Features:
- Combines fourteen DC input points with ten relay outputs.
- Accepts either positive- or negative-logic input wiring.
- Switches AC or DC loads through two relay common groups.
Horner HE800DIQ712 is the metal SmartStack mixed-I/O ordering configuration associated with the HE-DIQ712 plastic-case designation.
Its balanced input-and-relay layout is useful where a controller must monitor field contacts and operate several isolated loads from one module location.
Check the relay-coil supply, contact load, group commons and stop-state settings before integrating the module.
The Horner HE800DIQ712 Mixed I/O Module may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
Horner HE800DIQ712 14-Input 10-Relay Mixed I/O 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.
HE800DIQ712 DC Input Circuit Behavior
- Input Count: Fourteen discrete channels are available.
- Logic Choice: Bidirectional inputs allow positive or negative logic.
- Thresholds: ON begins at 9 VDC; OFF is 3 VDC maximum.
- Input Isolation: Channel-to-ground isolation is listed at 500 VDC.
HE800DIQ712 Relay Output Contact Arrangement
- Relay Count: Ten electromechanical outputs are included.
- Contact Voltage: The maximum is 250 VAC or 30 VDC.
- Resistive Load: Each output is rated to 3 A with derating applied.
- Isolation Level: Common-to-common and common-to-bus isolation is 2500 VDC.
HE800DIQ712 Supported Switching Loads
- Coil Supply: Relay operation requires 18–30 VDC.
- Turn-On Time: Contact response is 6 ms typical.
- Release Time: ON-to-OFF response is 0.3 ms typical.
- Fault Protection: External fusing is specified for applicable revisions.
HE800DIQ712 Output State Configuration
- Default Action: Outputs turn OFF when the controller enters idle or stop.
- Selectable Action: Each point may be set to ON, OFF or hold last state.
- Status Check: I/O states can be monitored in Cscape.
- Map Control: Register assignment follows model and stack position.