Valve sizing calculator

Simple calculation     Extended calculation and choice of actuator

Step 1. Simple Kv calculation help Flow:       l/s l/h m³/h Pressure drop:      kPa Bar Step 1. Calculation of Kv and choice of actuator help Calculation of Kv via the flow Calculation of Kv via the dimensioned effect and differential temperature Flow:       l/s l/h m³/h Dimensioned effect [kW]: Differential temperature across the control object [°C]: Media: Water Glycol-mixed water Pressure drop:   kPa Bar Select the valve with the nearest higher pressure drop Note: May lead to incorrect valve selection. Options Find a suitable valve actuator Supply voltage: 24 V AC 230 V AC 24 V DC Control signal: 0...10 V DC 3-position On/off, normally open On/off, normally closed Choose connection Connection: Internally threaded Externally threaded Flanged according to DIN Flanged This option will only affect the choice of valve when selecting "Application" in step 2. Calculate valve authority from the choice of valve Total pressure drop in the system: kPa Bar

Step 2. Choice of valve                                                          Saved items Application: '; District heating District cooling Cooling system/2-way valve Cooling system/3-way valve Heating system/2-way valve Heating system/3-way valve Fan-coil Underfloor heating Domestic hot water OR Valve range: BF2 BF3 BTV BV2 BV3 CTV ETRS ETVS FRS GF2 GF3 MTRS MTVS NTVS VTTB VTTR VTTV ZMD2 ZMD3 ZTR ZTV