F3SG-RR Rugged Safety Light Curtain Replacement 20 mm Resolution | 20 m Operating Range | 1440 mm to 1920 mm Protective Height
- Model
- F3SG-RR Series | F3SG-4RR1440-25, F3SG-4RR1520-25, F3SG-4RR1600-25, F3SG-4RR1680-25, F3SG-4RR1760-25, F3SG-4RR1840-25, F3SG-4RR1920-25
Item specifics
- Series:
- F3SG-RR Series
- Resolution:
- 20 mm
- Scanning range:
- 0.3 m - 20 m
- Protective field height:
- 1440 mm - 1920 mm
- 2 Safety outputs (OSSD):
- 2 PNP
- Response time:
- 13 ms
- Connection type:
- M12
- Security level:
- PLe4
Review
Description
F3SG-RR Rugged Safety Light Curtain Replacement Parameter
Brand | From network | DADISICK |
|
|
Models
|
F3SG-4RR1440-25 | QMT74-20-1460-2BE |
|
F3SG-4RR1520-25 | QMT76-20-1500-2BE | ||
F3SG-4RR1600-25 | QMT80-20-1580-2BE | ||
F3SG-4RR1680-25 | QMT84-20-1660-2BE | ||
F3SG-4RR1760-25 | QMT88-20-1740-2BE | ||
F3SG-4RR1840-25 | QMT92-20-1820-2BE | ||
F3SG-4RR1920-25 | QMT96-20-1900-2BE | ||
Beam spacing | 20 mm | 20 mm | |
Protected altitude | 1440 mm, 1520 mm, 1600 mm, 1680 mm, 1760 mm, 1840 mm, 1920 mm | 1460 mm, 1500 mm, 1580 mm, 1660 mm, 1740 mm, 1820 mm, 1900 mm | |
Scanning range | 0.3 m - 20 m | 0.3 m - 20 m | |
Response time | 13 ms | ≤15 ms | |
Output method | 2 PNP | 2 PNP | |
Reliability and durability | IP65 / IP67 | IP65 | |
Connector | M12 | M16 | |
Housing cross-section | 50 mm × 38 mm | 35 mm × 51 mm | |
Safety Certificate | CE, UKCA, UL | TÜV, UL, CE, RoHS, GB | |
We are able to reproduce the specific connection configuration of each brand with high level of accuracy. | |||
Product model display instructions
The product models displayed on this page are only used to describe and compare the characteristics, specifications, and performance of different products. These models do not represent recommendations or associations for any specific brand or company. When users choose products, please understand and compare the detailed information of each brand's products on your own.
Product recommendations
QMT series safety light curtain
Model：
QMT74-20-1460-2BE, QMT76-20-1500-2BE, QMT80-20-1580-2BE, QMT84-20-1660-2BE, QMT88-20-1740-2BE, QMT92-20-1820-2BE, QMT96-20-1900-2BE
FAQ
What is the blanking function of a safety light curtain?
The blanking function of a safety light curtain is a feature that temporarily disables or ignores the detection capability of certain areas of the light curtain under specific conditions. This function is commonly used in production lines or machinery that require frequent intervention or movement of objects, to avoid frequent triggering of the light curtain, which could cause machine downtime or work interruptions.
Specifically, the blanking function can be applied in the following ways:
1．Selective Protection of Work Areas: It allows for the movement of materials or operations within specific areas without triggering the light curtain. For example, on a production line where materials frequently pass through the light curtain on a conveyor belt, the blanking function can temporarily disable detection in that area to prevent unnecessary shutdowns.
2．Handling Partial Obstruction of the Curtain: During production, if certain objects partially obstruct the safety light curtain, the blanking function can cause the system to ignore these specific obstructed parts, ensuring continuous operation of the production line.
3．Simplifying Equipment Debugging and Maintenance: During equipment debugging and maintenance, using the blanking function allows technicians to work without completely disabling the safety system, thereby improving efficiency and safety.
There are various methods to implement the blanking function, which can be achieved through hardware or software. For example, by setting parameters on the light curtain controller or using models of light curtains with built-in blanking functions. This function needs to be carefully configured and debugged to ensure it does not compromise overall safety, providing convenience while still safeguarding operators.
Overall, the blanking function enhances the adaptability and flexibility of safety light curtains in complex operational environments, allowing equipment to run more efficiently while maintaining safety.
Disclaimers
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