REER SAFETY DEVICES ALLOW YOU TO CHOOSE THE MOST SUITABLE DEVICE FOR YOUR PROJECTS AND BE ASSURED OF THE TECHNOLOGY AND QUALITY. REER CARRIES A FULL LINE OF CONTACTLESS SAFETY SENSORS, THESE INCLUDE: RFID, PROXIMITY AND MAGNETIC SENSORS, SAFETY ENCODERS, SAFETY SWITCHES WITH LOCKING AND INTERLOCKING FUNCTIONS, SAFETY PHOTOCELLS, AND LASER SCANNERS.

RFID TECHNOLOGY ENABLES R-SAFE SFID SAFETY SENSORS TO BE INDIVIDUALLY CODED IN THREE DIFFERENT WAYS TO ALLOW THE APPROPRIATE TAMPERING PROTECTIONIN ALL APPLICATIONS. THE HIGHEST CONFIGURATIONS ALLOW EACH SAFETY SENSOR TO BE PAIRED WITH ONLY ONE ASSIGNED ACTUATOR.

THE MAGNUS MG SAFETY SENSORS ARE MAGNETIC SAFETY SWITCHES FOR POSITION CONTROL OF MOVABLE GUARDS. THESE ARE USED TO MONITOR THE POSITION OF THE SAFETY DEVICES THAT ARE SLIDING, HINGED, OR REMOVABLE.

PI SAFE SERIES IS A COMPLETE RANGE OF INDUCTIVE SENSORS FOR POSITION DETECTION. THESE ARE IDEAL FOR INDUCTIVE SAFETY APPLICATIONS WHICH REQUIRE THE NON-CONTACT AND SAFE DETECTION OF A METAL OBJECT.

INCREMENTAL SIL 3 SIN/COS SAFETY ENCODERS IS COMBINED WITH THE MOSAIC CONTROLLER TO COMPRISE A SIL 3 CERTIFIED SAFETY FUNCTION FOR SPEED MONITORING OF A ROTATING AXIS.

SAFELOCK SERIES INCLUDES INTERLOCKING SWITCHES WITH GUARD DOOR LOCKING CAPABILITY. THESE ARE MECHANICAL, ELECTRICAL, OR OTHER TYPES OF SAFETY DEVICES WITH THE SOLE PURPOSE OF PREVENTING THE OPERATION OF HAZARDOUS MACHINE FUNCTIONS UNDER SPECIFIED CONDITIONS. THIS IS GENERALLY AS LONG AS A GUARD IS NOT CLOSED.

REER SAFETY PHOTOCELLS INCLUDE THE TYPE 2 SINGLE-BEAM SENSORS. THESE SAFETY PHOTOCELLS MUST BE CONNECTED TO SR X CONTROL UNITS, SR XM CONTROL UNITS WITH MUTING, OR A MOSAIC CONTROL UNIT TO FORM A PROTECTION SYSTEM THAT CAN BE COMPOSED OF MANY SINGLE BEAM PHOTOCELLS.

REER LASER SCANNERS ARE ACTIVE OPTP-ELECTRONIC PROTECTIVE DEVICE RESPONSIE TO DIFFUSE REFLECTION OR AOPDDR. THEY MEASURE THE DISTANCE BETWEEN AN OBJECT THAT FALLS INTO ITS SENSING FIELD BE MEANS OF THE SMALL FRACTION OF ENERGY THAT IS RE-DIFFUSED BY THE OBJECTS THEMSELVES IN AXIS WITH THE DIRECTION OF EMISSION. AOPDDRS DO NOT NEED A COOPERATING TARGET FOR THEIR OPERATION, ESPECIALLY WHERE THE PROTECTED AREA IS MOBILE, AS IS THE CASE WITH AGVS, OR WHERE IT IS NECESSARY TO VARY THE POSITION AND SIZE OF THE PROTECTED AREA DURING THE PRODUCTION PROCESS.

CHECK OUT THE IMAGES ABOVE FOR A VISUAL LAYOUT OF THE FEATURES FOR THIS SERIES.

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