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P6567
03531480
Edition 13
January 2014
Starters
Series SS815, SS825 and SS850
Installation and Maintenance
Information
EN Installation and Maintenance Information
ZH 安装和绎技信息
JA
据付および保守の情報
Save These Instructions
EN
Product Safety Information
Intended Use:
These air starters are intended for use in starting reciprocating internal combustion engines. These starters are designed to be
operated from a remote location after proper installation on the engine requiring starting.
For additional information refer to Air Starters for Internal Combustion Engines Product Safety Information Manual Form 45558624.
Manuals can be downloaded from ingersollrandproducts.com.
Placing Starter in Service
NOTICE
at a safe location and must not be interconnected with any other
exhaust lines which might introduce a back pressure on the drive
housing vent.
For natural gas operation, starter main exhaust must be piped
away.
To pipe the drive housing vent, remove the drive housing plug
and replace it with a suitable tubing line. The tubing must vent
Lubrication
Proper lubrication is essential for top performance and maximum
durability of a Starter.
Two lubrication systems are recommended:
Ingersoll Rand No. HDL2 Lubricator: For Starter installations with
cranking cycles of less than 10 seconds. Install as shown in
Dwg. TPB978. (See Installation of HDL2 Lubricator on EN-4).
Lubricate with diesel fuel or 10W non-detergent motor oil.
CAUTION
When an HDL2 Lubricator is used, make certain that the oil
supply line pressure is no greater than 5 psi. If there is pressure
on the line, the Lubricator will continuously leak lubricant
through the Starter and out of the exhaust.
Ingersoll Rand No. NL-24-8 In-Line Lubricator:
For Starter installations with cranking cycles more than 10 seconds.
Install as shown in Piping Diagrams. Lubricate with a good quality
10W non-detergent motor oil. Adjust the Lubricator to flow 1 to 3
drops per second.
Installation
NOTICE
For maximum performance, read this manual prior to the
installation or operation of Series SS815, SS825 and SS850
Starters.
General Information
1. We recommend that on all vehicular installations and on
stationary engines subject to vibration that hoses of the
specified diameter be used instead of rigid pipe connections to
the starter. Vehicle and engine vibration will soon loosen rigid
pipe connections, whereas hoses will absorb the vibration and
connections will remain tight.
2. This starter is designed for flange mounting at the inlet. All piping,
hoses and fittings must be clean and free of dirt and foreign
material during installation.
3. In the actual mounting of an Air Starter, it is best to have the hose
connections already made at the receiver, and to have the starter
end of the hose handy for attaching to the Starter.
4. Engine design often demands that the starter be mounted
underneath in extremely close quarters, and even though two of
the mounting bolt holes are easy to reach, the third one is often
less accessible. To install a starter, the following tools are required:
a regular ratchet wrench, sockets, universal joint, socket extension
and a single or double-end box wrench.
5. The efficiency of an Air Starter can be greatly impaired by an
improper hook-up. Hoses smaller than those recommended will
reduce the volume of air to the motor and the use of reducers
for piped-away applications in the exhaust port will restrict the
exhaust causing back pressure to the motor resulting in reduced
performance. The number of tees and elbows, and the length of
the supply line should be kept to a minimum. Use 1-1/2” #24 hose
or pipe for supply lines upto 15 feet long; use 2” hose or pipe if the
supply line is over 15 feet long.
6. A leak in any of the connections in live air lines means that the
system will drain overnight and will have to be re-pressurized
the next morning by use of another vehicle or compressor. Make
your connections bubble tight to avoid unnecessary costs and
delays. On all threaded connections throughout the system,
use Ingersoll Rand No. SMB-441 Sealant, non-hardening No. 2
Permatex or Loctite®* Pipe Sealant. Always run your air supply line
from the side or top of the receiver, never at or near the bottom.
Moisture in the air collects at the bottom of the receiver resulting
in damage which could cause the valves to become inoperative.
Periodically, open the petcock at the bottom of the tank to drain
the water.
* Registered trademark of Loctite Corporation.
03531480_ed13
EN
Orientation of the Air Starter
If the factory orientation will not fit your engine due to radial location
of the Drive Housing or location of the inlet and/or exhaust ports,
reorient the Starter as follows:
1. Look at the dimension illustration and note that the Drive
Housing (30) can be located in any one of sixteen radial positions
relative to the Gear Case (58). The exhaust port (Motor
Housing) (1) can be located in any one of four radial positions
relative to the Gear Case and the air inlet (Motor Housing Cover)
can be located in any one of four radial positions relative to the
exhaust port. Also, the Drive Housing can be installed on the
engine bell housing in any one of three radial positions.
NOTICE
Do not separate the Drive Housing from the Gear Case during
orientation or installation.
2. Study the engine mounting requirements and determine the
required orientation of the Drive Housing relative to the Gear
Case. If the Drive Housing has to be reoriented, remove the eight
Drive Housing Cap Screws (28) and rotate the drive housing to
its required position. Reinstall the Drive Housing Cap Screws and
tighten them to 28 ft-lb (38 Nm) of torque.
NOTICE
Do not separate the Motor Housing from the Motor Housing
Cover during orientation or installation.
3. Now that you have the Drive Housing properly oriented relative
to the Gear Case, notice whether or not the exhaust port will be
at the bottom and whether or not the inlet port will be favorably
located for hose installation. If either or both of these members
must be reoriented, remove the four Motor Housing Cover Cap
Screws (4) and rotate the Motor Housing and/or Motor Housing
Cover to its desired position. Reinstall the Motor Housing Cover
Cap Screws and alternately tighten them to 60 ft-lb (81.4 Nm) of
torque.
Mounting the Air Starter
1. Study the Piping Diagram. We strongly recommend that the
Starter be connected exactly as shown.
2. The air receiver tank for a Starter installation must have a working
pressure capability equal to or greater than the maximum
pressure at which the Starter will be operated.
WARNING
Bleed off the air pressure through a valve or petcock. Do not
remove the plug from the tank while the tank is still pressurized.
3. If you are going to connect to a receiver tank that is already in
service, bleed off the air pressure by opening the drain valve.
Drain off any water that may have accumulated in the bottom of
the tank.
4. Using a 1-1/2” short nipple, install the SRV150 Starter Relay Valve on
the end of the receiver tank as shown in Dwg. TPC444-4 on EN-7.
5. Install the No. SMB-618 Starter Control Valve on the dash panel
(for vehicular installations) or some other appropriate panel (for
stationary installations).
6. Attach No. TA-STR-100 Starter Instruction Label to the control
panel adjacent to the Starter Control Valve.
7. Mount the No. 150BMP-1064 Air Pressure Gauge on or adjacent
to the control panel. It should be located where it is readily visible
to the operator of the Control Valve.
NOTICE
When connecting the Starter Control Valve to the Relay Valve,
make certain the hose is connected to the “SUMP” side of the
Starter Control Valve.
8. Connect the Starter Control Valve to the Relay Valve with 1/4”
#4 hose. Install a Tee in this line with a short feeder hose to the
Pressure Gauge.
9. Run a piece of heavy duty garden hose, or some other similar
large diameter hose from the Relay Valve on the receiver to the
starter location on the engine to determine the exact length of
1-1/2” #24 air hose required.
10.Attach the 1-1/2” #24 air hose to the outlet side of the Relay Valve,
and run the hose through the frame, etc. to its final position at
the starter location.
11.At this point, determine whether or not it is practical to attach the
hose to the Starter before or after the Starter is actually mounted.
In many cases, it may be necessary to attach the hose to the
Starter before mounting.
12.Liberally grease the teeth on the ring gear with a good, sticky
gear grease or motorcycle chain lubricant. This will help promote
the life of the ring gear and the Starter Pinion.
13. Place the Starter into position and mount it on the flywheel bell
housing. Tighten the mounting bolts to 100 ft-lb (136 Nm) of torque.
14.Install a 1/4” #4 hose line from the “DEL” side of the Starter Control
Valve to the “IN” port on the Starter Drive Housing.
15.Install a 1/4” #4 hose line from the “OUT” port on the Starter Drive
Housing to the small pipe tapped port on top of the Starter Relay
Valve.
16.If the exhaust is not to be piped away, install a No. SS660-A674
Muffler or No. SM450-A735 Road Splash Deflector in the exhaust
port on the Motor Housing of the Starter.
17.If the engine on which the Starter is mounted does not have a
bell housing with a standard starter mounting, and a bracket had
to be manufactured for mounting, we recommend that you add
an additional support bracket at the motor end of the Starter.
There are four holes in the Motor Housing Cover for this purpose.
They are tapped M10-1.50 to accommodate metric cap screws.
18.Mount an HDL2 Lubricator on or near the Starter as shown in
Dwg. TPB978 on EN-4.
19.Pressurize the complete starting system and check every
connection with a soap bubble test. There must be no leaks.
NOTICE
Make certain the connection between the SRV150 Starter Relay
Valve and the Receiver Tank is made to the inlet side of the Relay
Valve indicated by the word “IN” cast on the valve body.
03531480_ed13
EN
Barring Over the Engine
Occasionally, for setting injectors and/or for timing purposes, it may
be desirable to bar over the engine in such a manner that any given
piston can be stopped at any given location. This is very easily done
with a SS815, SS825 or SS850 Starter.
1. Disconnect the 1/4” #4 hose at the “OUT” port on the Drive
Housing, and plug the hole in the Drive Housing with a 1/4” pipe
plug.
2. Remove the 3/8” pipe plug from the center of the Motor Housing
Cover.
3. Engage the Drive Pinion with the flywheel by applying pressure to
the “IN” port on the Drive Housing.
4. Insert a 3/8” square drive wrench through the hole in the Motor
Housing Cover to engage the square drive recess the rear of the
Rotor.
5. Manually rotate the Rotor until the engine is cranked to its desired
position.
The HDL2 Lubricator is self-priming and may be installed directly on
the Starter or located remotely. Although the Lubricator is capable
of drawing lubricant from a source 4 ft (1.2 m) lower than the point
of installation, Ingersoll Rand recommends installing the Lubricator
as close as possible to the oil source. We recommend using the
unpressurized fuel return line as the source of lubricant. However,
oil may be supplied from a separate receiver or the diesel fuel tank.
When the diesel fuel tank is the lubricant source, install a 10 micron
to 50 micron fuel filter in the oil supply line at the fuel tank. The
lubricant supply line should be fed into the fuel return line with the
leg of the tee going to the lubricator directed in the down direction
to insure that the lubricator does not draw air instead of oil.
INSTALLATION OF HDL2 LUBRICATOR
AIR SUPPLY HOSE
LUBRICANT SUPPLY HOSE
LUBRICANT SUPPLY HOSE
TO STARTER AIR SUPPLY OR OIL CHAMBER
REMOTE INSTALLATION OF HDL2 LUBRICATOR
(Dwg. TPB978)
Mount the HDL2 Lubricator as follows:
1. If you are going to mount the HDL2 Lubricator on the Starter,
remove one of the 3/8” pipe plugs from the inlet boss on the
Starter and replace it with the HDL2. If you are going to mount
the HDL2 at a remote location, use two U-bolts and base clamp
available for the Lubricator.
2. If you mounted the HDL2 at a remote location, install a 1/4” #4
hose from the end of the Lubricator having both a male and
female thread to one of the 3/8” pipe tapped holes on the Starter
inlet boss.
3. Install a 1/4” hose from the 1/8” NPTF oil inlet in the side of the
HDL2 to the unpressurized fuel line, diesel fuel tank or separate
oil reservoir. Tighten the fitting at the Lubricator to 15 to 36 ft-lb
(20.3 to 40.8 Nm) torque. The threads on the fitting must be
clean; assemble it without sealing compound or Teflon®* tape.
Connection must be vacuum tight.
NOTICE
Before initial operation, manually fill the oil supply line.
4. If a separate lubrication reservoir is used, fill it with diesel fuel or a
light motor oil such as SAE 10 or 10W.
03531480_ed13
Ø 172.0
(Ø 172.0)
108.0
R 86.5 (4.3)
(3.4)
116.0
(4.6)
R 77.5
94.5
(3.1)
(3.7)
M10-1.5 Th'd .63 Deep
(16.0) 2-places
(For Rear Support)
Remove Pipe Plug for
Access to 3/8 Sq. Drive
Barring Hole in Rotor.
Cover
CL Inlet
434.0
(17.1)
322.0
(12.7)
1/4-18 Npt
Control Port
Inlet
159.5
(6.3)
CL
17.5 (.7)
Driving
Housing
23.0(.9)
1/4-18 Npt
Control Port
Outlet
138.5(5.5)
Orientation Options
2 1/2-8 NPT
Exhaust
Gear
Case
85.7
(3.4)
Ø152.0
(6.0)
CL
222.5(8.8)
10.0
(.4)
50.8
(2.0)
45.0
(1.8)
Pinion Travel
Pilot
1E
F
D
Control CL
Ports
Ring Gear Face
28.5
(1.1)
Ø 92.00
(3.6)
Vent Plug
SS825 Only
10.5(.4)
C
G
I
P
O
2
Ø 146.0
(5.7)
3
Right Hand
Rotation
Left Hand
Rotation
N
M
L
Ø 16.6 Typ.(0.6)
K 3-Places
CL Exhaust
A
J
CL Inlet
120° 0’
B
H
52º 30'
Ø
Inlet
4 @ 90º
Exhaust
4 @ 90º
mm
(Inch)
Dual
Dimensions
Notes:
1. Starters Should be Installed on the Engine With the
Exhaust Pointed Down.
2. Use the Set of Control Ports on the Upper Side of the
16 @ 22 1/2º
Drive Housing.
-MODEL CODING3. These Models are not Approved for Applications where
SS815 G B 03 R 31- 0 2 G
the Starter is Exposed to the Transmission Fluid.
4. Drive Housing Orientation Code is Based on Position Of
Drive Housing
Size Starter
Exhaust
Mounting Hole Opposite the Control Ports.
Type Starter
Orientation Code
Gearing
5. Standard Orientation Shown (02G) will be Shipped Unless
Inlet
Drive Housing
otherwise Specified.
Type Pinion
Rotation
6. Please Read the Instructions before attempting to
Drive
Reorient.
7. Starter Weight = 43.1 Kg (95 Lbs.)
447.7
(17.6)
C
L
Motor
Housing
Lubricator
Connection
Both Sides.
419.5
(16.5)
EN
Mounting Dimensions for Series SS815 and SS825 Starters
(Dwg. TPA1325-1)
03531480_ed13
Ø 172.0
108.0
(4.3)
53.2
(2.1)
M10-1.5 Th'd
16.0 (.63) Deep 2-places
(For Rear Support)
R 48.7
(1.9)
R 43.6
(1.7)
65.2
(2.6)
Remove Pipe Plug for
Access to 3/8 Sq. Drive
Barring Hole in Rotor.
SS850
Inlet
G
Exhaust
4 @ 90º
Ø 110.2
(4.3)
168.0
(6.6)
Drive Housing
263.0
(10.4)
1/4-18 Npt
Control Port
Inlet
Drive Housing
Exhaust
Orientation Code
Inlet
Type Pinion
Drive
02E
16 @ 22 1/2º
Orientation Options
-MODEL CODINGB 09 R 51-
4 @ 90º
375.0
(14.8)
48.2
(1.9)
Gear
Case
2 1/2-8 NPT
Exhaust
Motor
Housing
Size Starter
Type Starter
Gearing
Drive Housing
Rotation
Cover
Lubricator
Connection
both Sides.
1 1/2 - 11 1/2 NPT
Inlet
361.5
(14.2)
28.5
(1.1)
18.0
(.7)
20.0
(.8)
186.5
(7.3)
Drive
Housing
1/4-18 NPT
Control Port
Outlet
10.7
(.4)
180.0
(7.1)
R 64.3
(2.5)
E
F
Control D
Ports
1
90º Typ.
G
45º
C
B
H
2
P
N
L
mm
(Inch)
Dual
Dimensions
3
Ø 17.5
(.68) Typ.
3- Places
M
Left Hand
Rotation
O
K
Right Hand
Rotation
Exhaust
J
Inlet
A
I
Ø
Notes:
1. Starters Should be Installed on the Engine with the
Exhaust Pointed Down.
2. Use the Set of Control Ports on the Upper Side of the
Drive Housing.
3. These Models are not Approved for Applications where
the Starter is Exposed to the Transmission Fluid.
4. Drive Housing Orientation Code is Based on Position of
Mounting Hole Opposite the Control Ports.
5. Standard Orientation Shown (02E) will be Shipped Unless
Otherwise Specified.
6. Please Read the Instructions Before Attempting to
Reorient.
7. Starter Weight = 25.4 Kg (56 Lbs.)
RING GEAR FACE
Pilot
152.3
(6.0)
23.34
(.9)
EN
Mounting Dimensions for Series SS850 Starters
(Dwg. TPA832-5)
03531480_ed13
EN
Typical Vehicular Installation (Shown with SS815 Starter)
Starter Control Valve
SMB-618 (Brass)
#4 Hose
Air Pressure Guage
To Relay
Valve
From Starter
Control Valve
#4 Hose
JIC 37º SRV125-1242
"IN" Port JIC 37º
Adapter 1/4" N.P.T.
"OUT" Port JIC 37º
Adapter-1/4" N.P.T.
Air Supply
from Compressor
Check Valve
JIC 37º Adapter
1 - 1/2" N.P.T
1 -1/2" Hose
1 - 1/2"
N.P.T.
Air Receiver
Tank
Lubrication
Supply Line
Air/Gas Starter
Pipe Plug 1/8"-27 PTF
SAE Socket Drive
SRV 150-1-1/2"
Relay Valve
1-1/2" Pipe
* * For natural gas operation, Starter Main Exhaust must be piped away.
NOTE:
Use IR SMB-441 Sealant on all
Pipe Connections
Air/Gas Starter
SS660-A674 Muffler or
SM450-A735 Road Splash
Deflector
To pipe the Drive Housing Vent, remove the Drive Housing Plug and
replace it with a suitable Tubing Line. The tubing must vent at a safe
location and must not be interconnected with any other exhaust lines
which might introduce a back pressure on the Drive Housing Vent.
(Dwg. TPC444-4)
Typical Stationary Installation (Shown with SS815 Starter)
Starter Control
Valve SMB-618
Air Pressure Guage
#4 Hose
Relief Valve set at 15 P.S.I.
above Regulator Setting
#4 Hose
For gas operating the Relief Valve
outlet must be connected into a
safe area.
JIC 37º Adapter
1/4" N.P.T
JIC 37º Adapter 1-1/2" N.P.T
SRV150
1-1/2" Relay Valve
Pressure regulator (maximum setting not to
exceed pressure rating shown on name plate)
High Pressure Supply
1-1/2" Hose
Lubricator
NL-24-8
"IN" Port JIC 37º
Adapter
1/4" N.P.T.
"OUT" Port
JIC 37º Adapter
1/4" N.P.T.
Standard high pressure system air or
gas. Use when supply pressure is over
pressure rating of starter.
* * For natural gas operation, starter main exhaust must be
piped away.
To pipe the Drive Housing Plug, remove the Drive
Housing Plug and replace it with a suitable tubing line.
The tubing must vent at a safe location and must not be
interconnected with any other exhaust lines which might
introduce a back pressure on the Drive Housing Vent.
(Dwg. TPA842-2)
03531480_ed13
EN
Typical Installation with Engine Prelube System
#4 Hose
Starter Control Valve
SMB-618
Oil Pressure Sensing Valve
Exhaust
#4 Hose
Air Pressure
Gage
"OUT" Port JIC 37°
Adapter 1/4" N.P.T.
"IN" Port JIC 37°
Adapter 1/4" N.P.T.
#4 Hose
For natural gas operation, starter main exhaust
must be piped away.
JIC 37° Adapter
1-1/2" N.P.T.
To pipe the drive housing vent, remove the drive
housing plug and replace it with a suitable tubing
line. The tubing must vent at a safe location and
must not be interconnected with any other
exhaust lines which might introduce a back
pressure on the drive housing vent.
1-1/2" Relay Valve
SRV150
To Prelube Pump
1-1/2" Pipe
JIC 37° Adapter
1/4" N.P.T.
1-1/2" Pipe
1-1/2" Pipe
Lubricator
NL-24-8
#4 Hose
Standard System with Engine
Prelube
Check Valve
150BMP-1054
Tank (maximum pressure not
to exceed pressure rating
on starter nameplate)
**
Supply
1-1/2" Relay Valve
SRV150
(Dwg. TPA843-2)
Typical Installation with Engine Prelube System when Supply Pressure is over Rated Starter Pressure
#4 Hose
JIC 37º Adapter
1/4" N.P.T.
1-1/2" Relay
Valve SRV 150
1-1/2" Pipe
JIC 37º Adapter
1-1/2" N.P.T.
Starter Control Valve
SMB618
1-1/2" Hose
To prelube
pump
Oil Pressure Sensing Valve
Relief Valve set at 15 Psi
above regulator setting.
For gas operation, the
relief valve outlet must
be connected into a safe
place.
Lubricator
NL-24-8
High Pressure Supply
Air Pressure
Gage
#4 Hose
1-1/2" Relay Valve
SRV 150
#4 Hose
"IN" Port JIC 37º
Adapter 1/4" N.P.T.
"OUT" Port JIC 37°
Adapter 1/4" N.P.T.
Pressure regulator (maximum
setting not to exceed pressure
rating shown on starter nameplate)
#4 Hose
High pressure system with engine prelube use
when supply pressure is over rating of starter.
For natural gas operation, starter main exhaust must be
piped away.
To pipe the drive housing vent, remove the drive housing
plug and replace it with a suitable tubing line.
the tubing must vent at a safe location and must not be
interconnected with any other exhaust lines which might
introduce a back pressure on the drive housing vent.
(Dwg. TPA844-2)
03531480_ed13
EN
Typical Multiple Starter Installation
#4 Hose
#4 Hose
JIC 37º Adapter
1-1/4" N.P.T.
Starter Control Valve
SMB-618
"OUT" Port JIC 37º
Adapter 1/4" N.P.T.
"IN" Port JIC 37º
Adapter 1/4" N.P.T.
1-1/2" Pipe
1-1/2" Hose
#4 Hose
JIC 37º Adapter
1-1/2" N.P.T.
1-1/2" Relay
Valve SRV150
Lubricator
NL-24-8
#4 Hose
Exhaust piped away for gas
#4 Hose or use muffler SS660-A674
or deflector SM450-A375
1-1/2" Pipe
JIC 37º Adapter
1-1/4" N.P.T.
"OUT" Port
JIC 37º
Adapter
1/4" N.P.T.
"IN" Port JIC 37º
Adapter 1/4" N.P.T.
1-1/2" Pipe
Supply
1-1/2" Hose
JIC 37º Adapter
1-1/2" N.P.T.
Pipe Size
(See Chart)
1-1/2" Relay
Valve SRV150
No. of Starters Min. Pipe Size
2"
2
2-1/2"
3
3"
4
5
3-1/2"
Lubricator
NL-24-8
#4 Hose
Exhaust piped away for gas or
#4 Hose use muffler SS660-A674 or
deflector SM450-A375
JIC 37º Adapter
1/4" N.P.T
"OUT" Port JIC 37º
Adapter 1/4" N.P.T.
"IN" Port JIC 37º
Adapter 1/4" N.P.T.
1-1/2" Pipe
Supply must be adequate
to maintain 120-150 Psig
at the Starters with the Starters
Running.
1-1/2" Hose
JIC 37º Adapter
1-1/2" N.P.T.
1-1/2" Relay
Valve SRV150
Lubricator
NL-24-8
* * For natural gas operation, starter main
exhaust must be piped away.
To pipe the drive housing vent,
remove the drive housing plug and replace
it with a suitable tubing line. The tubing must
vent at a safe location and must not be
interconnected with any other exhaust lines
which might introduce a back pressure on
the drive housing vent.
Exhaust piped away for gas
or use muffler SS660-A674
or deflector SM450-A375
(Dwg. TPA847-2)
How to Order a Starter
MODEL CODING FOR SS815, SS825 AND SS850 STARTERS
SS815
SS825
G
G
B
C
- MODEL CODING 03
R
31 03
R
31 -
O
O
2
2
Size Starter
Type Starter
Gearing
G
G
Drive Housing
Exhaust
Orientation Code
Drive Housing
Rotation
Inlet
Type Pinion
Drive
- MODEL CODING SS850
G
D
09
R
51-
O
2
E
Size Starter
Drive Housing
Type Starter
Exhaust
Orientation Code
Gearing
Drive Housing
Rotation
Inlet
Type Pinion
Drive
(Dwg. TPD1495)
03531480_ed13
ZH
产品安党信息
甚途
歀类空气启劚噚应甚于埀倍匏内燃机的启劚。歀类启劚噚应圚正确安装到需芁启劚的内燃机䞊后进行远皋操䜜。
曎倚信息请参见内燃机空气启劚噚产品安党信息手册衚 45558624。
手册可从 ingersollrandproducts.com 䞋蜜。
䜿启劚噚倄于䜿甚状态
泚
意
对于倩然气操䜜必须甚管道排出起劚噚的䞻排气管。
芁甚管道连接䌠劚箱倄排气口先卞䞋䌠劚箱阀塞然后甚适圓的管线替代。管线必须圚安党的䜍眮排气并䞔䞍埗䞎任䜕其他排气管
线互连这些管线可胜䌚对䌠劚箱阀产生回压。
涊滑
正确涊滑对蟟到起劚噚的最高性胜和最倧耐甚性非垞重芁。
建议的䞀种涊滑系统
Ingersoll Rand No.HDL2 涊滑噚 芁安装盘蜊时闎期䜎于 10 秒
的起劚噚。请按囟 TPB978 进行安装。请参见 EN-4 侊 HDL2 滑
涊噚的安装方匏。䜿甚柎油或 10W 非䞭性枅掁剂机油。
Ingersoll Rand No. NL-24-8 蜎向滑涊剂
芁安装盘蜊时闎高于 10 秒的起劚噚。请按管道垃眮囟进行安
装。䜿甚䌘莚的 10W 非䞭性枅掁剂机油来涊滑。调敎涊滑噚以䜿
其每秒涌出 1 至 3 滎。
小
心
圚䜿甚 HDL2 涊滑噚时请确保油䟛应管线压力䞍高于 5 psi。
劂果管线䞊有压力则涊滑剂将通过起劚噚和排气装眮倖郚继
续林挏。
安装
泚
意
芁获埗最倧性胜请圚安装或操䜜系列 SS815、SS825 和 SS850
起劚噚之前阅读本手册。
䞀般信息
1. 我们建议圚受到振劚的所有蜊蜜装眮和固定发劚机䞊应该䜿
甚指定的蜯管而非刚性管来连接至起劚噚。蜊蟆和发劚机振
劚䌚埈快束劚刚性管连结而蜯管䌚猓冲歀振劚从而䜿连
结保持玧固。
2. 该起劚噚䟛圚进口倄的法兰装眮之甚。圚安装时所有管道、
蜯管和装讟阀闚郜必须枅掁、无灰尘和匂物。
3. 圚实际安装气劚起劚噚的过皋䞭最奜已圚接收噚䞭连接蜯
管并䜿蜯管的起劚噚末端䟿于连接到起劚噚。
4. 通垞发劚机讟计芁求起劚噚应安装圚向䞋近四分之䞀倄而
䞔虜然其䞭䞀䞪装配螺栓孔易于觊及䜆是第䞉䞪孔华垞垞隟
以觊到。芁安装起劚噚需芁以䞋工具 垞甚的棘蜮扳手、套
筒、䞇向接倎、䌞猩套筒和单倎或双倎套筒扳手。
5. 连结䞍圓䌚倧倧削减气劚起劚噚的效率。䜿甚小于所建议尺寞
的蜯管䌚䜿进入马 蟟内郚的空气量减 少而䞔䜿甚圚排气管
端口内的排攟装眮即析猩管将䌚限制排气对富臎性胜降
䜎的发劚机造成反压力。䞉通和匯倎的数量以及䟛应管线的
长床郜应最小化。劂果䟛应管线长蟟 15 英尺可䜿甚 1-1/2”
#24 蜯管或管道劂果䟛应管线超过 15 英尺可䜿甚 2”蜯
管或管道。
6. 掻劚空气管道䞭的任䜕连接装眮出现泄挏状况郜衚明系统
将䌚敎倜排攟并必须圚第二倩早䞊通过䜿甚及䞀台蜊蟆或压
猩机来增压。䜿连接气泡玧密以避免䞍必芁的莹甚和延迟。
圚敎䞪系统的所有螺纹连接装眮䞊䜿甚 Ingersoll Rand No.
SMB-441 Sealant、非硬化的 No. 2 Permatex 或 Loctite®* Pipe
Sealant. 务必从接收噚的䟧面或顶郚运行空气䟛应管线切勿
圚底郚或底郚附近运行。空气䞭的氎分聚集圚接收噚的底郚
䟿可胜富臎阀闚损坏以臎无法䜿甚。定时打匀箱底郚的小韙倎
以排出氎仜。
气劚起劚噚的定向
劂果工厂定向因䌠劚箱的埄向䜍眮或进气口和/或排气管端口而无
法安装发劚机请按劂䞋方匏重新定向起劚机
1. 请参见尺寞囟瀺及请泚意䌠劚箱 (30) 可䜍于䞎霿蜮箱 (58)
盞对的 16 䞪埄向䜍眮䞭的任䞀倄。排气管端口电劚机倖
壳(1) 可䜍于䞎霿蜮箱盞对的 4 䞪埄向䜍眮䞭的任䞀倄并
䞔空气进口阀马倖壳盖可䜍于䞎排气管端口盞对的 4 䞪埄
向䜍眮䞭的任䞀倄。及倖可将䌠劚箱安装圚䜍于 3 䞪埄向䜍
眮䞭任䞀倄的发劚机倖箱䞊。
泚
意
切勿圚定向或安装时分匀䌠劚箱和霿蜮箱。
2. 孊习发劚机安装芁求并确定䞎霿蜮箱盞对的䌠劚箱的所需定
向。劂果䌠劚箱必须重新定䜍可卞䞋 8 䞪䌠劚箱有倎螺䞝
(28)然后将䌠劚箱旋蜬至所需䜍眮。重新安装䌠劚箱有倎螺
䞝并将其旋玧至 28 英尺-磅38 牛米扭矩。
泚
意
切勿圚定向或安装时分匀马倖壳和马倖壳盖。
3. 既然已正确定䜍䞎霿蜮箱盞对的䌠劚箱请泚意排气管端口是
吊䜍于底郚以及进气口是吊倄于有利于蜯管安装的䜍眮。劂
果以䞊任䜕䞀䞪或䞀䞪装眮郜必须重新定向可卞䞋 4 䞪电劚
机倖壳盖有倎螺䞝 (4)然后将电劚机倖壳和 / 或电劚机倖壳
盖旋蜬至所需䜍眮。重新安装电劚机倖壳盖有倎螺䞝并亀替
地将其旋玧至 60 英尺-磅81.4 牛米扭矩。
安装气劚起劚噚
1. 孊习管道垃眮囟。我们区烈建议按劂囟所瀺的方匏准确连接
起劚噚。
2. 起劚噚装眮的空气接收箱必须具有工䜜压力性胜等于或倧于
起劚噚将䌚操䜜的最倧压力。
è­Š
告
通过阀或旋塞排出气压。圓气眐仍倄于增压状态时切勿从箱䞊
拔䞋塞子。
10
*Loctite Corporation 的泚册商标。
3. 劂果芁连接到正圚工䜜的接收箱可通过打匀排氎阀排出气
压。排出积聚圚眐底郚的氎仜。
03531480_ed13
ZH
泚
意
确保已将 SRV150 起劚噚䞻 启劚阀和气眐连接到继劚阀进口䟧
(圚阀座䞊标泚䞺字母“IN”) 。
4. 䜿甚 1-1/2” 的短螺纹接套将 SRV150 起劚噚䞻 启劚阀安装圚
气眐末端劂囟 TPC444-4EN-6 䞊所瀺。
5. 请圚仪衚板䞊蜊蜜装眮或某些其他盞应面板䞊固定装
眮安装 No. SMB-618 起劚噚控制阀。
6. 将 No. TA-STR-100 起劚噚诎明标筟莎圚邻近起劚噚阀的控制面
板䞊。
7. 将 No. 150BMP-1064 压力衚安装圚控制面板䞊或邻近控制面板
倄。它应䜍于控制阀操䜜者容易看到的地方。
泚
意
圓将起劚噚控制阀连接到䞻 劚阀时确保已将蜯管连接到起劚噚
控制阀的“SUMP”䟧。
8. 将起劚噚控制阀连接到具有 1/4”#4 蜯管的继劚阀䞊。䜿甚短
进料蜯管将歀管道䞭的 T 圢管安装到压力计䞊。
9. 芁确定所需的 1-1/2” #24 进气蜯管的确切长床可运行倧功
率橡胶蜯管或某些其他盞䌌的倧盎埄蜯管从接收噚的䞻启劚
阀到发劚机的起劚噚䜍眮。
10.将 1-1/2” #24 进气蜯管连接到䞻启劚阀的出口䟧并䜿蜯管
从机架等穿过起劚噚倄的最终䜍眮。
11.圚歀可圚实际安装起劚噚前后确定是吊可将蜯管连接到起
劚噚。圚倚数情况䞋可胜需芁圚安装之前将蜯管连接到起劚
噚。
12.请䜿甚䌘莚粘性霿蜮涊滑油或摩托蜊铟条涊滑剂充分涊滑环
圢霿蜮䞊的霿蜮。这将有助于延长环圢霿蜮和起劚噚小霿蜮的
寿呜。
13.将起劚噚各就其䜍然后将其安装圚飞蜮倖壳䞊。旋玧安装螺
栓至 100 英寞-磅136 牛米扭矩。
14.请圚起劚噚控制阀的“DEL”䟧和起劚噚䌠劚箱䞊的“IN”端
口之闎安装 1/4” #4 蜯管管线。
16.劂果排气装眮无法排气可圚起劚噚的马蟟倖壳的排气管端口
䞭安装 No. SS660-A674 消声噚或 No. SM450-A735 公路防溅富
向板。
17.劂果装有起劚噚的发劚机没有倖壳配有标准起劚噚装眮
以及䞺该装眮制造的托架我们建议悚圚起劚噚的电劚机尟郚
增加其他支架。䞺歀马蟟倖壳盖䞭有 4 䞪孔。它们是分接的
M10-1.50 以笊合米制有倎螺䞝。
18.将 HDL2 涊滑噚安装圚起劚噚䞊或起劚噚附近劂囟
TPB978圚 EN-3 䞊所瀺。
19.加压敎䞪起劚系统并䜿甚皂气泡测试检查各䞪连接。确保䞍
䌚出现林挏状况。
停止发劚机
有时䞺了讟眮喷射噚和/或定时可胜需芁以歀方匏所提䟛
的掻塞可圚任䜕给定地点停止停止发劚机。这可通过 SS815,
SS825 或 SS850 起劚噚蜻易完成。
1. 圚䌠劚箱的“OUT”端口拔䞋 1/4” #4 蜯管并䜿甚 1/4” 管道
塞子堵䜏䌠劚箱䞭的孔。
2. 从电劚机倖壳盖䞭倮取䞋 3/8” 管道塞子。
3. 通过将气压应甚于䌠劚箱的“IN”端口可䜿甚飞蜮安装䌠
劚小霿蜮。
4. 通过倖壳废气盖䞭的孔插入 3/8”四方䌠劚扳手以将四方䌠
劚凹槜安装到蜬子尟郚。
5. 手劚旋蜬蜬子盎至发劚机匯曲到所需䜍眮。
HDL2 涊滑噚可自劚充满并可盎接安装圚起劚噚䞊或䜍于远倄。
虜然涊滑噚胜从蟃安装点䜎 4 英尺1.2 米的油源倄吞油䜆
Ingersoll Rand 建议将涊滑噚安装圚距油源最近的地方。我们建
议䜿甚非增压回油管线䜜䞺涊滑剂的来源。䜆是也可从单独接
收噚或柎油箱䟛油。圓柎油箱是涊滑油来源时可圚燃油箱的油
䟛应管线䞭安装䞀䞪 10 埮米至 50 埮米的燃油过滀噚。涊滑剂䟛
应管线应装入具有 T 圢管支管向䞋流入涊滑噚的回油管线
以确保涊滑噚无法吞气而䞍是油。
15.圚起劚噚䌠劚箱的“OUT”端口和起劚噚继劚阀顶端的小管道
分接郚分之闎安装 1/4” #4 蜯管管线。
安装ᅵHDL2ᅵ涊滑噚
气源蜯管
涊滑剂䟛应蜯管
涊滑剂䟛应蜯管
起劚噚气源或油箱
遥远ᅵ安装ᅵHDL2ᅵ涊滑噚
(囟. TPB978)
按以䞋方匏安装 HDL2 涊滑噚
1. 劂果芁圚起劚噚䞊安装 HDL2 涊滑噚可从起劚噚的进口䞻管
䞭取䞋 3/8” 管道塞子然后将其曎换䞺 HDL2。劂果芁圚远倄
安装 HDL2可䜿甚涊滑噚可甚的䞀䞪 U 圢螺栓和压板。
2. 劂果圚远倄安装了 HDL2䟿可圚具有倖螺纹和内螺纹的滑涊
噚末端和起劚噚进口䞻管的3/8” 管道分接孔之闎安装 1/4” #4
蜯管。
3. 请圚 HDL2 䟧的 1/8” NPTF 油进口和非增压燃油管线、柎油箱
或单独油箱之闎安装 1/4” 蜯管。将涊滑噚的装眮旋玧至 15
03531480_ed13
至 36 英寞-磅20.3 至 40.8 纳米扭矩。装眮的螺纹必须枅
掁䞍可䜿甚密封剂或 Teflon®* 胶垊安装。必须保证连接的
真空䞥密性。
泚
意
圚銖次操䜜之前可手劚将油泚入䟛油管线䞭。
4. 劂果䜿甚单独涊剂傚存眐可向其䞭泚入柎油或蜻莚机油
(劂 SAE 10 或 10W)。
11
12
Ø 172.0
(Ø 172.0)
108.0
R 86.5 (4.3)
(3.4)
116.0
(4.6)
R 77.5
94.5
(3.1)
(3.7)
M10-1.5 Th'dᅵ型
.63ᅵ深ᅵ(16.0)ᅵ
2ᅵ䞪地方后方支持
取䞋接近ᅵ3/8 Sq.
䌠劚支架孔的管道塞子ᅵ
端盖
CL 入口
CL
17.5 (.7)
䌠劚箱
23.0(.9)
4 @ 90º
䌠劚箱
16 @ 22 1/2º
10.5(.4)
50.8
(2.0)
45.0
(1.8)
小霿蜮运行
富向
D
F
C
G
I
P
2
N
M
L
Ø 146.0
(5.7)
3
Øï¿œ16.6ᅵ类型ᅵ(0.6)ᅵ
3ᅵ䞪地方
逆时针旋蜬
O
K
顺时针旋蜬
CL 排气装眮
A
J
CL 入口
120° 0’
B
H
52º 30'
mm
(Inch)
双
尺寞
ᅵᅵᅵ应该䜿排气口向䞋圚发劚机䞊安装起劚噚ᅵ
ᅵᅵᅵ䜿甚䌠劚箱䞊䟧控制油口的讟眮ᅵ
ᅵᅵᅵ这些型号䞍胜甚于起劚噚暎露圚变速噚液䞭的情况ᅵ
ᅵᅵᅵ䌠劚箱定向代码取决于控制油口盞反方向的安装孔䜍眮ᅵ
ᅵᅵᅵ陀非及行指定吊则将以ᅵ(02G)ᅵ星瀺的标准方向进行装运ᅵ
ᅵᅵᅵ请圚尝试重新定向前阅读诎明ᅵ
ᅵᅵᅵ起劚噚重量ᅵᅵᅵ43.1ᅵ千克95ᅵ磅
泚意ᅵ
1E
控制油口 CL
飞蜮霿圈衚面
28.5
(1.1)
Ø 92.00
(3.6)
仅适甚于阀塞ᅵ
SS825
䌠劚箱
排气装眮
定向代码
入口
小霿蜮类型
驱劚圢匏
-型号猖码B 03 R 31- 0 2 G
定向选项
排气装眮
SS815 G
138.5(5.5)
1/4-18 N.P.T.
控制油口出口
1/4-18 N.P.T.ᅵ
控制油口进口
159.5
(6.3)
CL
入口
322.0
(12.7)
霿蜮箱
85.7
(3.4)
4 @ 90º
起劚噚尺寞
起劚噚类型
霿蜮
䌠劚箱
旋向
447.7
(17.6)
434.0
(17.1)
10.0
(.4)
222.5(8.8)
Ø152.0
(6.0)
2 1/2-8 NPT
C
L 排气装眮
马蟟倖壳
涊滑噚连接䞀䟧ᅵ
419.5
(16.5)
ZH
SS815 和 SS825 系列起劚噚的安装尺寞
(囟. TPA1325-1)
03531480_ed13
03531480_ed13
Ø 172.0
108.0
(4.3)
53.2
(2.1)
M10-1.5 Th'd 型 (.63) 深 16.0 2 䞪地方后方支持
R 48.7
(1.9)
R 43.6
(1.7)
65.2
(2.6)
取䞋接近 3/8 Sq. 䌠劚支架孔的管道塞子.
SS850
375.0
(14.8)
263.0
(10.4)
1/4-18 N.P.T. 控制油口进口
Ø 110.2
(4.3)
168.0
(6.6)
䌠劚箱
排气装眮
定向代码
入口
小霿蜮类型
驱劚圢匏
02E
䌠劚箱
16 @ 22 1/2º
型号猖码
B 09 R 51-
定向选项
入口 排气装眮
4 @ 90º 4 @ 90º
G
48.2
(1.9)
霿蜮箱
2 1/2-8 NPT
排气装眮
马蟟倖壳
起劚噚尺寞
起劚噚类型
霿蜮
䌠劚箱
旋蜬
端盖
涊滑噚连接䞀䟧
1 1/2 - 11 1/2 NPT
入口
361.5
(14.2)
28.5
(1.1)
18.0
(.7)
20.0
(.8)
186.5
(7.3)
䌠劚箱
10.7
(.4)
1/4-18 N.P.T. 控制油口出口
180.0
(7.1)
R 64.3
(2.5)
控制油口
1
90º Typ.
D
E
F
G
45º
C
B
H
入口
J
P
2
O
K
N
L
3
Øã€€17.5 (.68) 类型 3 䞪地方
M
逆时针旋蜬
顺时针旋蜬
排气装眮
A
I
Ø
mm
(Inch)
双
尺寞
 应该䜿排气口向䞋圚发劚机䞊安装起劚噚
 䜿甚䌠劚箱䞊䟧控制油口的讟眮
 这些型号䞍胜甚于起劚噚暎露圚变速噚液䞭的情况
 䌠劚箱定向代码取决于控制油口盞反方向的安装孔䜍眮
 陀非及行指定吊则将以 (02E) 星瀺的标准方向进行装运
 请圚尝试重新定向前阅读诎明
 起劚噚重量  25.4 千克56 磅
泚意
飞蜮霿圈衚面
富向
152.3
(6.0)
23.34
(.9)
ZH
SS850 系列起劚噚的安装尺寞
(囟. TPA832-5)
13
ZH
兞型的蜊蜜安装通过 SS815 起劚噚星瀺
#4ᅵ号蜯管
起劚噚控制阀ᅵSMB-618铜
压力衚
进至䞻启劚阀
ᅵ始于起劚噚控制阀
JIC 37º SRV125-1242
检查阀闚
JIC 37ºï¿œæŽ¥å€Žï¿œ
1 - 1/2" N.P.T.
“进口”端ᅵJIC 37ºï¿œ
ᅵ接倎ᅵ1/4" N.P.T.
“出口”端ᅵJIC 37ºï¿œ
ᅵ接倎ᅵᅵ 1/4" N.P.T.
来自压猩机的气源
#4ᅵ号蜯管
1 -1/2"ᅵ蜯管
1 - 1/2"
N.P.T.
空气傚气眐
涊滑系统䟛应管线
空气ᅵ气劚起劚噚
管道塞子ᅵ1/8"-27 PTFᅵ
SAEᅵ套筒䌠劚
SRV 150-1-1/2"ᅵ
䞻启劚阀
1-1/2"ᅵ管道
* * 对于倩然气操䜜必须甚管道排出起劚噚的䞻排气管.
泚意:
圚所有管道连接倄䜿甚ᅵ
IR SMB-441ᅵ密封胶
空气ᅵ气劚起劚噚
芁甚管道连接䌠劚箱阀先卞䞋䌠劚箱阀塞然后甚适圓的管线替代ᅵ
管线必须圚安党的䜍眮排气并䞔䞍埗䞎任䜕其他排气管线互连这些管
线可胜䌚对䌠劚箱控制气口倄产生回压.
SS660-A674ᅵ消声噚或ᅵ
SM450-A735ᅵ公路防溅富向板
(囟. TPC444-4)
兞型的固定安装通过 SS815 起劚噚星瀺
起劚噚控制阀ᅵSMB-618
压力衚
#4ᅵ号蜯管
以超出调节噚讟眮的ᅵ15 Psiᅵ
的减压阀讟眮
#4ᅵ号蜯管
对于气䜓操䜜
必须将减压阀出口连接到安党的地方ᅵ
JIC 37ºï¿œæŽ¥å€Žï¿œ
1/4" N.P.T.
SRV150
1-1/2"ᅵ䞻启劚阀
压力调节噚
ᅵ最倧讟眮䞍超过商标䞊星瀺的额定压力
JIC 37ºï¿œæŽ¥å€Žï¿œ1 -1/2" N.P.T.
1 -1/2" 蜯管
“进口”端ᅵJIC 37º
ᅵ接倎ᅵ1/4" N.P.T.
“出口”端ᅵJIC 37ºï¿œ
ᅵ接倎ᅵ1/4" N.P.T.
涊滑噚ᅵNL-24-8
高压䟛应
标准高压系统空气或气䜓ᅵᅵ
圚䟛应压力超过起劚噚的额定压力时䜿甚ᅵ
* * 对于倩然气操䜜必须甚管道排出起劚噚的䞻排气管.
芁甚管道连接䌠劚箱阀先卞䞋䌠劚箱阀塞
然后甚适圓的管线替代ᅵᅵ管线必须圚安党的䜍眮排气
并䞔䞍埗䞎任䜕其他排气管线互连
这些管线可胜䌚对䌠劚箱控制气口倄产生回压.
(囟. TPA842-2)
14
03531480_ed13
ZH
具有发劚机预先涊滑系统的兞型安装
#4ᅵ号蜯管
起劚噚控制阀ᅵSMB-618
油压感应阀
排气装眮
“出口”端ᅵJIC 37ºï¿œ
ᅵ接倎ᅵ1/4" N.P.T.
#4ᅵ号蜯管
“进口”端ᅵJIC 37ºï¿œ
ᅵ接倎ᅵ1/4" N.P.T.
气压计
#4ᅵ号蜯管
对于倩然气操䜜必须甚管道排出起劚噚的䞻排气管.
JIC 37ºï¿œæŽ¥å€Žï¿œ
1 -1/2" N.P.T.
芁甚管道连接䌠劚箱阀先卞䞋䌠劚箱阀塞然后甚
适圓的管线替代ᅵᅵ管线必须圚安党的䜍眮排气并䞔
䞍埗䞎任䜕其他排气管线互连这些管线可胜䌚对䌠
劚箱控制气口倄产生回压.
1-1/2"ᅵ䞻启劚阀ᅵ
SRV150
1-1/2"ᅵ管道
JIC 37º 接倎ᅵ
1/4" N.P.T.
芁预先涊滑泵
1-1/2"ᅵ管道
检查阀ᅵ
150BMP-1054
傚气眐ᅵᅵ最倧压力䞍超
过起劚噚商标䞊星瀺的
额定压力
1-1/2" 管道
涊滑噚 NL-24-8
䟛应
**
#4 号蜯管
具有发劚机预先涊滑的标准系统
1-1/2" 䞻启劚阀ᅵ
SRV150
(囟. TPA843-2)
具有发劚机预先涊滑系统的兞型安装时䟛应压力超过起劚噚压力的额定倌。
1-1/2"ᅵ䞻启劚阀ᅵ
SRV 150
JIC 37º 接倎ᅵ
1/4" N.P.T.
JIC 37ºï¿œæŽ¥å€Žï¿œ
1 -1/2" N.P.T.
1-1/2"ᅵ管道
以超出调节噚讟眮的ᅵ15 Psiᅵᅵ
的减压阀讟眮ᅵ
油压感应阀
#4ᅵ号蜯管
对于气䜓操䜜必须将减
压阀出口连接到安党地方.
涊滑噚ᅵ
NL-24-8
高压䟛应
芁预先涊滑泵
起劚噚控制阀ᅵSMB618
压力衚
#4ᅵ号蜯管
1 -1/2"ᅵ蜯管
1-1/2"ᅵ䞻启劚阀ᅵ
SRV 150
减压阀最倧讟眮䞍超过起劚噚商标
䞊星瀺的额定压力ᅵ
#4ᅵ号蜯管
“进口”端ᅵJIC 37ºï¿œ
ᅵ接倎ᅵ1/4" N.P.T.
“出口”端ᅵJIC 37ºï¿œ
ᅵ接倎ᅵ1/4" N.P.T.
#4ᅵ号蜯管
具有发劚机预先涊滑的高压系统圚䟛应压力超过
起劚噚额定压力时䜿甚.
对于倩然气操䜜必须甚管道排出起劚噚的䞻排气管.
芁甚管道连接䌠劚箱阀先卞䞋䌠劚箱阀塞然后甚适圓的管线替代ᅵᅵ
管线必须圚安党的䜍眮排气并䞔䞍埗䞎任䜕其他排气管线互连
这些管线可胜䌚对䌠劚箱控制气口倄产生回压.
(囟. TPA844-2)
03531480_ed13
15
ZH
兞型倚起劚噚安装
#4ᅵ号蜯管
#4ᅵ号蜯管
“出口”端ᅵ
ᅵJIC 37ºï¿œæŽ¥å€Ž
ᅵ1/4" N.P.T.
“进口”端ᅵJIC 37ºï¿œ
ᅵ接倎ᅵ1/4" N.P.T.
JIC 37º 接倎ᅵ
1 -1/4" N.P.T.
1-1/2"ᅵ管道
起劚噚控制阀ᅵ
SMB-618
1 -1/2"ᅵ蜯管
#4ᅵ号蜯管
JIC 37ºï¿œæŽ¥å€Žï¿œ
1 -1/2" N.P.T.
涊滑噚ᅵNL-24-8
1-1/2"ᅵ䞻启劚阀ᅵ
SRV150
1-1/2"ᅵ管道
JIC 37ºï¿œæŽ¥å€Žï¿œ
1 -1/4" N.P.T.
1-1/2"ᅵ管道
“出口”端ᅵ
ᅵJIC 37ºï¿œæŽ¥å€Ž
ᅵ1/4" N.P.T.
“进口”端ᅵJIC 37ºï¿œ
ᅵ接倎ᅵ1/4" N.P.T.
1 -1/2"ᅵ蜯管
䟛应
JIC 37ºï¿œæŽ¥å€Žï¿œ
1 -1/2" N.P.T.
管道尺寞
ᅵ参阅囟衚
马蟟数量
2
3
4
5
#4ᅵ号蜯管
管道排气装眮或䜿甚消声噚ᅵ
SS660-A674ᅵ或富向板ᅵ
SM450-A375
#4ᅵ号蜯管
涊滑噚ᅵNL-24-8
1-1/2" 䞻启劚阀ᅵ
SRV150
ᅵᅵᅵ管子倧小
2"
2-1/2"
3"
3-1/2"
#4 号蜯管
JIC 37ºï¿œæŽ¥å€Žï¿œ
1 -1/4" N.P.T.
1-1/2"ᅵ管道
䟛应必须是充分的绎技
120-150 Psigᅵ圚起始者以起始
者跑。
#4ᅵ号蜯管
管道排气装眮或䜿甚消声噚ᅵ
SS660-A674ᅵ或富向板ᅵ
SM450-A375
“出口”端ᅵJIC 37ºï¿œ
ᅵ接倎ᅵ1/4" N.P.T.
“进口”端ᅵJIC 37ºï¿œ
ᅵ接倎ᅵ1/4" N.P.T.
1 -1/2"ᅵ蜯管
JIC 37ºï¿œæŽ¥å€Žï¿œ
1 -1/2" N.P.T.
涊滑噚ᅵNL-24-8
1-1/2"ᅵ䞻启劚阀ᅵ
SRV150
管道排气装眮或䜿甚消声噚ᅵ
SS660-A674ᅵ或富向板ᅵ
SM450-A375
* * 对于倩然气操䜜必须甚管道排出起劚噚
的䞻排气管.
芁甚管道连接䌠劚箱排气口
先卞䞋䌠劚箱阀塞然后甚适圓的管线替代。ᅵ
管线必须圚安党的䜍眮排气
并䞔䞍埗䞎任䜕其他排气管线互连
这些管线可胜䌚对䌠劚箱控制气口倄产生回压
(囟. TPA847-2)
劂䜕订莭起劚噚
SS815ᅵᅵSS825ᅵ和ᅵSS850ᅵ代码猖号含义
SS815
SS825
G
G
B
C
ᅵ型号猖码ᅵ
03
R
31 03
R
31 -
O
O
2
2
起劚噚尺寞
G
G
䌠劚箱
排气装眮
定向代码
起劚噚类型
霿蜮
䌠劚箱
旋蜬
入口
小霿蜮类型
驱劚圢匏
ᅵ型号猖码ᅵ
SS850
G
D
09
R
51-
O
2
E
䌠劚箱
起劚噚尺寞
排气装眮
起劚噚类型
定向代码
霿蜮
䌠劚箱
旋蜬
入口
小霿蜮类型
驱劚圢匏
(囟. TPD1495)
16
03531480_ed13
JA
補品に関する安党性
補品に関する安党性
これらの゚アスタヌタヌは、埀埩内燃機関の始動に䜿甚するこずを目的ずしおいたす。これらの゚アスタヌタヌは、始動させる必芁のある埀埩内
燃機関に正しく取り付けた埌、離れた堎所から操䜜するように蚭蚈されおいたす。
詳现は、
「内燃機関甚゚アスタヌタヌ補品安党情報説明曞 45558624」
を参照しおください。
irools.com から説明曞をダりンロヌドするこずができたす。
始動装眮の䟛甚
倩然ガス運転をする堎合、始動装眮のメむン排気は、配管で排出する必芁がありたす。
駆動郚筐䜓排出口に配管するために、駆動郚筐䜓栓を倖しお適切な管類ラむンに取り換えたす。管類は、安党な䜍眮で排気する必芁があり、
駆動郚筐䜓の排出口に逆圧の発生を招くおそれのある他の排気ラむンずの盞互接続をしないようにする必芁がありたす。
最滑
適切な lubrication は、始動装眮の、最高の性胜および最倧の耐久
性を埗るのに必須です。
2 皮類の lubrication システムを掚奚したす。
Ingersoll RandNo. HDL2 ルブリケヌタ。クランキング サむクルが
10秒以䞋の始動装眮の再組付けの堎合。図面 TPB978.に瀺されお
いるように再組付けしたす。(EN-4 に蚘茉されおいる HDL2 ルブリケ
ヌタの再組付けを参照しおください)。.ディヌれル燃料たたは 10W
非掗浄性モヌタヌ オむルで最滑したす。
Ingersoll Rand No. NL-24-8 むンラむン ルブリケヌタ。
クランキング サむクルが10秒より長い始動装眮の再組付けの堎
合。配管図に瀺されるように再組付けしたす。良質の 10W 非掗浄
性モヌタヌ オむルで最滑したす。ルブリケヌタを1秒間に1~3滎流
れるように調敎したす。
HDL2 ルブリケヌタをご䜿甚になるずきは、すべおの絊油ラむンの圧
力が 5 psi を超えおいないこずを確認したす。ラむンに圧力が掛かっ
おいる堎合、ルブリケヌタは、垞に、始動装眮を通っお排気管の倖に
最滑剀を挏出したす。
再組付け
最高の性胜を埗るために、
シリヌズ S815,SS825 および SS850 始
動装眮の再組付けたたは運転の前にこの取扱説明曞を熟読しおく
ださい。
䞀般情報
1. すべおの車䞡ぞの再組付けおよび振動に晒される固定゚ンゞ
ンに぀いお、始動装眮に配管による固定した接続を行うのでな
く、芏定の口埄のホヌスをご䜿甚になるこずを掚奚したす。車䞡
および゚ンゞンの振動により固定した配管接続は盎ぐ緩みたす
が、ホヌスの堎合、振動を吞収し、接続は匷固なたたです。
2. この始動装眮は、吞気口でフランゞに取り付けられるように蚭
蚈されおいたす。すべおの配管ホヌスおよび取付金具は、再組
付け䞭に、枅浄で、ほこりおよび異物がないようにする必芁が
ありたす。
3. 空気始動装眮を実際に取り付ける堎合は、ホヌスは前以お受け
噚偎での接続を枈たせ、始動装眮偎の端は、始動装眮に取り付
けられるように近くに眮いおおくのが最も適切です。
4. ゚ンゞンの蚭蚈により、始動装眮が非垞に近接した郚屋の䞋に
取り付けられ、2぀の取り付けボルト甚穎は、容易に手が届くにも
拘らず、3぀目に穎が、
しばしば手が届きにくいずいうこずが頻繁
に芁求されたす。始動装眮を再組付けするには以䞋の工具が必
芁です。レギュラヌ ラチェット レンチ、
゜ケット、
自圚継手、
゜ケッ
ト䌞長噚および片口たたは䞡口のボックス レンチ
5. [空気始動装眮] の効率は、䞍適切な接続によっお非垞に損なわ
れるこずがありたす。掚奚したホヌスより小さいホヌスは、モヌ
タヌぞ送る空気量を枛少させ、排気ポヌト内の、配管による排出
甚の抑制噚を䜿甚するず、排気を制限し、
これによりモヌタヌに
逆圧を生じさせ、結果的に性胜を䜎䞋をもたらしたす。T字型分
岐および肘継手の数量および䟛絊ラむン長さは最小限に抑えお
ください。15 フィヌト長たでの䟛絊ラむンには1-1/2” むンチ#24
のホヌスたたはパむプを䜿甚し、15 フィヌト長を超える堎合は、
䟛絊ラむンには 2 むンチのホヌスたたはパむプを䜿甚したす。
* Loctite Corporation の登録商暙.
03531480_ed13
6. 䜿甚䞭の送気管のどこかの接続郚に挏れがあるずいうこずは、
シ
ステムが䞀晩䞭空気を流出しおいるずいうこずであり、翌朝、別
の車䞡たたはコンプレッサを䜿甚しお元通りに圧力を䞊げる必
芁がありたす。接続郚から気泡が挏れないように締め付け、䞍芁
なコストや遅れの発生を避けたす。システム党䜓のすべおのネ
ゞ接続は、Ingersoll Rand No. SMB-441 シヌリング材ト、非硬化
剀 No. 2 Permatex たたは Loctite®* パむプ シヌリング材を䜿甚し
たす。垞に、
ご䜿甚の絊気ラむンを受け噚の偎面たたは最䞊郚
から敷くようにし、決しお底郚たたはその付近から敷くこずのな
いようにしたす。空気䞭の湿気は、受け噚の底に集たり、バルブ
の動䜜䞍胜を匕き起こすおそれのある損傷をもたらしたす。定
期的に、
タンクの底郚のコックを開攟しお排氎したす。
空気始動装眮の方向
工堎で蚭定された方向が、[駆動郚筐䜓] の攟射状配眮たたは吞
気/排気ポヌトの配眮のためにご䜿甚の゚ンゞンに合わない堎合、
以䞋のようにしお [始動装眮] の方向を倉えおください。
1. 寞法入りの説明図をご芧になり、[駆動筐䜓] (30) が [倉速装眮]
(58) に察しお16箇所の攟射状䜍眮のどの䜍眮にも配眮できるこ
ずにご泚意ください。
排気ポヌト ([モヌタヌ筐䜓]) (1) は [倉速装眮] に察し、4 箇所の
攟射状䜍眮のどの䜍眮にも配眮でき、吞気口 ([モヌタヌ筐䜓カ
バヌ]) は、排気ポヌトに察しお4箇所の攟射状䜍眮のどの䜍眮に
も配眮できたす。たた、[駆動郚筐䜓] も 3箇所の攟射状䜍眮のど
の䜍眮の゚ンゞン ベル筐䜓䞊にも再組付けできたす。
方向倉曎時たたは再組付け時に [駆動郚筐䜓] を [倉速装眮] から分
離させないでください。
2. ゚ンゞンの取り付け芁求を怜蚎し、[倉速装眮] に察する [駆動郚
筐䜓] の必芁な方向を決定したす。[駆動郚筐䜓] の方向を倉え
る必芁がある堎合、8本の [駆動郚筐䜓キャップ ネゞ] (28) を倖
し、[駆動郚筐䜓] を芁求された䜍眮に回転させたす。[駆動郚筐
䜓キャップ ネゞ] を元通りに再組み付けしお 28 ft-lb (38 Nm) の
トルクで締め付けたす。
17
JA
方向倉曎時たたは再組付け時に [モヌタヌ筐䜓] を [モヌタヌ筐䜓カ
バヌ] から分離させないでください。
3. ここで、[駆動郚筐䜓] は、[倉速装眮] に察しお正しい方向にする
こずができたので、排気ポヌトが底にあるかないか、および吞気
口が、ホヌスの再組付けに察し、奜たしい䜍眮に配眮されおいる
かに泚意したす。これらの構成郚品の片方たたは䞡方の方向を
倉える必芁がある堎合、4個の [モヌタヌ筐䜓カバヌ ネゞ] (4) を
倖しお [モヌタヌ筐䜓]/[モヌタヌ筐䜓カバヌ] を垌望する䜍眮に
回転させたす。[モヌタヌ筐䜓カバヌ キャップ ネゞ] を元通り再
組み付けしお 60 ft-lb (81.4 Nm) のトルクで固く締め付けたす。
空気始動装眮の取り付け
1. 配管図の怜蚎 [始動装眮] が衚瀺されたように正しく接続される
こずを匷く掚奚したす。
2. [始動装眮] 再組付け甚の空気受けタンクは、[始動装眮] が運転
される最倧圧力以䞊の動䜜圧力性胜を有する必芁がありたす。
空気圧をバルブたたはコックを通しお埐々に枛らしお無くしたす。タ
ンク内にただ圧力が加わっおいる間にタンクから栓を抜かないでく
ださい。
3. 既に䜿甚䞭の受けタンクに接続しようずする堎合、
ドレむン バル
ブを開攟しお、空気圧を埐々に枛らしお無くしたす。タンクの底
に溜たった氎があれば排出したす。
SRV150 始動装眮リレヌバルブ ず [受けタンク] が、バルブ本䜓に刻
印された「 IN (入) 」
ずいう蚀葉によっお瀺された SRV150 始動装眮リ
レヌバルブの吞気口偎で接続されおいるこずを確認したす。
4. 1-1/2 むンチ ショヌト ニップルを䜿甚しお、EN-6䞊の図面
TPC444-4に瀺されおいるように受けタンクの端に SRV150 始
動装眮リレヌバルブを 再組付けしたす。
5. ダッシュパネル (車䞡再組み付け甚) たたは他の適切なパネル
(固定再組み付け甚) に、No. SMB-618 始動装眮制埡バルブ を再
組付けしたす。
6. [始動装眮制埡バルブ] に隣接する制埡パネルに No. TA-STR-100
始動装眮指瀺ラベルを貌り付けたす。
7. No. 150BMP-1064 颚圧蚈を制埡パネルたたはその呚りに取り付
けたす。颚圧蚈は、[制埡バルブ] の運転員が容易に芋るこずの
できる堎所に配眮しおください。
[始動装眮制埡バルブ] を [リレヌ バルブ] に接続するずきは、ホヌス
が、[始動装眮制埡バルブ] の ” SUMP” 偎に接続されおいるこずを
確認したす。
8. [始動装眮制埡バルブ] ず [リレヌバルブ] を 1/4 むンチ #4 ホヌ
スで接続したす。このラむンに [颚圧蚈] に至る短いフィヌダヌ
ホヌスの付いたT字型分岐を取り付けたす。
9. 頑䞈な庭園甚ホヌスなどの倧きな盎埄のホヌスを受け噚の [リ
レヌバルブ] から゚ンゞンの始動装眮の䜍眮たで敷き、必芁な
1-1/2 むンチ #24 空気ホヌスの正確な長さを決定したす。
10.[リレヌバルブ] の排気偎に1-1/2 むンチ #24 の空気ホヌスを取
り付け、
このホヌスをフレヌムなどを通っお始動装眮がある最
終䜍眮たで敷きたす。
11.この地点で、[始動装眮] が実際に取り付けられる前たたは埌に、
ホヌスを [始動装眮] に付けるこずが実際的か、
たたはそうでな
いかを決定したす。倚くのケヌスで、[始動装眮] を取り付ける前
に、ホヌスを [始動装眮] に取り付けるこずが必芁である堎合が
ありたす。
18
12.リング ギアに良奜な粘着性のある、ギア グリヌスたたはオヌト
バむのチェヌン甚最滑油を十分に塗りたす。こうするず、
リング
ギアおよび始動装眮のピニオンの寿呜を延ばすのに圹立ちた
す。
13.[始動装眮] を所定の䜍眮に移動し、
フラむホむヌル ベル筐䜓䞊
に取り付けたす。取り付けボルトを100 ft-lb (136 Nm) のトルクた
で締め付けたす。
14.[始動装眮制埡バルブ] の ” DEL “ 偎から [始動装眮駆動筐䜓] 侊
の ” IN “ ポヌトに1/4 むンチ #4 ホヌス ラむンを再組付けしす。
15.1/4 むンチ #4 ホヌス ラむンを [始動装眮駆動郚筐䜓] 䞊の ”
OUT “ ポヌトから [始動装眮リレヌバルブ] の䞊端の小管のタす。
16.排気が配管で排出されなかった堎合、[始動装眮] のモヌタヌ筐
䜓䞊の排気ポヌトに No. SS660-A674 マフラヌ たたは
No. SM450-A735 道路泥陀け装眮を再組付けしたす。
17.[始動装眮] が取り付けられおいる゚ンゞンが暙準の始動装眮台
座の付いたベル筐䜓が無い堎合、および取付け甚ブラケットを
補䜜する必芁がある堎合、[始動装眮] のモヌタヌの末端に支持
甚ブラケットを远加されるこずを掚奚したす。[モヌタヌ筐䜓カ
バ] ヌに、
この目的甚ずしお4箇所の穎がありたす。これらの穎に
は、
メヌトル抌さえネゞが収たるように M10-150 のタップが切ら
れおいたす。
18.EN-3 の図面TPB978 に衚瀺されおいるように、[始動装眮] たたは
その付近に HDL2 ルブリケヌタを 取り付けたす。
19.始動システム党䜓に圧力をかけ、すべおの接続郚をせっけん泡
詊隓でチェックしたす。挏れが党く無いこずが必芁です。
゚ンゞン党䜓の封じ蟌み
ずきどき、むンゞェクタヌの蚭定およびタむミング調敎の䞡方、
たた
はどちらか䞀方の目的のために、
どのようなピストンも、
どのような
指定䜍眮にも停止できるような方法で゚ンゞンを封じ蟌むこずが望
たしい堎合がありたす。これは、SS815, SS825 および SS850 の各始
動装眮で非垞に簡単に実斜できたす。
1. [駆動郚筐䜓] 䞊の ” OUT “ ポヌトにある1/4 むンチ #4 ホヌスを
倖し、[駆動郚筐䜓] の穎を1/4 むンチ パむプ栓で塞ぎたす。
2. [モヌタヌ筐䜓カバヌ] の䞭倮から 3/8 むンチ パむプ栓を倖し
たす。
3. フラむホむヌルの付いた [駆動ピニオン] を圧力を加えお [駆動
郚筐䜓] 䞊の ”IN “ ポヌトにはめ蟌みたす。
4. [モヌタヌ筐䜓カバヌ] の穎に 3/8 むンチのスク゚ア ドラむブ レ
ンチを挿入しおロヌタヌの埌郚の凹みにスク゚ア ドラむブを
はめ蟌みたす。
5. ゚ンゞンが垌望の䜍眮にクランクで回転するたで [ロヌタヌ] を
手動で回転させたす。
HDL2 ルブリケヌタは自絊匏で、[始動装眮] 䞊に盎接再組付けする
かたたは離しお配眮するこずができたす。ルブリケヌタは、再組付け
䜍眮から 4 ft (12m) 䜎い䟛絊源から最滑油をくみ䞊げるこずができ
たすが、Ingersoll Rand は、ルブリケヌタをできるだけ油䟛絊源の
近くに再組付けするこずを掚奚したす。最滑油の䟛絊源ずしお圧力
の加わらない燃料戻りラむンの䜿甚を掚奚したす。しかし、油は、別
の容噚たたはゞヌれル燃料タンクからも䟛絊できたす。ディヌれル
燃料タンクが最滑油䟛絊源であるずきは、10 ~ 50 ミクロンの燃料フ
ィルタヌを燃料タンクの油䟛絊ラむンに再組付けしたす。最滑油䟛
絊ラむンが、T字型分岐の脚が䞋向きでルブリケヌタに向かい、ルブ
リケヌタが油の代わりに空気を取り蟌むこずがないこずを保蚌にラ
むンに流れ蟌むようにしおください。
03531480_ed13
JA
HDL2 ルブリケヌタの再組付け
空気䟛絊ホヌス
最滑油䟛絊ホヌス
最滑油䟛絊ホヌス
始動装眮空気䟛絊宀たたは油宀
遠隔 HDL2 ルブリケヌタの再組付け
(図面. TPB978)
HDL2 ルブリケヌタを以䞋のように取り付けたす。
1. HDL2 ルブリケヌタを [始動装眮] 䞊に取り付けようずする堎合、
[始動装眮] の吞入口の突起から 3/8 むンチパむプ栓の内の1぀
を倖しおHDL2ず取り替えたす。HDL2 を離れた䜍眮に取り付ける
堎合、ルブリケヌタ甚に䜿甚できる 2本のU ボルトおよび基瀎取
付金具を䜿甚したす。
2. HDL2 を離れた䜍眮に取り付けた堎合、雄ネゞ、雌ネゞの䞡方
を有するルブリケヌタの末端から [始動装眮] 吞入口の突起䞊
の 3/8 むンチ管のタップ付きの穎の内の1぀に 1/4” #4 ホヌスを
再組付けしたす。
3. HDL2 の偎面の 1/8” むンチ NPTF 泚油口から圧力の加わらない
燃料ラむン、ディヌれル燃料タンクたたは別の油容噚に 1/4 ã‚€
ンチホヌスを再組付けしたす。ルブリケヌタの取り付け金具を
15 ~ 36 ft-lb (20.3 ~ 40.8 Nm) のトルクで締め付けたす。取り付
け金具䞊のネゞは枅浄にする必芁があり、
シヌリング材たたは
Teflon®* テヌプを䜿甚せずに取り付け金具を組み立おたす。接
続は、真空気密にする必芁がありたす。
初期運転の前に、手動で油䟛絊ラむンを䞀杯にしたす。
4. 別の最滑油タンクを䜿甚する堎合、
このタンクを SAE10 たた
は 10W のようなディヌれル燃料たたは薄いモヌタヌ オむルす。
03531480_ed13
19
Ø 172.0
(Ø 172.0)
108.0
R 86.5 (4.3)
(3.4)
116.0
(4.6)
R 77.5
94.5
(3.1)
(3.7)
M10-1.5ネゞで、0.63
深さ (16.0)のもの 2箇
所(埌郚支持甚)
ロヌタヌにある3/8スク゚アド
ラむブ封じ蟌み穎ぞのアクセス
甚のパむプ栓を倖したす。
4 @ 90º
16 @ 22 1/2º
駆動郚筐䜓
排気管
方向コヌド
吞気口
ピニオンタむプ
駆動
-モデルコヌディングSS815 G B 03 R 31- 0 2 G
4 @ 90º
10.5(.4)
パむロット
備考:
D
F
C
G
I
A
P
J
2
CL 排気管
120° 0’
B
H
CL 吞気口
Ø
52º 30'
Ø 146.0
(5.7)
3
巊回り回転
N
M
L
Ø16.6 タむプ(0.6)
3-箇所
右回り回転
O
K
mm
(Inch)
二重の
寞法
1. [始動装眮]は、排気管を䞋に向けお゚ンゞンに再組付けしおください。
2. [駆動郚筐䜓]の䞊偎の[制埡ポヌト]セットを䜿甚しおください。
3. これらのモデルは、始動装眮がトランスミッション液に晒されるよ
うな甚途ぞの䜿甚は認められおいたせん。
4. [駆動郚筐䜓]方向コヌドは、[制埡ポヌト]の反察偎にある取り付け
眮に基いおいたす。
5. 他に指定の無い限り、衚瀺されおいる(02G)暙準方向で出荷されたす。
6. 方向を倉えようずする前に説明曞を熟読しおください。
7. 始動装眮重量=43.1 Kg (95 Lbs.)
リングギア倖芳
1E
制埡ポヌト C
L
28.5
(1.1) ピニオン行皋
Ø 92.00
(3.6)
排気栓
SS825のみ
45.0
1/4-18 N.P.T.
(1.8)
制埡ポヌト
出口
50.8
159.5
(2.0)
(6.3)
CL
17.5 (.7)
駆動郚
筐䜓
23.0(.9)
1/4-18 N.P.T.
制埡ポヌト
出口
138.5(5.5)
方向オプション
吞気口 排気管 駆動郚筐䜓
サむズ始動装眮
始動装眮タむプ
歯車装眮
駆動郚筐䜓
回転
447.7
(17.6)
434.0
(17.1)
322.0
(12.7)
85.7
(3.4)
CL
222.5(8.8)
10.0
(.4)
Ø152.0
(6.0)
CL 2 1/2-8 NPT
排気管
モヌタヌ筐䜓
䞡偎ルブリ
ケヌタ接続.
CL 吞気口
カバヌ
20
倉速装眮
419.5
(16.5)
JA
SS815 および SS825 シリヌズ始動装眮の取り付け寞法
(図面. TPA1325-1)
03531480_ed13
03531480_ed13
Ø 172.0
108.0
(4.3)
カバヌ
SS850
375.0
(14.8)
263.0
(10.4)
1/4-18 N.P.T.
制埡ポヌト出口
48.2
(1.9)
Ø 110.2
(4.3)
168.0
(6.6)
G
駆動郚筐䜓
排気管
方向コヌド
吞気口
ピニオン タむプ
駆動
-モデル コヌディングB 09 R 51- 0 2 E
方向オプション
吞気口 排気管
駆動郚筐䜓
16 @ 22 1/2º
4 @ 90º 4 @ 90º
排気管
2 1/2-8 NPT
モヌタヌ筐䜓
䞡偎ルブリケヌタ接続
1 1/2 - 11 1/2 NPT
吞気口
サむズ始動装眮
始動装眮タむプ
歯車装眮
駆動郚筐䜓
回転
53.2
(2.1)
M10-1.5 ネゞで、(0.63)
深さ 16.0 のもの 2箇所
(埌郚支持甚)
R 48.7
(1.9)
R 43.6
(1.7)
65.2
(2.6)
ロヌタヌにある 3/8 ス
ク゚ア ドラむブ封じ蟌
み穎ぞのアクセス甚の
パむプ栓を倖したす。
倉速装眮
361.5
(14.2)
28.5
(1.1)
186.5
(7.3)
18.0
(.7)
20.0
(.8)
駆動郚筐䜓
10.7
(.4)
1/4-18 N.P.T.
制埡ポヌト出口
180.0
(7.1)
R 64.3
(2.5)
E
F
制埡ポヌト
D
1
90º Typ.
G
45º
C
B
H
2
P
N
L
M
3
Ø 17.5
(.68) タむプ
3-箇所
巊回り回転
O
K
右回り回転
排気管
J
吞気口
A
I
Ø
mm
(Inch)
二重の
寞法
備考:
1. [始動装眮] は、排気管を䞋に向けお゚ンゞンに再組付けしおください。
2. [駆動郚筐䜓] の䞊偎の [制埡ポヌト] セットを䜿甚しおください。
3. これらのモデルは、始動装眮がトランスミッション液に晒されるよ
うな甚途ぞの䜿甚は認められおいたせん。
4. [駆動郚筐䜓] 方向コヌドは、[制埡ポヌト] の反察偎にある取り
付け穎の䜍眮に基いおいたす。
5. 他に指定の無い限り、衚瀺されおいる (02E) 暙準方向で出荷されたす。
6. 方向を倉えようずする前に説明曞を熟読しおください。
7. 始動装眮重量 = 25.4 Kg (56 Lbs.)
リング ギア倖芳
パむロット
152.3
(6.0)
23.34
(.9)
JA
SS850 シリヌズ始動装眮の取り付け寞法
(図面. TPA832-5)
21
JA
兞型的な車䞡再組付け (SS815 始動装眮で衚瀺)
始動装眮制埡バルブ
SMB-618(真ちゅう
#4ホヌス
颚圧蚈
リレヌバルブぞ
始動装眮制埡
バルブから
JIC 37º SRV125-1242
チェックバルブ
JIC 37ºã‚¢ãƒ€ãƒ—ã‚¿
1 - 1/2むンチ N.P.T.
“IN” ポヌトJIC 37º
アダプタ1/4むンチN.P.T.
“OUT”ポヌトJIC 37º
アダプタ-1/4 むンチ N.P.T.
コンプレッサヌからの空気䟛絊
#4ホヌス
1 -1/2むンチホヌス
1 - 1/2"
N.P.T.
空気だめタンク
泚油䟛絊ラむン
空気/ガス始動装眮
パむプ栓 1/8 むンチ-27 PTF
SAE゜ケット駆動
SRV 150-1-1/2
むンチリレヌバルブ
1-1/2むンチパむプ
* * 倩然ガス運転をする堎合、始動装眮のメむン排気は、配管で排出する必芁がありたす。
備考:
すべおのパむプ接続にIR SMB-441
シヌル材を䜿甚したす。
空気/ガス始動装眮
駆動郚筐䜓通気口に配管するために、駆動郚筐䜓栓を倖しお適切な管類ラむンに取り
換えたす。管類は、安党な䜍眮で排気する必芁があり、[駆動郚筐䜓]に逆圧の発生を
招くおそれのある他の排気管ずの盞互接続をしないようにする必芁がありたす。
SS660-A674マフラヌたたは
SM450-A735道路泥陀け装眮
(図面. TPC444-4)
兞型的な車䞡再組付け (SS815 始動装眮で衚瀺)
始動装眮制埡バルブ
SMB-618
颚圧蚈
#4ホヌス
レギュレヌタ蚭定より15 Psi
䞊のリリヌフバルブセット
ガス運転に察しおは、
リリヌフバル
ブ出口は、安党な地域に接続される
必芁がありたす。
#4ホヌス
JIC 37ºã‚¢ãƒ€ãƒ—ã‚¿
1/4” むンチ N.P.T.
SRV150 1-1/2
むンチリレヌバルブ
圧力レギュレヌタ(銘板に衚瀺された圧力定栌を
超えない最倧蚭定)
JIC 37º アダプタ1 -1/2むンチ N.P.T.
1 -1/2むンチホヌス
“IN”ポヌト
JIC 37ºã‚¢ãƒ€ãƒ—ã‚¿
1/4むンチN.P.T.
“OUT”ポヌトJIC 37º
アダプタ1/4むンチ-
ルブリケヌタ
NL-24-8
高圧䟛絊
暙準高圧システム空気たたはガス䟛絊圧力
が始動装眮の定栌以䞊のずき、䜿甚したす。
* * 倩然ガス運転をする堎合、始動装眮のメむン排気は、配管で
排出する必芁がありたす。
[駆動郚筐䜓栓]に配管するために、[駆動郚筐䜓栓]を倖しお
適切な管類ラむンに取り替えたす。管類は、安党な䜍眮で排気
する必芁があり、[駆動郚筐䜓]に逆圧の発生を招くおそれの
ある他の排気管ずの盞互接続をしないようにする必芁があり
たす。
(図面. TPA842-2)
22
03531480_ed13
JA
゚ンゞン最滑前システムの兞型的再組付け
#4ホヌス
始動装眮制埡バルブ
SMB-618
油圧怜出バルブ
排気管
“OUT” ポヌトJIC 37º
アダプタ1/4むンチ
N.P.T.
#4ホヌス
“IN” ポヌトJIC 37º
アダプタ1/4“むンチ
N.P.T.
颚圧蚈
#4ホヌス
倩然ガス運転をする堎合、始動装眮のメむン排気は、配
管で排出する必芁がありたす。
JIC37ºã‚¢ãƒ€ãƒ—ã‚¿
1-1/2”むンチN.P.T.
[駆動郚筐䜓通気孔]に配管するために、[駆動郚筐䜓栓]
を倖しお適切な管類ラむンに取り換えたす。管類は、安党
な䜍眮で排気する必芁があり、[駆動郚筐䜓]に逆圧の発
生を招くおそれのある他の排気管ずの盞互接続をしない
ようにする必芁がありたす。
SRV150 1-1/2
むンチリレヌバルブ
1-1/2むンチパむプ
JIC37ºã‚¢ãƒ€ãƒ—ã‚¿
1/4”むンチN.P.T.
最滑前ポンプぞ
1-1/2”むンチパむプ
チェックバルブ150BMP-1054
タンク(始動装眮銘板に衚
瀺された圧力定栌を超えな
い最倧圧力)
1-1/2むンチパむプ
ルブリケヌタNL-24-8
#4ホヌス
゚ンゞン最滑前の機胜の付いた
暙準システム
**
䟛絊
SRV150 1-1/2 むンチ
リレヌ バルブ
(図面. TPA843-2)
䟛絊圧力が定栌始動装眮圧力を超えたずきの゚ンゞン最滑前システムの兞型的再組付け
JIC 37ºã‚¢ãƒ€ãƒ—ã‚¿
1/4むンチN.P.T.
11/2むンチリレ
ヌバルブSRV 150
1-1/2むンチパ
むプ
JIC 37ºã‚¢ãƒ€ãƒ—ã‚¿
1 -1/2むンチN.P.T.
レギュレヌタ蚭定より15 Psi
䞊のリリヌフバルブセット。
油圧怜出バルブ
#4ホヌス
ガス運転に察しおは、
リリ
ヌフバルブ出口は、安党な
地域に接続される必芁が
ありたす。
ルブリケヌタ
NL-24-8
高圧䟛絊
最滑前ポンプぞ
始動装眮制埡バルブ
SMB618
颚圧蚈
11/2むンチ
リヌバルブSRV 150
#4ホヌス
1 -1/2むンチホヌス
圧力調敎噚(始動装眮銘板に衚瀺され
た圧力定栌を超えない最倧蚭定)
#4ホヌス
“IN”ポヌト
JIC 37ºã‚¢ãƒ€ãƒ—
タ1/4むンチ
N.P.T.
“OUT”ポヌトJIC 37ºã‚¢ãƒ€
プタ1/4むンチN.P.T.
#4ホヌス
䟛絊圧力が始動装眮の定栌を超えるずきの゚ンゞ
ン最滑前機胜を有する高圧システムの䜿甚。
倩然ガス運転をする堎合、始動装眮のメむン排気は、配管で排出
する必芁がありたす。
[駆動郚筐䜓通気孔]に配管するために、[駆動郚筐䜓栓]を倖し
お適切な管類ラむンに取り換えたす。管類は、安党な䜍眮で排気
する必芁があり、[駆動郚筐䜓]に逆圧の発生を招くおそれのある
他の排気管ずの盞互接続をしないようにする必芁がありたす。
(図面. TPA844-2)
03531480_ed13
23
JA
兞型的な耇匏始動装眮の再組付け
#4ホヌス
#4ホヌス
JIC 37ºã‚¢ãƒ€ãƒ—ã‚¿
1 -1/4むンチN.P.T.
始動装眮制埡バルブ
SMB-618
1-1/2むンチパむプ
#4ホヌス
1 -1/2
むンチホヌス
“OUT”ポヌト
JIC 37º アダプタ
1/4むンチN.P.T.
“IN”ポヌト
JIC 37º アダプタ
1/4むンチN.P.T.
JIC 37ºã‚¢ãƒ€ãƒ—ã‚¿
1 -1/2 むンチN.P.T.
ルブリケヌタNL-24-8
SRV150 1-1/2むン
チリレヌバルブ
ガスの堎合、排気は配管で排
出されるかたたはマフラヌ
SS660-A674たたは偏向噚
SM450-A375を䜿甚したす。
#4ホヌス
1-1/2むンチパむプ
JIC 37ºã‚¢ãƒ€ãƒ—ã‚¿
1 -1/4むンチN.P.T.
1-1/2むンチパむプ
1 -1/2
むンチホヌス
䟛絊
#4ホヌス
“OUT”ポヌト
JIC 37ºã‚¢ãƒ€ãƒ—ã‚¿
1/4 むンチN.P.T.
“IN”ポヌト
JIC37ºã‚¢ãƒ€ãƒ—ã‚¿
1/4むンチN.P.T.
JIC 37ºã‚¢ãƒ€ãƒ—ã‚¿
1 -1/2 むンチN.P.T.
導管サむズ(図衚を
参照しおください
ルブリケヌタNL-24-8
SRV150 1-1/2むン
チリレヌバルブ
いいえ。始動機の分.管のサむズ
2"
2
2-1/2"
3
3"
4
5
3-1/2"
ガスの堎合、排気は配管で排
出されるかたたはマフラヌ
SS660-A674たたは偏向噚
SM450-A375を䜿甚したす。
#4ホヌス
JIC 37ºã‚¢ãƒ€ãƒ—ã‚¿
1 -1/4むンチN.P.T.
1-1/2むンチパむプ
始動機の動くこずを甚いる始動
機で120-150 のPsigを維持する
ために䟛絊は十分でなければ
ならない。
1 -1/2
むンチホヌス
#4ホヌス
JIC 37ºã‚¢ãƒ€ãƒ—ã‚¿
1 -1/2むンチN.P.T.
ルブリケヌタNL-24-8
SRV150 1-1/2むン
チリレヌバルブ
“OUT”ポヌト
JIC 37ºã‚¢ãƒ€ãƒ—ã‚¿
1/4むンチ N.P.T.
“IN”ポヌト
JIC 37ºã‚¢ãƒ€ãƒ—ã‚¿
1/4むンチN.P.T.
* * 倩然ガス運転をする堎合、始動装眮のメむ
ン排気は、配管で排出する必芁がありたす。
[駆動郚筐䜓通気孔]に配管するために、[駆
動郚筐䜓栓]を倖しお適切な管類ラむンに
取り換えたす。管類は、安党な䜍眮で排気す
る必芁があり、[駆動郚筐䜓]に逆圧の発生
を招くおそれのある他の排気管ずの盞互接
続をしないようにする必芁がありたす。
ガスの堎合、排気は配管で排
出されるかたたはマフラヌ
SS660-A674たたは偏向噚
SM450-A375を䜿甚したす。
(図面. TPA847-2)
始動装眮の発泚方法
SS815 、SS825 およびSS850 始動機のためのモデルコヌディング
SS815
SS825
G
G
- モデル コヌディング B
03
R
31 C
03
R
31 -
O
O
2
2
サむズ始動装眮
始動装眮タむプ
歯車装眮
G
G
駆動郚筐䜓
排気管
方向コヌド
吞気口
駆動郚筐䜓
回転
ピニオンタむプ
駆動
- モデル コヌディング SS850
G
D
09
R
51-
O
2
E
駆動郚筐䜓
サむズ始動装眮
始動装眮タむプ
排気管
方向コヌド
歯車装眮
駆動郚筐䜓
回転
吞気口
ピニオンタむプ
駆動
(図面. TPD1495)
24
03531480_ed13
03531480_ed13
10
11
3
12
14
2
10A
4
3
6
8
5
1
13
59
7
60
61
16
51
17
39
Series SS815, SS825, and SS850 Starters
(SS815 and SS825 shown in full view)
4A
9
15
40
41
18
62
42
31
29
19
35
20
58
37
36
50
34
49
28
37
36
34
35
31
26
45
46
44
54
27
47
56
31A
53
50
33
30
54
28
29
57
25
23
32
33A
27
47
24
21
49
22
44
46
53
26
45
56
33
30
32
24
25
23
22
21
Front End Construction of Series SS850
(Dwg. TPA853-4)
25
26
31
34
31A
35
30
36
4
39
14
24
50
2
23
28
51
25
29
37
4A
3
22
41
49
21
40
46
27
42
9
10
11
10A
12
53
44
45
26
47
8
56
54
6
7
5
57
32
6
33
1
13
15
17
16
20
18
19
61
58
60
59
62
Series SS815 and SS825 Starters Exploded Diagram
(Dwg. TPA778-6)
03531480_ed13
Series SS815 and SS825 Starters Parts List
Item
1
2
3
4
4A
5
† 6
† 7
†• 8
9
† 10
†•10A
†• 11
12
13
14
†• 15
16
17
† 18
19
20
• 21
22
• 23
24
† 25
26
†• 27
Part Description
Motor Housing
with 2-1/2” Tapped Exhaust
with 2-1/2” SAEJ518C
Flanged Exhaust
Motor Housing Cover Assembly
with 1-1/2” Tapped Inlet
with 1-1/2” SAEJ518C Flanged
Inlet
Housing Cover Plug (3)
Motor Housing Cover Cap Screw (4)
Motor Housing Cover Cap Screw
Washer (4)
Cylinder Kit
End Plate Alignment Pin (2)
Cylinder Alignment Pin
Cylinder O-Ring (4)
Rear End Plate
for SS815RB or SS825RC Models
for SS800LB, SS815LB or
SS825LC Models
Rear Rotor Bearing
Rotor Shaft O-Ring
Rear Rotor Bearing O-Ring
Rotor Clamp Nut
Rotor
Rotor Clamp Nut Screw
Vane Packet (set of 5 Vanes)
Front End Plate
Motor Wave Washer (2)
Front Rotor Bearing
Rotor Pinion Retaining Screw
Rotor Pinion
for SS815RB, SS800LB or
SS815LB Models
for SS825RC or
SS825LC Models
Drive Pinion Retaining Screw
for SS815RB or SS825RC
Models
for SS815LB or SS825LC
Models
Drive Pinion (R) Washer
Drive Pinion (L) Washer
Drive Pinion
for SS815GB03R31 Models
for SS815GB03L32 Models
for SS815GB03R91 and
SS825GC03R91 Models
for SS815GB03L92 and
for SS825GC03R25 Models
for SS825GC03R25 Models
for SS825GC03L26 Models
Pinion Spring Sleeve
Pinion Spring
for SS800RB, SS815RB or
SS825RC Models
for SS800LB, SS815LB or
SS825LC Models
Drive Gear Screw
Drive Gear Screw O-Ring
Part Number
SS800-40
SS800-140
SS800-A102
SS800-A202
HSSPPS-3
SS800-25
SS800-26
SS800-K3
510-669A
SS800-99
SS800-67
SS800R-12
SS800L-12
SS800-24
C321-606
HRA20A-990
SS800-65
SS825-53
SS800-63
SS800-42A-5
SS800G-11
SS800-224
SS800-22
SS800-732
SS800B-17
SS825C-17
SS800R-394
SS800L-394
SS800-725
SS800-725-1
SS815R-13-31
SS815L-13-32
SS815R-13-91
SS815L-13-92
SS825R-13-25
SS825L-13-26
SS800-335
SS800R-419
SS800L-419
SS800-179
SS800-176
Item
Part Description
28 Drive Housing Cap Screw (8)
29 Drive Housing Cap Screw
Lock Washer (8)
30 Drive Housing Kit
†• 31
Drive Housing O-Ring
31A
Drive Housing Vent Plug
32 Front Drive Shaft Bearing
for SS815B Models
for SS825C Models
† 33
Drive Housing Seal
† 34 Bulkhead Retainer
35 Bulkhead Kit
†• 36
Outer Bulkhead O-Ring
†• 37
Inner Bulkhead O-Ring
† 39 Clutch Spring Cup Retainer
40 Clutch Spring Cup
† 41 Clutch Spring
42 Clutch Jaw Kit
for SS815RB or
SS825RC Models
for SS815LB or
SS825LC Models
44 Front Drive Gear Bearing
45 Drive Gear Cup
46 Drive Gear Lock Washer
47 Large Drive Shaft Bearing Retainer
49 Piston Kit
†• 50
Piston O-Ring
†• 51
Piston Seal
53 Drive Shaft Kit
for SS815RB or
SS825RC Models
for SS815LB or
SS825LC Models
54 Rear Drive Shaft Bearing Kit
(includes bearing and retainer)
56 Piston Return Spring
57 Piston Return Spring Seat
58 Gear Case
59 Drive Gear Bearing Retainer
60 Drive Gear Shaft Bearing Retainer
† 61 Rear Drive Gear Bearing
62 Drive Gear
for SS815108 or
SS815LB Models
for SS825RC or
SS825LC Models
* Nameplate
* Nameplate Screw (4)
*
Relay Valve
*
*
*
*
*
*
Muffler
Road Splash Deflector
Air Strainer
Lubricator
In-Line Lubricator
Tune-up Kit (includes illustrated parts
6[2], 7, 8, 10, 10A[4], 11, 15, 18, 24, 25,
27, 31, 33, 34, 36, 37, 39, 50, 51, 60 and 61)
Part Number
SS800-744
CE210-605
SS825-K300
SS800-244
P250-546
SS800-363
SS850-363
SS800-273
SS800-181
SS800-K150
SS800-152
SS800-151
SS800-366
SS800-367
SS800-583
SS800R-K587
SS800L-K587
SS800-278
SS800-177
SS800-180
SS800-107
SS800-K703
SS800-337
SS800-273
SS800R-K8
SS800L-K8
SS800-K399
SS800-700
SS800-191
SS800-37
SS800-361
SS800-632
SS800-359
SS815B-9
SS825C-9
SS800-301
R4K-302
SRV150
SS660-A674
SM450-A735
SM450-A267AT
HDL2
NL-24-8
SS800-TK2
* Not Illustrated
† Indicates Tune-up Kit part.
• To keep downtime to a minimum, it is desirable to have on hand certain repair parts. We recommend that you stock one (pair or set) of each part indicated by a bullet (•) for every four tools in service.
03531480_ed13
27
28
31
34
33A
35
30
36
4
25
29
39
14
24
50
2
23
28
51
37
4A
3
22
41
49
21
40
10A
46
27
42
9
10
11
12
53
26
45
44
47
8
56
54
6
7
5
32
6
33
1
13
15
17
16
20
18
19
61
58
60
59
62
Series SS850 Starters Exploded Diagram
(Dwg. TPA820-3)
03531480_ed13
Series SS850 Starters Parts List
Item
1
Part Description
with 2-1/2” Tapped Exhaust
with 2-1/2” SAEJ518C
Flanged Exhaust
2
with 1-1/2” SAEJ518C Flanged
Inlet
4
4A
5
SS800-40
SS800-140
Motor Housing Cover Assembly
with 1-1/2” Tapped Inlet
3
Part Number
Motor Housing
Housing Cover Plug (3)
Motor Housing Cover Cap Screw (4)
Item
Drive Housing Cap Screw (8)
29
Drive Housing Cap Screw
Lock Washer (8)
30
†• 31
SS800-A102
SS800-A202
HSSPPS-3
SS800-25
Motor Housing Cover Cap Screw
Part Description
28
Drive Housing Kit
SS800-744
CE210-605
SS850-K300
Drive Housing O-Ring
SS850-244
32
Front Drive Shaft Bearing
SS850-363
33
Drive Housing Seal
SS800-273
33A
Drive Housing Vent Plug
P250-546
34
Bulkhead Retainer
SS500-181
35
Bulkhead Kit
SS850-K150
†• 36
Outer Bulkhead O-Ring
SS850-152
Inner Bulkhead O-Ring
SS805-151
Washer (4)
SS800-26
†• 37
Cylinder Kit
SS800-K3
† 39
Clutch Spring Cup Retainer
SS850-366
Clutch Spring Cup
SS850-367
SS850-583
†6
End Plate Alignment Pin (2)
510-669A
40
†7
Cylinder Alignment Pin
SS800-99
† 41
Clutch Spring
†• 8
Cylinder O-Ring (4)
SS800-67
42
Clutch Jaw Kit
9
Part Number
Rear End Plate
for SS850RD Models
SS800R-K587
for SS850LD Models
SS800L-K587
for SS850RD Models
SS800R-12
for SS850LD Models
SS800L-12
44
Front Drive Gear Bearing
SS800-278
† 10
Rear Rotor Bearing
SS800-24
45
Drive Gear Cup
SS800-177
†• 10A
Rotor Shaft O-Ring
C321-606
46
Drive Gear Lock Washer
SS800-180
HRA20A-990
47
Large Drive Shaft Bearing Retainer
SS850-107
Piston Kit
SS850-K703
†• 11
Rear Rotor Bearing O-Ring
12
Rotor Clamp Nut
SS800-65
49
13
Rotor
SS825-53
†• 50
Piston O-Ring
SS850-337
14
Rotor Clamp Nut Screw
SS800-63
†• 51
Piston Seal
SS800-273
†• 15
Vane Packet (set of 5 Vanes)
SS800-42A-5
53
Drive Shaft Kit
16
Front End Plate
SS800G-11
for SS850RD Models
17
Motor Wave Washer (2)
SS800-224
for SS850LD Models
Front Rotor Bearing
SS800-22
19
Rotor Pinion Retaining Screw
SS800-732
20
Rotor Pinion
† 18
for SS850RD or SS850LD Models
• 21
22
• 23
Drive Pinion Retaining Screw
(includes bearing and retainer)
SS850L-K8
SS850-K399
56
Piston Return Spring
58
Gear Case
SS850-37
59
Drive Gear Bearing Retainer
SS800-361
Drive Gear Shaft Bearing Retainer
SS800-632
Rear Drive Gear Bearing
SS800-359
SS850-700
SS850R-394
60
for SS850LD Models
SS850L-394
† 61
SS800-725
62
Drive Gear
SS850D-9
*
Nameplate
SS800-301
*
Nameplate Screw (4)
*
Relay Valve
*
Muffler
*
Road Splash Deflector
*
Air Strainer
Drive Pinion Washer
Drive Pinion
SS850FGD09R51 Models
for SS850GD09L52 and
SS850FGD09L51 Models
† 24
Pinion Spring Sleeve
† 25
Pinion Spring
26
Rear Drive Shaft Bearing Kit
for SS850RD Models
for SS850GD09R51 and
†• 27
SS850D-17
54
SS850R-K8
SS850R-13-51
SS850L-13-52
SS800-335
*
In-Line Lubricator
for SS850RD Models
SS850R-419
*
Lubricator
for SS850LD Models
SS850L-419
*
Tune-up Kit (includes illustrated parts
Drive Gear Screw
SS800-179
[2], 7, 8, 10, 10A[4], 11, 15, 18, 24, 25,
Drive Gear Screw O-Ring
SS800-176
27, 31, 33, 34, 36, 37, 39, 50, 51, 60 and 61)
R4K-302
SRV150
SS660-A674
SM450-A735
SM450-A267AT
NL-24-8
HDL2
SS850-TK2
*
Not Illustrated
†
Indicates Tune-up Kit part.
•
To keep downtime to a minimum, it is desirable to have on hand certain repair parts. We recommend that you stock one (pair or set)
of each part indicated by a bullet (•) for every four tools in service.
03531480_ed13
29
Maintenance, Disassembly / Assembly Instructions
WARNING
Always wear eye protection when operating or performing any maintenance on this starter. Always turn off the air supply and
disconnect the air supply hose before installing, removing or adjusting any accessory on this starter or before performing any
maintenance on this starter.
Lubrication
Each time a Series SS815, SS825 or SS850 Starter is disassembled for
maintenance or repair, lubricate the starter as follows:
For temperatures above 32°F (0°C), use a good quality SAE 10
non-detergent motor oil.
For temperatures below 32°F (0°C), use diesel fuel.
1. Lubricate all O-Rings with O-Ring lubricant.
2. Lubricate the Drive Gear (62) with 8 oz. of Ingersoll Rand No.
130 Grease.
3. Lubricate the Vanes (15) with 10W non-detergent oil.
4. Lubricate the inside diameter of the Drive Shaft (53) with
Ingersoll Rand No. 130 Grease.
5. Lubricate the Front Drive Gear Bearing (44) with Ingersoll Rand
No. 130 Grease.
6. Lubricate the pinion end of the Drive Shaft with Ingersoll Rand
No. 11 Grease.
7. Wipe a thin film of Ingersoll Rand No. 130 Grease in the bore of
the Drive Housing (58).
8. Roll the Piston Return Spring (56) in Ingersoll Rand No. 130
grease.
9. Coat the outside of the Piston (49) with Ingersoll Rand No. 130
Grease.
Disassembly
General Information
1. Do not disassemble the starter any further than necessary to
replace worn or damaged parts.
2. When grasping a part in a vise, always use leather-covered or
copper-covered vise jaws to protect the surface of the part and
help prevent distortion. This is particularly true of threaded
members.
3. Do not remove any part which is a press fit in or on a subassembly
unless the removal of that part is necessary for replacement or
repairs.
4. Always have a complete set of seals and O-Rings on hand before
starting any overhaul of a starter. Never reuse old seals or gaskets.
5. Always mark adjacent parts on the Motor Housing Cover (2),
Motor Housing (1), Gear Case (58) and Drive Housing (30) so these
members can be located in the same relative position when the
Starter is reassembled.
Drive Housing
1. Remove the rear Motor Housing Cover Plug (3) from the rear of
the Motor Housing Cover (2).
2. Grasp the Drive Pinion (23) in a vise with the Starter supported on
the workbench.
NOTICE
Models SS815RB, SS825RC and SS850RD have a left-hand
thread; Models SS815LB, SS825LC and SS850LD have a right
hand thread.
3.
4.
5.
6.
Using a wrench, remove the Drive Pinion Retaining Screw (21).
Remove the starter from the vise.
Remove the Drive Pinion Washer (22) and the Drive Pinion (23).
Slide the Pinion Spring Sleeve (24) and the Pinion Spring (25) off
the Drive Shaft.
7. Insert a 3/8” square drive extension through the Motor Housing
Cover to hold the Rotor (13) from turning. Using a 5/16” (8 mm) x
8” (203 mm) long hex wrench inserted into the end of the Drive
Shaft, unscrew the Drive Gear Screw (26).
8. Unscrew and remove the Drive Housing Cap Screws (28) and Lock
Washers (29).
9. Tap the Drive Housing (30) with a plastic hammer to help
dislodge it from the Gear Case (58).
WARNING
Failure to follow this procedure could result in injury to
personnel.
30
10.Place the Drive Housing in an arbor press, piston end up. Apply
pressure to the Piston (49) to compress the Piston Return Spring
(56) before removing the Bulkhead Retainer (34).
11.Using a screwdriver, remove the Bulkhead Retainer. Ease off the
arbor press.
CAUTION
Make sure the tension of the spring pushes the Bulkhead out of
the Drive Housing before removing the Drive Housing from the
arbor press.
12.Remove the Bulkhead (35) from the Piston.
13.Remove the Outer Bulkhead O-Ring (36) and the Inner Bulkhead
O-Ring (37).
14.Slide the Drive Shaft (53) from the Drive Housing.
15.Pull the Piston Return Spring (56) off the Drive Shaft.
NOTICE
Do not remove the Front Drive Shaft Bearing (32) or the Drive
Housing Seal (33) unless replacement is necessary and new
parts are available. The Bearing and/or the Seal will always be
damaged when removed from the Drive Housing.
16.Remove the Piston O-Ring (50) from the Piston.
NOTICE
The following operation will damage the Piston Seal (51).
Therefore, always have a replacement Seal on hand.
17.Insert a large screwdriver blade through the Piston Seal so that
it rests on top of the Clutch Spring Cup. Pry the Seal out of the
Piston.
18.Press the Clutch Spring Cup (40) down and remove the Clutch
Spring Cup Retainer (39).
19.Remove the Clutch spring Cup and Clutch Spring (41).
20.Remove the two Clutch Jaws (42).
21.Remove the Front Drive Gear Bearing (44), Drive Gear Cup (45),
Drive Gear Lock Washer (46), Drive Gear Screw O-Ring (27) and
Drive Gear Screw (26).
22.Using a screwdriver, remove the Large Drive Shaft Bearing
Retainer (47).
23.Press the Rear Drive Shaft Bearing and Drive shaft (53) out of
the Piston. If the Rear Drive Shaft Bearing needs to be replaced,
proceed as follows:
a. Using a small chisel, cut and remove the small drive shaft
bearing retainer on the Drive Shaft.
b. Press the Rear Drive Shaft Bearing (54) off the Drive Shaft.
03531480_ed13
Motor Housing
1. Unscrew and remove the Motor Housing Cover Cap Screw (4).
2. Pull the Motor Housing Cover (2) from the motor Housing (1).
It may be necessary to dislodge the Motor Housing Cover by
tapping it with a plastic hammer.
3. Tap the Gear Case (58) with a plastic hammer to dislodge it from
the Motor Housing.
4. Grasp the Rotor Pinion in a vise and using a wrench, remove the
Rotor Pinion Retaining Screw (19).
5. Remove the Rotor Pinion (20) from the rotor shaft.
6. Slide the Front End Plate (16), Front Rotor Bearing (18) and Motor
Wave Washers (17) off the rotor shaft.
7. Remove the Rotor (13) and Rear End Plate (9) from the Cylinder.
8. Remove and examine each Vane (15). Install a new set of Vanes if
any Vane is cracked, spalled or worn to the extent that its width is
15/16” (24 mm) or less at either end.
9. Grasp the Rotor in a vise. Using a 5/32” (4 mm) hex wrench, loosen
the Rotor Clamp Nut Screw (14). Unscrew and remove the Rotor
Clamp Nut (12).
Assembly
General Instructions
1. Always press on the inner ring of a ball-type bearing when
installing the bearing on a shaft.
2. Always press on the outer ring of a ball-type bearing when
pressing the bearing into a bearing recess.
3. Whenever grasping a starter or part in a vise, always use
leather-covered or copper-covered vise jaws. Take extra care with
threaded parts or housings.
4. Except for bearings, always clean every part and wipe every part
with a thin film of oil before installation.
5. Check every bearing for roughness. If an open bearing must be
cleaned, wash it thoroughly in a suitable cleaning solution and
dry with a clean cloth. Sealed or shielded bearings should
never be cleaned. Work grease thoroughly into every open
bearing before installation.
6. Apply a film of O-Ring lubricant to all O-Rings before final
assembly.
Gear Case
1. Place the Drive Gear Bearing Retainer (59) over the rear end of
the Drive Gear.
2. Using an arbor press, press the Rear Drive Gear Bearing (61) onto
the rear end of the Drive Gear.
3. Using retaining ring pliers, install the Drive Gear Shaft Bearing
Retainer (60).
4. Position the Gear Case on a workbench. Using a plastic hammer,
seat the Rear Drive Gear Bearing into the Gear Case by tapping
the opposite end of the Drive Gear.
5. Using retaining ring pliers and working through the access holes
in the gear web, install the Drive Gear Bearing Retainer (59).
6. Lubricate the Drive Gear with approximately 8 oz. (240 mL) of
Ingersoll Rand No. 130 Grease.
Motor Housing
1. Clamp the Rotor in a vise threaded end up.
2. Install the Rear Rotor Bearing (10) into the Rear End Plate.
3. Using O-Ring lubricant, lubricate and install the Small Rear Rotor
Bearing O-Ring (10A) onto the rotor shaft until it butts against the
rotor shaft shoulder.
4. Install the Rear End Plate (9), bearing end up, onto the rotor shaft.
5. Screw the Rotor Clamp Nut (12) onto the rotor shaft with the
shoulder toward the bearing. Tighten the nut until there is .001”
(.02 mm) to .003” (.07 mm) clearance between the Rear End Plate
and Rotor.
6. Using a 5/32” (4 mm) hex wrench, tighten the Rotor Clamp Nut
Screw (14). After tapping the End Plate away from the rotor face
with a plastic hammer, recheck the clearance between the Rear
End Plate and Rotor.
03531480_ed13
10. Remove the Large Rear Rotor Bearing O-Ring (11).
11. Remove the Rear End Plate (9) from the rotor shaft.
12. Remove the Small Rear Rotor Bearing O-Ring (10A) from the rotor
shaft.
13. If the Rear Rotor Bearing (10) needs to be replaced, remove it from
the Rear End Plate.
14. Push the Cylinder (5) out of the Motor Housing.
15. Remove the Cylinder O-Rings (8) from the Cylinder.
Gear Case
1. Place the Gear Case (58) on a workbench.
2. Using retaining ring pliers and working through the access holes
in the gear web, remove the Drive Gear Bearing Retainer (59).
3. Pull the Drive Gear (62) out of the Gear Case.
4. Do not disassemble the Drive Gear of Series SS815, SS825 or
SS850. If the Drive Gear is defective, install a new or factory rebuilt
unit.
5. Using a retaining ring pliers, remove the Drive Gear Shaft Bearing
Retainer (60).
6. Remove the Rear Drive Gear Bearing (61) from the Drive Gear.
7. Check the two End Plate Alignment Pins (6). If they are bent or
broken, remove them from the Cylinder and press in a new pin
or pins.
8. Check the Cylinder Alignment Pin (7). If it is bent or broken,
remove it from the Cylinder and press in a new pin.
9. Using O-Ring lubricant, lubricate and install the two inside
Cylinder O-Rings (8).
10. Position the Motor Housing (1) vertically, on two blocks of wood,
locating slot up.
11. Using a plastic hammer, tap the Cylinder (5) into the Motor
Housing making sure the Cylinder Alignment Pin (7) seats into the
slot of the Motor Housing.
12. Using O-Ring lubricant, lubricate and install the two outside
Cylinder O-Rings (8).
13. For Right-Hand Rotation Starter: Insert the Rotor (13) into the
Cylinder, pinion end toward the Cylinder Alignment Pin.
NOTICE
Make sure the protruding End Plate Alignment Pin (6) in the
Cylinder aligns with the dowel hole in the Rear End Plate (9)
numbered SS800R-12. Make sure the air ports of both the
Cylinder and the Rear End Plate align.
For Left-Hand Rotation Starter:
Insert the Rotor (13) into the Cylinder, pinion end away from the
Cylinder Alignment Pin.
NOTICE
Make sure the protruding End Plate Alignment Pin (6) in the
Cylinder aligns with the dowel hole in the Rear End Plate (9)
numbered SS800L-12. Make sure the air ports of both the
Cylinder and the Rear End Plate align.
14.Lightly lubricate each Vane (15) and insert one in each of the
rotor vane slots.
15.Slide the Front End Plate (16) over the pinion end of the Rotor. The
other protruding End Plate Alignment Pin (6) in the face of the
Cylinder should align with the dowel hole in the Front End Plate.
16.Insert the two Motor Wave Washers (17) into the Front End Plate
well.
17.Install the Front Rotor Bearing (18) into the Front End Plate well.
18.Install the Rotor Pinion (20) on the rotor shaft so that the lugs on
the Pinion engage those on the shaft.
19.Screw the Rotor Pinion Retaining Screw (19) into the rotor shaft
and tighten to 90 ft-lb (122 Nm) torque.
20.Using O-Ring lubricant, lubricate and install the Rear Rotor
Bearing O-Ring (11) onto the Rear Rotor Bearing.
21. Check freeness of the motor by turning the Rotor Pinion. If necessary,
tap the Front End Plate with a soft hammer to align the motor.
31
22.Align the punch marks on the Gear Case (58), Motor Housing (1)
and Motor Housing Cover (2) and assemble as follows:
a. Grasp the Gear Case (58) in a vise by the Drive Gear Shaft.
b. Insert the pinion end of the motor into the Gear Case.Using a
soft hammer, tap the Motor Housing (1) until it seats.
c. Position the Motor Housing Cover (2) on the Motor Housing.
Using a soft hammer, tap the Motor Housing Cover until it is
seated on the Motor Housing.
NOTICE
Screw a 12” (305 mm) piece of 1-1/2” (38 mm) pipe into the air
inlet to act as a handle to help align the Motor Housing with the
Motor Housing Cover and Gear Case.
16.Slide the Piston Return Spring (56) onto the Drive Shaft and snap
it into the front of the Piston so that it is against the Large Drive
Shaft Bearing Retainer (47).
17.Lubricate and insert the assembled Drive Shaft into the Drive
Housing.
18.Using O-Ring lubricant, lubricate and install the Outer Bulkhead
O-Ring (36) and the Inner Bulkhead O-Ring (37) on the
Bulkhead (35).
19.Slide the Bulkhead onto the Piston.
20.With the Drive Housing in the arbor press, press down on the rear
face of the Piston.
NOTICE
d. Lubricate the threads and install the Motor Housing Cover
Cap Screws (4) and Lock Washers (4A), alternately tightening
each a little at a time to a final torque of 60 ft-lb (81.4 Nm).
24.Install two of the Housing Cover Plugs (3) into the Motor Housing
Cover inlet boss and tighten securely.
Feel the underside of the Drive Housing to make sure the Drive
Shaft passes through the Bearing.
Drive Housing
Make sure the Bulkhead Retainer is properly seated in the Motor
Housing groove before easing off the arbor press.
1. Press the Rear Drive Short Bearing (54) onto the Drive Shaft.
2. Slide the small bearing retainer, convex side first, onto the Drive
Shaft. Press it into position in accordance with the instructions
packaged with the new Retainer.
3. Assemble the Drive Gear Screw (26), Drive Gear Lock Washer (46),
Drive Gear Cup (45) and Drive Gear Screw O-Ring (27).
4. Grasp the Drive Shaft (53) in a vise, pinion end down. Place
assembled Drive Shaft Screw Unit into the Drive Shaft, screw and
head down. Lubricate the inside diameter of the Drive Shaft with
Ingersoll Rand No. 130 Grease.
5. Slide the Front Drive Gear Bearing (44) into the Drive Shaft.
6. Lubricate with Ingersoll Rand No. 130 Grease and install the
Driving Clutch Jaw teeth facing up and Driven Clutch Jaw teeth
facing down into the Drive Shaft.
7. Insert the Clutch Spring (41) into the Drive Shaft.
8. Insert the Clutch Spring Cup (40) into the Drive Shaft.
9. Press the inserted parts into the Drive Shaft, and install the Clutch
Spring Cup Retainer (39).
10. Using an arbor press, press the Piston Seal (51), cover side out,
into the Piston until it is flush with the piston face.
11. Install the Piston (49) onto the Drive Shaft until the Rear Drive
Shaft Bearing seats into the Piston.
12. Using a thin flat blade screwdriver to assist in this operation, coil
the Large Drive Shaft Bearing Retainer (47) into the groove of the
Piston to retain the outer race of the Drive Shaft Bearing.
13. Lubricate the Piston O-Ring (50) and install it in the groove of
the Piston.
14. Position the Drive Housing in an arbor press, pinion end down
and install the Drive Housing Seal (33) into the Drive Housing.
NOTICE
Press the Seal into the Drive Housing so that the lip of the Seal
faces towards the Drive Pinion.
15.Using a sleeve that contacts the outer race of the Front Drive
Shaft Bearing (32), press the Bearing into the Drive Housing until
it seats. For Models SS815 and SS825, drop the Piston Return
Spring Seat (57) on top of the Front Drive Shaft Bearing.
Using a screwdriver, install the Bulkhead Retainer (34).
WARNING
21.Remove the Drive Housing from the arbor press.
22.Using O-Ring lubricant, lubricate and install the Drive Housing
O-Ring (31) in the groove of the Drive Housing.
23.Position the assembled Motor Housing and Gear Case on a
workbench. Assembled unit must be upright to accept the Drive
Housing.
24.Carefully position the assembled Drive Housing (30) on to the
Gear Case so as not to damage the Piston Seal. Align the punch
marks of the Gear Case and Drive Housing.
25.Install the Drive Housing Cap Screw Lock Washers (29) and the
Drive Housing Cap Screws (28) and tighten to 28 ft-lb (38 Nm)
torque.
26.Insert a 3/8” (10 mm) square drive extension bar through the hole
in the Motor Housing Cover to prevent the Rotor from turning.
Using a 5/16” (8 mm) x 8” (203 mm) long hex wrench inserted into
the end of the Drive Shaft, tighten the Drive Gear Screw (26) to 29
ft-lb (39.3 Nm) torque.
27.Using Ingersoll Rand No. 11 Grease, Lubricate and slide the
Pinion Spring (25) and the Pinion Spring Sleeve (24) over the
Pinion end of the Drive Shaft.
28.Lubricate the pinion end of the Drive Shaft with Ingersoll Rand
No. 11 Grease and install the Drive Pinion (23).
29.Grasp the Drive Pinion in a vise with the Starter supported on a
workbench.
30.Place the Drive Pinion Washer (22) onto the Drive Pinion
Retaining Screw (21). Install the Drive Pinion Retaining Screw into
the end of the Drive Shaft and tighten it to 80 ft-lb (108.5 Nm)
torque for SS815 and SS825 Starters, and 125 ft-lb (169.5 Nm)
torque for SS850 Starters.
NOTICE
Models SS815RB, SS825RC and SS850RD have a left-hand thread;
Models SS815LB, SS825LC and SS850LD have a right-hand thread.
Remove the Starter from the vise.
31.Install the rear Motor Housing Cover Plug (3) and tighten securely.
Test and Inspection Procedure
1. Clutch Ratcheting: Turn the Drive Shaft Pinion (23) by hand in the
direction of Starter rotation. The clutch should ratchet smoothly
with a slight clicking action.
2. Motor and Gearing Freeness: Turn the Drive Shaft Pinion (23)
opposite the direction of Starter rotation. The Drive Shaft Pinion
should turn by hand.
3. Pinion Engagement: Apply 50 psig (3.4 bar/345 kPa) pressure
to the engagement “In” Port. Drive Shaft Pinion (23) should move
outward and air or gas should escape from the “Out” Port. Plug the
“Out” Port and apply 150 psig (10.3 bar/I 034 kPa) pressure to the
“In” Port. Check and make sure no air or gas is escaping. Measure the
dimension from the face of the Drive Shaft Pinion (23) to the face
of the mounting flange. It should be 2-23/32” (69.0 + 2.0 mm) for
32
Models SS815, SS825 and 8-3/4” (222 + 2.0 mm) for Model SS850.
Remove the pressure from the “In” Port. Measure the distance from
the face of the Drive Shaft Pinion (23) to the face of the mounting
flange. It should be 1-25/32” 45.0 + 2.0 mm) for Models SS815,
SS825 and 7-3/32” (180 + 2.0 mm) for Model SS850.
4. Motor Vane Action: Apply 90 psig (6.2 bar/620 kPa) pressure
using a 3/8” (9 mm) supply line to the inlet of the motor. Starter
should run smoothly.
5. Motor Seals: Plug the exhaust and apply 20 psig
6. (1.4 bar/138 kPa) pressure to the inlet of the motor. Immerse the
Starter for 30 seconds in a nonflammable solvent. If the Starter is
properly sealed, no bubbles, will appear.
03531480_ed13
Troubleshooting Guide
Trouble
Motor will not run
No air supply.
Probable Cause
Solution
Check for blockage or damage to air supply lines or tank.
Damaged Motor Assembly
Inspect Motor Assembly and power train and repair or replace if
necessary.
Foreign material in Motor and/or piping
Blocked exhaust system.
Defective Control Valve or Relay Valve.
Low air pressure to Starter.
Restricted air supply line.
Relay Valve malfunctioning.
Exhaust flow restricted.
Loss of Power
Damaged Motor Assembly.
Foreign material in Starter Drive.
Damaged or worn Drive parts.
Inadequate lubrication.
Starter drive does
not engage ring
gear or engages and
disengages ring gear
very slowly.
WARNING
Clogged control hoses.
Clogged or faulty Control Valve.
Broken Clutch Jaws or other parts.
Motor runs, pinion
engages but does not
rotate.
Excessive butt
engagements.
Remove Motor Assembly and/or piping and remove blockage.
Remove Housing Exhaust Cover and check for blockage.
Replace Control Valve or Relay Valve.
Check air supply.
Check for blockage or damage to air lines.
Clean or replace lines or Relay Valve. Lube Relay Valve.
Check for blocked or damaged piping. Clean or replace piping. Check
for dirt or foreign material and clean or remove. Check for ice build-up.
Melt ice and reduce moisture build-up to Starter.
Replace Motor Assembly.
Foreign material in Starter Drive.
Check Drive components and replace if necessary.
Check the lubricator, inlet hose, fitting, and oil supply hose to make
sure they are vacuum tight and free of leaks. Tighten all joints and
replace lubricator if necessary.
Remove the control hoses attached to the Drive Housing and clean
them by blowing compressed air through them.
Broken Shaft, Gearing, or Clutch Jaws.
Dry Drive Pinion Spline.
Firmly secure the hose end before turning on the air. Make certain
no one is in line with the discharge end of the control hose.
Remove and inspect the Control Valve or install a new Control Valve
if necessary.
Disassemble Drive Housing and replace broken parts.
Disassemble Drive Housing and replace broken parts.
Remove Drive Pinion and lubricate the Drive Pinion and the helical
spline of the Drive Shaft. Refer to Disassembly of the Drive Housing.
Parts and Maintenance
NOTICE
The use of other than genuine Ingersoll Rand replacement parts may result in safety hazards, decreased motor performance, and
increased maintenance, and may invalidate all warranties.
Ingersoll Rand is not responsible for customer modification of Starters for applications on which Ingersoll Rand was not consulted.
Repairs should be made only by authorized trained personnel. Consult your nearest Ingersoll Rand Authorized Service center.
When the life of the Starters has expired, it is recommended that the Starters be disassembled, degreased and parts be separated by material so
that they can be recycled.
Manuals can be downloaded from ingersollrandproducts.com.
Refer all communications to the nearest Ingersoll Rand Office or Distributor.
03531480_ed13
33
Notes:
Notes:
ingersollrandproducts.com
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