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Banner Q4XTULAF300-Q8 rugged laser distance sensor 300 mm
Rugged laser distance sensor measures 25 to 300 mm with 0-10 V analog output and M12 connector
- TypeTest Equipment
- Color/FinishRed
- Item Count1 pack
- Selling UnitBox
- Parts3 Years
- Labor1 Year
- 300 mm sensing range with 0-10 V analog output
- Rugged stainless steel housing meets MIL-STD vibration and shock specs
- Class 1 red laser for precise background suppression
- Push-button and remote teach for fast setup
- Operates on 12-30 V dc with integral M12 connector
Rugged laser distance sensor
The Banner Q4XTULAF300-Q8 is a rectangular stainless-steel sensor with an M18 mount and an integral M12 5-pin Euro connector. It emits a visible Class 1 red laser at 655 nm and provides an analog 0-10 V dc output proportional to target distance. The unit operates on 12-30 V dc supply and powers up in 750 ms.
Adjustable-field proximity sensing
This sensor suits automation tasks that need background and foreground suppression within a 25 mm to 300 mm window. It is not for applications requiring discrete switching outputs or IO-Link communication, nor for ranges beyond 300 mm.
Analog resolution and repeatability
Repeatability is better than 0.3 mm from 25 mm to 100 mm and better than 1 mm from 100 mm to 300 mm. Temperature drift is +/- 0.05 mm per °C up to 125 mm and +/- 0.35 mm per °C at 300 mm.
Highlights
- 300 mm sensing range with 0-10 V analog output
- Rugged stainless steel housing meets MIL-STD vibration and shock specs
- Class 1 red laser for precise background suppression
- Push-button and remote teach for fast setup
- Operates on 12-30 V dc with integral M12 connector
Specifications
| Brand | BANNER |
|---|---|
| Model | Q4XTULAF300-Q8 |
| Type | Test Equipment |
| Color/Finish | Red |
| Item Count | 1 pack |
| Selling Unit | Box |
| Parts | 3 Years |
| Labor | 1 Year |
Questions about this item
What power supply must I already have for the 12-30 V dc sensor?
Provide a 12-30 V dc source; the sensor draws power through its integral M12 5-pin Euro connector and needs 750 ms delay at power-up before reading.
Will the sensor mount on my existing M18 bracket?
Yes, the rectangular housing uses an M18 mount so it fits standard M18 brackets without adapters.
How do I verify the analog output is correct after wiring?
Measure 0-10 V dc on the analog pin; at 25-100 mm expect <0.3 mm repeatability, at 100-300 mm <1 mm, matching the stated resolution.
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