new guided wave radar level sensor supply for detecting

Feature: 　 Horn antenna, the echo signal is stronger.

Should be used: 　 adapt to the environment of various process conditions, can measure small dielectric constant medium.

Maximum range: 　70m

Measurement accuracy: 　±20mm

Process connection: 　 flange 316L

Antenna material: 　 stainless steel 316L/PTFE

Process temperature: 　-40…200°C

Process pressure: 　-1.0…40bar

Frequency range: 　6GHz

Signal output: 　Two-wire system/four-wire system 4…20mA/HART

Detailed introduction:

GDRD54

Permit

P Standard type (non-explosion-proof)

I Intrinsically safe type (Exia IIC T6)

C Intrinsically safe type + marine license (Exia IIC T6)

G Intrinsically safe type + flameproof type (Exd [ia]ia IIC T6)

Antenna type/material

F Horn antenna 150/Stainless steel 316L

G Horn antenna 200/Stainless steel 316L

H Horn antenna 200 lengthened/stainless steel 316L

Antenna extension tube

A None

B 200mm

C 500mm

D 1000mm

X Special customization

Process connection

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

FC 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～+200℃with heat sink (selected when the process temperature is greater than 100℃)

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

Electronic components

B (4～20)mA/HART two-wire system

C (4～20)mA/(22.8～26.4)V DC/HART two-wire/four-wire system

D (198～242)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.

w******y

Materials Requirement Planning (MRP) is one of the main factors in Kaidi Sensors guided wave radar level sensor production. Materials used in the product are required to be tested in terms of strength, mechanical properties, and durability. It is offered with low dielectric loss

j******m

The design principles of Kaidi Sensors guided wave radar level sensor mainly include the following aspects: stiffness and rigidity of the separate constructional elements and their combined behavior under load as well as operational movements. Its solderable surface is protected from the oxidation

m******m

The materials for making Kaidi Sensors guided wave radar level sensor are carefully selected by the QC team. Its materials feature excellent mechanical characteristics and physical properties which are required in the heavy-duty machine operation. It is lead-free and environmental-friendly and has passed SGS test

r******e

Kaidi Sensors guided wave radar level sensor is an inter infiltration result of various technologies. It is developed by the R&D team who adopts the mechanical technique, detection and sensing technology, automatic control technology, and servo drive technology. It has high tensile strength and can be deformed without breakage

i******k

The design considerations of Kaidi Sensors guided wave radar level sensor cover the following aspects: static and dynamic stiffness, operational speeds, gearboxes, manual, and automatic control. It can reduce the electrical signal loss and provides the highest efficiency

v******z

Our qualified team effectively controls this high quality product by implementing the quality control system. It has low water absorptivity in the damp environment

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KAIDI guided wave radar level sensor supply for detecting