7C5207 PAN AS-OIL Caterpillar parts
3208
Rating:
Alternative (cross code) number:
CA7C5207
7C-5207
7C5207
CA7C5207
7C-5207
7C5207
Weight: 14 pounds 6 kg.
INDUSTRIAL ENGINE, TRUCK ENGINE,
Compatible equipment models: 7C5207:
Information:
A compensating current transformer is used in self regulated constant voltage generators with serial numbers 600 and up. These generators can come connected for any of the voltages that follow: Both voltages of a (120/208, 120/240, 200/400 or 240/480) single voltage generator can be used at the same time. On the (120-240, 200-400 or 240-480) 10 wire dual voltage generators the leads can be connected to get one or the other of the voltages, not both at the same time. Rated voltage on dual voltage generators is for a line to line connection. A line to neutral connection will give 58% of the rated voltage.
If the generator is operated at a voltage that is different than nameplate rating; you must operate with a different kW output limit. Use the formula that follows to find the kW limit for voltages other than nameplate.
I and P.F. are constant, at nameplate rating. If output voltage is changed, the three phase kW limit will change.Example: The ampere rating on the generator must not be exceeded.Three Phase Generators
120/208 Volt Generators
Saturable reactor (C) has the common tap connected to phase winding lead (t2) through regulator terminal (10). The 120V tap is connected to contact (D0), on voltage droop control switch (B), through regulator terminal (1). The generator neutral (T0) is connected to the regulator through regulator terminal (2).120/208V generators can be made to give 127/220V or 139/140V service. If the wire on the 120V tap is moved to the 127V tap, the generator will give 220V line to line and 127V line to neutral.
The KW, KVA and ampere output of the generator must be limited to less than nameplate rating to help prevent damage to the generator field windings.
To calculate the reduction necessary, use the formula that follows: If the wire on the 120V tap is moved to the 139V tap, the generator will give 240V line to line and 138V line to neutral. The output of the generator must be limited to: When a 120/208V self regulated constant voltage generator is to be operated in parallel with a 120/208V "N" or "K" series self regulated saturated field generator, the saturable reactor must be connected to use the common and 127V taps. Make a mark (show new location) on the nameplate of the generator when reactor taps are changed from the original location.
120/208 VOLT GENERATOR CONNECTION A. Voltage droop transformer.B. Voltage droop control switch.C. Saturable reactor.D. Full wave rectifier.E. Generator armature (stator).F. Generator field (rotor).G. Exciter armature.H.
If the generator is operated at a voltage that is different than nameplate rating; you must operate with a different kW output limit. Use the formula that follows to find the kW limit for voltages other than nameplate.
I and P.F. are constant, at nameplate rating. If output voltage is changed, the three phase kW limit will change.Example: The ampere rating on the generator must not be exceeded.Three Phase Generators
120/208 Volt Generators
Saturable reactor (C) has the common tap connected to phase winding lead (t2) through regulator terminal (10). The 120V tap is connected to contact (D0), on voltage droop control switch (B), through regulator terminal (1). The generator neutral (T0) is connected to the regulator through regulator terminal (2).120/208V generators can be made to give 127/220V or 139/140V service. If the wire on the 120V tap is moved to the 127V tap, the generator will give 220V line to line and 127V line to neutral.
The KW, KVA and ampere output of the generator must be limited to less than nameplate rating to help prevent damage to the generator field windings.
To calculate the reduction necessary, use the formula that follows: If the wire on the 120V tap is moved to the 139V tap, the generator will give 240V line to line and 138V line to neutral. The output of the generator must be limited to: When a 120/208V self regulated constant voltage generator is to be operated in parallel with a 120/208V "N" or "K" series self regulated saturated field generator, the saturable reactor must be connected to use the common and 127V taps. Make a mark (show new location) on the nameplate of the generator when reactor taps are changed from the original location.
120/208 VOLT GENERATOR CONNECTION A. Voltage droop transformer.B. Voltage droop control switch.C. Saturable reactor.D. Full wave rectifier.E. Generator armature (stator).F. Generator field (rotor).G. Exciter armature.H.
Caterpillar SIS machinery equipment:
Caterpillar SIS
3208 INDUSTRIAL ENGINE 03Z00001-10092 »
7C-5207
PAN AS-OIL
3208 Industrial Engine Naturally Aspirated 90N52893-UP »
7C-5207
PAN AS-OIL
3208 TRUCK ENGINE 02Z00001-40744 »
7C-5207
PAN AS-OIL
3208 Truck Engine 51Z55824-UP »
7C-5207
PAN AS-OIL
3208 Truck Engine Turbocharged 02Z40745-UP »
7C-5207
PAN AS-OIL
3208 Industrial Engine 03Z10093-UP »
7C-5207
PAN AS-OIL
Parts pan Caterpillar catalog:
9N0565
PAN GP-OIL
225, 3208, 613B, CB-614, CS-551, PS-500
225, 3208, 613B, CB-614, CS-551, PS-500
4N8853
PAN GP-OIL
225, 225D, 227, 229, 231D, 3208
225, 225D, 227, 229, 231D, 3208
9N8064
PAN GP-OIL
3208
3208
9N6065
PAN-OIL
1673C, 225, 3208, 3306, 3306C, G3306
1673C, 225, 3208, 3306, 3306C, G3306
9N8063
PAN ASSEM.
3208
3208
2949168
PAN GP-OIL
140M, 140M 2, 160M, 160M 2
140M, 140M 2, 160M, 160M 2
3156145
PAN GP-OIL
3516B, 3516C
3516B, 3516C
3617866
PAN GP-OIL
3.4B IOPU, 311F LRR, C3.4B, CB-44B, CB-54B, CD-54B, CW-14
3.4B IOPU, 311F LRR, C3.4B, CB-44B, CB-54B, CD-54B, CW-14
4P5279
PAN GP-OIL
3176, 3176B
3176, 3176B
2497150
PAN GP-OIL
CB-214E, CB-334E
CB-214E, CB-334E
3222416
PAN GP-OIL
C2.2
C2.2
6N0995
PAN GP-OIL
594H, D9H
594H, D9H
3518275
PAN GP-OIL
C7.1, D6K2 LGP, D6N LGP, D6N OEM
C7.1, D6K2 LGP, D6N LGP, D6N OEM
7E4197
PAN GP-OIL
3412, 3412C, PM3412
3412, 3412C, PM3412