The IC697MDL750 is a Digital output module that is part of the Series 9-70 Programmable Logic Controller (PLC), formerly manufactured by GE Fanuc now under Emerson Automation. This module is a single slot module that mounts to a vacant slot of the Series 90-70 baseplate. It supports local I/O operation or as part of a larger distributed I/O architecture. The IC697MDL750 mainly features Thirty-Two (32) discrete output channels that deliver an output voltage range of 20-60 VDC with a rated voltage of 24 / 48 VDC. It can be used to energize a variety of electrical loads, to implement a manual or automated operation. Compatible devices include motor starters, solenoid-actuated devices, and Pilot lamps. Each channel of the module delivers an output current of 0.5 Amperes with a 2.0 Ampere rating per output group. This output module has Four (4) groups of Eight (8) channels each group. Module isolation is provided up to group isolation only with an isolation rating of 5000 Volts between groups while each output channel has rated backplane isolation of 1500 Volts. This module has a maximum inrush current of 10 Amperes with a duration of 20 ms. The maximum output voltage drop is 1 Volt while individual channel response time is at a maximum delay of 1 ms. Each channel also exhibits a leakage current amounting to 1 mA. The IC697MDL750 has a current draw of 0.25 Ampere and is designed incompatibility with VME standard C.1. This module comes with a high-density removable terminal block ideally used with wire bundles. Each terminal of the removable terminal accepts a maximum of Two (2) wires with a size of #22 AWG (0.36 mm2) through #14 AWG (2.10 mm2).

The discrete output module that is known as the IC697MDL750 output module is designed and manufactured by GE Fanuc, a well-known producer of high-quality and robust industrial components. The module is part of GE Series 90-70 and it complies with the regulations set by standard C.1 of the VME standards. The module requires 0.25 Amps of current from the 5 Volts bus and it features 500 Volts of isolation voltage between output groups. Isolation voltage for the outputs on the backplane is 1500 Volts. The IC697MDL750 output module has a total of 32 outputs arranged in equal isolated groups. The module features 10 Amps of inrush current for 20 milliseconds and 1 millisecond of response time (on/off).

The IC697MDL750 output module has only 1 Volt (2 Ohms) of rated voltage drop for its outputs and it has an output voltage range of 20 to 60 Volts DC. The operating voltage of the unit is 24 to 48 Volts DC. The installation process of the module is easy and the wiring process is simple as well. The design of the module allows for effortless maintenance and its construction with a mechanical key leaves no room for error. Due to this key, any modules that are not the correct type of module will not fit into the slot reserved for the IC697MDL750 module. The module has a current rating of 0.5 Amps per point and the maximum current for the input group is 2 Amps. The module is protected from voltage surges and it operates perfectly with devices that have a steady-state current of 100 to 500 milliAmps. The repetition rate of these devices is up to 5 Hertz for the lowest current level of the steady-state

1. What is the rated output current of the IC697MDL750?

The IC697MDL750 has rated output current of 0.5 A per channel and maximum of 2 A per group.

2. Does the IC697MDL750 support sinking wiring configuration?

No. This module is a sourcing output module.

3. How many modules can be installed in a Serie 90-70 system?

The limit of installation is determined by the I/O capacity of the host controller the maximum slots and expansion of the system.

1. How many output channels does the IC697MDL750 have?

The IC697MDL750 has Thirty-Two (32) output channels.

2. What is the rated output current of each channel of the module?

The IC697MDL750 has rated output current of 0.5 A and 2 A per group.

3. What is the recommended wire size range for use with the IC697MDL750?

The IC697MDL750 delivers and output current of 0.5 A per channel.