Summary of Contents for Technical PanTherm PT80
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Page 2: Instructions For Use
Instructions for use 1. Installation guide The firebox must definitely be installed by a professionally qualified and duly authorized specialist for firebox life, safety and proper operation. Otherwise the guarantee is null and void. 1.1. Chimney The chimney must meet the criteria prescribed by currently effective standards: ... - Page 3 1.2. Cover: The firebox should always be installed and built in by a specialist, in compliance with the applicable requirements. Fireboxes may only be operated with an appropriate cover in place. Even heat delivery must be ensured at installation (with an even air flow around the firebox): the air gap between the fireplace cover and the firebox should be at least 2-3 mm sideways at the door frame, then a minimum of 5 cm towards the wall.
- Page 4 Figure 1. Figure 2.
- Page 5 Figure 3. An operating distance should be provided for firebox inlet controls: minimum 2 centimetres of free space must be ensured in addition to the space visibly required for their motion. If the criteria listed are not met, the firebox may be seriously damaged and the guarantee is lost.
- Page 6 1.3. Exhaust equipment effects: If no sufficient ventilation is ensured, exhaust equipment in the same air space with the fireplace (including rooms behind a door provided with a ventilation grille or rooms with doors open) may disturb fireplace operation. Therefore exhaust devices must be provided with the air supply indispensable for their operation.
- Page 7 ATTENTION: the boiler protection circuit is required to be built in the central heating system to prevent overcooling and is a condition for guarantee provision. Precipitation of moisture and condensation water must be prevented as they highly corrode the metal and result in tar deposition, reduce efficiency and output, and these phenomena entail a loss of guarantee.
- Page 8 Grills: to ensure that the burning wood gets sufficient air through the ash box and that the ash gets into the ash box, so the grills should always be in the same position. Heat-proof lining of the firebox: the vermiculite lining to protect metal plate fireboxes (PanTech firebox family, and optional for PanAqua fireboxes) decays when wet firewood (exceeding 15-20% moisture content) is used, therefore wet firewood is prohibited.
- Page 9 Sudden heat shock: sudden excessive heat load in the heatup stage. WARNING: Burning 1 kg of firewood yields about 3.65KW of heat quantity. The maximum loadability of your firebox is yielded by dividing the output of the firebox with 3.65, the result being the quantity (in kg) of wood allowed to be used each hour.
- Page 10 3.1. Procedure of lighting a fire: - Remove any ash from previous fire; clean glass as required. - Open the air control shutters at the bottom of the door. - After replacing the ash tray / ash box, pile dry softwood cut into a thumb’s width into the combustion chamber and put 3-4 kg firewood on top of it.
- Page 11 3.2. Draught demand: 10-15Pa 3.3. Specially prohibited fuels - mineral, chimney fuels (all types of coal) - garden and agricultural waste (e.g.: twigs, corn stalks, walnut kernels, lacquered parquet broken up or painted lumber, etc.) - pellet and other tableted wood fuel - combustible mineral fluids (petrol, diesel oil, chemical solvents, oils, etc.) - alcohol to light a fire...
- Page 12 PanTherm Firebox Family PT68- PT62 Unit of PT68- Optimum- Type PT80 PT71 PT69 measure PT75C 200/150 Nominal output Flue gas temperature at nominal output Efficiency at nominal output CO emission according to 0,28 0,28 0,28 0,28 0,29 0,28 MSZ EN 13229 Mass flow of flue gas at 11,3...
- Page 13 PT68 Opti Opti PT62 Overall Unit of PT68- PT80 PT71 PT75 PT69C dimensions measure -200 -150 Depth Width Height Size of filling aperture (firebox door) Width Height Total weight Recommen ded size of ventilation grids Exhaust product nominal connection Actual exhaust product outlet...
- Page 14 Fuel consumption at nominal output Type Unit PT80 PT71 PT68 Optimum PT62 Average fuel 6.5 - 5.7 - kg/h 5.1 - 6 3.4-3.8 4.4 – 5.2 consumption Average length of logs Maximum fillup height Table 3. Standards: MSZ EN 13229:2001 Solid fuel-fired fireplace inlets, including appliances under MSZ EN 13229:2001/A1:2003...
- Page 15 Main dimensions: Figure 5. Main dimensions (mm) Type Sign Description PT80 PT71 PT68 Optimum PT62 width depth height chimney connection frame height Table 4.
- Page 16 PanAqua Water Jacket Firebox Family PA25 Type PA15 PA20 PA75C PA30 PA110 Unit of Mini measure Nominal output 25/24 30/40 250- Flue gas temperature °C Efficiency >80 >80 >80 >80 >80 >80 CO emission according 0,11 0,11 to MSZ EN 13229 Mass flow of flue gas at nominal output Maximum operating...
- Page 17 Firebox overload can cause permanent damage to the entire system PA25 Overall dimensions Unit PA15 PA20 PA75C PA30 PA110 Mini Depth 710/ Width 1100 Height Size of filling aperture (firebox door) Width 1060 Height 215/ Total weight Exhaust product 200/ nominal connection Actual exhaust 187/...
- Page 18 Standards: MSZ EN 303-5:2000 Heating boilers. Solid fuel-fired heating boilers with manual and automatic feed, having a maximum nominal heat output of 300 kW. MSZ EN 14336:2005 Building heating systems. Installation and putting into operation of water heating systems. MSZ EN 1443:2003 Flue exhaust equipment.
- Page 19 Connection diagrams Firebox overheating protection in case of excessive burning and / or power supply interruption is ensured by a safety cooler circuit. Figure 5. Figure 6. A higher-efficiency heating system can be produced by installing a buffer tank as shown in Figure 7. Figure 7.
- Page 20 Safety heat exchanger connection diagram with the proposed safety fittings Thermal valve with a Honeywell TS type valve Figure 8.
- Page 21 Main dimensions and connections Figure 9. Main dimensions (mm) Type Sign Description PAII30Z PAII25Z PAII20Z PAII15Z width depth height chimney connection frame height Table 7.
- Page 22 PanTech EVO Firebox Family Unit of PH 68 PH 68 PH 80 PH 80 PH 110 Type measure EVO 2D EVO 2D Nominal output Flue gas 260- 260- 260- 270- °C 270-300 270-300 temperature Efficiency (h) >80 >80 >80 >80 >80 >80 CO emission...
- Page 23 PH 68 PH 80 Overall Unit of PH 68 PH 80 dimensions measure Depth Width 1100 1100 Height 1070 1120 1070 1120 1170 1170 Size of filling aperture (firebox door) Width 1060 1060 Height Total weight Recommended size of cm² ventilation grids Exhaust product nominal...
- Page 24 Fuel consumption at nominal output Type PH160 PH130 PH110 PH80 PH68 Average fuel consumption: kg/h Average length of logs: cm Maximum fillup length cm Table 10. Standards MSZ EN 13229:2001 Solid fuel-fired fireplace inlets, including appliances under MSZ EN 13229:2001/A1:2003 with an open fire chamber.
- Page 25 Main dimensions and connections Figure 10. Main dimensions (mm) Type Sign Description PH110 PH80 PH68 width 1100 depth 1170- 1070- 1070- height 1265 1170 1170 chimney connection frame height Table 11.
- Page 26 Lift door version (LD) Figure 11.
- Page 27 Main dimensions (mm) Type Sign Description PH200 PH160 PH130 PH100 width 1926 1526 1226 depth 1470- 1470- 1370- 1270- height 1565 1565 1465 1365 chimney connection frame width 1800 1400 1100 frame height Table 12. Before opening the door, ensure that the baffle valve is totally opened.
- Page 28 PanAqua EVO Firebox Unit of PA68E PA80E PA110E Type measures PA80LD PA100LD PA130LD Nominal output Flue gas temperature °C 260-290 260-290 270-310 Efficiency (h) >80 >80 >80 CO emisszion according 0,09 0,09 0,09 to MSZ EN 13229 Mass flow of flue gas at nominal output Maximum operating...
- Page 29 Main dimensions and connections Figure 12. Main dimensions (mm) Type Sign Description PA68E PA80E PA110E width 1100 depth 1088- 1088- 1138- height 1153 1153 1203 chimney connection frame height Table 15.
- Page 30 Lift door version (LD) Figure 13. Main dimensions (mm) Type Sign Description PA80LD PA100LD PA130LD width 1100 depth 1088- 1088- 1138- height 1153 1153 1203 chimney connection frame height Table 16.
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Page 31: Warranty Card
(hinges, handle, and fittings). No warranty coverage on glues, seals, ceramic glass, and fire-clay insert. Venue of repairing work falls under this warranty: Technical Kft. 1103, Bp., Kőér u. 16. Tel: +3612602290 The mutation of seal and inappropriate use causes loss of warranty. - Page 32 Fireplace, the installation carried Heating system assembled by out by Contractor/company Contractor/company name: name: Address: Address: Licence number: Licence number: Tel: Tel: Date: 201………………. Stamp Date: 201……………… Stamp Legible signature: Legible signature Warranty card for the period Warranty card for the period required by law required by law Date of report:...
- Page 33 The warranty period starts on the day when the unit is handed over to the buyer. If commissioning is carried out by Technical Kft. or our distributor, the period starts on the day the commissioning was finished. In case the commissioning does take place within 3 months from the date of purchase then the warranty period starts on the day of purchase.
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