ReeR Safety has expanded its innovative R-SAFE RFID safety sensors with the launch of new slim models designed for installations in narrow spaces. Available from PLUS Automation, the slim models cover the entire range of R-SAFE sensors (Basic, Pro and Plus) with the three actuation technologies (Generic, Teach-in and Unique).
(See PLUS Automation at FoodManufacturing.Live, 15 October 2025, on stand 48)
ReeR Safety's R-Safe RFID sensors are easy to install thanks to the compact and versatile design, which is enhanced with the launch of the new Slim models.
A choice of design and technology options and mechanical compatibility with ReeR Safety's Magnus MG and RFID sensors S series make this product ideal for machine upgrades.
The RFID technology enables R-Safe RFID sensors to be coded in three different ways to allow the appropriate tampering protection in all applications.
The highest level of coding allows the sensors to be paired only with the assigned actuators.
The RFID technology enables safety levels up to PL e/SIL 3, even with the sensors connected in series. As a result, R-SAFE RFID sensors can be simply integrated into existing safety scenarios, offering a cost-effective solution for modifying and upgrading machines.
Series connections - R-Safe RFID allows individual status reading without the need to wire the status output of each sensor individually.
Cost-effectiveness - Wear-free technology allows for a longer product lifetime. Status LED and diagnostic output. Can be used as a stand-alone unit or wired in series. Full mechanical compatibility with ReeR's Magnus RFID and Magnus MG S series.
Safety - Tampering protection in accordance with EN ISO 14119, is provided, the highest in its class. Screw covers prevent easy removal. Series connection up to PL e/SIL 3. IP67 and IP69K protection grade for use in harsh environments.
Versatility - Triple mounting options. M12 connector, M12 connector with pigtail or cable.3 different coding levels. Extension cables for series connection.
Three options of actuation technology
Teach-in coding: High-level coding - The actuator is programmed via teach-in and permanently assigned to the sensor during set-up (the process can be repeated if necessary)
Unique coding: High-level coding - The actuator is permanently assigned to the sensor during manufacturing (it cannot be replaced with another actuator)
Generic coding: Low-level coding - The actuator is free and not explicitly assigned to the sensor (one actuator can work with multiple generic sensors).
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