Product Overview

The GE Fanuc IC200MDL730 is a discrete output module. It belongs to the Versamax series of I/O modules. This device provides 8 positive logic outputs in a single group.

The module has sourcing type outputs that supply current to the load. Therefore, its main responsibility is to switch the load to the positive side of the external DC power supply.

General Specifications

The IC200MDL730 offers robust discrete output capabilities for Versamax systems.

• Brand: GE Fanuc.

• Series: Versamax.

• Part Number: IC200MDL730.

• Product Description: Discrete Output Module.

• Module ID: FFFF8140.

• Number of Points: 8 Outputs.

• Number of Groups: 1.

• Group to Group Isolation: None.

• Point to Point Isolation: None.

Voltage and Current Ratings

The IC200MDL730 operates within specified voltage and current ranges.

• Output Voltage: 17.5 to 30 Volts DC (24 Volts DC nominal).

• Load Current per Point (at 30 VDC): 2.0 Amps.

• External Power Supply: 18 to 30 VDC (24 VDC nominal).

Backplane Current Consumption

The IC200MDL730 draws moderate current from the backplane.

• Backplane Current Consumption (5 Volts): 50 milliamps.

Consequently, it adds a minimal load to the Versamax power supply.

Response Time

The IC200MDL730 provides fast switching for discrete outputs.

• Response Time: 0.5 milliseconds.

Thus, it suits applications requiring rapid output state changes.

Protection Features

The IC200MDL730 includes built-in protection for reliable operation.

• Short Circuit Protection: Yes.

• Overcurrent Protection: Yes.

LED indicators on the output module use an amber color to indicate fault detections. These faults (short circuits or overload conditions) are detected by the CPU in the Versamax PLC system. Therefore, the module and connected loads are protected from damage.

LED Indicators

The IC200MDL730 provides clear visual status indication.

• One LED per point: Shows individual output status.

• OK LED: Indicates module health.

• FLD PWR LED: Indicates field power status.

Hence, operators can quickly identify output states and fault conditions.

Power Supply Recommendations

The IC200MDL730 has specific power sequencing requirements.

• Power Sequencing: Provide backplane supply for 1 second before applying field power.

• Insufficient External Power: Use local energy storage devices such as batteries or capacitors.

For this reason, follow proper power-up sequencing to ensure reliable operation.

Environmental and Mechanical Specifications

The IC200MDL730 has no thermal derating requirements.

• Thermal Derating: None.

• Group to Group Isolation: None.

• Point to Point Isolation: None.

The module features a scalable architecture and compact design. Therefore, it fits easily into Versamax systems.

Key Features

The IC200MDL730 offers several advantages for discrete output applications.

Sourcing Outputs:
The module provides sourcing type outputs. Consequently, it supplies current directly to the load from the positive side of the external DC power supply.

Positive Logic:
The IC200MDL730 uses positive logic for straightforward control. Hence, an ON output corresponds to a high voltage level.

Eight Outputs in One Group:
All 8 outputs share a common group. Thus, they share the same power supply and return.

Built-in Protection:
Short circuit and overcurrent protection safeguard the module and loads. For this reason, the module is robust against field wiring faults.

Fast Response Time:
With 0.5 ms response time, the module switches outputs quickly. Therefore, it suits high-speed discrete control applications.

Amber Fault LEDs:
Amber LEDs indicate point faults such as short circuits or overloads. Consequently, troubleshooting is simplified.

Compact Versamax Design:
The module fits into Versamax I/O carriers. Hence, it integrates seamlessly with GE Fanuc Versamax systems.

No Thermal Derating:
The module requires no current derating at elevated temperatures. Thus, it maintains full capacity across its operating range.

Typical Applications

The IC200MDL730 suits various discrete output control applications.

• Solenoid and relay control in industrial machinery.

• Pilot light and annunciator driving.

• Small motor starting and stopping.

• General purpose discrete output for Versamax PLC systems.

• Retrofit upgrades to existing Versamax installations.

Installation Guidelines

Install the IC200MDL730 on a Versamax carrier. First, refer to the installation guide for proper mounting procedures. Then, accurately perform hot insertion to avoid damage to the backplane.

Connect external power supply between 18 and 30 VDC (24 VDC nominal). The external power supply provides power to both the load and the field power to the module. For insufficient power supply characteristics, use local energy storage devices such as batteries or capacitors.

Sequence power correctly: provide backplane supply for 1 second before applying field power. The module has 8 sourcing outputs that switch the load to the positive side of the external DC power supply. No thermal derating is required.

What is in the Box

Please inspect all items upon delivery.

• GE Fanuc IC200MDL730 discrete output module.

• Installation instruction manual.

• Anti-static protective bag.

Frequently Asked Questions (FAQ)

1. How many outputs does the IC200MDL730 have?

The IC200MDL730 provides 8 discrete outputs in one group. All outputs share the same common connection.

2. What is the output voltage range of this module?

The IC200MDL730 has an output voltage range of 17.5 to 30 Volts DC. The nominal voltage is 24 Volts DC.

3. What type of outputs does this module provide?

The IC200MDL730 provides sourcing type outputs with positive logic. Therefore, it supplies current to the load from the positive side of the external DC power supply.

4. What protection features does this module include?

The IC200MDL730 includes short circuit protection and overcurrent protection. Amber LEDs indicate fault detection for conditions such as short circuits or overloads.

5. What is the response time of this output module?

The IC200MDL730 has a response time of 0.5 milliseconds. Consequently, it provides fast switching for discrete control applications.