For PEPPERL+FUCHS 30GM70 Series Diffuse Mode Ultrasonic Sensors Replacement | Sensing Range 45 mm to 500 mm
group namePepperl+Fuchs Ultrasonic Sensor Replacement
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Min Order1 piece
brand nameDADISICK
model30GM70 Series | UC500-30GM70-2E2R2-V15, UC500-30GM70-IE2R2-V15, UC500-30GM70-UE2R2-V15
payment methodT/T
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update timeSat, 06 Dec 2025 00:13:48 GMT
Paramtents
Series: 30GM70 Series
Size: M30
Sensing Distance: 45...500 mm
Output Method: PNP / Analog output
Connection Type: M12
Security level: IP67
Material: Nickel plated brass
Packging & Delivery
Min Order1 piece
Briefing
DADISICK is a professional manufacturer of Ultrasonic sensors with solid product manufacturing capabilities.
Detailed
For PEPPERL+FUCHS 30GM70 Series Diffuse Mode Ultrasonic Sensors Replacement Parameter
Brand | From network | DADISICK |
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Models | UC500-30GM70-2E2R2-V15 | CSB30-2000-J60-E6-V15 | |
UC500-30GM70-IE2R2-V15 | CSB30-2000-J60-IE5-V15 | ||
UC500-30GM70-UE2R2-V15 | CSB30-2000-J60-E3-V15 | ||
Thread Size | M30 | M30 | |
Sensing Distance | 45...500 mm | 100 mm - 2000 mm | |
Output Method | 2 switch outputs PNP, NC (NO contact programmable); 1 switch output PNP, NO (NC contact programmable) | 2 PNP switch output, NO/NC 1 PNP switch output, NO/NC PNP NO/NC + analog current 4-20 mA | |
Connector | M12 | M12 | |
Security level | IP67 | IP67 | |
Material | Nickel plated brass | Nickel plated copper | |
We are able to reproduce the specific connection configuration of each brand with high level of accuracy. | |||
Product model display instructions
The brands and specifications shown on this page are for product selection only. Our safety light curtain is a safety part made by DADISICK, not official brand PEPPERL+FUCHS's products. DAIDSICK offer replacement for official brand products. We are not the owner of the brands. If you need to buy official brand products, please contact the brand official representative.
Product recommendations
FAQ
Please describe the operational principles of an ultrasonic sensor.
A: An ultrasonic sensor emits ultrasonic waves, which are reflected back when they encounter an object. The sensor then receives the reflected waves and calculates the distance to the object based on the travel time of the waves.
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