Module GE IC200MDL144 Discrete Input AC

GE Fanuc VersaMax IC200MDL144 4-Channel Discrete Input Module

The IC200MDL144 is a 4-channel discrete input module from the GE Fanuc VersaMax I/O and Control System featuring 4 individually-isolated inputs with 240 Volts AC operating voltage. This module provides 2000V AC point-to-point isolation for 1 minute and draws 30 mA maximum backplane current at 5V DC.

Key Features

• 4 individually-isolated discrete inputs
• 240V AC nominal voltage (0-264V AC operating range)
• Frequency: 47-63 Hz
• Positive logic/sourcing-type inputs
• Maximum backplane current: 30 mA @5V
• Maximum on-state current: 7.0 mA
• On-state voltage: 155-264V AC
• Off-state voltage: 0-40V AC
• Maximum response time (on): 1 cycle
• 2000V AC point-to-point isolation (1 minute)
• 500V AC continuous isolation (inputs to ground)
• Dimensions: 110 x 66.8 x 50.0 mm (4.3 x 2.63 x 1.956 in)

Technical Specifications

• Brand: GE Fanuc
• Series: VersaMax
• Model: IC200MDL144
• Description: Discrete Input Module
• Application: Versamax I/O and Control System
• Number of Inputs: 4 discrete inputs
• Input Type: Positive logic / sourcing-type
• Operating Voltage: 240 Volts AC nominal
• Voltage Range: 0-264V AC
• Frequency: 47-63 Hz
• On-State Voltage: 155-264V AC
• Off-State Voltage: 0-40V AC
• Maximum On-State Current: 7.0 mA
• Maximum Response Time (On): 1 cycle
• Backplane Current Rating: 30 mA @5V max
• Channel Isolation: Yes - individually isolated
• Point-to-Point Isolation: 2000V AC for 1 minute
• Ground Isolation: 500V AC continuous
• Built-in Power: Yes - from backplane
• Location: Versamax I/O Carriers

FAQ

Q1: How many inputs does the IC200MDL144 have and what is their configuration?

It has 4 individually-isolated discrete inputs that are positive logic/sourcing type.

Q2: What is the voltage range and power requirement?

It operates at 240V AC nominal (0-264V AC, 47-63 Hz) and draws 30 mA @5V from backplane.

Q3: What isolation ratings does this module provide?

It provides 2000V AC point-to-point isolation for 1 minute and 500V AC continuous isolation between inputs and ground.