SF4D Series 10 mm Resolution 12 m Sensing Distance 150 mm to 630 mm Protective Height Compact and robust Safety Light Curtain Replacement
- Model
- SF4D Series | SF4D-F15, SF4D-F23, SF4D-F31, SF4D-F39, SF4D-F47, SF4D-F55, SF4D-F63
Item specifics
- Series:
- SF4D Series
- Resolution:
- 10 mm
- Scanning range:
- 0.2 - 12 m
- Protective field height:
- 150 mm - 630 mm
- 2 Safety outputs (OSSD):
- 2 PNP
- Response time:
- 10 ms
- Connection type:
- M12
- Security level:
- PLe4
Review
Description
SF4D Series 10 mm Resolution 12 m Sensing Distance 150 mm to 630 mm Protective Height Compact and robust Safety Light Curtain Replacement Parameter
Brand | From network | DADISICK |
|
Models | SF4D-F15 | QT16-10-150 2BC/2BD | |
SF4D-F23 | QT24-10-230 2BC/2BD | ||
SF4D-F31 | QT32-10-310 2BC/2BD | ||
SF4D-F39 | QT40-10-390 2BC/2BD | ||
SF4D-F47 | QT48-10-470 2BC/2BD | ||
SF4D-F55 | QT56-10-550 2BC/2BD | ||
SF4D-F63 | QT64-10-630 2BC/2BD | ||
Beam spacing | 10 mm | 10 mm | |
Protected altitude | 150 mm, 230 mm, 310 mm, 390 mm, 470 mm, 550 mm, 630 mm | 150 mm, 230 mm, 310 mm, 390 mm, 470 mm, 550 mm, 630 mm | |
Scanning range | 0.2 m - 12 m | 0.3 m - 10 m, 0.3 m - 15 m | |
Response time | 10 ms | ≤15 ms | |
Output method | 2 PNP | 2 PNP | |
Reliability and durability | IP65, IP67 | IP65 | |
Connector | M12 | M16 | |
Housing cross-section | 28 mm x 30 mm | 35 mm x 51 mm | |
Safety Certificate | UL, CE, TÜV, CSA, UKCA | TÜV, UL, CE, RoSH, GB | |
We are able to reproduce the specific connection configuration of each brand with high level of accuracy. | |||
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Product recommendations
Model:
QT16-10-150 2BC/2BD,QT24-10-230 2BC/2BD
QT32-10-310 2BC/2BD, QT40-10-390 2BC/2BD
QT48-10-470 2BC/2BD, QT56-10-550 2BC/2BD
QT64-10-630 2BC/2BD
FAQ
Q: Which industries use laser displacement sensors, and what are the benefits of it？
A:
Laser displacement sensors are used in various industries such as manufacturing, construction engineering, and healthcare. They are used to measure the position, shape, size, and motion of objects. These sensors can provide high-precision measurements down to the nanometer level, making them extremely valuable in industries that require precise measurements.
There are several benefits of installing laser displacement sensors. Firstly, they can improve production efficiency by allowing real-time monitoring of machine or equipment operation and enabling adjustments and optimizations. Secondly, they contribute to product quality improvement by providing real-time detection of dimensions and shapes, ensuring adherence to required specifications and avoiding production defects caused by errors. Lastly, they enhance workplace safety by enabling remote monitoring of machine or equipment status, preventing operators from entering hazardous areas.
In addition, laser displacement can also be used for non-contact measurements, avoiding errors and wear that may occur due to object contact. This is particularly useful in industries that require measurements of sensitive components, such as aerospace, electronics, and semiconductor industries. Furthermore, laser displacement enables automated measurements without the need for manual intervention, reducing the cost and time associated with manual operations. In conclusion, installing laser displacement not only improves production efficiency and product quality but also enhances workplace safety and reduces costs. Therefore, it has widespread applications in many industries.
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