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MVT

The MVT actuator is used in coupling with push / pull valves or in coupling with fixed stroke valves with return spring . It allows the regulation of the flow of hot and chilled water in two and four-pipe terminal units, zone systems, solar systems, small post-heating and dehumidification coils. The MVT actuator is of the bidirectional electric type . The valve stem is driven by a synchronous motor and a gear train optimized for high performance and minimum noise emissions. The actuator is equipped with a limit force mechanism that cuts off the power supply to the motor when the force of 300N is reached. If configured as an auto stroke, the software of the proportional models allows the learning of the stroke, so it can be used on any valve as long as it respects the maximum stroke limit allowed.
Manufacturer: Controlli

The MVT actuator is used in coupling with push / pull valves or in coupling with fixed stroke valves with return spring .  It allows the regulation of the flow of hot and chilled water in two and four-pipe terminal units, zone systems, solar systems, small post-heating and dehumidification coils.

The MVT actuator is of the bidirectional electric type . The valve stem is driven by a synchronous motor and a gear train optimized for high performance and minimum noise emissions.

The actuator is equipped with a limit force mechanism that cuts off the power supply to the motor when the force of 300N is reached.

If configured as an auto stroke, the software of the proportional models allows the learning of the stroke, so it can be used on any valve as long as it respects the maximum stroke limit allowed.

The MVT actuator is used in coupling with push / pull valves or in coupling with fixed stroke valves with return spring .  It allows the regulation of the flow of hot and chilled water in two and four-pipe terminal units, zone systems, solar systems, small post-heating and dehumidification coils.

The MVT actuator is of the bidirectional electric type . The valve stem is driven by a synchronous motor and a gear train optimized for high performance and minimum noise emissions.

The actuator is equipped with a limit force mechanism that cuts off the power supply to the motor when the force of 300N is reached.

If configured as an auto stroke, the software of the proportional models allows the learning of the stroke, so it can be used on any valve as long as it respects the maximum stroke limit allowed.