IS230TCISH6C
Description
Basic Overview
Core Functional Features
Interface & Wiring Design
Equipped with 2 pluggable fence‑style terminal blocks, each with 24 connection points (total 48 field wiring points), supporting #12 AWG (2.05 mm²) or #14 AWG (1.63 mm²) wires, 300V insulation rating.
Screw terminal pitch: 9.53 mm (0.375 in), compatible with ring terminals and bare wire termination with retention clips.
Backside: 3 × 37‑pin female connectors + 2 auxiliary plug connectors, for direct connection to Mark VIe I/O processor packages (e.g., IS220 series I/O packs) via custom cables.
Integrated chassis ground (SCOM) terminals for short‑path EMC/grounding protection.
System Compatibility & Architecture
Designed for Mark VIe / Mark VIeS distributed control systems, supports simplex and TMR (Triple Modular Redundant) configurations.
Works with Mark VIe I/O packages (local processor running QNX real‑time OS + data acquisition board) for distributed I/O deployment.
Passive circuit design: No active components on the terminal board; supports hot‑swap and field wiring reconnection if passive circuits fail.
Environmental & Mechanical Reliability
Industrial‑grade PCB, fanless passive cooling, DIN‑rail mounting metal carrier for cabinet installation.
High isolation, surge suppression, and EMI/RFI immunity for power plant/heavy industrial electromagnetic interference environments.
Fully software‑configured; no on‑board jumpers/DIP switches required for channel setup.
Technical Specifications

Application & System Matching
Primary Use: Interface for analog/digital input/output field signals (temperature, pressure, flow, limit switches, valve position, relay control) in Mark VIe turbine control systems.
Compatible I/O Packages: IS220PAICH, IS220PAOCH, IS220PCLAH, IS220PCNOH series Mark VIe I/O processor modules.
Typical Deployment: Distributed I/O racks near field equipment, reducing long cable runs and improving signal integrity.
Key Advantages
Pluggable Terminals: Fast wiring, easy maintenance, and reduced downtime during replacement.
High Isolation & Noise Immunity: Stable signal transmission in strong electromagnetic interference environments.
Distributed I/O Flexibility: DIN‑rail mount supports decentralized layout, matching Mark VIe distributed architecture.
Redundancy Support: Fully compatible with TMR architecture for critical turbine safety and control loops.
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