I/O Module GE IC200MDD848 VersaMax 16 Point

GE Fanuc VersaMax IC200MDD848 Mixed I/O Module

The IC200MDD848 is a discrete mixed I/O module from the GE Fanuc VersaMax series featuring 16 I/O points divided into 2 groups of 8 points each.

Key Features

• 16 I/O points total: 8 inputs + 8 outputs in 2 groups
• 8 positive logic/sourcing inputs
• 8 outputs with channel-to-channel isolation
• Protection features: Metal Oxide Varistors (MOVs) and snubbers per output
• Minimum load current: 10 mA
• Maximum load current: 5 A (5A for 20ms surge)
• Backplane voltage: 5 V @ 125 mA
• Status LEDs for each I/O point
• Supports thermal derating and various I/O combinations

Technical Specifications

• Brand: GE Fanuc / GE Intelligent Platforms
• Series: VersaMax
• Model: IC200MDD848
• Bulletin: IC200
• Product Type: Mixed I/O Module
• Total I/O Points: 16
• Inputs: 8 positive logic/sourcing-type
• Outputs: 8 with channel isolation
• Minimum Load Current: 10 mA
• Maximum Load Current: 5 A (5A for 20ms surge)
• Backplane Voltage: 5 V
• Backplane Current: 125 mA
• Protection Features: MOV and snubbers per output
• External Power Required: 120 V AC for load switches

Installation Notes

• Powered from 5V backplane on PLC rack (125 mA)
• External 120V AC power source required for load switches
• External suppression circuits recommended for inductive loads
• Supports thermal derating - active points depend on:
• Ambient temperature
• DIN rail physical position
• External voltage
• Device position

Package Includes

• 1x GE Fanuc IC200MDD848 mixed I/O module
• 1x installation documentation

Shipping Options

• FedEx Priority Overnight
• UPS 2-Day Air
• DHL Express Worldwide
• Ground shipping available

FAQ

Q1: What protection features does the IC200MDD848 include?

Each output includes MOV (Metal Oxide Varistor) and snubber protection with channel-to-channel isolation.

Q2: What is the current rating for this module?

It has a minimum load current of 10 mA and maximum of 5 A (5A for 20ms surge).

Q3: What factors affect the number of active I/O points?

Active points depend on ambient temperature, DIN rail position, external voltage, and device position due to thermal derating.