CV-110
Control
Globe Control Valve
Characterised trim for precise throttling in liquids, gases and steam.
ACCURACY
Linearity ±1 %
PROTECTION
IP66
01
PRODUCT FAMILY
Control
A loop is only as good as its final element. Make the valve do exactly what the controller asked.
Globe and rotary control valves, smart positioners and electric actuators that turn the controller output into precise process action.
TYPICAL UNITS
Cv · %
02
HOW TO CHOOSE
Pick the principle for the process
Use a globe valve (CV-110) for precise throttling, a rotary segment valve (CV-210) for slurries and fibre, a smart positioner (CV-310) to close the loop on valve travel and add diagnostics, and an electric quarter-turn actuator (CV-410) where no instrument air is available.
MEASURING PRINCIPLE
Linear control valve
A plug moves along its stem axis against a seat, throttling flow with a characterised trim.
How it works →
MEASURING PRINCIPLE
Rotary control valve
A segment or ball rotates in the body to modulate flow.
How it works →
MEASURING PRINCIPLE
Positioning and actuation
A positioner compares the 4–20 mA setpoint with stem position and drives the actuator until they match.
How it works →
03
INSTRUMENTS
Every instrument in this family
CV-210
Control
Rotary Segment Valve
Tight shut-off and non-clogging flow path for slurries and fibre.
ACCURACY
Linearity ±1 %
PROTECTION
IP66
CV-310
Control
Smart Valve Positioner
HART positioner with partial-stroke testing and valve diagnostics.
ACCURACY
Resolution 0.1 %
PROTECTION
IP66
CV-410
Control
Electric Quarter-Turn Actuator
24 V or 230 V actuator with Modbus control and position feedback.
ACCURACY
Positioning ±1 %
PROTECTION
IP67
04
FAQ
Common questions
RFQ
REQUEST A QUOTE
Not sure which instrument fits?
Describe the process and we will recommend a measuring principle and model, with a quotation.