- Product Details
- {{item.text}}
Quick Details
-
Brand Name:
-
CIPPUS
-
Model Number:
-
CRD-261
-
Product Name:
-
Radar Level Sensor
-
Application:
-
Solid Particles, All Kind Of Dust Environment
-
Measuring Range:
-
0~70 m
-
Accuracy:
-
±3mm
-
Output signal:
-
4-20mA + HART/4-20mA +RS485 MODBUS
-
Power supply:
-
DC24V (2 wires), DC24V /AC220V (4 wires)
-
Temperature:
-
-40~130℃ (Typical); -40~250℃ (High Temperature)
-
Process Connection:
-
Flange
-
Process Pressure:
-
-0.1-4.0Mpa (Flat flange);-0.1-0,3Mpa (Universal flange)
-
Frequency Range:
-
26GHz
Quick Details
-
Grade:
-
Industrial
-
Warranty:
-
12 months
-
Place of Origin:
-
Shaanxi, China
-
Brand Name:
-
CIPPUS
-
Model Number:
-
CRD-261
-
Product Name:
-
Radar Level Sensor
-
Application:
-
Solid Particles, All Kind Of Dust Environment
-
Measuring Range:
-
0~70 m
-
Accuracy:
-
±3mm
-
Output signal:
-
4-20mA + HART/4-20mA +RS485 MODBUS
-
Power supply:
-
DC24V (2 wires), DC24V /AC220V (4 wires)
-
Temperature:
-
-40~130℃ (Typical); -40~250℃ (High Temperature)
-
Process Connection:
-
Flange
-
Process Pressure:
-
-0.1-4.0Mpa (Flat flange);-0.1-0,3Mpa (Universal flange)
-
Frequency Range:
-
26GHz
Products Description
The CRD-261 series radar level sensors are 26G high-frequency radar-type level measuring instruments, max range is 70 meters. The antenna us further optimized, the news and fast microprocessor can perform higher-speed signal analysis and processing, making the instrument available for complex measurement conditions like river waters and solid silos.
Product Paramenters
Range
|
0~70 m
|
Accuracy
|
±3mm
|
Medium
|
Solid Particles, All Kind Of Dust Environment
|
Output
|
4-20mA HART/RS485 MODBUS
|
Power Supply
|
DC24V (2 wires), DC24V /AC220V (4 wires)
|
Working Temperature
|
-40~130℃ (Typical); -40~250℃ (High Temperature)
|
Process Pressure
|
-0.1-4.0Mpa (Flat flange);-0.1-0,3Mpa (Universal flange)
|
Frequency range
|
26GHz
|
Explosion-proof Grade
|
Exia IIC T6 Ga
|
IP Grade
|
IP68
|
Details Images
Installation Instructions
Product packaging
Hot Searches