7N4442 PUMP GP-WATER Caterpillar parts
206
Rating:
Alternative (cross code) number:
CA7N4442
7N-4442
7N4442
CA7N4442
7N-4442
7N4442
Weight: 6 pounds 3 kg.
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Generic 7N4442 Water Pump for Mitsubishi
GENERIC Please Note That Some Listings Use Stock Images As A Reference For Customers note that all OEM part numbers and logos are to be used for identification purposes only || MB7N4442
GENERIC Please Note That Some Listings Use Stock Images As A Reference For Customers note that all OEM part numbers and logos are to be used for identification purposes only || MB7N4442
$102.37
20 Jul 2022
US: # 1 Quality Par
Aftermarket replacement 7N4442 Water Pump for Mitsubishi
Generic 7N4442 Water Pump for Mitsubishi || MB7N4442
Generic 7N4442 Water Pump for Mitsubishi || MB7N4442
$111.54
23 Mar 2021
-: -
CT7N4442 : PUMP - WATER FOR CATERPILLAR & MITSUBISHI
CATERPILLAR & MITSUBISHI || All Brand new & rebuilt items comes with 1 year warranty. || PUMP - WATER FOR CATERPILLAR & MITSUBISHI FORKLIFT. CATEGORY : FORKLIFT PARTS - CATERPILLER/TOWMOTOR. THIS ITEM CAN ALSO BE FOUND UNDER THE FOLLOWING PART NUMBERS: 7N4442, CT 7N4442, CATERPILLAR & MITSUBISHI/TOWMOTOR7N4442, CATERPILLAR & MITSUBISHI/TOWMOTOR 7N4442, 7N4442
CATERPILLAR & MITSUBISHI || All Brand new & rebuilt items comes with 1 year warranty. || PUMP - WATER FOR CATERPILLAR & MITSUBISHI FORKLIFT. CATEGORY : FORKLIFT PARTS - CATERPILLER/TOWMOTOR. THIS ITEM CAN ALSO BE FOUND UNDER THE FOLLOWING PART NUMBERS: 7N4442, CT 7N4442, CATERPILLAR & MITSUBISHI/TOWMOTOR7N4442, CATERPILLAR & MITSUBISHI/TOWMOTOR 7N4442, 7N4442
Number on catalog scheme:
16
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Compatible equipment models: 7N4442:
Information:
Spare Output
Note: The spare output is usually used to give a high logic signal to a device for a customer or the spare output is used to give a low logic signal to a device for a customer. However, the spare output can be programmed to be a spare data output on the latest generator set controls. As a spare data output, the necessary serial data is available for operating the optional relay driver module (RDM). Earlier generator set controls such as the 103-6177113-4500117-6200120-6880123-6004136-3870 EMCP Electronic Controls do not have the serial data capability which is necessary for the RDM. The spare output responds to a selected trigger condition. The response and the trigger condition are programmable. The spare output is accessed on the auxiliary terminal strip (AUX) within the control panel. The control panel is located on the left wall of the 3500 engine. The spare output is marked as "SPARE" on the auxiliary terminal strip. For 3412 and 3456 engines, the spare output is accessed on the terminal strip. The terminal strip is located in the customer connection box.
Illustration 3 g00307942
Typical Active Low Configuration For Spare Output
Illustration 4 g00308023
Typical Active High Configuration For Spare OutputThe GSC must be programmed to make the active state of the spare output high or low. An active low state means that the output is pulled to the battery negative terminal when the output is active. The output draws approximately 100 mA when the output is in the low state. The output is floating at a high state when the GSC is programmed for an active high state. The voltage will measure approximately 5.0 DCV when no devices are connected to the spare output. When the spare output is in the high state, the spare output is floating. The spare output is also capable of driving the high impedance logic circuits only. When the spare output is in the high state, the spare output will not drive the low impedance loads such as relays. Setpoint SP07 is used for programming the active state of the spare output.SP07 - The default setting from the factory is 0.0 - active low state1 - active high stateThe condition that activates the spare output must be programmed in the GSC. A large selection of trigger conditions are available to activate the spare output. Setpoint SP11 is used for programming the trigger condition. SP11 -. The default setting from the factory is 7 (cooldown).
Table 1
SP11 Spare Output Trigger Conditions
1 For an active SP1 fault code that is an alarm fault.
2 For an active SP2 fault code that is an alarm fault.
3 For an active SP3 fault code that is an alarm fault.
4 Any active SP1, SP2 or SP3 fault code that is an alarm fault.
5 Any active AL fault code (AL1, AL2 or AL3) or diagnostic fault code (CID FMI) that is an alarm fault.
6 Any active alarm fault (SP1,
Note: The spare output is usually used to give a high logic signal to a device for a customer or the spare output is used to give a low logic signal to a device for a customer. However, the spare output can be programmed to be a spare data output on the latest generator set controls. As a spare data output, the necessary serial data is available for operating the optional relay driver module (RDM). Earlier generator set controls such as the 103-6177113-4500117-6200120-6880123-6004136-3870 EMCP Electronic Controls do not have the serial data capability which is necessary for the RDM. The spare output responds to a selected trigger condition. The response and the trigger condition are programmable. The spare output is accessed on the auxiliary terminal strip (AUX) within the control panel. The control panel is located on the left wall of the 3500 engine. The spare output is marked as "SPARE" on the auxiliary terminal strip. For 3412 and 3456 engines, the spare output is accessed on the terminal strip. The terminal strip is located in the customer connection box.
Illustration 3 g00307942
Typical Active Low Configuration For Spare Output
Illustration 4 g00308023
Typical Active High Configuration For Spare OutputThe GSC must be programmed to make the active state of the spare output high or low. An active low state means that the output is pulled to the battery negative terminal when the output is active. The output draws approximately 100 mA when the output is in the low state. The output is floating at a high state when the GSC is programmed for an active high state. The voltage will measure approximately 5.0 DCV when no devices are connected to the spare output. When the spare output is in the high state, the spare output is floating. The spare output is also capable of driving the high impedance logic circuits only. When the spare output is in the high state, the spare output will not drive the low impedance loads such as relays. Setpoint SP07 is used for programming the active state of the spare output.SP07 - The default setting from the factory is 0.0 - active low state1 - active high stateThe condition that activates the spare output must be programmed in the GSC. A large selection of trigger conditions are available to activate the spare output. Setpoint SP11 is used for programming the trigger condition. SP11 -. The default setting from the factory is 7 (cooldown).
Table 1
SP11 Spare Output Trigger Conditions
1 For an active SP1 fault code that is an alarm fault.
2 For an active SP2 fault code that is an alarm fault.
3 For an active SP3 fault code that is an alarm fault.
4 Any active SP1, SP2 or SP3 fault code that is an alarm fault.
5 Any active AL fault code (AL1, AL2 or AL3) or diagnostic fault code (CID FMI) that is an alarm fault.
6 Any active alarm fault (SP1,
Caterpillar parts catalog:
Parts pump Caterpillar catalog:
7N6422
PUMP GP-FUEL
206, 212, 428, AP-800, CB-424, CP-433B, CS-323, CS-431B, PR-75, PS-110, PS-130, PS-180, WE-601B
206, 212, 428, AP-800, CB-424, CP-433B, CS-323, CS-431B, PR-75, PS-110, PS-130, PS-180, WE-601B
1W8357
PUMP GP-ENGINE OIL
206, 416, 426, 428, 436, 438, CB-424, RT50
206, 416, 426, 428, 436, 438, CB-424, RT50
206, RT50
206, PS-110, RT50
206, CB-424
6C1265
PUMP GP-MOTOR
215B, 215D, 225, 229, 229D, 235, 235C, 235D, 245, 245B
215B, 215D, 225, 229, 229D, 235, 235C, 235D, 245, 245B
8U2981
PUMP GP
214B, 224B
214B, 224B
8U3861
PUMP GP-PILOT
224B
224B
206, CB-424
6E2415
PUMP GP-GEAR
245B, 245D
245B, 245D