60XSeries sensors are26GHigh frequency radar level measuring instrument, capable of measuring up to * * distance80Rice. The antenna is further optimizedChemical processing, the new fast microprocessor can perform higher speed signal analysis and processing, making the instrument suitable for reaction vesselsComplex measurement conditions such as solid material silos.
The radar level antenna emits narrow microwave pulses, which are transmitted downwards through the antenna. Microwaves are reflected upon contact with the surface of the measured mediumReturning and being received again by the antenna system, the signal is transmitted to the electronic circuit and automatically converted into a level signal (due to the speed of microwave propagation)The speed is extremely fast, and the time it takes for electromagnetic waves to reach the target and reflect back to the receiver is almost instantaneous.
The reference surface for measurement is the bottom surface of the thread or the sealing surface of the flange.
Note: When using radar level timing, it is important to ensure that the highest level does not enter the measurement blind zone (as shown in the figure)DThe area shown.
Small antenna size, easy to install; Non contact radar, no wear and tear, no pollution.
Almost not affected by corrosion and foam; Almost unaffected by changes in water vapor, temperature, and pressure in the atmosphere.
The severe dust environment has little impact on the operation of high-frequency level meters.
Shorter wavelength, better reflection on tilted solid surfaces.
The small beam angle and concentrated energy enhance the echo capability while also helping to avoid interference.
The measurement blind spot is smaller, and it can also achieve good results for measuring small cans.
High signal-to-noise ratio enables better performance even in fluctuating conditions.
High frequency is the preferred choice for measuring solids and low dielectric constant media.
model: |
601 |
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Application: | Various corrosive liquids | |
Measurement range: | 10 meters | |
Process connection: | Threads, flanges | |
Medium temperature: | -40~130℃ | |
Process pressure: | -0.1~0.3MPa | |
Accuracy: | ±5mm | |
Protection level: | IP67 | |
Frequency range: | 26GHz | |
Explosion proof grade: | Exia ⅡC T6 Ga/Exd ia IIC T6 Gb | |
Signal output: | 4... 20mA/HART (two-wire/four wire)/RS485/Mod bus |
model: |
602 | ![]() |
Application: | Liquid that is resistant to temperature, pressure, and slight corrosion | |
Measurement range: | 30 meters | |
Process connection: | Threads, flanges | |
Medium temperature: | -40~250℃ | |
Process pressure: | -0.1~4.0MPa | |
Accuracy: | ±3mm | |
Protection level: | IP67 | |
Frequency range: | 26GHz | |
Explosion proof grade: | Exia ⅡC T6 Ga/Exd ia IIC T6 Gb | |
Signal output: | 4... 20mA/HART (two-wire/four wire)/RS485/Mod bus |
model: | 607 | |
Application: | Sanitary liquid storage containers, highly corrosive containers | |
Measurement range: | 20 meters | |
Process connection: | flange | |
Medium temperature: | -40~250℃ | |
Process pressure: | -0.1~0.1MPa | |
Accuracy: | ±3mm | |
Protection level: | IP67 | |
Frequency range: | 26GHz | |
Explosion proof grade: | Exia ⅡC T6 Ga/Exd ia IIC T6 Gb | |
Signal output: | 4... 20mA/HART (two-wire/four wire)/RS485/Mod bus |
model: | 608 | ![]() |
Application: | Solid materials, strong dust, easy crystallization, and condensation occasions | |
Measurement range: | 70 meters | |
Process connection: | Universal flange | |
Medium temperature: | -40~250℃ | |
Process pressure: | -0.1~0.1MPa | |
Accuracy: | ±15mm | |
Protection level: | IP67 | |
Frequency range: | 26GHz | |
Explosion proof grade: | Exia ⅡC T6 Ga/Exd ia IIC T6 Gb | |
Signal output: | 4... 20mA/HART (two-wire/four wire)/RS485/Mod bus | |
model: | 609 | ![]() |
Measurement range: | liquid 30rice/Fixed block 20rice/Solid powder 15rice | |
Process connection: | Threads, flanges | |
Medium temperature: | -40~250℃ | |
Process pressure: |
-0.1~4.0MPa (flat flange) -0.1~0.1MPaUniversal flange) |
|
Application: | Solid particles, powders | |
refinedDegree: | ±10mm | |
Protection level: | IP67 | |
Frequency range: | 26GHz | |
Explosion proof grade: | ExiaⅡC T6 Ga/Exd ia IIC T6 Gb | |
Signal output: | 4...20mA/HART(TWO WIRE/four-wire) | |
RS485/Mod bus |
model: | 610 | |
Application: | Solid materials, strong dust, easy crystallization, and condensation occasions | |
Measurement range: | 80 meters | |
Process connection: | Universal flange | |
Medium temperature: | -40~250℃ | |
Process pressure: | -0.1~0.1MPa | |
Accuracy: | ±15mm | |
Protection level: | IP67 | |
Frequency range: | 26GHz | |
Explosion proof grade: | Exia ⅡC T6 Ga/Exd ia IIC T6 Gb | |
Signal output: | 4... 20mA/HART (two-wire/four wire)/RS485/Mod bus |
Shell | Sealing between the outer shell and the outer shell cover | silicon rubber |
Shell window | polycarbonate | |
ground terminal | stainless steel | |
Supply Voltage | Standard type | (16~26) V DC |
Intrinsically safe type | (21. 6~26. 4) V DC | |
power consumption | max 22. 5mA / 1W | |
Allow ripple | ||
- <100Hz | Uss < lV | |
- (100~100K) Hz |
Uss < l0mV |
|
Cable parameters | Cable entry/plug | 1 M20xl. 5 cable entry |
1 blind block M20xl. 5 | ||
connecting terminal | Wire cross-section 2.5mm ² | |
Output parameters | output signal | (4~2 0) mA |
Communication protocol | HART | |
resolution | 1. 6μA | |
breakdown signal | Current output remains unchanged | |
20. 5mA | ||
22mA | ||
3.9mA | ||
integration time | (0~50)s, adjustable | |
blind area | Antenna end | |
**Measure distance | 80 meters | |
microwave frequency | 26GHz | |
communication interface | HART communication protocol | |
Measurement Interval | Approximately 1 second (depending on parameter settings) | |
adjust time | Approximately 1 second (depending on parameter settings) | |
display resolution | 1mm | |
Working storage and transportation temperature | (-40~100) ℃ | |
process temperature | (Temperature of antenna part) (-40~250) ℃ | |
pressure | Max. 4MPa | |
shock-proof | Mechanical Shock10m/s² , (10~150)Hz | |
Installation Guide
Installed on a diameter1/4Location or1/6Here.
Note: The minimum distance from the tank wall should be200mm.
Note: ① Reference plane② Container center or axis of symmetry
The top plane of the conical tank can be installed in the middle of the tank topCan ensure measurement to the bottom of the cone.
←←←←←←←←
When there is a material pile, the antenna should be aligned vertically with the material surface. If the material surfaceuneven,
Large pile angles require the use of universal flanges for adjustmentHorn angleLa LaBa Jin
Align the quantity with the material surface.
Due to the inclined solid surface causing echo attenuation,Even the issue of signal loss)
←←←←←←←←
Typical incorrect installation:
The conical tank cannot be installed above the feeding port.
Meanwhile, it should be noted that shading and rainproof measures should be taken during outdoor installation.
① Correct② Error
Instruments cannot be installed in the middle of arched or circular tank tops. In addition to generating indirect echoes, it will also be affected by multiple echoesRing. Multiple echoes may be better than real ones
The signal threshold of the echo is still high because multiple echoes can be concentrated through the top. soCannot be installed in the central position.
① Correct② Error
When there are obstacles in the tank that affect the measurement, a reflector plate must be installed to ensure normal measurement.
① Correct② Error
Takeover height requirement: It must be ensured that the antenna extends into the tank at least10mmThe distance.
Case size 601
←←←←←←602
←←←607
←←←608
609 610
Parameter Table for Level Gauge Selection
customer information
Company: contacts:
Address: Postal Code:
Telephone: Fax: mobile phone:
Email: Date:Year Month Day
permit
□ Intrinsic Safety Type (Exia IIB T5) □ Intrinsic Safety Type (Exia IIC T6 Ga)
□ Standard type (non explosion proof) □ Intrinsic safety type+Marine license (Exia IIC T6 Ga)
□ Intrinsic safety type+explosion-proof type (Exd [ia] IIC T6 Gb)
Can/Container Information
Tank type:
□ Storage tank □ Reaction tank □ Separation tank □ Marine storage tank
Tank structure: □ Tank material: □ Pressure:
Can size: □ Can height:m□ Diameter:m
Tank roof: □ Arch roof □ Flat roof □ Open top □ Cone roof
Tank bottom: □ Conical bottom □ Flat bottom □ Sloping bottom □ Curved bottom
Installation: □ Top installation □ Side installation
□ Installation of bypass pipe □ Installation of waveguide pipe
Installation and connection of tank top (important information)
Takeover height: Mm pipe diameter: mm
Measurement medium
Medium name: □ Liquid □ Solid □ Mixed medium
Medium temperature: ℃ dielectric constant:
Hanging material: □ Yes □ No
Mixing: □ Yes □ No
Process connection
Thread: (□ G1 189 ″ □ 1 189 ″ NPT) Flange (DN=) Flange (ANSI=)
Power supply: □ 24V DC two-wire system □ 24V DC four wire system □ 220V AC four wire system
Output: □ 4-20mA □ HART
Display: □ Display programming with header □ Display programming without header