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A Potential Quantity Of Interlock Switches Is Available Here

What are Interlock Switches Used for?

The primary purpose of an interlock switch is safety. It can be interlocked to prohibit the machine from functioning when a guard is removed. If a dangerous situation may occur as a result, a control may be interlocked to render it inoperable.

All forms of machinery in manufacturing and industrial settings use interlock switches. In household environments, interlock switches are also employed in appliances like automatic gates and slam-lock doors.

Available Types of Interlock Switches

Safe and non-safe interlocks are the two primary varieties. To build a control system, certain systems require both safe and non-safe interlocks. Simple electromechanical switches like magnetic or limit switches can be used as interlock switches. They also come in more complicated forms with sophisticated actuators and sensors that work together to construct interlocking structures. Contemporary interlocking switches are multipole magnetic and unusually shaped key switches.

Safety interlocks

The safety interlock exemplifies the format of a programming directive. These safety features keep goods and people safe while the machine is operating. A safety barrier, for instance, prevents individuals from entering a robotic cell to avoid coming into contact with moving parts. The safety circuit cannot be reset when the cell's fence gate is opened since it is awaiting the gate's closure. This stops someone from entering a robot cell while it's in motion.

Non-safe Interlock

Non-safe interlocks are the other primary type of interlock. These are employed to safeguard machinery or unexpected actions. Noncontact safety interlocks operate by connecting a movable door guard to the hazard's power supply. An interlock, which stops the machine when tripped, is typically employed to help protect a machine from hurting its operator or destroying itself.

New Items

New items

2702973, Phoenix Contact

Proximity safety circuit, coded actuator, compatible with all sensor coding types, supplied inductively via the sensor. The PSR-CT safety circuit consists of a combination of a PSR-CT-...-SEN-1-8 sensor with varying coding types and a coded PSR-CT-C-ACT actuator. It provides maximum tamper protection and the highest level of safety. The PSR-CT safety circuit is available with the following types of coding: Fixcode: For the sensor to detect the actuator, the actuator must first be associated with the sensor via a learning process. The learning process can only be completed once. The sensor and actuator are then permanently assigned to each other by their coding. Safety circuits with fixcode evaluation achieve a high coding level. Unicode: For the sensor to detect the actuator, the actuator must first be assigned to the sensor via a learning process. The learning process for a new actuator can be repeated any number of times. The sensor only detects the last learned actuator. Safety circuits with unicode evaluation achieve a high coding level. Multicode: The sensor detects every actuator of the approved type. No specific actuator code can be assigned. Safety circuits with multicode evaluation achieve a low coding level.

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HS1L-DT44KMSR-R, IDEC

SAFETY SWITCH SPRING LOCK

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3SE5232-0LU21, Siemens

3SE5 Hinge Switch The SIRIUS 3SE5 Series hinge switch is designed for monitoring hinged doors and flaps. These mechanical position switches offer excellent protection from tampering thanks to the fixed, positive pivoting point connection between switch and door hinge. They have a standard enclosure according to EN 50047 and EN 50041 and a very small operating angle. Simultaneous shut down and signalling is provided in addition by the snap-action contacts. For the mechanical monitoring of protective doors or flaps Protection up to Cat 4 (EN 954-1), Up to SIL 3 IEC 62061 Snap on contacts Simple, fast wiring offers approx 20 to 25% reduction in connection time Cable entry M20 x 1.5 Actuator head can be rotated in 22.5° increments Note Actuators are supplied, accessories are for spares. Hinge Switch

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3SE5112-1QV10, Siemens

3SE5 Series, Standard The SIRIUS 3SE5 position switches are designed to ensure that the safety mechanism on protective doors cannot be deactivated. Also the multiple mechanical coding of these interlock switches virtually eliminates the possibility of tampering. The separate actuator is mounted directly on the protective door and moves into the opening on the switch when the door is closed. Once the door is opened, the actuator is removed from the switch and the NC contacts open breaking the circuit safely and reliably. 5 directions of approach, from above and 4 x 90° IP67 degree of protection Protection up to Cat 4 (EN 954-1), Up to SIL 3 IEC 62061 Simple, fast wiring offers approx 20 to 25% reduction in connection time ASIsafe electronics are now integrated into the enclosure for additional space saving LED versions available for on-site diagnosis Slow action contacts Screw terminals Note Actuators must be purchased separately. Interlock Switch

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New items

HS1L-DQ44KMSR-R, IDEC

SAFETY SWITCH SPRING LOCK

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HS5L-VC44M-G, Idec

Four-contact solenoid interlock switches ideal for use on limited mounting spaces such as small doors. Compact body: 35 ´ 40 ´ 127mm The locking strength is 1400N. Spring clamp terminal block prevents loosening of wires due to vibration. A variety of circuits. Dual safety circuit and four-circuit independent outputs available. Gold-plated contacts suitable for small loads. Spring lock models (unlocks when the solenoid is energized) and solenoid lock models (locks when solenoid is energized) are available. The head orientation can be rotated, allowing 8 different actuator entries. Actuators can be used with other HS5 series interlock switches. Spring loaded actuator exclusive for HS5L available. LED indicator shows solenoid operation.

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New items

2702975, Phoenix Contact

Proximity safety circuit, multicode sensor with RFID coding, model 4, automatic or manual start, integrated diagnostics, 24 V DC supply, M12 connector. The PSR-CT safety circuit consists of a combination of a PSR-CT-...-SEN-1-8 sensor with varying coding types and a coded PSR-CT-C-ACT actuator. It provides maximum tamper protection and the highest level of safety. The PSR-CT safety circuit is available with the following types of coding: Fixcode: For the sensor to detect the actuator, the actuator must first be associated with the sensor via a learning process. The learning process can only be completed once. The sensor and actuator are then permanently assigned to each other by their coding. Safety circuits with fixcode evaluation achieve a high coding level. Unicode: For the sensor to detect the actuator, the actuator must first be assigned to the sensor via a learning process. The learning process for a new actuator can be repeated any number of times. The sensor only detects the last learned actuator. Safety circuits with unicode evaluation achieve a high coding level. Multicode: The sensor detects every actuator of the approved type. No specific actuator code can be assigned. Safety circuits with multicode evaluation achieve a low coding level.

Product Detail

New items