Connecting bend 90 connecting bend parts that serve as a connection between the hydraulic separator and the compact manifold.

Transkript

1 Technical data sheet MultiFlow Expert Components of the MultiFlow Expert - hydraulic separator - connecting bends - multiple compact manifolds [D] Manufacturer certification Description MultiFlow Expert Design pressure bar Design temperature /+ C Design procedure Article 3, Paragraph 3 Manufacturer Sinusverteiler GmbH Dieselweg Wettringen/Germany We declare under our sole responsibility that the pressure equipment meets the requirements of Directive /8/EU. This product was manufactured in accordance with the principles of GEP Good Engineering Practice. [D] [D] [D] Hydraulic separator for multiple temperature zones Vertical cylindrical chamber made from welded tubing P35 with welded-in top and bottom. Nozzles for heat consumer and heat generator made from welded steel tubing with weld-neck flanges PN /PN customised according to your specifications. threaded nozzle for sludge removal, ½ bushings for temperature sensor and ventilation; supporting foot with bores for fixing to the floor. The hydraulic separator is % tightness tested and primed before leaving the factory. Size Flow rate Largest nozzle [DN] [m³/h] [DN] Connecting bend 9 connecting bend parts that serve as a connection between the hydraulic separator and the compact manifold. Compact manifold Combined flow and return manifold consisting of rectangular tubing with chambers made of black sheet steel S35 arranged adjacent to one another and separated by sinusoidal parting wall. Nozzles configured as threaded and/or flanged nozzles PN /PN. All nozzles are aligned to the height of the shut-off valves, and can be at the top, side or underneath. ¾ drainage bushings for flow and return chambers are provided as standard. The compact manifold is % tightness tested and primed before leaving the factory.

2 Type Power at t K Heating water flow rate [WxH] [kw] [m³/h] Water capacity [litres/ Heat transfer at 7 /5 C [kw/ [%] Return flow increase [K/ Main body weight [kg/ Largest nozzle/ boiler connection Nozzle spacing Wall thickness [DN] [mm] [mm] / /5 /5/variable 4 / /8 5/3/variable 4 / / 5/3/35/variable 4 / /5 5/3/35/variable 4 8/ /5 3/35/variable 3/ /5 3/35/variable 4/ variable 45/ < variable 8 5/ < variable 8 / < variable 7/ <..9 3 variable Heat transfer and pressure loss between flow and return chambers Heat transfer diagram showing the return temperature increase in Kelvin [K] per metre of manifold length and pressure loss diagram showing pressure loss dependent on the water throughput for a given number of nozzles. Type /8,8,, ,,8,,4, Wasserdurchsatz [m³/h] Type / ,8,,4,,8,,4, mpaktverteiler / Wasserdurchsatz [m³/h] c

3 Type /,8,,4,,8,,4, Type / ktverteiler / erlust im Vorlauf und Rücklauf Wasserdurchsatz [m³/h] 3,4,,8,,4, paktverteiler 8/ Wasserdurchsatz [m³/h] Type 8/,8,7,,5,4,3,, paktverteiler 3/ Wasserdurchsatz [m³/h]

4 Type 3/,8,7,,5,4,3,, paktverteiler 4/ Wasserdurchsatz [m³/h] Type 4/,8,7,,5,4,3,, aktverteiler 45/5 verlust im Vorlauf und Rücklauf Type 45/5 Wasserdurchsatz [m³/h],4,35,3,5,,5, paktverteiler 5/ ,5, Wasserdurchsatz [m³/h]

5 Type 5/3,4,35,3,5,,5 aktverteiler /4 verlust im Vorlauf und Rücklauf ,, Type /4 Wasserdurchsatz [m³/h],3,5,, ,, Wasserdurchsatz [m³/h] 4 Type 7/5,5,,5,, Wasserdurchsatz [m³/h]