Model MT50205 tubular solenoid has a 50mm stroke and can provide 100N force at 100% ED.
Model MT40162 tubular solenoid has a 40mm stroke and can provide 60N force at 100% ED.
Model MT32134 tubular solenoid has a 30mm stroke and can provide 38N force at 100% ED.
Model MT26110 tubular solenoid has a 30mm stroke and can provide 8N force at 100% ED.
Tubular solenoids are a popular choice for applications that require a compact size with performance that matches or exceeds the larger open frame solenoid designs for a given size.
Tubular solenoids are a popular choice for applications that require a compact size with performance that matches or exceeds the larger open frame solenoid designs for a given size.
Tubular solenoids are a popular choice for applications that require a compact size with performance that matches or exceeds the larger open frame solenoid designs for a given size.
Tubular solenoids are a popular choice for applications that require a compact size with performance that matches or exceeds the larger open frame solenoid designs for a given size.
Model GT34102 tubular solenoid has a 30mm stroke and can provide 50N force at 100% ED.
The GT4045 tubular solenoid is specially designed for hydraulic valve applications.
The GT4036 tubular solenoid is specially designed for hydraulic valve applications.
Model GT34102 tubular solenoid has a 30mm stroke and can provide 35N force at 100% ED.
Model GT2876 tubular solenoid has a 25mm stroke and can provide 28N force at 100% ED.
Model GT1958 tubular solenoid has a 20mm stroke and can provide 9N force at 100% ED.
Tubular solenoids are a popular choice for applications that require a compact size with performance that matches or exceeds the larger open frame solenoid designs for a given size.
Tubular solenoids are a popular choice for applications that require a compact size with performance that matches or exceeds the larger open frame solenoid designs for a given size.
Tubular solenoids are a popular choice for applications that require a compact size with performance that matches or exceeds the larger open frame solenoid designs for a given size.
Type MD1764 (Model D7) D Frame solenoid utilizes a 4-sided closed steel frame 64mm x 48mm x 41mm and Ø17mm plunger.
Type MD1743 D Frame solenoid utilizes a 4-sided closed steel frame 43mm x 48mm x 41mm and Ø17mm plunger.
Type MD1444 (Model D5) D Frame solenoid utilizes a 4-sided closed steel frame 44mm x 38mm x 32mm and Ø14mm plunger.
Type MD1353 D Frame solenoid utilizes a 4-sided closed steel frame 53mm x 32mm x 26mm and Ø13mm plunger.
Type MD1335 D Frame solenoid utilizes a 4-sided closed steel frame 40mm x 24mm x 29mm and Ø13mm plunger.
Type MD1253 D Frame solenoid utilizes a 4-sided closed steel frame 53mm x 30mm x 27mm and Ø12mm plunger.
Type MD1241 (Model D4) D Frame solenoid utilizes a 4-sided closed steel frame 41mm x 30mm x 25mm and Ø12mm plunger.
Type MD1039 (Model D3) D Frame solenoid utilizes a 4-sided closed steel frame 39mm x 26mm x 21mm and Ø10mm plunger.
Type MD1039 D Frame solenoid utilizes a 4-sided closed steel frame 39mm x 29mm x 24mm and Ø10mm plunger.
Type MD0837 D Frame solenoid utilizes a 4-sided closed steel frame 37mm x 26mm x 21mm and Ø8mm plunger.
Type MD0626 D Frame solenoid utilizes a 4-sided closed steel frame 26mm x 20mm x 16mm and Ø6mm plunger.
Model MC0930 C-Frame solenoid utilizes a C shaped steel frame 30mm x 33mm x 34mm and Ø9mm plunger.
Model MC0828 C-Frame solenoid utilizes a C shaped steel frame 28mm x 19mm x 18mm and Ø8mm plunger.
Model MC0417 C-Frame solenoid utilizes a C shaped steel frame 17mm x 10mm x 11mm and Ø4mm plunger.
Type GD1743 D Frame solenoid utilizes a 4-sided closed steel frame 43mm x 48mm x 41mm and Ø17mm plunger.
Type GD1444 D Frame solenoid utilizes a 4-sided closed steel frame 44mm x 38mm x 32mm and Ø14mm plunger.
Type GD1253 D Frame solenoid utilizes a 4-sided closed steel frame 53mm x 30mm x 27mm and Ø12mm plunger.
Type GD1040 D Frame solenoid utilizes a 4-sided closed steel frame 40mm x 20mm x 25mm and Ø10mm plunger.
Type GD0947 D Frame solenoid utilizes a 4-sided closed steel frame 47mm x 23mm x 19mm and Ø9mm plunger.
Model GC0416 C-Frame solenoid utilizes a C shaped steel frame 16mm x 8mm x 12mm and Ø4mm plunger.
Model GC0417 C-Frame solenoid utilizes a C shaped steel frame 17mm x 10mm x 11mm and Ø4mm plunger.
Model GC0423 C-Frame solenoid utilizes a C shaped steel frame 23mm x 10mm x 11mm and Ø4mm plunger.
Model GC0425 C-Frame solenoid utilizes a C shaped steel frame 25mm x 11mm x 12mm and Ø4mm plunger.
Model GC0517 C-Frame solenoid utilizes a C shaped steel frame 17mm x 16mm x 17mm and Ø5mm plunger.
Model GC0639 C-Frame solenoid utilizes a C shaped steel frame 39mm x 16mm x 19mm and Ø6mm plunger.
Model GC0819 C-Frame solenoid utilizes a C shaped steel frame 19mm x 17mm x 19mm and Ø8mm plunger.
Model GC0828 C-Frame solenoid utilizes a C shaped steel frame 28mm x 19mm x 18mm and Ø8mm plunger.
Type GD0420 D Frame solenoid utilizes a 4-sided closed steel frame 20mm x 11mm x 10mm and Ø4mm plunger.
Type GD0522 D Frame solenoid utilizes a 4-sided closed steel frame 22mm x 10mm x 15mm and Ø5mm plunger.
Type GD0730 D Frame solenoid utilizes a 4-sided closed steel frame 30mm x 14mm x 16mm and Ø7mm plunger.
Type GD0826 D Frame solenoid utilizes a 4-sided closed steel frame 26mm x 25mm x 22mm and Ø8mm plunger.
Type GD0829 D Frame solenoid utilizes a 4-sided closed steel frame 29mm x 24mm x 30mm and Ø8mm plunge
Type GD0837 D Frame solenoid utilizes a 4-sided closed steel frame 37mm x 26mm x 21mm and Ø8mm plunger.
Model GK0625 latching solenoid utilizes a permanent magnet in conjunction with a solenoid coil to maintain the position of the plunger with no current applied.
Model GK0641 is a bi-stable latching solenoid that utilizes a permanent magnet in conjunction with a solenoid coil to maintain the position of the plunger with no current applied.
Model GK0740 latching solenoid utilizes a permanent magnet in conjunction with a solenoid coil to maintain the position of the plunger with no current applied.
Model GK1037 latching solenoid utilizes a permanent magnet in conjunction with a solenoid coil to maintain the position of the plunger with no current applied.
A range of five models in different sizes and holding forces.
A specialist solenoid valve designed for 2 or 3 way air control applications.
A specialist solenoid valve designed for air control applications.
A specialist solenoid valve designed for air control.
A specialist solenoid valve designed for air or fluid control.
AC operated solenoids have an in-rush current, providing a high initial stroke force, and can utilise longer strokes than DC solenoids for the above reason.
AC operated solenoids have an in-rush current, providing a high initial stroke force, and can utilise longer strokes than DC solenoids for the above reason.
AC operated solenoids have an in-rush current, providing a high initial stroke force, and can utilise longer strokes than DC solenoids for the above reason.
AC operated solenoids have an in-rush current, providing a high initial stroke force, and can utilise longer strokes than DC solenoids for the above reason.
AC operated solenoids have an in-rush current, providing a high initial stroke force, and can utilise longer strokes than DC solenoids for the above reason.
AC operated solenoids have an in-rush current, providing a high initial stroke force, and can utilise longer strokes than DC solenoids for the above reason.
AC operated solenoids have an in-rush current, providing a high initial stroke force, and can utilise longer strokes than DC solenoids for the above reason.
AC operated solenoids have an in-rush current, providing a high initial stroke force, and can utilise longer strokes than DC solenoids for the above reason.
We manufacture a variety of custom locking solenoids and shot bolts for various industrial security applications, including machine tool guards, security doors and gates, and for general interlock applications.
A specialist solenoid valve designed for a pneumatic control application in the automotive sector.
