YSRD1000B2 radar level gauge

YSRD1000B2 radar level gaugeIt is a microwave level gauge, which is an application of microwave (radar) positioning technology. It is transmitted through a device that can emit energy waves (usually pulse signals), which are reflected by obstacles and received by a receiving device. Determine the level change based on the time difference of the measured energy wave motion process. The microwave signal is processed by electronic devices and ultimately converted into an electrical signal related to the material level. In microwave level measurement equipment, the energy waves used are usually high-frequency electromagnetic waves. The energy wave used by this device is pulse energy wave. The maximum pulse energy of a typical pulse energy wave is around 1mW (with an average power of around 1 μ W), and it will not cause radiation damage to other equipment or personnel.

YSRD1000B2Radar level gaugeScope and characteristics of application

YSRD1000B2 radar level gaugeInstruments are used for non-contact continuous measurement of the level of liquids, slurries, and particulate materials, and are suitable for situations with large temperature and pressure changes, as well as the presence of inert gases or vapors. It adopts the measurement method of microwave pulse (PTOF) and can operate normally in the industrial frequency band range. The beam energy is low and can be installed in various metal and non-metal containers or pipelines, without causing harm to the human body and the environment.

Has the following characteristics

1. No blind spots, high precision

2. Two wire technology is an excellent alternative product for differential pressure instruments, magnetostrictive instruments, radio frequency admittance instruments, and magnetic flap instruments.

3. Not affected by pressure changes, vacuum, temperature changes, inert gases, smoke, steam and other environmental factors

4. Easy to install, sturdy and durable, maintenance free

5. The output signal is 4mA~20mA or according to the HART protocol, with easy calibration and on-site calibration operation through digital LCD display. Simple configuration settings and programming are achieved through software

6. Sensitive measurement and fast refresh rate.

7. Suitable for high temperature conditions, with a process temperature of up to 200 ℃. When using a high-temperature extension antenna, it can reach up to 350 ℃

Main technical parameters

1. Measurement range: 0-20 meters;

2. Process connection: flange;

3. Process temperature: -40-150 ℃;

4. Process pressure: -0.1... 1.6Mpa;

5. Operating frequency: 6.8GHz;

6. Beam angle: around 20 °;

7. Repeatability: ± 10mm;

8. Resolution: 1mm;

9. Current signal: 4-20mA/HART communication protocol;

10. Accuracy:<0.1%;

11. Communication interface: HART communication protocol;

12. Power supply: 24V DC (+/-10%)/Ripple voltage: 1Vpp;

13. Power consumption: 22.5mA (max);

14. Response time: ≥ 0.3s (depending on specific circumstances);

15. Explosion proof certification: Exia II CT6;

16. Shell protection level: IP67;

17. Two wire wiring: power supply and signal output share a single two core wire;

18. Cable entry: Two M201.5 (cable diameter 5... 9mm).

Model