Honeywell 51304483-100 Analog Output Module for TDC 3000 Control Systems

The 51304483-100 analog output module delivers precise current signals to field actuators in Honeywell TDC 3000 systems. This board converts controller commands into stable 4–20 mA outputs for valves and positioners. Process engineers depend on its accuracy across continuous production cycles.

Output Channels and Component Count

The 51304483-100 carries 8 analog output channels for independent loop control. Each channel drives a 4–20 mA current loop into field wiring. The circuit assembly holds 38 discrete components, including 8 output driver stages. Moreover, 8 precision resistors maintain current regulation across the full range.

Physical Dimensions and Weight

This module measures 12.5 inches in length and 7.5 inches in width. Board thickness reaches 1.2 inches, while the unit weighs approximately 2.0 pounds. These dimensions match standard TDC 3000 card file slots exactly. Consequently, technicians swap boards without rack modifications during shutdowns.

Interface, Isolation, and Resolution

Two 50-pin edge connectors handle backplane communication and field termination. The 51304483-100 provides 250 VDC isolation between output circuits and logic ground. Digital-to-analog conversion achieves 12-bit resolution for smooth signal steps. Therefore, actuators receive accurate commands even in electrically noisy plant environments.

Power Requirements and Energy Storage

The board draws 0.85 A from the +5 VDC backplane supply rail. An onboard lithium cell preserves calibration constants through power outages. This energy storage element holds parameter data for roughly 90 days. Meanwhile, total consumption remains below 4.5 watts under normal load.

Key Technical Specifications Summary

Installation and Application Notes

The 51304483-100 slides directly into TDC 3000 card file slots without adapters. Engineers configure output ranges through the universal station software interface. Technicians verify loop calibration before returning each board to service. As a result, control valve response improves and process variability drops noticeably.