Features:
- Four monitored outputs: Four 24 VDC sourcing channels supervise their field loops.
- Fail-safe architecture: A secondary path can de-energize outputs independently of application logic.
- Fault diagnostics: Lead breakage and short-circuit conditions are monitored.
Each output supplies up to 1 A, while the complete module is limited to 3.6 A.
The channel monitor uses a 10216/A range-setting module selected for the connected load current.
The module operates with an I/O backplane and separate internal and external 24 VDC connections.
Apter Power supports Honeywell 10216/2/1 Fail-Safe Loop-Monitored Digital Output Module sourcing with quotation and documentation review.
Honeywell 10216/2/1 Fail-Safe Loop-Monitored Digital Output Module Manuals,Datasheets,Link
Important Notice: Apply the complete Honeywell FSC safety documentation when engineering or commissioning this output module.
- Open-circuit supervision: Every output is monitored for lead breakage.
- Short-circuit supervision: The output circuits include short-circuit detection.
- Range selection: 10216/A modules match the current-sense range to the connected load.
- Spare-channel handling: Dummy loads prevent unused channels from producing false lead-break indications.
- Channel limit: Each 24 VDC sourcing output is rated up to 1 A.
- Module limit: The combined output load may not exceed 3.6 A.
- Inductive boundary: Honeywell lists a maximum load inductance of 0.5 H.
- Capacitive boundary: Honeywell lists a maximum load capacitance of 1 µF.
- Backplane requirement: The module is used only with an FSC I/O backplane.
- Internal supply: The electronics require the documented internal 24 VDC connection.
- External supply: Field outputs and test loads require the documented external 24 VDC connection.
- Key coding: Honeywell assigns A13 and C9 to the module and rack positions.
- Monitored solenoid loops: The sourcing outputs supervise open and short field conditions.
- Safety-related shutdown outputs: The secondary de-energization path supports the FSC architecture.
- Four-channel 24 VDC control: The module serves loads that fit the selected monitoring range and total current limit.