Category Archives: Rotary -CW
Motion Control – Miniature Push Type Solenoids Features 16 Standard Models to Meet Voltage, Duty Cycle, Force, and Stroke Requirements of an Application!
Motion Control – Push Type Solenoids
Motion Control – Van Nuys, CA – Magnetic Sensor Systems (MSS) has released the S-63-38-H Series of Push Type Tubular Solenoids. These miniature 0.38 in. diameter solenoids can be used as a push type solenoid at the push end or a pull type solenoid at the pull end and features 16 standard off-the-shelf options to select from based on the Voltage, Duty Cycle, Force and Stroke requirement of the user.
Motion Control – 18 Compact Low-Profile Pull Type Clapper Solenoids Are Designed to Meet the Size, Voltage, Duty Cycle, and Force Requirements of Your Application!
Motion Control – Select the Low Cost, Economical, Pull-type Latching Solenoid Best Suited for Your Application!
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. long with 0.313 in diameter plunger.
Motion Control – Rotary Solenoids Matched to An Application Are Available in OEM Quantities!
Motion Control – Rotary Solenoids
Motion Control – Van Nuys, CA – The R-09-150 CWN Series of Clockwise, Reverse Shaft Extension Rotary Solenoids from Magnetic Sensor Systems (MSS), available in OEM quantities, features 18 different winding configurations allowing the user to match torque and duty cycle requirements to an application.
These compact 38.1 mm (1.50 in.) diameter motion control solenoids are just 22.1 mm (0.87 in.) long and have two M4X0.7 threaded studs (8-32 studs optional) 7.4 mm (0.29 in.) long on a 22.2 mm (0.875 in.) bolt circle. The reverse shaft has 40 degrees of clockwise rotation, extending 13.0 mm (0.51 in.). Shaft end is serrated for better grip of the attached load.