Kendrion Solenoids
Browse Kendrion Solenoids by type
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Linear Solenoid - High Power Line LHR / LHS
- Compact cylindrical design.
- 7mm up to 50mm stroke length.
- Single direction or bi-directional.
- Voltage 24V DC, others on request.
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Linear Solenoid - Classic Line LCL-D
- Fully encapsulated coil, steel frame.
- 5mm up to 30mm stroke length.
- Single direction stroke + optional return spring.
- Male / female threaded double shaft.
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Linear Solenoid - Classic Line LCL-C
- Open frame design.
- 3mm up to 6mm stroke length.
- Single direction stroke.
- Male / female threaded double shaft.
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Linear Solenoid 4000628 - Classic Line
- Closed frame design.
- 10mm stroke length.
- Single direction stroke + return spring.
- Male / female threaded double shaft.
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Linear Solenoid 4000118 - Classic Line
- Open frame design.
- 8mm stroke length.
- Push type single direction stroke.
- M3 Male threaded shaft.
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Bi-stable Rotary Solenoid CDR030
- Rotary bi-stable for low energy consumption.
- Simple change of position by pole reversal.
- Voltage 24V DC, 15% duty cycle.
- Torque (Power ON) 1.2 (Start) - 3.5 (Max.) Ncm.
In its simplest term, a solenoid is a device that converts electrical energy into mechanical movement.
A solenoid, constructed from copper wire uniformly wound onto a spool to create an electrical coil, generates a controlled magnetic field when an electrical current is applied. The magnetic field interacts with a ferromagnetic armature positioned inside the hollow core of the spool, converting the electrical current into fast linear or rotary mechanical motion.
Rotary and linear solenoids are found in various industrial applications; these include medical, automotive, machine automation, wind energy, marine and agricultural applications.
Typical examples of application use include door locks, oxygen mask release mechanisms, gearbox interlocks, cash dispensing machines, amusement arcades, printers, laser positioning, parking ticket machines, card readers, conveyor feeds and diverters.
- Rotary solenoids provide fast pivotal movement to a predefined angular position when powered.
- Linear solenoids develop force in a linear direction when energised.
The majority of applications call for standard solenoids without requiring significant engineering. Sometimes applications need a unique design, and we have the engineering experience to provide the solution.
Please get in touch with us for further information.