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wholesale guided wave radar level sensor suppliers for transportation

wholesale guided wave radar level sensor suppliers for transportation
  • wholesale guided wave radar level sensor suppliers for transportation

wholesale guided wave radar level sensor suppliers for transportation

Feature:  Various patented antennas, anti-condensation, anti-hanging material, the minimum emission angle is 8 degrees. Solve the blindness of 6G radar in the small ...
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Feature:  Various patented antennas, anti-condensation, anti-hanging material, the minimum emission angle is 8 degrees. Solve the blindness of 6G radar in the small tank

       Large area, multiple echo problem.

Should be used:   is widely used in the measurement of various liquid levels. Such as: oil tank, etc.

Maximum range:  30m

Measurement accuracy:  ±3mm

Antenna material:  (T type) stainless steel 316L horn/PTFE vibrator

      (V type) stainless steel 316L/PTFE vibrator

Antenna structure:   (T type) pointed cone vibrator, poor anti-condensation

      (V type) cone vibrator, anti-condensation

Process temperature:  (T type)(-40250)°C

      (V type)(-40200)°C 

Process pressure:  (T type)(-0.14)MPa

      (V type)(-0.10.3)MPa

Frequency range:  26GHz

Signal output:  (420)mA/HART

Electric source:  Two-wire system/four-wire system

 

Detailed introduction:

GDRD56

Permit

P Standard type (non-explosion-proof)

I Intrinsically safe type (Ex ia IIC T1T6)

Antenna type/material

B (T type) horn antenna Φ48mm/stainless steel 316L

C (T type) horn antenna Φ78mm/stainless steel 316L

H (T type) horn antenna Φ98mm/stainless steel 316L

I (T type) horn antenna Φ98mm (extended)/stainless steel 316L

J (T type) Horn antennaΦ123mm/Stainless steel 316L

M (V type) horn antenna Φ98mm/stainless steel 316L/PFA430 cover

N (V type) horn antenna Φ98mm (extended)/stainless steel 316L/PFA430 cover

P (V type) horn antenna Φ123mm/stainless steel 316L/PFA430 cover

X Special custom seal/process temperature

2 Viton(-60150)

3 Kalrez(-60250)

Electronic components

B (420)mA/HART two-wire system

C (420)mA/(22.826.4)V DC /HART two-wire/four-wire system

D (198242)V AC/HART four-wire system

Enclosure rating

A Aluminum/IP67

B Plastic/IP66

D Aluminum two-chamber/IP67

G Stainless steel 316L/IP67

H stainless steel two-chamber 316L/IP67

Cable entry

M M20x1.5

N ½ NPT

On-site display/programming

A belt

X without

Note: Intrinsically safe type (Ex ia IIC T1T6) can only use "B" electronic components and "A" "G" type shell

The standard flange size refers to GB/T9119-2000 PN1.6MPa size, and the thickness is 15.



The mold design and the making of Kaidi Sensors guided wave radar level sensor adopt the CNC machining technique, including drilling, tapping, chamfering, milling, and other machinings.
In the designing stage of Kaidi Sensors guided wave radar level sensor, thermodynamics and the law of heat conduction theories are taken into consideration by the designers.
The manufacturing process of Kaidi Sensors guided wave radar level sensor includes profiles extruding, cutting, CNC machining, deburring, and surface treating. All of these procedures have to be inspected by the QC team to meet the highest requirements in the heat sink industry.
The design of Kaidi Sensors guided wave radar level sensor is conducted based on the heat dissipation theory by the designers who aim to provide customers with a complete heat dissipation solution including the prototype, design, and production.
In order to meet the standards of the heatsink industry, Kaidi Sensors guided wave radar level sensor has to go through a strict inspection process conducted by precise inspection equipment.
The product is efficient in thermal dissipation. The material used in it features excellent heat conducting and it is thermally efficient.
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