SICK

The SICK DGS60-A1Z0-S03 is an incremental encoder from the DGS60 series, designed for precise position feedback in industrial applications. This encoder is known for its robust construction, making it suitable for use in harsh environments.

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SICK

The SICK DRS60-E1A01670 is a robust incremental encoder offering 1,024 pulses per revolution (PPR). It utilizes the TTL/RS422 interface, ensuring reliable data transmission. The encoder features a solid shaft with a face mount flange, making it suitable for various industrial applications where space and mounting flexibility are crucial.

5569

SICK

The SICK DGS60-G1A01024 is a robust incremental encoder offering 1,024 pulses per revolution (PPR). It utilizes the TTL/RS422 interface, ensuring reliable data transmission. The encoder features a solid shaft with a servo flange, making it suitable for various industrial applications where space and mounting flexibility are crucial

6004

SICK

The SICK ARS60-A4A04096 is a robust single-turn absolute encoder offering a resolution of 4,096 steps per revolution (12-bit). It utilizes the SSI (Synchronous Serial Interface) communication protocol, ensuring precise and reliable data transmission. The encoder features a solid shaft with a face mount flange, making it suitable for various industrial applications where space and mounting flexibility are crucial

4763

SICK

The SICK ATM60-A1A0-K14 is a robust absolute multiturn encoder that combines high resolution with a rugged design, making it suitable for applications requiring precise position feedback in harsh environments.

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SICK

The SICK DGS60-A4M01000 It is designed to pair with a compatible Transmitter (Tx) unit to form a complete safety system for protecting personnel around hazardous machinery. When the infrared beam between the Tx and Rx is interrupted, it triggers a safety stop signal. This model features a 60 mm resolution and is configured with a fixed cable connection for simplified installation.<br /> <br />

5852

SICK

The SICK SRM50-HFA0-K21 is a Safety Remote Control designed for non-contact muting and bypassing of safety functions (e.g., safety light curtains) in automated industrial applications. It enables temporary, safe suspension of safety protections to allow material flow without compromising overall system safety. This model is commonly used in conveyor systems, packaging lines, and material handling where objects need to pass through a safeguarded area without triggering a machine stop.<br /> <br />

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SICK

The SICK DHS60-C4A02500 This model features an extended operating range and a protective field height of 2500 mm, making it suitable for safeguarding large access points in industrial environments. It pairs with a compatible Transmitter (Tx) to form a complete safety light curtain system.

5937

SICK

The SICK DGS60-A4Z0-S10 is a Receiver (Rx) unit belonging to the deTec60 Core series of Type 4 safety light curtains (ESPE). It is designed to pair with a compatible Transmitter (Tx) unit to form a complete safety system for protecting personnel around hazardous machinery. When the infrared beam between the Tx and Rx is interrupted, it triggers a safety stop signal. This model features a 60 mm resolution and is configured with an M12 connector for easy integration.

5753

SICK

The SICK DGS60-C1A01024 . This model is a self-contained, space-saving receiver designed to be paired with a separate Compact Transmitter to create a complete, high-integrity safety system for safeguarding hazardous areas on industrial machinery.

6539

SICK

The SICK DGS60-A4Z0-S10 is a Receiver unit for the deTec60 Core series of Type 4 safety light curtains. It is a critical component of an electro-sensitive protective device (ESPE) system designed to safeguard personnel by detecting the presence of objects or persons within a defined hazardous area of machinery. When the infrared light beam between the Receiver and its paired Transmitter is interrupted, it sends a stop signal to the machine's control system.

1901

SICK

The SICK DGS60-G1A02000. It is an electro-sensitive protective device (ESPE) designed to safeguard personnel by creating an invisible field of infrared light around hazardous machinery. When this light beam is interrupted, the device sends a stop signal to the machine's control system, preventing potential injury.

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