Features:
- Supports execution-level control in combustion management systems
- Provides signal conversion and command output for logic control applications
- Certified UL/CE design ensures defined industrial compliance
Forney Engineering AFS-6VDC-C is a relay module developed for industrial combustion management systems. It is used as an execution component within combustion controllers and logic control systems. The module supports signal conversion and control command output, forming part of the system’s functional control structure. It is designed to integrate into BMS architecture for operational control tasks.
The electrical design of Forney Engineering AFS-6VDC-C operates with a 6 VDC control voltage. This defines the input condition required for relay operation. It ensures compatibility with low-voltage control environments used in industrial systems. The module functions as a switching interface within control logic sequences.
In terms of environmental and compliance characteristics, Forney Engineering AFS-6VDC-C operates within a temperature range of -20°C to +85°C. It is certified under UL and CE standards, ensuring regulated industrial use. These parameters define its operational boundaries and safety compliance. The module is designed for integration into certified combustion control systems.
The AFS-6VDC-C Forney Engineering Relay Module may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
Forney Engineering AFS-6VDC-C Relay Module Manuals,Datasheets,Link
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.
Forney Engineering AFS-6VDC-C Relay Module Specs
General
- Manufacturer Forney Engineering
- Model AFS-6VDC-C
- Condition New Original ready stock
- Product Family AFS-PB-06,AFS-IO-05C,AFS-CIS-03
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.
- Contact Reliability: Employs high-integrity sealed relay contacts to ensure no sticking during frequent ignition cycles, complying with the fail-safe design principles of combustion systems.
- Logic Isolation Protection: High-strength electrical isolation exists between the input control terminals and the output execution terminals to prevent external high-voltage interference from being transmitted back to sensitive control chips or DCS system cards.
- Response Time: Extremely short module response time (typically in the millisecond range) ensures rapid fuel path cutoff in the event of flameout or other fault conditions.
- Status Interlocking Capability: Supports multi-channel hardware interlocking to prevent false triggering when the purging procedure is incomplete or limit switches are not in position.
- Operating Voltage: Rated control voltage is 6VDC (as shown in model AFS-6VDC-C), specifically adapted to the logic levels of the Forney AFS series control boards.
- Current Load Capacity: Contacts are typically designed for switching industrial solenoid valves or relays, possessing a certain inductive load driving capability and surge current withstand characteristics.
- Low-power design: As part of a multi-channel control system, the single module has extremely low static power consumption, supporting large-scale system integration without significant heat buildup.
- Environmental adaptability: Meets industrial-grade temperature and humidity standards, maintaining linearity and stability of logic output in harsh industrial environments such as boiler rooms, where high temperatures, electromagnetic interference, and continuous vibration are present.
- AFS-PB series control boards: Installed as plug-ins or sub-modules on circuit boards such as AFS-PB-06, executing specific output logic.
- Fuel shut-off valve control: Directly participates in the ignition circuit, precisely controlling the opening and closing of gas or light oil solenoid valves according to program instructions.
- Flame alarm logic: Receives processed signals from IDD or Uni-Flame series detectors, converting them into physical contact signals for use by the alarm system.
- BMS system expansion: Expanded as a standard signal processing unit when additional monitoring points are needed (such as wind pressure switch feedback, atomized steam interlocking).