MAXON guide tubes allow for the simple installation of either UV flame detection cells of flame rods. Designed to penetrate through the entire burner to visualize the flame directly of the nozzle tip, the carbon steel guide tubes are available with either NPT or TEC end connections.
MAXON rectification rods (flame rods) have been engineered specially for industrial burner applications. Quality construction provides maximum service life and dependable operation to keep your heating process running smoothly. Consult technical bulletins to ensure your setup is per manufacturer`s recommendation for your specific OP2 model.
MAXON combustion air impellars are built specifically for the Ovepak series of burners. Aluminum die cast, radial blade and balanced for mounting in MAXON integral combustion air blowers, the impellars are available in both ANSI and ISO models.
MAXON Connecting brackets and linkage assemblies are available in 4 main versions:
- Maxon SMARTLINK DS drive motors.
- Honeywell MODUTROL drive motors.
- Honeywell HERCULINE drive motors.
- Barber-Colemand drive motors.
Special assemblies can also be engineering upon request.
MAXON red foam filters allow for the removal of particulates from the combustion air stream. The filters are specifically designed for the combustion industry and include a flame retardant to ensure safe operation in a variety of applications.
MAXON gas inlet gasket is to be installed on the gas inlet flange of the burner casing. Designed to provide an gastight seal around the inlet flange of the burner casing, this gasket should provide a worry free seal under a variety of environmental conditions. The gasket is considered a consumable item and should be replaced during regularly scheduled burner maintenance.
MAXON pilot orifice valve allows for minute adjustments to the pilot capacity to ensure reliable and strong lightoff under a variety of operating conditions.
- Brass body construction.
- 3/8" threaded inlet and outlet connections.
- the orifice is available in both standard and high capacity models.