Download Eagle E-DVR-104 Specifications

CS MOUNT CAMERAS
E-AP836
Day/Night WDR Motorised Zoom Camera
Day/Night
MODEL
36X
E-SSC-G113
Sony CS Mount Day/Night Camera
Zoom
Day/Night
7
E-SSC-FB561
Sony 700TVL Wide Dynamic CS Mount Day/Night Camera
CS Lens
Day/Night
CS Lens
E-AP836
Sensor
1/4” Sony Super HAD & Effio Chipset
Resolution
650TVL (Color), 750TVL (B/W)
IR Switch Over
Mechanical IR Cut-Filter
MODEL
E-SSC-G113
MODEL
E-SSC-FB561
S/N Ratio
50 dB (AGC off)
Sensor
1/3" Ex-View II CCD
Sensor
1/3" SuperHAD II CCD
Wide Dynamic Range
Yes, via Double Shutter Exposure
Lens Mount
C/CS Mount
Lens Mount
C/CS Mount
Min. Illumination
0.5 Lux (Color), 0.2 Lux (B/W)
Auto Iris
DC Drive Lenses
Auto Iris
DC or Video Drive Lenses
Lens
36x Optical Zoom (3.4~122.4)mm
Resolution
650TVL (Horiz)
Resolution
700TVL (Horiz)
Aperature
F1.6~F4.5
S/N Ratio
Greater than 55dB
S/N Ratio
Greater than 50dB
Focus
Auto, Zoom Trigger or Manual
Min. Illumination (Color)
0.15 Lux (F1.2, 50IRE)
Min. Illumination (Color)
0.08 Lux (AGC on, Turbo on)
White Balance
Auto, Indoor, Outdoor, Manual
Min. Illumination (B/W)
0.1 Lux (F1.2, 50IRE)
Min. Illumination (B/W)
0.01 Lux (AGC on, Turbo on)
Other Functions
2D/3D Noise, Privacy, Motion Detect
Day/Night Switching
Electronic - Fixed Filter
Day/Night Switching
Mechanical IR-Cut Filter
Video Output
1V p-p 75 Ohm
AGC
Auto or On/Off
AGC
On/Off/Normal/Turbo/Manual
Control Via
Wired Remote, Buttons or RS485
BLC
Yes, iBLC
Dynamic Range
75dB
RS485 Protocol
Pelco-D/P & VISCA
Video Output
1V p~p 75ohm
Video Output
1V p~p 75ohm
Power
12VDC @ 400mA
Operating Temp
-10 to +50°C
Operating Temp
-10 to +50°C
Operating Temp.
-10º C ~ +50ºC
Power
12VDC or 24VAC
Power
12VDC or 24VAC
Dimensions
64 (W) x 68 (H) x 119
Power Comsumption
1.4W
Power Comsumption
2.8W
Weight
230g
Dimensions
118 x 63 x 57mm
Dimensions
63 x 57 x 88mm
* Lens Not Included
* Lens Not Included
E-ULTRA-4000F
Ultra Wide Dynamic CS Mount Camera
Day/Night
INTRODUCTION
Our E-ULTRA CS Mount camera has got even
better with the latest SeaWolf Pixim Sensor
with 690TVL resolution. The Pixim Digital Pixel
Imaging System provides unsurpaced performance
in lighting conditions where many normal cameras
fail.
CS Lens
*Lens NOT Included
APPLICATIONS
• Surveillance of bright background entrances
• Surveillance of vehicle entrances & driveways
• Furnace or flame monitoring
• Retail spaces with different light sources
MODEL
E-ULTRA-4000F
Sensor
1/3” PIXIM SeaWolf CMOS Sensor
Scanning Type
Progressive Scan 50fps
Resolution
690TVL
Min. Illumin.
1 Lux (F1.2, DSS off)
IR Filter
Mechanical IR-Cut Filter
S/N Ratio
50 dB (AGC off)
Wide Dynamic Range
120dB, 101dB Typical
Auto Iris
Video or DC Iris
Video Output
Composite Video 1 Vp-p 75 Ohm
(NTSC/PAL switchable)
White Balance
2000° K~11000° K
Operating Temp.
-10 to +50ºC
Power
12 VDC (200mA)
Dimensions (mm)
62 (W) x 58 (H) x 140 (L)
INDIVIDUAL PIXEL SAMPLING
With normal CCD cameras, pixels are sampled
simultaneously. The net results being certain parts
of the image are too bright, flared-out or are too
dark.
With the technology used in this camera, each
pixel is sampled individually. An A/D converter is
incorporated within each pixel. The A/D converter
translates the light signal into a digital image at
the immediate point of capture. In other words,
each pixel is in reality an individual camera. Good
quality images are thus provided in situations of
great contrasts in light, i.e. bright and dark light in
one picture.
IDEAL FOR HARSH BACKLIGHT
Typical applications for the E-ULTRA-4000F
include covering entry points/ exits leading to
direct sunlight and any situation where bright or
dark light is affecting your camera’s image. In a
doorway situation when a normal camera is used,
the background of the image (i.e. the outside) is
bright and the person walking through the door is
very dark.
It is also useful in situations where bright light
is reflecting off objects causing blooming of the
image. The exposure mode can be set as automatic
or configured to a custom setting to suit the exact
environment.
Bright Background
(Contrast in Light)
Camera can
still capture the
foreground.