1492-TAIFM16-F-3 AB 16-Channel Fused Analog Terminal Block

1492-TAIFM16-F-3 AB 16-Channel Fused Analog Terminal BlockProduct Overview The Allen Bradley 1492 TAIFM16 F 3 (Series C) operates as a highly specialized, 16 channel Fused Interface Module (IFM) designed to bridge field wiring with ControlLogix programmable automation controllers. This industrial terminal block module integrates directly into functional safety architectures, providing explicit hardware compatibility with dual 1756 IF16 analog input modules deployed in Safety Integrity Level 2 (SIL2) safety

and coordinates high-speed communication across the Vnet/IP network

allowing operators to identify field-side wiring faults before they cause a system trip

Simplify Complex Signal Routing: The module terminates directly onto 1794-TB3 or 1794-TB3S bases

The Emerson EPRO UES815S-24A functions as a high-stability universal power supply and signal conditioning interface for non-contact eddy current sensors

we recommend using shielded (STP) CAT5e/CAT6 cables to protect the 100 Mbps data packets

The MMS3120/022-100 provides high-resolution analog-to-digital conversion and standardized outputs for industrial control systems

which prevents hardware resets and data corruption

This facilitates rapid system expansion or hardware replacement

Attribute Specification Value Model Number FC-GMMD16 Total Channels 16 (8 Digital Inputs + 8 Digital Outputs) Input Type 24 VDC Dry Contact or Voltage Input Output Type 24 VDC Solid-state / Relay (Configuration dependent) Max Switching Current 2 A per output channel Safety Certification SIL3 (IEC 61508 Compliant) Isolation Galvanic (Channel-to-channel and bus isolation) Operating Temp –40°C to +85°C Hot-Swap Support Yes Dimensions 240 × 109 × 80 mm Engineering Advantages

A: The 9100-00005 type code determines the precise factory internal configuration and hardware architecture layout

0 kg (Shipping Weight) Engineering Advantages

Shielding and Grounding: Standard industrial practice requires all external field power supply commons to be securely tied to the primary system functional earth ground at a single point