- Thirty-two current-sourcing outputs for positive 24 V DC field loads
- Hot-swappable module with stored electronic identification
- Field-power detection and individual output status indication
5X00500G01 is an Emerson Ovation digital output module for switching external 24 V DC loads and relay circuits.
The module uses the 5X00497G01 four-module I/O base and supports project-configurable output behavior when communication is interrupted.
Before installation or replacement, verify the I/O base, field supply, channel and total current, load type, timeout action, wiring, and project channel mapping.
Availability, condition, price, and shipping time for 5X00500G01 are confirmed during quotation.
Emerson 5X00500G01 32-Channel Digital Output Module Manuals, Datasheets, Links
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Controls dense banks of positive 24 VDC field loads from Ovation logic through thirty-two current-sourcing channels
- Drives compatible interposing relay coils and discrete actuators within the documented channel and module limits
- Supports maintenance replacement in assemblies using the specified auxiliary base and field-termination hardware
- Indicators report module power, communications, external fault, and internal fault status
- Individual indicators report output states for channels 1 through 32
- The module detects field-power presence and stores electronic identification data
- Field circuits have ±1000 V DC galvanic isolation from logic-side circuits
- Output action after a communication timeout can be configured to reset or latch
- Output circuits include documented protection for inductive kick
- Connects positive 24 V DC process and machine loads through the documented high-side output arrangement
- Uses the specified 5X00497G01 auxiliary base and 1X00691H01 termination in the complete assembly
- Requires connected loads and cabinet field power to remain within the documented output ratings