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KAIDI magnetrol guided wave radar level transmitter manufacturers for transportation

KAIDI magnetrol guided wave radar level transmitter manufacturers for transportation
  • KAIDI magnetrol guided wave radar level transmitter manufacturers for transportation

KAIDI magnetrol guided wave radar level transmitter manufacturers for transportation

During the development of Kaidi Sensors magnetrol guided wave radar level transmitter, the interface with the device issue is taken into consideration with the purpose of reducing the tiny air gaps between the component and the product. It is made from high strength standard grade steel
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sign:   Horn antenna with small beam angle.

Should be used:   liquid measurement or short-range solid measurement. Can adapt to the environment with complex process conditions.

Maximum range:  30m

Measurement accuracy:  ±10mm

Process connection:   flange 316L

Antenna material:   stainless steel 316L/PTFE

Process temperature:  -40200°C

Process pressure:  -1.040bar

Frequency range:  6GHz

Signal output:  Two-wire system/four-wire system 420mA/HART

 

Detailed introduction:

GDRD53

Permit

P Standard type (non-explosion-proof)

I Intrinsically safe type (Exia IIC T6) (only aluminum housing is available)

C Intrinsically safe type + marine license (Exia IIC T6) (only stainless steel shell is available)

G Intrinsically safe type + flameproof type (Exd [ia]ia IIC T6) (see "Note" below for optional housing)

Antenna type/material

C Horn antenna 50/stainless steel 316L (only for waveguide installation)*

D Horn antenna 80/stainless steel 316L (only for waveguide installation)*

E Horn antenna 100/Stainless steel 316L

F Horn antenna 150/Stainless steel 316L

G Horn antenna 200/Stainless steel 316L

Antenna extension tube

A None

B 200mm

C 500mm

D 1000mm

E 2000mm

X Special customization

Process connection

FA flange DN50 PN1.6 stainless steel 316L (GB/T9119-2000)

FB flange DN80 PN1.6 stainless steel 316L (GB/T9119-2000)

FC flange DN100 PN1.6 stainless steel 316L (GB/T9119-2000)

FD flange DN150 PN1.6 stainless steel 316L (GB/T9119-2000)

FE flange DN200 PN1.6 stainless steel 316L (GB/T9119-2000)

YP Special

Sealing/process temperature

2 Viton/-40+130

3 Kalrez/-20+130

4 Viton/-40+200with heat sink (selected when the process temperature is greater than 100)

5 Kalrez/-20+200with heat sink (selected when the process temperature is greater than 100)

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

Cable entry

M M20x1.5

N ½NPT

On-site display/programming

A belt

X without

Purge

A belt

X without

Note: Intrinsically safe + marine license (Exia IIC T6) is limited to "A" or "B" electronic components and "G" type enclosure; intrinsically safe + flameproof type (Exd [ia]ia IIC T6) is limited to use "D" shell.



In order to meet the standards in the textile industry, Kaidi Sensors magnetrol guided wave radar level transmitter is produced under strict quality control. A number of quality control checks and tests such as size fitting, colorfastness, and color matte are carried out. It is subjected to a rotary sanding to achieve fineness requirements
Kaidi Sensors magnetrol guided wave radar level transmitter has to go through a wide range of production processes, including material washing, CNC cutting, welding, plating, chemical spraying, and so on. It is heat treated and annealed during the manufacturing process
In the manufacture of Kaidi Sensors magnetrol guided wave radar level transmitter, a range of techniques have been used, from CAD design, 3D imaging, model manufacturing, to final assembly. It is able to endure high operating temperatures
Before the delivery of Kaidi Sensors magnetrol guided wave radar level transmitter, it undergoes a strict brightness test. It is analyzed and screened by brightness analyzer to eliminate unqualified one. Minimal vibrations will be achieved by this product
The manufacture of Kaidi Sensors magnetrol guided wave radar level transmitter involves the following stages: medical material and processes specification, vendor selection, detailed part design, software fine-tuning and testing, failure mode analysis, and tolerance analysis.
Our quality analysts conduct regular checking of the product on various quality parameters. Being heat treated and annealed during the manufacturing process, it has a stable dimension
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