What to do if the distance being taught is outside of the valid sensing range for Banner Accessories?
If the distance being taught to your Banner Accessories is outside of the valid sensing range, present a target within the sensor's specified range and then re-TEACH the device.
What to do if Banner Q4X output is short-circuited?
If the Banner Accessories output is short-circuited, you should check the wiring for an electrical short circuit and ensure that the wiring is correct.
What to do if the signal is saturated (too much light) in Banner Q4X Accessories?
If the signal of your Banner Accessories is saturated due to too much light, reposition the sensor or the target to increase the detection distance, or increase the angle of incidence between the sensor and the target.
What to do if Banner Q4X Accessories signal is saturated?
If the signal of your Banner Accessories is saturated due to too much light, try repositioning either the sensor or the target. Another approach is to increase the angle of incidence between the sensor and the target to reduce the amount of light received.
What to do if Banner Accessories shows no valid signal in range?
If your Banner Accessories unit is showing 'no valid signal in range', attempt to reposition the sensor or the target.
What to do if the adjusted endpoint is between the other endpoint and the end of range in Banner Accessories?
If the adjusted or taught end point in your Banner Accessories is between the other end point and the end of range, resulting in insufficient space to create the minimum window size, you should TEACH or adjust the end points to maintain the minimum window size within the sensing range.
How to fix no valid signal in range for Banner Accessories?
If there is no valid signal in range for your Banner Accessories, try to reposition the sensor or the target.
Information about the Class 1 laser classification and associated safety precautions.
Navigating setup mode, selecting channels, and configuring output/timing.
Setting response speed, gain, reference location, and performing various TEACH modes.
Using remote input for programming and managing sensor button lock states.
Information on using IO-Link for sensor parametrization and data transmission.
General| Sensing Mode | Diffuse |
|---|---|
| Input Voltage | 10 V DC to 30 V DC |
| Output | NPN or PNP |
| Housing Material | Stainless steel |
| IP Rating | IP67 |
| Connection Type | M12 |
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