
Burner Equipments
Flame Sensors
Proves the flame is genuinely there, by ionisation current or UV signal.
Product view
Burner Controller
The BC-CTRL programmer runs the burner through purge, pilot, main-flame and proving stages in a fixed sequence, holding the process at each step until the previous one is confirmed. Ignition transformer timing, valve opening and flame-proving all run under its supervision, so a fault at any stage produces a lockout instead of a burner running through an unconfirmed step.
Confirmed against your duty at order stage — send us the operating conditions and we will verify the selection.
| Parameter | Value |
|---|---|
| Supply voltage | 230 V AC / 110 V AC |
| Safety time | 3 s or 10 s (model dependent) |
| Outputs | Ignition, pilot valve, main valve, fault relay |
| Lockout indication | LED fault code |
| Enclosure | IP40 |
| Operating temperature | −20 °C to +60 °C |
Datasheets, installation manuals, drawings and conformity declarations.
Documentation for Burner Controller is issued on request against the confirmed specification. Request the document pack.

Burner Equipments
Proves the flame is genuinely there, by ionisation current or UV signal.

Burner Equipments
Drives the air and gas dampers that hold combustion ratio across the firing range.

Gas Pressure Regulators
Direct-acting, spring-loaded regulation with threaded connections, rated PS 16 bar.
The more detail you give on the duty, the more precise the proposal comes back.
What engineers most often ask when specifying this equipment.
Ionisation probes are simpler and cheaper and work well on stable, well-defined gas flames with a good earth path. UV cells suit larger flames, oil/gas dual-fuel duty and installations where the probe cannot be positioned reliably.