Description:
IS215ACLEH1CA belong to GE EX2100 series EX2100, 1.1 GHz Processor Card.
IS215ACLEH1CA is a microprocessor-based master controller used to perform multiple duties over communication netwvorks such as Ethernet TM and ISBus. The ACL mounts in a standard Innovation Series TM drive or EX2100 exciter board rack and occupies two half-slots. IS215ACLEH1CA board rack are located in the control cabinet. In drive applications, the ACL’s P1 connector (4-row 128-pin) plugs into the Control Assembly Backplane Board(CABP). In the EX2100 exciter, the ACL mounts in the Exciter Backplane (EBKP) .
Power Requirements: 15Vdc, 100mA(peak)
IS215ACLEH1CA belong to GE EX2100 series EX2100, 1.1 GHz Processor Card.
IS215ACLEH1CA is a microprocessor-based master controller used to perform multiple duties over communication netwvorks such as Ethernet TM and ISBus. The ACL mounts in a standard Innovation Series TM drive or EX2100 exciter board rack and occupies two half-slots. IS215ACLEH1CA board rack are located in the control cabinet. In drive applications, the ACL’s P1 connector (4-row 128-pin) plugs into the Control Assembly Backplane Board(CABP). In the EX2100 exciter, the ACL mounts in the Exciter Backplane (EBKP) .
Power Requirements: 15Vdc, 100mA(peak)
| Overview | ||
| The IS215ACLEH1CA is a Serial Port Communication Link developed by General Electric (GE), designed to facilitate data communication within GE’s industrial control systems. This module enables efficient serial data exchange between various system components, ensuring seamless integration and reliable operation. | ||
| Product Feature | ||
| Efficient Data Communication | Versatile Protocol Support | Enhanced Reliability |
| Enables seamless and high-speed data exchange between different system components within GE’s industrial control networks. | Supports various communication protocols, providing flexibility to integrate with a wide range of industrial devices and control systems. | Designed to ensure stable and continuous communication, even in harsh industrial environments, minimizing downtime and communication errors. |
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