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Turck Read/Write Sensor

Updated: 2026-07-24

Overview

Turck's RFID read/write sensors represent industrial-grade solutions for automated identification systems. These devices utilize electromagnetic fields to transfer data between sensors and RFID tags, enabling real-time tracking of materials, tools, and products in manufacturing environments. As part of Turck's BL ident product family, these sensors are engineered for harsh industrial conditions with vibration resistance and wide temperature tolerance (-25°C to +70°C). The modular system allows combination with various couplers and interface modules for flexible system integration.

Structure and Working Principle

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The sensor consists of three main components: an antenna coil for generating RF fields, a transceiver for signal processing, and a rugged housing with M12 or M8 connectors. When powered, the sensor creates an electromagnetic field that energizes passive tags within its operational range. The working principle involves load modulation - the tag reflects back a modified signal containing its unique identification and stored data. Advanced models feature 32-bit processors for fast data handling and support both ISO 15693 and ISO 18000-3 standards for global compatibility.

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Key Features

Turck sensors distinguish themselves with 10-120mm read/write distances (model-dependent) and data transfer rates up to 424kbit/s. The HF models (13.56MHz) offer reliable performance even near metal surfaces, while UHF variants provide longer range detection. Notable features include teach-in functionality for quick commissioning, IO-Link compatibility for advanced diagnostics, and dual-channel versions for simultaneous tag processing. The sensors' LED indicators provide visual status feedback for installation and troubleshooting.

Application Areas

Primary applications include tool identification in CNC machining centers, workpiece tracking in assembly lines, and pallet management in warehouse automation. The automotive industry utilizes these sensors for engine component tracking throughout production processes. In pharmaceutical manufacturing, they enable compliance with serialization requirements by writing batch data to product carriers. Food processing plants employ IP69K-rated versions for washdown areas where hygiene standards demand frequent equipment cleaning.

Maintenance and Precautions

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Routine maintenance involves periodic cleaning of the sensing face and inspection of cable connections. Avoid using metal-backed tags unless specified by the model's technical documentation, as this may significantly reduce read performance. Environmental factors requiring attention include electromagnetic interference from nearby equipment and temperature extremes beyond rated specifications. For optimal performance, maintain the recommended installation distance between multiple sensors to prevent signal crosstalk.

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B2B Procurement Guide

Industrial buyers should evaluate the required read/write distance, tag memory capacity (typically 1KB-4KB), and necessary data throughput speed. Volume purchases of 50+ units commonly attract 15-25% discounts from authorized distributors. Lead times vary from 2-6 weeks depending on customization requirements. Consider purchasing evaluation kits (available for most series) to test compatibility with existing RFID infrastructure before large-scale deployment. Always verify the sensor's EMC immunity levels match your facility's electrical environment.

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