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Sumset International Trading Co.,Ltd We Are A Professional Supplier For Industrial Automation Spare Parts.
3 Years
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| Brand Name : | GE |
| Model Number : | IS220PCLAH1A |
| Certification : | COO |
| Price : | $7000 |
| Payment Terms : | T/T |
| Supply Ability : | 999 |
| Delivery Time : | 5-7days |
GE IS220PCLAH1A Core Analog I/O Module
Product Description:
The GE IS220PCLAH1A is a 4-channel Core Analog I/O Module belonging to the Mark VIe Series, designed for distributed control systems—primarily supporting aero-derivative gas turbines. Manufactured in the U.S., it operates on 28V DC across -30 to 65°C, featuring 16-bit A/D converter resolution for precise analog signal handling.
Its core function is to supply critical analog I/O for engine operation, integrating with SCLS/SCLT terminal boards. It supports diverse control configurations: dual/simplex controllers with TMR/simplex I/O. Installation involves mounting SCLS boards, direct PCLA connection to J3/J4, DIN-rail or cabinet mounting for SCLT, and 68-pin cable links. Operation relies on two circuit boards: a shared Mark VIe processor board and a BCLA acquisition board, ensuring seamless compatibility with all Mark VIe I/O packs/controllers and frame rates.
Key Features:
Precise Analog I/O: 4 channels with 16-bit A/D resolution, handling thermocouples,
RTDs, voltage, and 4–20 mA loops.
Flexible Compatibility: Works with all Mark VIe I/O packs/controllers, supports 10–320 ms
frame rates, and adapts to simplex/TMR configurations.
Robust Industrial Design: Operates at 28V DC across -30 to 65°C, with durable construction
suitable for harsh industrial environments.
Simplified Installation: Uses 4-corner SCLS mounting, 68-pin cables for SCLT links, and
clear grounding guidelines to ensure signal integrity; Ethernet
ports support single/dual connections.
Modular Operation: Comprises a shared Mark VIe processor board and BCLA acquisition
board, integrating with SCLS/SCLT terminal boards to enable
reliable analog signal acquisition and transmission for turbine
control.
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