GE IS200PMCIH1A IS200PMCIH1ABA
| Brand | GE |
| Module Number | IS200PMCIH1A CC |
| Unit price | $7999 |
| Country Of Origin | USA |
| Weight | 0.75KG |
| Certificate |
C/O from the Chamber of Commerce C/Q from the Manufacturer |
| Warranty | 12 Months |
| Inventory Qty | 7 |
GE IS200PMCIH1A is Power management and communication coprocessor module, GE Mark VI series
IS200PMCIH1A, there is BA and CC suffixes
It converts 125VDC to+5V, ±15V, 24VDC required by EX2100 excitation system
Upon power-up, an LED status indicator illuminates to signal active over-voltage, over-current, and over-temperature protection. The board also supports Triple Modular Redundancy (TMR) and features multi-protocol communication capabilities, enabling data exchange with controllers, I/O modules, and host systems; furthermore, it employs control algorithms and signal sampling to diagnose potential product faults.
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Power parameters |
Input: 18–36VDC Power Consumption: 12W |
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Output Current |
+5V, ±15V, 24VDC |
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Communication protocol |
Modbus TCP/IP, EtherNet/IP, Genius Bus, OPC UA |
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Interface design |
2×Gigabit Ethernet Ports (RJ45), 1×USB Debug Port, 2×Serial Ports (RS232/485), Industrial Terminals, VME Bus Slot |
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Certification qualifications |
UL, CE, CSA, RoHS Certifications, Suitable for Class I, Div.2 Hazardous Areas |
Account Number 88800006406771
Account name Vogi International Trading Co., Limited
(* If the account name exceeds the available space, please continue in the address field.)
SWITF/BIC Code WIHBHKHHXXX
Bank name OCBC Hong Kong Branch
Bank address 161 Queen's Road Central, Central, Hong Kong
Country/Region Hong Kong (China)
Account type Business Account
Bank code 035
Payment method For the payment of goods, please make a FPS/CHATS/SWIFT Payment
Notes Please include the following memo/message to receiver when making a payment: [Buyer Name] [Invoice/Contract Number] [Product]
FAQ
Q: What is the official design service life of the GE IS200PMCIH1A module?
A: As a core component of GE industrial-grade control, the module has an official design service life of 10-15 years.
Q: In actual use, what factors will affect the service life of the module?
A: It is primarily influenced by the following four factors:
- Operating Environment: If temperatures fall outside the standard ranges of 0–65°C or -40–85°C—or if humidity exceeds 95% RH and condensation occurs—device aging will be accelerated.
- Operation: During use, excessive fluctuations in input voltage—or a failure to provide timely protection against overvoltage and overcurrent conditions—will result in damage to the internal circuitry.
- Maintenance: Failure to promptly or periodically clean dust from the module's surface—or to inspect the integrity of interface connections—will compromise heat dissipation and signal transmission, thereby shortening the device's service life.
- Overload Operation: Prolonged operation under excessive loads (e.g., exceeding the standard power consumption of 12W) will exacerbate wear and tear on the internal components.
Q: What should be done to extend the actual service life of the module?
A：Strictly control the operating environment, adhere rigorously to prescribed procedures, and conduct regular maintenance and inspections to avoid prolonged periods of overload operation. Most importantly, ensure the availability of a stable power supply to minimize voltage fluctuations.
Only in this way can the service life be effectively extended.
