IDEC IZUMI - Safety Components

The HS1B is a full-size interlock switch in a more rugged, industrial die-cast aluminum housing. Options include an LED indicator in red or green, and two different circuit configurations. The HS2B comes with an optional LED indicator, in red or green, and has the same direct opening action as all IDEC interlock switches. This full-size interlock switch has a lightweight plastic housing, three conduit ports and two key entry slots.

The HS1C is a full size interlock switch in a rugged die-cast aluminum housing that also includes a locking solenoid. When mounting the key on a movable door, and the switch on a machine body, the door can be mechanically locked when closed. The door is unlocked by a solenoid lock-release signal from a PLC or other source after the machine has stopped. In the event of power failure or for machine maintenance, the door can be unlocked using a special tool.

HS3A Non-contact RFID safety interlock switches perform the same functions as standard mechanical safety interlock switches, but are designed to be used in applications where non contact is desired between the switch and its actuating key. It's designed for used in areas where a high level of tamper resistance and safety is required. It is suitable for almost anywhere where safety and reliability is the utmost concern.

HS7A-DMC Non-contact magnetic safety interlock switches perform the same functions as standard mechanical safety interlock switches, but are designed to be used in applications where non contact is desired between the switch and its actuating key. It's also being used where space is at a premium.

HS7A-DMP Non-contact magnetic safety interlock switches perform the same functions as standard mechanical safety interlock switches, but are designed to be used in applications where non contact is desired between the switch and its actuating key. It's also being used where space is at a premium. The slim profile makes it easy to mount in locations out of the way of personnel and machine operation, reducing the possibility of damage or misalignment.