Solenoids
MI series
Single winding linear solenoids, ideal for high-precision movement with consecutive duty cycles, they provide a constant force throughout both the pushing and pulling strokes. They can be used for intermittent duty cycles.
MC series
Double winding linear solenoids, ideal for high-precision movement with consecutive duty cycles, they provide a constant force throughout both the pushing and pulling strokes. They have electronics to disable the starting coil and can be used for continuous operation with ED=100%.
MCI series
Double winding linear solenoids, ideal for high-precision movement with consecutive duty cycles, they provide a constant force throughout both the pushing and pulling strokes. An external switch can be connected to disable the starting coil. They can be used for continuous operation with ED=100% or can be customized for intermittent duty cycles.
MS series
Single-coil linear solenoids, ideal for movements with non-stop duty cycles and high movement precision. They offer a constant force throughout the stroke in both pushing and pulling applications. They can be used for continuous duty cycles of 100% ED or customized for intermittent duty cycles.
MM series
Single-acting linear solenoids, ideal for small movements, they provide a constant force throughout both the pushing and pulling strokes. They can be used for continuous operation with ED=100% or can be customized for intermittent duty cycles.
MS CH series
Single-coil linear solenoids, ideal for high-precision movement with consecutive duty cycles, they provide a constant force throughout both the pushing and pulling strokes. This kind of solenoid is widely used in latches and locking systems. They can be used for continuous operation with ED=100% or can be customized for intermittent duty cycles.
MT series
Solenoids with a high holding force that operate through contact with ferrous metal parts. This kind of solenoid is widely used in automatic door release and closing systems. They can be used for continuous operation with ED=100%.