柴油发电机在冬季起动为什么更困难

时间：2022-04-10

1B30023H02	I/O Bus Terminator
1B30035H01	I/O Termination Base
1B30047G01	Temp Compensation Cover
1C31107G01	24V/48V Digital Input (EM)
1C31107G02	125V Digital Input (EM)
1C31110G01	Single Ended SOE/Digital Input (PM)
1C31110G02	Differential SOE/Digital Input (PM)
1C31110G03	48VDC Contact Wetting SOE/Digital In (PM)
1C31113G01	+/- 20mV Analog Input (EM)
1C31113G02	+/- 50mV Analog Input (EM)
1C31113G03	+/- 100mV Analog Input (EM)
1C31113G04	+/- 1VDC Analog Input (EM)
1C31113G05	+/- 5VDC/0-20mA Analog Input (EM)
1C31113G06	+/- 10VDC Analog Input (EM)
1C31116G01	mV/VDC non-compensated Analog Input (PM)
1C31116G02	0-20mA Field Powered Analog Input (PM)
1C31116G03	0-20mA Locally Powered Analog Input (PM)
1C31116G04	mV Compensated Analog Input (PM)
1C31122G01	Digital Output (EM)
1C31125G01	Digital Output (PM)
1C31125G02	Digital Output (PM)
1C31125G03	Digital Output (PM)
1C31129G01	0-5VDC Analog Output (EM)
1C31129G02	0-10VDC Analog Output (EM)
1C31129G03	0-20mA Analog Output w/Diagnostics (EM)
1C31129G04	0-20mA Analog Output w/o Diagnostics (EM)
1C31132G01	Analog Outputs (PM)
1C31142G01	Contact Input (EM)
1C31147G01	5/12 and 24/48V Medium Speed Pulse (EM)
1C31147G02	5V High Speed (EM)
1C31150G01	Local Power Pos Common Pulse Acc. (PM)
1C31150G02	Local Power Neg Common Pulse Acc. (PM)
1C31150G03	External Power Pulse Accumulator (PM)
1C31157G01	24V/48V Sequence of Events (EM)
1C31157G02	125V Sequence of Events (EM)
1C31157G03	48V On-Card Contact Wetting SOE (EM)
1C31161G02	RTD (EM)
1C31164G02	RTD (PM)
1C31166G01	Link Controller RS232/RS485 (EM)
1C31169G01	RS232 Link Controller (PM)
1C31169G02	RS485 Link Controller (PM)
1C31174G01	0-10V AI; 0-10V AO Loop Interface (EM)
1C31174G02	0-5V AI; 0-10V AO Loop Interface (EM)
1C31174G03	0-20mA Loop Interface (EM)
1C31174G04	0-5V Electric Drive (EM)
1C31177G01	Voltage AO Loop Interface (PM)
1C31177G02	mA Local Shield Loop Interface (PM)
1C31177G03	mA Remote Shield Loop Interface (PM)
1C31179G01	Master - Attachment Unit Electronics
1C31179G02	Master - Attachment Unit Electronics
1C31181G01	Master - Attachment Unit PMOD - 2N (2km)
1C31181G02	Master - Attachment Unit PMOD - 4N (2km)
1C31181G03	Master - Attachment Unit PMOD - 2N (3.7km)
1C31181G04	Master - Attachment Unit PMOD - 4N (3.7km)
1C31189G01	Speed Detector Electronics Module
1C31192G01	Speed Detector Personality Module
1C31194G01	Valve Positioner Electronics Module
1C31194G02	Valve Positioner Electronics Module
1C31197G01	Valve Positioner Personality Module
1C31197G02	Valve Positioner Personality Module
1C31197G03	Valve Positioner Personality Module
1C31197G04	Valve Positioner Personality Module
1C31199G01	Servo Driver Electronics Module
1C31199G02	Servo Driver Electronics Module
1C31199G03	Servo Driver Electronics Module
1C31201G01	Servo Driver Personality Module
1C31201G02	Servo Driver Personality Module
1C31203G01	Remote Node Controller EMOD

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邢台发电机租赁,为什么发电机会发热
邢台发电机租赁,为什么发电机会发热（1）发电机没有按规定的技术条件运行，如定子电压过高，铁损增大；负荷电流过大，定子绕组铜损增大；频率过低，使冷却风扇转速变慢，影响发电机散热；功率因数太低，使转子励磁电流增大，造成转子发热。应检查监视仪表的指示是否正常。如不正常，要进行必要的调节和处理，使发电机按照规定的技术条件运行。（2）发电机的三相负荷电流不平衡，过载的一相绕组会过热；