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ORTNER GOR44 Assembly Instructions Manual

With kam or kms
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Version: 03 / 2016
Assembly Instructions
ORTNER GOR44 with KAM or KMS
Manual and automatic operation

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Summary of Contents for ORTNER GOR44

  • Page 1 Version: 03 / 2016 Assembly Instructions ORTNER GOR44 with KAM or KMS Manual and automatic operation...
  • Page 2 Ortner GOR44 with KAM or KMS Manual and automatic operation Version: 07 / 2017 A sufficient quantity of combustion air must be provided (calculation is required). Use caution in regard to the utilisation of ventilation systems, fume hoods, etc.! To avoid any errors, please first carefully read...

  • Page 3: Table Of Contents

    Content Technical specifications Important notes before installation Outlet top Technical dimensioned drawing Fire and heat protection General: For uninsulated cultivation areas with combustible building materials For insulated cultivation areas with combustible building materials For non-combustible cultivation areas without built-in furniture on the rear side For non-combustible add-on surfaces less than 11.5 cm thick with built-in furniture made of combustible building materials on rear side.

  • Page 4: Technical Specifications

    Technical specifications Type designation GOR44 Heat output in regard to the storage duration of 6 h (with ORTNER KAM) 2,7 kW Heat output in regard to the storage duration of 8 h (with ORTNER KMS) 2,4 kW Rated heat output in relation to the combustion duration 16 kW Max.

  • Page 5: Outlet Top

    Outlet top Position the metal base plate on a level surface and place the base frame on it. When positioning the base frame, make sure that the threaded rods engage in the holes of the metal base plate. Place the base frame on top and connect the aluminium flexible tube.
  • Page 6 Insert the fibre mat. Place the metal insert. Put the shell parts together in the base frame and seal the joints with Isoboard adhesive. Connect all the shell parts and the front stone together with metal clips. If necessary, tap them together lightly with a hammer to ensure a firm hold of the clamps.
  • Page 7 Place the three inner plates of the firebox inside. Place the vermiculite plate in the firebox with the groove facing backwards. Place intermediate plate vermiculite plate and push the plate back until it touches the firebox.
  • Page 8 Insert the firebox base plate. Place the metal insert in the firebox and make sure that the two lower springs engage in the base frame. Stack the post-combustion parts, starting with the rear one, then the two on the side, then the lower baffle, then the front part and finally the upper baffle...
  • Page 9 Apply Isoboard adhesive in the joint and place the ceramic ring of the outer casing parts on top. Push the plug-in cover onto the frame and tighten the 4 screws of the cover.
  • Page 10 Then place the five double-shell KAMs on the firebox. Make sure that the openings of the KAMs are staggered. Attention: If the GOR44 runs in automatic mode, the lowest KAM contains a connection for the temperature sensor. When using KMS, the ceramic outlet bonnet is fitted instead of the KAM.
  • Page 11 Secure them with the metal clamps. Now assemble the remaining parts of the multi bonnet. For the connection of the control unit, please refer to the operating instructions of the control unit!

  • Page 12: Technical Dimensioned Drawing

    Technical dimensioned drawing (applies to both automatic as well as manual operation) Combustion air diameter = 125 mm Position selectable at side, rear or bottom Base frame adjustable upwards by 50 mm...
  • Page 13 • The GOR44 may not be operated in installation spaces that are ventilated by means of fans in ventilation or heating air systems with the exception that the safe operation of the stove can be ensured. This means: A simultaneous operation of an air extraction system and the firing installation must be prevented.

  • Page 14: Fire And Heat Protection

    Instead of the reference insulating material, a substitute insulating material can be used according to the specifications of the building authority certificate of usability. When using Ortner Isoboard as a substitute insulation material, this corresponds to a layer thickness of 6 cm.

  • Page 15: Materials On The Rear Side

    Substitute insulation material as specified in the building authority usability certificate. When using Ortner Isoboard as a substitute insulation material, this corresponds to a layer thickness of 6 cm. + active rear ventilation (min. 3 cm slot width, cannot be covered).

  • Page 16: Schematic Sketch

    Schematic sketch...
  • Page 17 6 cm thick. Then insulate the concrete slab with the help of a reference or substitute insulation material (e.g.: 6 cm ORTNER Isoboard). 10) Substitute insulation material: (e.g. made of vermiculite, calcium silicate, expanded clay or other mineral building materials).

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