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NYSP-Z23 RF Admittance Level Transmitter for Stirred Liquids with Insulated Hard Rod Probe
NYSP-Z23 RF Admittance Level Transmitter Working Principle
The probe of the RF admittance level transmitter is installed in the storage tank, and the radio frequency signal change caused by the liquid level change is obtained through the probe.The Driving-Shield end of the probe prevents the RF current from forming a loop through the hanging material, ensuring the accuracy of the measurement.
NYSP-Z23 RF Admittance Level Transmitter Design Features
1. Unique Driving-Shield circuit design to improve the anti-hanging ability
2. Power supply working range:13~35V DC
3. Probe process temperature: -100 ℃~800 ℃
4. No dead zone measurement (can be applied to even a few centimeters of material level measurement occasions )
5. Maximum measurement range up to even hundreds of meters
6. A great advantage of viscous material interface measurement
7. Stable and reliable output , resistant to the influence of fly ash, blanking, water vapor, crystallization and waxing
8. Maintenance-free: no moving or easy-to-wear parts, no need for frequent cleaning, maintenance and debugging
NYSP-Z23 RF Admittance Level Transmitter Technical Parameters
Product Model | NYSP-Z23 |
Typical application | Electrolytes, liquid interfaces and stirred liquids |
Probe type | Insulated hard rod |
Measuring range | 3m, 20m |
Power supply | 24VDC |
Medium temperature | -100~+150℃ |
Process connection | 1 BSPT thread (standard) flange mounting (optional) |
Process pressure | -0.1~2.5MPa |
Protection class | IP67 blast |
Explosion-proof grade | Exia II CT6 (optional) |
Signal output | 4...20mA/HART/RS485/Modbus... |
Electrical interface | M20*1.5, ½ ″NPT |
Note: Products can be customized according to the specific requirements of users.
NYSP-Z23 RF Admittance Level Transmitter Related Pictures