Category Archives: Pull Type

Motion Control – Open Frame Series of 18 Pull Type Solenoids with a 1 Inch Stroke Can Meet the Voltage, Duty Cycle, and Force Requirements of Many Applications!

Motion Control – Open Frame Solenoids

motion control - open frame solenoids
Motion Control – Van Nuys, CA – The S-18-100 Series of Open Frame Pull Type Solenoids from Magnetic Sensor Systems (MSS) includes 18 different solenoids to select from based on the Voltage, Duty Cycle, Attractive Force (up to 100 oz) and Stroke requirements of the user. MSS Solenoid coils typically utilize 23 to 40 AWG (American Wire Gauge) windings with Class “F” insulation for better protection of the solenoid during longer duty cycles.

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The S-18-100 Series solenoids are 1.000 in. wide x 0.84 in. high x 1.74 long and have a 1.00 stroke. The noncaptive plunger or actuator is 0.312 in. in diameter with a clevis end for load attachment.

Motion Control – Tutorial – Solenoid Construction

Motion Control – Tutorial – Solenoid Construction

motion control - pull type solenoid

 

 

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Solenoid Construction

A Solenoid is a long wire, wound with a helical pattern, usually surrounded by a steel frame, having a steel core inside the winding.

When carrying a current “i “, the Solenoid becomes an electro-mechanical device, in which electrical energy is converted into mechanical work.

Motion Control – Select from a Series of Low-Profile Push/Pull Type Solenoids to Meet the Specific Voltage, Duty Cycle, and Force Requirements of Your Application!

Motion Control – Compact Push/Pull Solenoids

motion control - mss push pull solenoid
Motion Control – Van Nuys, CA –Magnetic Sensor Systems (MSS) has released 18 low-profile Push/Pull Clapper Solenoids with the ampere turns (windings) adjusted to meet the specific force and duty cycle requirements of an application. The S-66-100 Series of Low-Profile Clapper Push/Pull Type Solenoids from MSS are just 1.00 in. in diameter and 0.66 in. deep.

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These compact solenoids have a 0.40 in. stroke and can be operated at a variety of duty cycles (voltage dependent) and are the ideal choice for: Medical dispensing, plotters, clutches, switches, mixing, valve control, vending machines, games, fire suppression systems, cabinet locks, door controls, and sorting equipment.

Motion Control – Select From the S-20-100X Series of 1 Inch Dia. Pull Type Solenoids to Meet Voltage, Duty Cycle, Force, and Stroke Requirements of an Application!

Motion Control – Tubular Solenoids

motion control - solenoids
Motion Control – Van Nuys, CA – Magnetic Sensor Systems (MSS) has released their S-20-100X model of Pull Type Tubular Solenoids. Their S-20-100X series of solenoids features 18 different solenoids to select from based on the Voltage, Duty Cycle, Force and Stroke requirement of the user.
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MSS Solenoids coils typically utilize Class “F” 23 to 40 AWG (American Wire Gauge) windings with Class “A” insulation for better protection of the solenoid during longer duty cycles.

Solenoids – Compact Rotary Solenoids Available in OEM Quantities, Can Be Performance Matched To An Application!

Solenoids – Rotary Solenoids

Solenoids - rotary solenoid
Solenoids – Van Nuys, CA –The R-09-150 CCWM Series of Counter Clockwise, Forward 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 solenoids are just 22.098 (22.1) mm (0.87 in.) long and have two M4X0.7 threaded studs (8-32 studs optional) 7.366 (7.4) mm (0.29 in.) long on a 22.225 (22.2) mm (0.875 in.) bolt circle.  The shaft has 40 degrees of counter clockwise rotation, extending (13.0) mm (0.51 in.).   The shaft end is serrated for a better grip of the attached load. 

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The R-09-150 CCWM Series of Rotary Solenoids can be specified with a choice of AWG winding of 21 to 37 gauge.    Specifying a different AWG for the windings allows the user to control the performance of a solenoid with respect to duty cycle, current supplied, and torque by controlling the ampere turns.