ESBE Valve Sizing & Selection Tool

B.E.E. SELECTION TOOL

ESBE Valve Sizing & Selection Tool

Calculate the required flow rate and identify suitable ESBE valve and actuator options based on system duty, Kvs and application.

What does the valve need to do?

Preferred connection

Power kW

Temperature Difference (ΔT) K / °C difference

Flow Rate m³/h

Enter Power and ΔT to calculate the required Flow Rate. If you already know Flow Rate, enter it with either Power or ΔT to calculate the missing value.

Which flow pattern do you need?

For diverting duty, choose the arrangement that matches the required flow path.

L-pattern VRG130 / VRG330 Common port AB is on the side. Flow diverts to either A or B. AB → A OR AB → B

T-pattern VRG230 Common port AB is on the branch. Flow diverts to either A or B. AB → A OR AB → B

I'm not sure Show both options

We'll show both flow-pattern options, or you can contact B.E.E. and we'll help confirm the correct arrangement.

Simplified diverting diagrams: arrows show possible flow routes, not simultaneous flow through both outlets. Confirm valve port markings and current ESBE technical documentation before installation.

Do you also need an actuator?

Control signal

Supply voltage

Preferred running time

Auxiliary switch

Control signal and voltage must match the controller/system supplying the actuator.

Your Results

Power

ΔT

Flow

Recommended Kvs

Buying more than one item? Product links open in a new tab, so you can return here to view the rest of your selection results.

Sizing guidance only: Results are preliminary product-selection guidance based on the information entered and standard hydraulic calculations; they are not a system design or guarantee of suitability. VRG330 has different Kvs values by flow path, so both published paths are checked where it is selected. Final valve and actuator selection must be checked against the complete system design, valve function, operating conditions, pressure requirements, flow pattern, port arrangement, supply voltage, control signal and current ESBE technical documentation. If unsure, contact B.E.E.