Honeywell 51195156-300
June 01, 2026

Honeywell 51195156-300

Product Introduction The 51195156-300 is a 16‑channel high‑level analog input card for Honeywell TDC3000/TPS DCS. It is the high‑accuracy version of the 51195156 series, used to acquire 4–20 mA current and 1–5 VDC voltage signals from field transmitters/sensors.

Description

Model Explanation

  • 51195156: Base part number for TDC3000 high‑level analog input card

  • ‑300: High‑accuracy hardware revision (vs. ‑100 standard accuracy)

Technical Parameters

  • Channels: 16 analog input channels

  • Input signals: 4–20 mA, 1–5 VDC

  • Resolution: 12‑bit A/D conversion

  • Accuracy: ±0.05% full scale (high‑accuracy grade)

  • Isolation: Optical isolation between channels and system

  • Power: 5/12 VDC from backplane, ~2 A

  • Operating temperature: 0 °C to +60 °C

  • Humidity: 5%–95%, non‑condensing

  • Dimensions: 180 × 100 × 25 mm

  • Weight: Approx. 0.3 kg

Interface & Communication Configuration

  • Internal interface: Gold finger connector for TDC3000 backplane bus

  • External interface: Field wiring via terminal blocks

  • Protocol: TDC3000 dedicated bus, supports redundancy

  • Indicators: LEDs for Run, Comm, Fault

Core Functions

  • High‑precision acquisition: 16‑channel simultaneous sampling with enhanced accuracy

  • Signal conditioning: Filtering, amplification, A/D conversion

  • Galvanic isolation: EMI/RFI protection for system circuits

  • Redundancy: Dual‑card redundant, auto switchover

  • Plug‑and‑play: Auto‑recognized by TDC3000 system

Application Scope

  • Honeywell TDC3000 / TPS control systems

  • Process industries: chemical, power, oil & gas, metallurgy

  • Loops requiring higher measurement accuracy

  • System upgrades, replacements, and spare parts

Operation & Maintenance Instructions

  • Install only with system fully powered off

  • Check LED status after power‑on for normal operation

  • Periodically clean connectors and check wiring

  • Avoid strong EMI, moisture, and extreme temperatures

  • Keep spares for critical high‑accuracy loops


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