T/53 Dimensions R.6 6.35 6. collector emitter 3 anode 4 cathode 3.6 6.3 optical axis 4. 7. 6..79 5. 3.5 4.48 4 3.9.5 8.5 Model Number T/53 Photoelectric slot sensor with fixed cable Features Miniature design Optimized for the detection of small parts High switching frequency Product information Electrical connection A RD C WH E GN K BK The GL & GL3 miniature slot sensor is the smallest slot sensor in its family optimized to the requirements in semiconductors industry for small part detection. A wide voltage range of 5 V DC... 3 V DC and a extreme fast response time of 5 µs stands for the quality of this sensor. The GL & GL3 sensor can be directly connected to a comparator or Schmitttrigger circuit. Due to a variety of different housings and an optimized housing concept offers the sensor a maximum of freedom in a crowded mounting environment.
T/53 Technical data General specifications Light source IRED, 94 nm Light type IRED Fork width 3.5 mm Ambient light limit Lux Electrical specifications Operating voltage U B 5... 3 V DC Ripple % Emitter Light type 94 nm IR light Forward voltage V F <.6 V Peak forward voltage V FM 3 V Forward current I F 5 ma Peak forward current I FM A Reverse voltage V R 5 V Reverse current I R µa Power loss 75 mw Receiver Output type NPN CE breakdown voltage V CEO 3 V EC breakdown voltage V ECO 5 V Collector dark current I CEO < µa Collector DC current I C ma Power loss P D 75 mw Output Signal output NPN, photo transistor Switching voltage max. 3 V DC Switching current ma Response time 5 µs Ambient conditions Ambient temperature Storage temperature... 85 C (4... 85 F) 4... 85 C (4... 85 F) Mechanical specifications Core crosssection 4 x.8 mm Protection degree IP3 Connection 6 mm, PVC cable, Individual colored wires Material Housing PC Mass 7 g Approvals and certificates CCC approval CCC approval / marking not required for products rated 36 V Curves/Diagrams Characteristic response curve The rise (T r ) the fall (T f ) and the response time (T on / T off ) is tested with reference. Ref 9 % % Ref 9 % % T r T f T on T off
T/53 Curves/Diagrams Collector Current vs Temperature Collector current [ma]..6.4. 5 5 5 85 Temperature [ C] V CE = 5 V Collector Current vs Temperature Collector Current [ma]..6.4. 5 5 5 85 Temperature [ C] V CE =.6 V Current Transfer Ratio (V CE = 5 V) CTR [Relative value]..6.4.. 4 6 8 4 I [ma] CTR 3
T/53 I Forward Bias Characteristics Forward Voltage [V] 3 Forward Current [ma] NonSaturated Switching vs Resistive Load Rise & Fall Time [µs] 8 6 4 5 5 Resistive Load [W] T rise [µs] T fall [µs] NonSaturated Switching vs Resistive Load Respond time [µs] 8 6 4 Connection example I R R Load 3 simple steps: 5 5 Resistive Load [W] V cc V out T on delay [µs] T off delay [µs] 4
T/53 Choose power supply Choose current (set resistor R ) Choose load current (set resistor R LOAD ) Possible connections V S = 5 V V S = 5 V R R 3 I F R IR3 R 3 R 5 V F V CE I Gate to TTL Gate Q OPA Vout V BE Q R 4 I R I R Circuit with voltage comparator Circuit with additional transistor V S = 5 V V I F R I C 39 Ω kω Ω V F V Ref = V OPA to logic kω Output GND Circuit with Op Amp Circuit with PNP transistor output 5