Tubular Solenoid for Long Stroke Application

Tubular Solenoid

UK Manufactured
Tested to 25 Million Actuations
Pull or Push Version
Up to 19mm Stroke Length
Force Rating up to 80N
10 Models
Customised solutions

Typical Applications

Laboratory Instrumentation
Laser Marking Equipment
Parcel Collection Points
Process Control Equipment
Locker & Vending Security
High Security Locks
Diagnostic & Analysis Equipment

Send your requirements to enquiries@nsfcontrols.co.uk

Tubular Solenoid Details

Datasheets and Step files are available below, for customised solutions email enquiries@nsfcontrols.co.uk

Tubular solenoids provide an extended stroke range without compromising on force when compared to other linear solenoids. They are available as push solenoids or pull solenoids, in push solenoids the plunger is extended outward when current is applied, whilst in pull solenoids the plunger is retracted inward.

We have 3 types of plungers based on the required stroke of the application.

Our standard 60° angle plunger
Flat face plunger for strokes under 1.5mm
90° angle plunger for strokes 1.5-2mm

The solenoids plunger can be further customised with different load take-off options for a variety of mechanical linkages.

The space-saving cylindrical design and single-point fixing allows for easier installation and mounting, making tubular solenoids convenient to work with in limited spaces. The enclosed design of the tubular solenoid provides protection against dust or dirt in the environment. This helps maintain the performance of the solenoid over time, making it a reliable choice for long-term use.

Tubular Solenoid Design Considerations

Dimensions
The space available in an application for a solenoid to fit and function.

Stroke
Stroke length dictates which model of solenoids can be used.

Force or Torque
Desired force at a given stroke length.

Duty Cycle
A % of time solenoids are actuated in one cycle. Duty cycle = (Active time / Total cycle time) x 100. If the duty cycle is exceeded this can cause overheating or mechanical failure.

Return Spring
Most solenoids need an opposing force to return the plunger to its start position. This can be either a return spring or simply gravity depending on application requirements.

Tubular Solenoid Datasheets & Step Files

For each solenoid below we have included downloadable Datasheets and Step files (*.stp) that can assist you in your design process. The Step file can be dropped into your CAD design for modelling the space envelope of the solenoid. Please note that the solenoid is shown in the energised position, the moving core and shaft position will change depending on individual stroke requirements.