Description
GE IS220YAICS1A L – Analog Input/Output SIL Module
Product Overview
Technical Specifications — IS220YAICS1A L
| Parameter | Value |
|---|---|
| Product Model | IS220YAICS1A L |
| Manufacturer | GE (General Electric) |
| Product Type | Analog Input/Output SIL Module |
| Power | 24V DC ±10%, Power Consumption ≤15W |
| Communication / Protocol | GE High-Speed Serial Bus, Modbus TCP/IP, Profinet |
| Operating Temperature | -20°C to +65°C |
| Mounting | Standard Rack Mount (compatible with Mark VIe I/O rack) |
| Dimensions (HxWxD) | 8.2cm x 12.2cm x 6cm |
| Weight | 0.36kg |
| Typical Interfaces | Industrial bus ports, analog input/output terminals |
| Compliance | SIL3, EN 61000 (EMC), CE |

IS220YAICS1A L
Key Features and Benefits — IS220YAICS1A L
- High precision signal conversion: 16-bit A/D (±0.1%) and D/A (±0.2%) conversion ensures accurate capture and output of analog signals like temperature, pressure, and flow.
- Dual isolation protection: 250V AC channel isolation and 500V AC system isolation prevent signal crosstalk and external electrical interference.
- SIL3 compliance: Suitable for critical safety applications, minimizing risks in high-stakes industrial processes.
- Hot-swap capability: Allows module replacement without shutting down the system, reducing operational downtime.
Related Models
- IS220PAICH1A: Analog I/O module compatible with Mark VIe systems, ideal for non-safety critical industrial applications.
- IS220YAICS1B: Enhanced SIL3 analog I/O module with extended temperature range for extreme environment use.
- IS200STAIH1A: Terminal board designed to work with IS220YAICS1A L for secure signal connectivity.
- IS220TBAIH1C: High-density terminal board for expanding the I/O capacity of the IS220YAICS1A L module.
IS220YAICS1A L
Installation and Maintenance
Product Warranty
Personally, I found that this module’s seamless integration with Mark VIe systems and SIL3 compliance make it a reliable choice for critical applications. Its dual isolation design stands out, as it effectively reduces signal interference in busy industrial control cabinets—something I’ve seen cause issues with lesser modules.
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