¥ããŸãã å³ 81 PRESET -----------------------1>EDIT PRESET > 2 PRESET UTILITIES > å³ 83 MNVCMPXTJP_1415_JP 45 9.6.4.4 ããªã»ããã¡ãã¥ãŒ (ããªã»ããã®ç·šé) ãã®ã¡ãã¥ãŒã§ã¯ã次ã®é ç®ãèšå®ããããšãã§ã ãŸã: 1. çªå·: ç·šéãããããªã»ããã®çªå·ã 2. æå¹å: ããªã»ããã®æå¹åã 3. Pan: è§åºŠã§è¡šããããã³ã®äœçœ®ã 4. Tilt: è§åºŠã§è¡šããããã«ãã®äœçœ®ã 5. Zoom: ãºãŒã ã®äœçœ®ã 6. Focus: æ¥äžãšå€éã®ãã©ãŒã«ã¹äœçœ®ã 7. ã¹ããŒã: ããããŒã«ãã¹ãã£ã³äœåã§ã ããªã» ããç»é²ãããäœçœ®ãåŒã³åºããããšãã«å° éããã¹ããŒããèšå®ããŸãã 8. ããŒãº: 次ã®ããããŒã«åäœãéå§ããããŸã§ ã®åŸ æ©æéïŒç§ïŒãèšå®ããŸãã 9. 9.6.4.5 ããªã»ããã¡ãã¥ãŒ (ããªã»ãããŠãŒã㣠ãªãã£) ãã®ã¡ãã¥ãŒã§ã¯ã次ã®é ç®ãèšå®ããããšãã§ã ãŸã: 1. ãã€ã¿ã€ã ãªãŒããã©ãŒã«ã¹: ãã€ã¢ãŒãã«ãã ãŠããªã»ãããåŒã³åºããããšãã«ããªãŒããã© ãŒã«ã¹ããªã³ã«ããŸããç»åã®çŠç¹èª¿æŽãéã æ£ç¢ºã«å®è¡ããããã«ã¯ããªãŒããã©ãŒã«ã¹ã ãªãã«ããŸãã 2. ããã¹ã: ããªã»ããç»é²ãããäœçœ®ã«å°éãã ãšãã«è¡šç€ºãããããã¹ããèšå®ããŸãã ãã€ãã¿ã€ã ãªãŒããã©ãŒã«ã¹: ãã€ãã¢ãŒãã« ãããŠããªã»ãããåŒã³åºããããšãã«ã ãªãŒã ãã©ãŒã«ã¹ããªã³ã«ããŸããçŠç¹ã¯å¯èŠå ãŸã ã¯èµ€å€ç·å ã®ã©ã¡ãã§ãå€åããããããã³/ ãã«ãæåè£ çœ®ã«èµ€å€ç·ã©ã€ããæèŒãããŠã ãå Žåã¯ããªãŒããã©ãŒã«ã¹ããªã³ã«ããããšã æšå¥šããŸãã 3. EDIT PRESET -----------------------1>NR. : 1 2 ON : N 3 PAN :+ 0.00 4 TILT :+ 0.00 5 ZOOM : 0 6 FOCUS: 4096 - 5600 7 SPEED: 100.0 8 PAUSE: 1 9 TEXT : Text 001 ã¹ãã£ã³ã¹ããŒã: ã¹ãã£ã³æ©èœã§ãæ°ããã㪠ã»ããç»é²ãããäœçœ®ãåŒã³åºãããå Žå㫠䜿çšãããé床ã§ãã 4. ããã©ã«ãã¹ããŒã: ããªã»ããã®ããã©ã«ãã¹ã ãŒã ãã®å€ã¯ãå šãŠã®ããªã»ããã®ã¹ããŒãã åäžã®ã¹ããŒãã«çµ±äžããããã«ãSet SpeedïŒ ãæ©èœã§äœ¿ãããŸãã å³ 84 5. ããã©ã«ãããŒãº: ããŒãºã®ããã©ã«ãã¹ããŒã ãç·šéããŸãããã®å€ã¯ãå šãŠã®ããªã»ããã® ã¹ããŒããåäžã®ã¹ããŒãã«çµ±äžããããã« ãSet PauseïŒãæ©èœã§äœ¿ãããŸãã 6. ã¹ããŒãèšå®: å šããªã»ããã®ããã©ã«ãã¹ã㌠ããäžæ¬èšå®ããŸãã 7. ããŒãºèšå®: å šããªã»ããã®ããã©ã«ãããŒãºã äžæ¬èšå®ããŸãã ãã®ã¡ãã¥ãŒç»é¢ã§ã¯ããã³/ãã«ãæåè£ çœ®ããªã³ ã«ãã ãã¢ã€ãªã¹ã»ã¯ããŒãºã ã³ãã³ãã䜿ãããšã§ãèš å®æ°å€ã¯ãã®ãŸãŸä¿åãããŸãã PRESET UTILITIES -----------------------1>AUTOFOCUS DAY : N 2 AUTOFOCUS NIGHT: Y 3 SCAN SPEED : 200.0 4 DEFAULT SPEED : 100.0 5 DEFAULT DWELL : 3 6 SET SPEED? 7 SET PAUSE? å³ 85 46 MNVCMPXTJP_1415_JP 9.6.4.6 ããããŒã«ã¡ãã¥ãŒ 9.6.4.8 ã¢ãŒã·ã§ã³åŒã³åºãã¡ãã¥ãŒ 1. æåã®ããªã»ãã: ããããŒã«ã®ã·ãŒã±ã³ã¹ã®æ åã®ããªã»ãããèšå®ããŸãã 2. æåŸã®ããªã»ãã: ããããŒã«ã®ã·ãŒã±ã³ã¹ã®æ åŸã®ããªã»ãããèšå®ããŸãã ã¢ã€ããªã³ã°ç¶æ ãäžå®æéç¶ããå Žåããªãã¬ãŒ ã¿ãŒã«ãã£ãŠèšå®ãããåäœãèªåã§å®è¡ããæ© èœã§ãã 3. ã©ã³ãã ã¢ãŒã: ã©ã³ãã ãªå®è¡ããªã³ã«ã㟠ããã·ãŒã¯ãšã³ã¹ã¯é£ç¶ããŠåèšç®ãããŸãã 1. åäœã¿ã€ã: åŒã³åºãåäœæ©èœãããªã/ããŒã / ãªãŒããã³/ããããŒã«/ãã¢ãŒïŒ/ãã¢ãŒ2/ã㢠ãŒ3/ã®äžããéžæããŸãã PATROL -----------------------1>FIRST PRESET : 1 2 LAST PRESET : 250 3 RANDOM MODE : N 2. åäœãã£ã¬ã€: ãžã§ã€ã¹ãã£ãã¯ã®ã¢ã€ããªã³ã°ç¶ æ ããèšå®ãããåäœãåŒã³åºããŸã§ã«èŠã ãæéïŒç§ïŒ ã§ãã ã¡ãã¥ãŒã§ã¯ã以äžã®èšå®ãããããšãã§ããŸãã MOTION RECALL -----------------------1>MOVEMENT TYPE : NONE 2 MOVEMENT DELAY: 60 å³ 86 9.6.4.7 ãªãŒããã³ã¡ãã¥ãŒ 1. åŸè·¯ã®ããªã»ãã: ãªãŒããã³ã®éå§äœçœ®ãèšå® ããŸãã 2. 埩路ã®ããªã»ãã: ãªãŒããã³ã®çµäºäœçœ®ãèšå® ããŸãã 3. åŸè·¯ã¹ããŒã: ãªãŒããã³ã®åŸè·¯é床ãèšå®ã ãŸãã 4. 埩路ã¹ããŒã: ãªãŒããã³ã®åŸ©è·¯é床ãèšå®ã ãŸãã å³ 88 AUTO-PAN -----------------------1>PRESET OUTWARD: 1 2 PRESET RETURN : 2 3 OUTWARD SPEED : 20.0 4 RETURN SPEED :100.0 å³ 87 MNVCMPXTJP_1415_JP 47 9.6.4.9 é«åºŠãªèšå®ã¡ãã¥ãŒ 1. éçå¶åŸ¡: ãã³/ãã«ãæå忢æã®ã¿ãäœçœ®å¶ 埡ããªã³ã«ããŸãã 2. åçå¶åŸ¡: ãã³/ãã«ãæåäœåæã®ã¿ãäœçœ®å¶ 埡ããªã³ã«ããŸãã 3. åšæçèªåèªå°: 0 ã«èšå®ãããŠããªãéãã èšå®ãããæéæ°ãçµéããåŸãæ°ããããŒã ã³ã°ããã»ã¹ãå®è¡ãããŸãã 4. ç¯çŽã¢ãŒã ãã³/ãã«ãæåã忢ããŠããå Ž åã¯ãã¢ãŒã¿ãŒã®ãã«ã¯ã匱ããŸãã匷ãé¢šã æ¯åãããå Žåã¯ãç¯çŽã¢ãŒãããªã³ã«ããªã ã§ãã ããã ADVANCED -----------------------1>STATIC CONTROL : Y 2 DYNAMIC CONTROL : Y 3 CYCLIC HOMING : 0 4 ECO MODE : Y 9.6.5 衚瀺ã¡ãã¥ãŒ 1. 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Status: ãµãŒãã«ã«ã¡ã©ã®æè¡ä»æ§ã瀺ãã㊠ãããµãã¡ãã¥ãŒã«å ¥ããŸãã ã·ã¹ãã èšå®: ãµãŒãã«ã«ã¡ã©ã®æ¢å®ã®èšå®ã® ã²ãšã€ãéžã³ãŸãã THERMAL CAMERA -----------------------1>CONTROL : INTERNAL 2 CONFIG. : STANDARD 3 FLAT FIELD CORRECTION> 4 VIDEO SETUP > 5 GAIN CONTROL > 6 ROI SETUP > 7 THERMAL ANALYSIS > 8 STATUS > ⢠Standard: ãµãŒãã«ã«ã¡ã©ã®æšæºèšå®ãéž ã³ãŸãã ⢠High Gain: ç»åã®è§£å床ãé«ããããã«è ããããèšå®ãéžã³ãŸãã ⢠Isotherm: ããæž©åºŠç¯å²å ã«ããç©äœãæ€ ç¥ããããã«èããããèšå®ãéžã³ãŸã ( 9.6.10.8 枩床åæã¡ãã¥ãŒ (ã¢ã€ãœãµãŒã ), ããŒãž 56). ⢠Custom: ãŠãŒã¶ãŒããµãŒãã«ã«ã¡ã©ã®èšå® ãã«ã¹ã¿ãã€ãºããŸãã 3. ãã©ãããã£ãŒã«ãèšæ£: ãã©ãããã£ãŒã«ãèšæ£ ã管çãããµãã¡ãã¥ãŒã«å ¥ããŸãã 4. æ åèšå®: æ åèšå®ã管çãããµãã¡ãã¥ãŒã« å ¥ããŸãã MNVCMPXTJP_1415_JP å³ 98 51 9.6.10.1 ãã©ãããã£ãŒã«ãèšæ£ã¡ãã¥ãŒ 6. ãµãŒãã«ã«ã¡ã©ã«ã¯ã ãã©ãããã£ãŒã«ãèšæ£ (FFC) ãšãããç»åå質ã宿çã«æ¹åããå éšæ©æ§ã ãããŸãããã®æ©èœã¯æ¬¡ã®ãããªé ç®ã§ç®¡çãã㊠ããŸãã 1. ⢠High: ãã®èšå®ã¯ã ã³ã³ãã©ã¹ããæå€§ã«ãã ãã®ã§ãç¹ã«ç»åã®æ ååæãããã¢ããªã± ãŒã·ã§ã³ã§ã®äœ¿çšã«é©ããŠããŸãã ⢠Low: ãã®èšå®ã¯ãç»åã®ãã€ãããã¯ã¬ã³ãž ãå¢å€§ããã ã³ã³ãã©ã¹ããæžå°ãããŸããç¹ ã«ç»åã®æãæž©åºŠã®é«ãèŠçŽ ãèå¥ããã® ã«é©ããŠããŸãã Flat Field Auto: ãã©ãããã£ãŒã«ãèšæ£ã㪠ãŒããŸãã¯ããã¥ã¢ã«ã«èšå®ããŸããFFCã㪠ãŒãã«ãªã£ãŠããå Žåã ã«ã¡ã©ã¯äžå®æééé ã§ã ãŸãã¯ã枩床ãããçšåºŠã§å€åãããšãã«ã èªåèšæ£ãããŸããããã«å¯ŸããFFCãããã¥ã¢ ã«ã«ãªã£ãŠããå ŽåãFFCã¯ãŠãŒã¶ãŒããªã¯ãš ã¹ããããšãã«å®æœãããŸãããªãŒãFFCãåžž ã«äœ¿çšããããšãæšå¥šããŸãã 2. éé: ãã€ãããã¯ã²ã€ã³ã®ç¯å²ãé«ããšãã ã© ããããã®æéãçµéãããšãã«FFCãå®è¡ã ãããèšå®ããŸããæéééã¯ã ãã¬ãŒã ã§è¡š çŸãããŸã (NTSCã¯33msãPALã¯40ms)ã 3. æééé äœ: ãã€ãããã¯ã²ã€ã³ã®ç¯å²ãäœã ãšãã ã©ããããã®æéãçµéãããšãã«FFCã å®è¡ããããèšå®ããŸããæéééã¯ã ãã¬ãŒ ã ã§è¡šçŸãããŸã (NTSCã¯33msãPALã¯40ms) ã 4. 枩床: ãã€ãããã¯ã²ã€ã³ã®ç¯å²ãé«ããšãã ã© ããããã®æž©åºŠå€åããããšãã«FFCãå®è¡ã ãããèšå®ããŸããæž©åºŠå€åã¯0.1 ° C ã®éé㧠衚çŸãããŸãã 5. 枩床 äœ: ã²ã€ã³ã®ãã€ãããã¯ã¬ã³ãžãäœããš ãã ã©ããããã®æž©åºŠå€åããããšãã«FFCãå® è¡ããããèšå®ããŸããæž©åºŠå€åã¯0.1 ° C ã®é éã§è¡šçŸãããŸãã ã²ã€ã³ã¢ãŒã: ã²ã€ã³ã®ãã€ãããã¯ã¬ã³ãžã®çš® é¡ãéžæããŸã: ⢠Auto: ãã®èšå®ã¯ãçŸåšè¡šç€ºãããŠããç»å ã®çš®é¡ã«å¿ããŠã ã«ã¡ã©ãé«ïŒHigh ïŒããäœ ïŒLow ïŒãããã¯ãã®éã«åãæ¿ããããšã å¯èœã«ããŸããã²ã€ã³å€æŽå€ã®ã¡ãã¥ãŒã®é ç®ã¯ã ãã®ã¢ãŒãã®åäœãç·šéããããã«äœ¿ ããŸãã(9.6.10.2 ãã©ãããã£ãŒã«ãèšæ£ã¡ ãã¥ãŒ (ã²ã€ã³å€æŽå€), ããŒãž 53). 7. FFC å®è¡: FFC ãå®è¡ããŸãã 8. ã²ã€ã³å€æŽå€: ã²ã€ã³å€æŽå€ãšãããµãã¡ã㥠ãŒã«å ¥ããŸãã FLAT FIELD CORRECTION -----------------------1>FLAT FIELD AUTO: Y 2 INTERVAL : 7200 3 LOW GAIN INTER.: 1350 4 TEMPERATURE : 5 5 LOW GAIN TEMP. : 10 6 GAIN MODE : ALTO 7 DO FFC? 8 GAIN SWITCH VALUES > å³ 99 ããã©ã«ãå€ã¯ãæ©èœã®å šæ¡ä»¶ã§é«å質ç»å ãæäŸããããã«èãããããã®ã§ãã®ã§ãå€ æŽããªãããšãæšå¥šããŸãã 52 MNVCMPXTJP_1415_JP 9.6.10.2 ãã©ãããã£ãŒã«ãèšæ£ã¡ãã¥ãŒ (ã²ã€ ã³å€æŽå€) ã²ã€ã³å€æŽå€ã¡ãã¥ãŒã§ã¯ã以äžã®é ç®ã®ïŒã€ãèš å®ã§ããŸã: 1. ãããå€ é«-äœ: äœã²ã€ã³ã¢ãŒããžã®åãæ¿ãã 匷åããããã«ãããã¥ã¬ãŒã·ã§ã³ é«-äœãã®é ç®ã§äœ¿çšãããæž©åºŠã®ãããå€ãèšå®ããŸãã å€ã¯ææ°æž©åºŠã§ç€ºãããŸãã 2. ããã¥ã¬ãŒã·ã§ã³ é«-äœ: äœã²ã€ã³ã¢ãŒããžã®å ãæ¿ããè¡ããããã¯ã»ã«ã®æå°å²åãèšå® ããŸãã 3. ãããå€ äœ-é«: é«ã²ã€ã³ã¢ãŒããžã®åãæ¿ãã 匷åããããã«ãããã¥ã¬ãŒã·ã§ã³ äœ-é«ãã®é ç®ã§äœ¿çšãããæž©åºŠã®ãããå€ãèšå®ããŸãã å€ã¯ææ°æž©åºŠã§ç€ºãããŸãã 4. ããã¥ã¬ãŒã·ã§ã³ äœ-é«: é«ã²ã€ã³ã¢ãŒããžã®å ãæ¿ããè¡ããããã¯ã»ã«ã®æå°å²åãèšå® ããŸãã GAIN SWITCH VALUES -----------------------1>HIGH-LOW THRESH.: 140 2 HIGH-LOW POP. : 20 3 LOW-HIGH THRESH.: 100 4 LOW-HIGH POP. : 95 9.6.10.3 æ åèšå®ã¡ãã¥ãŒ æ åèšå®ã¡ãã¥ãŒã§ã¯ã以äžã®é ç®ã®ïŒã€ãèšå® ã§ããŸã: 1. 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81ãä¿å ããªã»ãã 52ãä¿å ããªã»ãã 82ãä¿å ããªã»ãã 82ãä¿å Pattern 4 Tour Record Stop ããªã»ãã 79ãä¿å ããªã»ãã 50ãä¿å Pattern 3 Tour 3 Start ããªã»ãã 78ãä¿å ããªã»ãã 48ãä¿å ãã¿ãŒã³ 4ãä¿å ããªã»ãã 81ãä¿å ããªã»ãã 77ãä¿å ããªã»ãã 47ãä¿å ãã¿ãŒã³ 3ãä¿å ããªã»ãã 79ãä¿å PANASONIC ããªã»ãã 82ãä¿å ããªã»ãã 53ãä¿å IrisOpen/Close Iris Open/Close Ack æ°èŠãã¿ãŒã³ã®ä¿å Iris Open/Close Iris Open/Close ããªã»ãã 85ãä¿å ããªã»ãã 85ãä¿å Aux 3 ON Aux 3 ON ããªã»ãã 85ãä¿å ããªã»ãã 85ãä¿å ããªã»ãã 85ãä¿å Aux 3 ON Aux 3 ON ããªã»ãã 54ãä¿å ããªã»ãã 86ãä¿å Aux 3 OFF ããªã»ãã 86ãä¿å ããªã»ãã 86ãä¿å ããªã»ãã 86ãä¿å ããªã»ãã 86ãä¿å Aux 3 OFF Aux 3 OFF Aux 3 OFF ããªã»ãã 55ãä¿å ããªã»ãã 87ãä¿å ããªã»ãã 87ãä¿å ããªã»ãã 87ãä¿å ããªã»ãã 87ãä¿å ããªã»ãã 87ãä¿å Aux 4 ON Aux 4 ON Aux 4 ON Aux 4 ON ããªã»ãã 56ãä¿å ããªã»ãã 88ãä¿å ããªã»ãã 88ãä¿å ããªã»ãã 88ãä¿å Wip+ Wiper Stop WipWasher Was+ ãã€ãã¢ãŒ ã ON ããªã»ãã 88ãä¿å ãã€ãã¢ãŒã ããªã»ãã 89ãä¿å OFF MNVCMPXTJP_1415_JP ããªã»ãã 88ãä¿å ããªã»ãã 57ãä¿å ããªã»ãã 89ãä¿å ããªã»ãã 89ãä¿å ããªã»ãã 89ãä¿å ããªã»ãã 89ãä¿å ããªã»ãã 58ãä¿å 67 ç¹å¥ã®ã³ãã³ã ã³ãã³ã ãããã³ã« MACRO PELCO D SENSORMATIC ERNITEC æ©åšã®ãªã ãŒã ããªã»ãã 94ãä¿å ããªã»ãã 94ãä¿å ããªã»ãã 94ãä¿å ããªã»ãã 94ãä¿å OSM ã㢠ã¯ãã£ãã« ãã ããªã»ãã 95ãä¿å Patrol Start ããªã»ãã 93ãä¿å ããªã»ãã 93ãä¿å ããªã»ãã 93ãä¿å ããªã»ãã 93ãä¿å ããªã»ãã 93ãä¿å Pat+ Pattern ãã¿ãŒã³ ïŒãã¢ã¯ã ããããŒã«ãã¢ã¯ã ã£ãã«ãã ã£ãã«ãã ããªã»ãã 60ãä¿å ããªã»ãã 92ãä¿å ããªã»ãã 92ãä¿å ããªã»ãã 92ãä¿å ããªã»ãã 92ãä¿å ããªã»ãã 92ãä¿å Joystick Joystick Joystick Joystick Patrol Stop Ini+ PANASONIC éããã+ ãºãŒã ã¢ãŠã+ é ããã©ãŒ ã«ã¹+ ã¢ã€ãªã¹ã»ãª ãŒãã³ ããªã»ãã 95ãä¿å ããªã»ãã 95ãä¿å ããªã»ãã 95ãä¿å Iris open+ Focus+ Zoom out Men+ ããªã»ãã 94ãä¿å ããªã»ãã 61ãä¿å ããªã»ãã 95ãä¿å ããªã»ãã 46ãä¿å Joystick ããªã»ãã 59ãä¿å PatãªãŒããã³ éå§ ããªã»ãã 99ãä¿å ããªã»ãã 99ãä¿å ããªã»ãã 99ãä¿å ããªã»ãã 99ãä¿å ããªã»ãã 99ãä¿å Apa+ Pattern 1 ãã¿ãŒã³ 2ãã¢ã¯ã㣠ãªãŒããã³ãã¢ã¯ã ãã«ãã ã£ãã«ãã ããªã»ãã 63ãä¿å ãªãŒããã³ åæ¢ ããªã»ãã 96ãä¿å ããªã»ãã 96ãä¿å ããªã»ãã 96ãä¿å ããªã»ãã 96ãä¿å ããªã»ãã 96ãä¿å Joystick Joystick Joystick Joystick Joystick 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ON åå èšå®ç»é¢è¡šç€ºã®DIPã¹ã€ãã (DIP1ãSW1)ã è§£æ±ºæ³ ãã³/ãã«ãæåè£ çœ®ããªãã« ããDIPã¹ã€ãã (DIP1ãSW1) ã®ã¬ ããŒãäžããŠãã ãããæ©åšã«å ã³é»æºãå ¥ããŠãã ããã åé¡ é»æºãå ¥ããŠããã³/ãã«ãæå è£ çœ®ãåãããæ¬¡ã®ãããªç»é¢ã 衚瀺ããã: Address : 1 DE-ICE PROCEDURE IN PROGRESS⊠REMAINING MINUTES:59 åå MNVCMPXTJP_1415_JP ã¢ãã¿ãŒã«æ®åœ±ç»åã衚瀺ãã ãªãããæ¬¡ã®ãããªç»é¢ã衚瀺ã ãã: åšå²ç°å¢ã®æž©åºŠãäœãããã 71 è§£æ±ºæ³ ããªããŒãã£ã³ã°ã®ããã»ã¹ãçµäº ãããŸã§ãåŸ ã¡ãã ãããåšå²ç°å¢ ã®æž©åºŠãäœãããå Žåã¯ãæ©åšã¯ åãããæ¬¡ã®ãããªç»é¢ã衚瀺ãã ãŸã: Address : 1 DE-ICE PROCEDURE -----------------------SYSTEM BLOCKED TEMPERATURE TOO LOW ------------------------ åé¡ Error E3-PATROL WITHOUT PRESET ãŸã㯠Error E4PATROL, 1 PRESET ONLY åå ããªã»ãããç»é²ãããŠããªãã è§£æ±ºæ³ ããªã»ããã2 ã€ä»¥äžç»é²ããããã ãŒã«èšå®ãæŽæ°ããŠãã ãã (10.2 çŸåšäœçœ®ã®ä¿åïŒããªã»ããç»é²ïŒ, ããŒãž 65 ããã³ 9.6.4.6 ããã㌠ã«ã¡ãã¥ãŒ, ããŒãž 47). åé¡ Error E7-PRST. NOT CONFIGURED åå ç»é²ããŠããªãããªã»ãããåŒã³ åºãããŠããã è§£æ±ºæ³ æå®ã®ã³ãã³ãã䜿ã£ãŠãã®ããªã» ãããç»é²ããŠãã ããã(10.2 çŸåš äœçœ®ã®ä¿åïŒããªã»ããç»é²ïŒ,ã㌠㞠65). åé¡ Error E8-TOUR NOT CONFIGURED åé¡ Error E1-AUTOPAN WITHOUT LIMITS åå ãªããããšããŠäœ¿çšãããïŒã€ã® ããªã»ãããèšå®ãããŠããªãã è§£æ±ºæ³ ïŒã€ã®ããªã»ãããèšå®ãããªãŒ ããã³èšå®ãæŽæ°ããŠãã ããã( 10.2 çŸåšäœçœ®ã®ä¿åïŒããªã»ããç» é²ïŒ,ããŒãž 65 ããã³ 9.6.4.7 ãªãŒ ããã³ã¡ãã¥ãŒ, ããŒãž 47). åå èšå®ããŠããªããã¢ãŒãåŒã³åº ãããŠããã è§£æ±ºæ³ æå®ã®ã³ãã³ãã䜿ã£ãŠãã®ã㢠ãŒãç»é²ããŠãã ããã(10.6 ã㢠ãŒã®åŒã³åºã, ããŒãž 65). åé¡ Error E2-WIPER BLOCKED åå ã¯ã€ããŒã忢ãããŠããããå£ ããŠããã åé¡ Error E9-TEMP. 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Video stop < 1sec. ããžã¿ã«çްååæ©èœ (DDE) p p p p p ããžã¿ã«ãºãŒã 2x, 4x 2x, 4x 2x, 4x 2x, 4x ç»åã¢ããããŒãé »åºŠ 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps é«é »åºŠã®ç»åã¢ããããŒã 25fps 30fps 25fps 30fps 25fps 30fps 25fps 30fps 25fps 30fps ã·ãŒã³æž©åºŠç¯å² -40° C ÷ +160° C (-40° F÷ +320° F) -40° C ÷ +160° C (-40° F÷ +320° F) -40° C ÷ +160° C (-40° F÷ +320° F) -40° C ÷ +160° C (-40° F÷ +320° F) -40° C ÷ +160° C (-40° F÷ +320° F) æ°Žå¹³ç»è§ 13° 18° 24° 34° 48° åçŽç»è§ 10° 14° 18° 26° 37° Få€ F/1.2 F/1.1 F/1.25 F/1.25 F/1.25 ãã€ãºç䟡枩床 (NEdT) < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 äººç© (çºèŠ / èªè / ç¹å®) 800m / 200m / 105m 590m / 148m / 75m 450m / 112m / 56m (1476ft / 367ft / 184ft) 300m / 74m / 37m (984ft / 243ft / 121ft) 205m / 52m / 26m è»äž¡ (çºèŠ / èªè / ç¹å®) 2250m / 590m / 290m 1650m / 430m / 215m (5413ft / 1411ft / 705ft) 1280m / 330m / 165m (4199ft / 1083ft / 541ft) 840m / 215m / 108m 590m / 150m / 74m 衚 15 320x240 320x256 320x240 320x256 320x240 320x256 320x240 320x256 320x240 2x, 4x MNVCMPXTJP_1415_JP MNVCMPXTJP_1415_JP 䜿çšå¯èœ ãµãŒãã«ã«ã¡ã© (è§£å床 336X256) ã€ã¡ãŒãžã»ã³ãµãŒ 察ç©ã¬ã³ãº 35mm 察ç©ã¬ã³ãº 25mm 察ç©ã¬ã³ãº 19mm 察ç©ã¬ã³ãº 13mm 察ç©ã¬ã³ãº 9mm PAL PAL PAL PAL PAL NTSC éå·åŽåŒãã€ã¯ãããã¡ãŒ ã¿ ãŒ(VOx) éå·åŽåŒãã€ã¯ãããã¡ãŒ ã¿ ãŒ(VOx) 336x256 336x240 NTSC éå·åŽåŒãã€ã¯ãããã¡ãŒ ã¿ ãŒ(VOx) 336x256 336x240 NTSC éå·åŽåŒãã€ã¯ãã ãã¡ãŒã¿ ãŒ(VOx) 336x256 336x240 NTSC éå·åŽåŒãã€ã¯ãã ãã¡ãŒã¿ ãŒ(VOx) è§£å床 336x256 çŽ åããã 17ÎŒm 17ÎŒm 17ÎŒm 17ÎŒm 17ÎŒm ã¹ãã¯ãã«å¿ç - é·æ³¢é·èµ€å€ç· (LWIR) 7.5ÎŒm ïœ 13.5ÎŒm 7.5ÎŒm ïœ 13.5ÎŒm 7.5ÎŒm ïœ 13.5ÎŒm 7.5ÎŒm ïœ 13.5ÎŒm 7.5ÎŒm ïœ 13.5ÎŒm å éšã·ã£ãã¿ãŒ (ã»ã³ãµãŒè£æ£çšã®ã¿) Video stop < 1sec. 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Video stop < 1sec. ããžã¿ã«çްååæ©èœ (DDE) p p p p p ããžã¿ã«ãºãŒã 2x, 4x 2x, 4x 2x, 4x 2x, 4x ç»åã¢ããããŒãé »åºŠ 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps é«é »åºŠã®ç»åã¢ããããŒã 25fps 30fps 25fps 30fps 25fps 30fps 25fps 30fps 25fps 30fps ã·ãŒã³æž©åºŠç¯å² -40° C ÷ +160° C (-40° F÷ +320° F) -40° C ÷ +160° C (-40° F÷ +320° F) -40° C ÷ +160° C (-40° F÷ +320° F) -40° C ÷ +160° C (-40° F ÷ +320° F) -40° C ÷ +160° C (-40° F ÷ +320° F) æ°Žå¹³ç»è§ 9,3° 13° 17° 25° 35° åçŽç»è§ 7,1° 10° 13° 19° 27° Få€ F/1.2 F/1.1 F/1.25 F/1.25 F/1.25 ãã€ãºç䟡枩床 (NEdT) < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 äººç© (çºèŠ / èªè / ç¹å®) 1140m / 280m / 142m (3740ft / 919ft / 466ft) 820m / 210m / 104m 570m / 144m / 72m 390m / 95m / 47m (1280ft / 312ft / 154ft) 250m / 63m / 31m è»äž¡ (çºèŠ / èªè / ç¹å®) 3000m / 800m / 200m (9843ft / 2625ft / 656ft) 2200m / 580m / 290m 1550m / 400m / 200m (5085ft / 1312ft / 656ft) 1080m / 275m / 140m (3543ft / 902ft / 459ft) 720m / 175m / 88m 衚 16 336x240 NTSC 336x256 336x240 2x, 4x 79 80 䜿çšå¯èœãªãµãŒãã«ã«ã¡ã© (è§£å床 640X512) 察ç©ã¬ã³ãº 35mm 察ç©ã¬ã³ãº 25mm 察ç©ã¬ã³ãº 19mm 察ç©ã¬ã³ãº 13mm 察ç©ã¬ã³ãº 9mm PAL PAL PAL PAL PAL NTSC NTSC NTSC NTSC NTSC ã€ã¡ãŒãžã»ã³ãµãŒ éå·åŽåŒãã€ã¯ãããã¡ãŒ éå·åŽåŒãã€ã¯ãããã¡ãŒ éå·åŽåŒãã€ã¯ãããã¡ãŒ éå·åŽåŒãã€ã¯ãããã¡ãŒ éå·åŽåŒãã€ã¯ãããã¡ãŒ ã¿ ãŒ(VOx) ã¿ ãŒ(VOx) ã¿ ãŒ(VOx) ã¿ ãŒ(VOx) ã¿ ãŒ(VOx) è§£å床 640x512 çŽ åããã 17ÎŒm 17ÎŒm 17ÎŒm 17ÎŒm 17ÎŒm ã¹ãã¯ãã«å¿ç - é·æ³¢é·èµ€å€ç· (LWIR) 7.5ÎŒm ïœ 13.5ÎŒm 7.5ÎŒm ïœ 13.5ÎŒm 7.5ÎŒm ïœ 13.5ÎŒm 7.5ÎŒm ïœ 13.5ÎŒm 7.5ÎŒm ïœ 13.5ÎŒm å éšã·ã£ãã¿ãŒ (ã»ã³ãµãŒè£æ£çšã®ã¿) Video stop < 1sec. 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Video stop < 1sec. ããžã¿ã«çްååæ©èœ (DDE) p p p p p ããžã¿ã«ãºãŒã 2x, 4x 2x, 4x 2x, 4x 2x, 4x ç»åã¢ããããŒãé »åºŠ 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps 8.3fps 7.5fps é«é »åºŠã®ç»åã¢ããããŒã 25fps 30fps 25fps 30fps 25fps 30fps 25fps 30fps 25fps 30fps ã·ãŒã³æž©åºŠç¯å² -40° C ÷ +160° C (-40° F÷ +320° F) -40° C ÷ +160° C (-40° F÷ +320° F) -40° C ÷ +160° C (-40° F÷ +320° F) -40° C ÷ +160° C (-40° F÷ +320° F) -40° C ÷ +160° C (-40° F÷ +320° F) æ°Žå¹³ç»è§ 18° 25° 32° 45° 69° åçŽç»è§ 14° 20° 26° 37° 56° Få€ F/1.2 F/1.1 F/1.25 F/1.25 F/1.4 ãã€ãºç䟡枩床 (NEdT) < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 < 50mK a f/1.0 äººç© (çºèŠ / èªè / ç¹å®) 1140m / 280m / 142m (3740ft / 919ft / 466ft) 820m / 210m / 104m 570m / 144m / 72m 390m / 95m / 47m (1280ft 250m / 63m / 31m / 312ft / 154ft) è»äž¡ (çºèŠ / èªè / ç¹å®) 3000m / 800m / 200m (9843ft / 2625ft / 656ft) 2200m / 580m / 290m 1550m / 400m / 200m (5085ft / 1312ft / 656ft) 1080m / 275m / 140m (3543ft / 902ft / 459ft) 衚 17 640x480 640x512 640x480 640x512 640x480 640x512 640x480 640x512 640x480 2x, 4x 720m / 175m /88m MNVCMPXTJP_1415_JP 15 補åå€åœ¢å¯žæ³å³ å³äžã®å¯žæ³ã¯mmåäœã§è¡šç€ºãããŠããŸãã Ø 138 N°4 M10 232 398 336 å³ 133 MAXIMUS MPX. MNVCMPXTJP_1415_JP 81 Ø 138 N°4 M10 232 398 453 å³ 134 MAXIMUS MPXT. Headquarters Italy Videotec S.p.A. France Videotec France S.à.r.l. Asia Pacific Videotec (HK) Ltd Americas Videotec Security, Inc. Via Friuli, 6 - I-36015 - Schio (VI) Italy Tel. +39 0445 697411 - Fax +39 0445 697414 Email: [email protected] Flat 8, 19/F. - On Dak Industrial Building 2-6 Wah Sing Street - Kwai Chung, NT, Hong Kong Tel. +852 2333 0601 - Fax +852 2311 0026 Email: [email protected] Voie du Futur, Zac des Portes - 27100 - Val-de-Reuil, France Tel. +33 2 32094900 - Fax +33 2 32094901 Email: [email protected] 35 Gateway Drive, Suite 100 - Plattsburgh, NY 12901 - U.S.A. Tel. +1 518 825 0020 - Fax +1 518 825 0022 Email: [email protected] - www.videotec.us www.videotec.com MNVCMPXTJP_1415_JP Headquarters Italy Videotec S.p.A. France Videotec France S.à.r.l. Asia Pacific Videotec (HK) Ltd Americas Videotec Security, Inc. Via Friuli, 6 - I-36015 - Schio (VI) Italy Tel. +39 0445 697411 - Fax +39 0445 697414 Email: [email protected] Flat 8, 19/F. - On Dak Industrial Building 2-6 Wah Sing Street - Kwai Chung, NT, Hong Kong Tel. +852 2333 0601 - Fax +852 2311 0026 Email: [email protected] Voie du Futur, Zac des Portes - 27100 - Val-de-Reuil, France Tel. +33 2 32094900 - Fax +33 2 32094901 Email: [email protected] 35 Gateway Drive, Suite 100 - Plattsburgh, NY 12901 - U.S.A. Tel. +1 518 825 0020 - Fax +1 518 825 0022 Email: [email protected] - www.videotec.us www.videotec.com MNVCMPXTJP_1415