1. The GPS-65 series is a U-shaped photoelectric sensor with built-in amplifier
2. Comes with 3 protection circuits as standard
Power reverse connection protection circuit
Output reverse connection protection circuit
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Description
Technical Parameters
Size & Wiring
Features
1. The GPS-65 series is a U-shaped Micro Photoelectric Sensor with a built-in amplifier
2. Comes with 3 protection circuits as standard
Power reverse connection protection circuit
Output reverse connection protection circuit
Output short-circuit protection circuit
Through the above-mentioned standard circuit configuration, the risk of sensor failure caused by incorrect wiring is greatly reduced.
3. Large and clear multi-angle action indicator light, which can be confirmed not only from above, but also from the side
4. The resin structure is resistant to vibration and impact
Use resin to cover stress-concentrated locations such as cables and internal circuit joints. This structure can effectively reduce the risk of failure caused by vibration and impact.
Functions
1. Detect the starting point of the rolling object; the starting point can be detected through the slit on the rotating object
2. Verify the position of the template; when the baffle is detected, the template stops running
3. Detect the starting point and over-limit movement without a movement diagram; use the stop on the base to detect the starting point and over-limit movement
FAQ
Q: What should I pay attention to during installation?
A: Make sure that the object's trajectory passes vertically through the center of the groove to avoid oblique occlusion that causes unstable detection. Avoid severe vibration when fixing the sensor to prevent the transmitter and receiver from being misaligned (although the design is integrated, long-term vibration may affect the accuracy). Stay away from strong electromagnetic interference sources (such as motors) and connect through shielded cables when necessary to avoid false signal triggering.
Q: Can the Micro Photoelectric Sensor detect transparent objects (such as glass and plastic film)?
A: Ordinary visible light (such as red light) sensors have a poor detection effect on transparent objects (light is easy to penetrate), but when choosing a groove sensor with an infrared light source, it can effectively detect (such as detecting glass sheets and PET films) because the infrared light has a low penetration rate in transparent objects.
Q: Which industries or fields are suitable for using micro photoelectric sensors?
A:
1. Electronic component manufacturing: In the production of circuit boards (PCBs), detect the transmission position of small resistors, capacitors, chips and other components; on the connector assembly line, confirm whether the pins are in place; in lithium battery production, detect the edge alignment of the pole piece or the tape position of the diaphragm.
2. Precision machining: used for assembly line counting of small gears, bearings, and other parts, or detecting the feed position of micro tools to ensure machining accuracy.
3. Automated assembly equipment: On the assembly line of small electronic products such as mobile phones and watches, detect whether small parts such as screws and buttons fall accurately into the assembly position to avoid missing or wrong installation.
Q: What could be the reason for the Micro Photoelectric Slot Sensor to have no signal output?
A: Power supply problem: Check whether the voltage is normal (such as whether it is connected to the negative pole and whether the voltage is within the rated range). Light path obstruction: There is dust, oil, or foreign matter in the groove, which causes the light path to be blocked under normal conditions. The groove needs to be cleaned. Component damage: If the transmitter LED is burned out or the receiver is faulty, you can replace the same model sensor for testing. Wiring error: The output line does not match the controller wiring (such as NPN connected to PNP).
