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Resumen del manual
Fasten the carrying handle to the hot water outlet connection of the solar cylinder. 1.7 Solar Cylinder Charicteristics Flurocyl solar cylinders are available in three sizes: 00, 50 and 300 litres. The containers are made of stainless steel and insulated with EPS.The cylinders are equipped with all necessary cold and hot water control devices and a motorised port valve. The Flurocyl cylinders are operated at the pressure of the water supply pipe and do not need a cold water tank for their supply. They have hot and cold water connections of mm diameter. A cold water supply of appropriate pressure and flow rate is required to operate the solar cylinder ideally, refer to section .6. Temperature control The solar water heating control thermostat is part of the solar control with sensor attached to the Flurocyl solar cylinder. The cylinder includes the boiler and imersion heater control thermostats that are factory fitted and set. A themostatic mixing valve must be fitted to the outlet of the cylinder and must be adjusted to the desired domestic hot water temperature. The cylinder also includes the solar, boiler and immersion heater thermal cut outs that are factory fitted and set. The solar pump must be connected to the solar control via the solar thermal cut out (TCO), It ensures the solar pump is switched off if the hot water temperature in the cylinder rises above 90°C. Immersion heater The Flurocyl solar cylinders are equipped with an additional immersion heater of 3 kW, including the control thermostat and thermal cut out. The immersion heater is situated behind the front plate. NOTE: In the event of a replacement, only the right immersion heater equipped with a thermal cut out fur overheating protection may be used. 4 80 CARRYINGHANDLE Carrier handle Diagram .4 8 1 Product Specifications F D E G C A B 554598 45° Hot water connection Temperature and pressure relief valve Solar circuit Flow Cold water supply Solar circuit Return H I Immersion heater Boiler Flow Boiler Return Diagram .5 4 8 Dimensions A B C D E F G H I Flurocyl 00 l 468 499 454 384 3 4 589 8 8 3 953 Flurocyl 50 l 758 789 454 384 3 4 589 408 9 4 064 Flurocyl 300 l 078 09 454 384 3 4 589 648 0 4 Table . Dimensions 9 1 Product Specifications Boiler Flow Return Flurocyl Flurosorb Solar Pump Unit Flow Return Immersion Heater Drinking Water Expansion Vessel 2 Port Valve 2 Port Valve Automatic Air Separator System M DHW M Protection Vessel (optional) Solar Expansion Vessel 4 6 Diagram .6 0 2 Installation 4 73 Diagram . Flurocyl pack contents AB78910234561 Item Description Qty. Qty. Qty. Flurocyl solar cylinder Part no. 00 l 50 l 300 l 307 06 307 07 307 08 Cold water control pack with tundish 3 Motorised port valve 4 DHW expansion vessel 8 l 5 DHW expansion vessel 5 l 6 DHW Expansion vessel mounting bracket 7 Carrying handle 8 Compression Fittings 9 Drain valve 0 Thermostatic Mixing Valve Table . Flurocyl pack contents 2 Installation Legionella loop return connection Cylinder thermostatCylinder thermostat thermal cut out Immersion heater thermostat Immersion heater thermal cut out Immersion heater Domestic hot water outlet connection Temperature and Pressure relief valve Expansion vessel connection Pressure controlled cold water outlet Cold water supply Return (solar circuit) Adjustable feet Flow (solar circuit) Return (boiler) Flow (boiler) Solar pump thermal cut out Immersion heater switch Pressure limiting valveExpansion relief valve Tundish Cylinder drain valve Temperature sensor immersion sleeve Expansion vessel REAR VIEW 30° 40° 50° 65° 30° 40° 50° 65° LN123 4 74 Diagram . 2.1 Locating the cylinder Locate the solar cylinder at an appropriate place in the building, while observing the following: The discharge pipe from the tundish must be installed at a minimum slope of : 00 and end at a safe and visible point, refer to section .9. The installation surface must be level and able to bear the weight of the full cylinder, refer to table . . The installation site may not be prone to frost. A frost protection thermostat must be installed if necessary. There must be sufficient space to install, check and repressurise the expansion vessel. Floor unevenness should not be greater than the compensation offered by the adjustable feet of the solar cylinder. 2.2 Boiler heating circuit piping Copper pipes with a minimum diameter of mm should be used for the pipes in the reheating circuit between the boiler and the solar cylinder. Larger pipe diameters may be necessary for relatively large distances between the boiler and the cylinder. 2.3 Motorised 2 port valve To prevent the Flurocyl cylinder from overheating the port motorised valve supplied must be fitted to the primary flow to the indirect coil. 2.4 Domestic hot water pipework Connect the hot water outlet to the mm hot water connection of the solar cylinder. Lay a further 22mm pipe to the first T-piece. A pipe of 15mm diameter should then be sufficient. If the pipe is very long or several outlets are sup...
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