Motion Control – Latching Solenoids Motion Control – Van Nuys, CA –A Series of Latching Pull-type Motion Control Solenoids released by Magnetic Sensor Systems (MSS) are low cost, economical to use, and easy to integrate into an application. The compact S-18-100T Pull-type Latching Solenoids are: 1.00 in. wide x 0.84 in. high x 1.73 in. […]
Archive for the ‘Electromagnets’ Category
Motion Control – Select the Low Cost, Economical, Pull-type Latching Solenoid Best Suited for Your Application!
May 22nd, 2025 
Editor-Publisher
Posted in XYZ and Theta Motion Control Products, Controllers, Driver Module, Drives, Electromagnets, Latching, Magnetic Sensor Systems (MSS), Open Frame - Pull Type, Push/Pull - Compact, Rotary - CCW, Rotary -CW, Solenoid, Solenoid Construction, solenoids, Solenoids, Tubular - Pull Type, Tubular - Push Type, XYZ and Theta Motion Control Products - Electrical, XYZ and Theta Motion Control Products - Suppliers/Manufacturers, XYZ and Theta Motion Control Products - Tutorials 
Comments Off on Motion Control – Select the Low Cost, Economical, Pull-type Latching Solenoid Best Suited for Your Application!Motion Control – Select from a Series of Compact Electromagnets to Meet Holding Force and Duty Cycle Requirements of an Application!
October 17th, 2024 Editor-PublisherMotion Control – Electromagnets Motion Control – Van Nuys, CA – A powerful series of compact, low cost electromagnets has been released by Magnetic Sensor Systems (MSS). Their E-22-150 Series of Tubular Electromagnets 1.5 in. in diameter x 2.15 in. feature 19 different windings to select from based on the duty cycle and holding force […]
Posted in XYZ and Theta Motion Control Products, Driver Module, Electromagnets, Latching, Magnetic Sensor Systems (MSS), Open Frame - Pull Type, Push/Pull - Compact, Solenoid Construction, Solenoids, Tubular - Pull Type, Tubular - Push Type, XYZ and Theta Motion Control Products - Electrical, XYZ and Theta Motion Control Products - Suppliers/Manufacturers Comments Off on Motion Control – Select from a Series of Compact Electromagnets to Meet Holding Force and Duty Cycle Requirements of an Application!
