IC693MDL753 GE Digital Output Module

GE IC693MDL753 Series 90-30 Digital Output Module

GE IC693MDL753 Series 90-30 Digital Output Module

Availability: 10 left in stock

The GE IC693MDL753, also cataloged as the IC693MDL753 discrete output module, operates as a dedicated hardware component for solid-state switching...

SKU: IC693MDL753

Manufacturer: GE Fanuc
Product No.: IC693MDL753
Product Type: Digital Output Modules
Product Origin: USA
Payment:T/T, Western Union
Weight: 800g
Shipping port: Xiamen
Warranty: 12 months

Description Reviews

The GE IC693MDL753, also cataloged as the IC693MDL753 discrete output module, operates as a dedicated hardware component for solid-state switching of external direct current loads within Series 90-30 programmable logic controller architectures.

Hardware Specifications

Parameter	Specification
Model	IC693MDL753
Brand	GE Fanuc / Emerson
Origin	Factory standard
Weight	0.26 kg (0.56 lbs)
Dimensions	Single-slot chassis occupancy
Operating Temp	0 to 60 deg C (Standard industrial environment)
Power Consumption	260 mA at 5 VDC (from backplane bus)
Channel Density	32 output points
Output Grouping	4 isolated groups (8 points per group)
Nominal Output Voltage	12 - 24 VDC
Output Voltage Range	10.2 - 28.8 VDC
Current Rating per Point	0.5 A maximum
Current Rating per Group	4.0 A maximum
Group Common Pin Rating	3.0 A maximum
Inrush Current Limit	5.4 A maximum for 10 ms
On-State Voltage Drop	0.3 VDC maximum
Off-State Leakage Current	1.0 mA maximum
Response Time (On / Off)	0.5 ms maximum
Logic-to-Field Isolation	1500 VDC (Optical via opto-couplers)
Group-to-Group Isolation	250 VDC
Recommended Cable Assembly	IC693CBL315

Backplane Bus Architecture and I/O Density Scaling

The module interfaces directly with the Series 90-30 parallel backplane bus, utilizing high-density logic layout to compress 32 independent positive-logic points into a single mechanical chassis slot. To maintain bus signal integrity and prevent velocity degradation across adjacent modules, the logic subsystem limits its current draw on the 5 VDC rail to 260 mA. Optical isolation components isolate the host processor execution cycle from external field transients up to 1500 VDC, preventing electromagnetic interference from disrupting internal backplane registers or interrupting discrete deterministic updating networks.

Frequently Asked Questions

Q: Does the module support hot-swapping while the PLC backplane is energized?

A: No. The Series 90-30 backplane architecture does not support live insertion or removal. Power to the rack must be entirely disconnected before inserting or removing the module to prevent electrical damage to the logic circuitry.

Q: What is the deterministic state of the outputs if the CPU stops executing?

A: If the host CPU enters a stop state or communication over the backplane bus is lost, internal safety logic forces all 32 output channels to transition immediately to the OFF state.

Q: Can distinct external voltages be applied to different output groups on the same module?

A: Yes. The 32 channels are segmented into four isolated groups of eight points. Each group features its own independent common return pin, allowing different external DC power sources within the 10.2 to 28.8 VDC operating envelope to be wired to separate groups.

Field Installation Guidelines

De-energize the PLC power supply module and all external field wiring loops before performing installation tasks.
Align the module with the top and bottom chassis guides in any available slot except slot 1, which is reserved exclusively for the CPU or specialized modules.
Press the module firmly into the slot until the plastic retention hooks click into place on the chassis rail.
Terminate field wiring using the two front-mounted 24-pin male connectors. Utilize pre-assembled IC693CBL315 cable units to ensure proper terminal alignment.
Route DC field signal wiring through separate wiring ducts from high-voltage AC power lines to mitigate inductive and capacitive cross-talk.
Install external flyback diodes across inductive DC loads (such as relay coils or solenoids) to suppress back-EMF voltage transients during switching transitions.

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