Gas Fired Unitary Radiant Tube Heating - Linear/U Tube

A range of vacuum (induced) / forced 9blown) U-tube and linear heaters that feature optimal comfort and energy savings, with two stage burner technology as standard. Two stage high/ low allows for fast warm up and recovery on high fire and maximum energy savings with steady state low fire.

Features and benefits:

• Low Nox technology.
• Forced (Blown) or Vaccum (Induced) burner option.
• Efficient multi fasited reflector profile.
• U-tube or linear configurations.
• Effective spot heating, partial heating or full blanket coverage solution.
• Flued to atmosphere via individual flue system.
• Available Un-Flued in acordance with BS EN 13410:2001

Unitry gas fired radiant tube heating system consisting of individual SRP Powrmatic PVU/PVL/PU/PL/PVDL two stage Hi/Low fire vacuum burners. Each burner having automatic electronic sequence control box with three strike ignition, flame ionisation, control module error codes. – Airflow fault, – Flame – No call for heat, – Ignition Lockout, – Control Fault. and a multi functional gas governor block.

The SRP Powrmatic gas fired radiant heating system shall be manufactured to comply with ErP Lot20 seasonal efficiency. The system shall be installed in accordance with current IGE & IEE regulations and BS 6896.

The SRP Powrmatic PVU/PVL/PU/PL/PVDL radiant heating system shall operate under negative pressure or blown  gas during operation with the inbuilt differential proving air pressure sensor in each of the burner housings sensing the correct amount of differential vacuum providing protection as dictated by BS EN777-4:1999.

Each radiant tube unit and set on completion in accordance with the manufacturers’ instructions.

Each burner shall be complete with gas isolation valve and flexible gas hose connection with union and installed as per manufacturers instruction manual.

The SRP Powrmatic single linier or twin parallel or double linier radiant emitter tube shall be Ø100mm mild steel tube, with none flake Calorised Aluminised finish. The Calorised tube shall be hot coated internally and externally with aluminium, then heat treated in a controlled furnace fusing the aluminium into the surface of the steel and ensuring that the seam weld is coated with aluminium.

A twist lock turbulator shall be employed where applicable within the assembled 100mm tube to maximise the tube heat transfer and swirl combustion gas improving its scrubbing action.

High Efficiency multi-faceted reflectors of low weight ASTM 1100 Aluminium shall direct radiant heat output downward and having a unique design profile to maximise the reflected radiant heat, End Caps to minimise convection loss, and galvanised suspension brackets for horizontal or angled mounting to maximise rigidity.

Through the roof or side wall proprietary flue system as appropriate with suitable rubberised roof flashing or wall terminal with plate.  

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Where applicable, the system shall be controlled from a Powrmatic single zone MC200v3 control incorporating optimum start and optimum stop, and a Radiant Black Bulb Sensor mounted at 1500mm AFFL.

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Where applicable, the system shall be controlled from a Powrmatic multi zone MC400 controller, controlling MC400 and up to four control temperature zones each having it own Radiant Black Bulb sensors mounted at 1500mm AFFL.