RFSS seriesnon-contactsafety switch

Overview

RFSSseriesnon-contactsafety switchyesbased onRFID technologySpecially designed for safety circuitsSafety switches, compared to mechanical or magnetic switches, havehigherConfidentiality testingsexStrong anti-interference ability, Characteristics such as safety and reliability.Built in codec device, withThree different encoding methods (standard, independent.Being able to be independent.The best way,Equipped with tamper proof performance，It can effectively prevent missed or false alarms, or human abnormal triggering. Adopting secure dual channel output technology for safety levelPerformance achievedPLe/ SIL3，Compliant with（EN ISO 13849-1) (EN 62061)Waiting for international standards, can be applied toMobile protective devices (e.gMonitoring of safety doors, protection of top covers and flaps, safety door locks）Location monitoring,Prevent unauthorized entry, used to prevent personnel from being injured by dangerous movements, or to prevent interference with production processes, etcplantStrict monitoring or prevention is requiredHigh risk situations.reach, achieve, attainIP67 orIP69KProtection level, can be used in harsh equipment environments.Adopting composite engineeringPlastic shell material,Characterized by easy cleaning and long service life.with the help ofM12Interface, capable of quickly achieving system integration.

Main features

nCompliant with（EN ISO 13849-1) (EN 62061)Waiting for international standards

nsecurity levelPerformance achievedPLe/SIL3

nbased onrfid technologyEquipped with tamper proof performance, haveThree different encoding methods

nreach, achieve, attainIP67 andIP69KProtection levelUsed in harsh equipment environments

nCable length2-meter or 150mm beltM12Interface, capable of quickly achieving system integration

nPBT or PA engineeringPlastic shell material,Easy to clean and have a long service life

nStrong anti-interference ability, Characteristics such as safety and reliability

Technical Specifications

RFIDSafety switch wiring

Indicator light status

protect

State verification operation method

1.Check if the power supply voltage is24VDC,Connect the red, black, and yellow wires of the sensor to the positive pole of the power supply, and connect the blue wire to the negative pole of the power supply.

2.If the sensor and actuator positions are not aligned, you can see that the green indicator light is constantly on and the normally closed output is in a power-off state. At the same time, the normally open input (pink line) and normally open output (gray line) are in a conducting state.

3.If the sensor is aligned with the actuator position, the red indicator light will light up and the normally closed output will be in a conducting state (at this time, there is real voltage output on the white and green lines).

RFSSseriesRFIDSafety switch size（mm）

product image

RFSSseriesnon-contactSafety switch approaching direction diagram

Notes:

The sensing distance will change When the sensor is installed on a metal surface, it can also be clamped between the sensor and the metal surface with a non-metallic plate to reduce the impact. Before officially using the control system,All security functions must be thoroughly tested.

RFSSseriesRFIDApplication wiring example of safety switch without cascade function

Electrical connection diagram