Maximum locking force and compact packaging combined with the industry’s best strength-to-size ratio make this switch ideal for safeguarding machinery and equipment.
HS1T Heavy Duty Locking
Maximum locking force and compact packaging combined with the industry’s best strength-to-size ratio make this switch ideal for safeguarding machinery and equipment.
HS6B Subminiature
The HS6B is the smallest three-contact enabling switch currently on the market, and will fit in even the tightest areas, so you have safety in every necessary location.
HS6B Subminiature
The HS6B is the smallest three-contact enabling switch currently on the market, and will fit in even the tightest areas, so you have safety in every necessary location.
HS6E Submniature Locking
The HS6E series safety interlock switch provides a cost effective solenoid door interlock in a compact housing.
HS6E Submniature Locking
The HS6E series safety interlock switch provides a cost effective solenoid door interlock in a compact housing.
HS5L Miniature Locking
Most safety interlocks in the market usually have up to 6 contacts which is more than required in many applications.
HS5L Miniature Locking
Most safety interlocks in the market usually have up to 6 contacts which is more than required in many applications.
HS5D Miniature
The smallest in their class at just 30 x 30 x 91 (mm), IDEC now offers compact HS5D Interlock Safety Switches available with up to three contacts. These switches provide a high-quality, space-saving product at a competitive price.
HS5D Miniature
The smallest in their class at just 30 x 30 x 91 (mm), IDEC now offers compact HS5D Interlock Safety Switches available with up to three contacts. These switches provide a high-quality, space-saving product at a competitive price.
HS5E-K Miniature Locking
The HS5E series safety interlock switch provides a cost effective solenoid door interlock in a compact housing.
HS5E-K Miniature Locking
The HS5E series safety interlock switch provides a cost effective solenoid door interlock in a compact housing.
