The S-17-85 Series of “C” 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 91 oz) and Stroke length 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. Operating voltage range is from 3.0 VDC to 429 VDC, and from 5 to 40 Watts.

Magnetic Sensor Systems (MSS) has released their E-05-125 Series of Tubular Low-Profile Electromagnets. This compact series of electromagnets measuring just 1.25 in. in diameter x 0.50 in. features 18 different windings to select from based on the duty cycle and holding force requirements of the application.

The R-09-150 CCWM Series of Counterclockwise, 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 counterclockwise rotation, extending (13.0) mm (0.51 in.).   The shaft end is serrated for a better grip of the attached load.

Latching Bi-Directional Solenoids released by Magnetic Sensor Systems (MSS) are low cost, economical to use, and easy to integrate into an application. The S-18-100LC2 and S-18-100LF2 Latching Bi-Directional Solenoids feature the same compact dimensions: 1.00 in. wide x 0.84 in. high x 1.73 in. long with 6-32 threaded Push/Pull plungers.

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.