Description
The Honeywell RM7890A1031 Burner Control represents a cutting-edge solution for single burner applications powered by gas, oil, or a combination of fuels. This microprocessor-based integrated control system enhances safety and operational efficiency with advanced features. Designed for reliability, it offers precise control over burner operations, ensuring optimal combustion and energy efficiency. With a primary control lockout time of 4-10 seconds, it swiftly responds to abnormal burner conditions, preventing potential hazards. The RM7890A1031 integrates seamlessly into various industrial and commercial settings, providing robust protection and enhancing overall system reliability. Its microprocessor technology enables sophisticated monitoring and adjustment capabilities, contributing to extended equipment life and reduced operational downtime. Ideal for demanding environments, this burner control system is engineered to meet stringent safety standards while optimizing performance and ensuring consistent, reliable operation of combustion equipment.
Features:
- Functions include automatic burner sequencing, flame supervision, system status indication, system or self diagnostics and troubleshooting.
- Subbase and amplifier are required for operation.
- Options include PC interface, keyboard display module, DATA CONTROLBUS™ MODULE, remote display module, first-out expanded annunciator, and COMBUSTION SYSTEM MANAGER™ software.
- Five LEDs provide sequence information.
- Interchangeable plug-in flame amplifiers.
- Optional local or remote annunciation of operation and fault information.
- Nonvolatile memory retains history files and sequencing status after power loss.
- Optional remote reset capability.
- Optional report generation.
- Selectable relight or lockout on loss of flame.
- Flame Establishing Period – Pilot: 30 sec fixed
- Flame Establishing Period – Main: Intermittent
We ship this product nation wide! Delivery is normally stock.
Request a Quote now or call us at 1-800-755-2883 for expert assistance.