best guided wave radar level sensor company for industrial

features: 　 Rod antennas made of PP or PTFE have a certain degree of corrosion resistance.

Should be used: 　 liquid measurement under simple process conditions.

Maximum range: 　30m

Measurement accuracy: 　±10mm

Process connection: 　G1½A

Antenna material: 　PP/PTFE

Process temperature: 　-40…120°C

Process pressure: 　-1.0…3bar

Frequency range: 　6GHz　　　　　　

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

Detailed introduction:

GDRD51

license

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/process temperature

A Plastic rod/PP/-40～+120 ℃

B Plastic rod/PTFE/-40～+120 ℃

Container takeover length

A 50mm

B 100mm

C 150mm

D 200mm

E 250mm

F 300mm

X Special customization

Process connection/material

GP thread G1½A

NP thread 1½NPT

YP Special

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

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.

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Every production stage of Kaidi Sensors guided wave radar level sensor is inspected by a specific QC team. From the raw materials grinding to vitrification and sintering, all these stages are conducted strictly according to the regulations of porcelain production. APTEK, founded in 2009, focuses on developing connectors & sensors

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The design of Kaidi Sensors guided wave radar level sensor is carried out adopting the principle of heat dissipation. This design enables it to work for a long time without affecting the light extraction rate. APTEK makes sure that each connector matches different environmental standards in all countries

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The manufacturing process of Kaidi Sensors guided wave radar level sensor is complicated. This process includes the preparation of shell pattern, stitching, lasting (to shape the final shoe.), and final assembly. At APTEK, there are highly efficient production lines for cable cutting, soldering, crimping, etc

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In the manufacture of Kaidi Sensors guided wave radar level sensor, a range of techniques are used, from the ultra-traditional cutting of metal using a saw, through soldering, into lost-wax casting. APTEK has a wide range of metric circular connectors and cable assembly that fit almost all standards

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Find workmanships are conducted in the production of Kaidi Sensors guided wave radar level sensor. The workmanships, mainly including desizing, mercerizing, singeing and dying, aim to enhance the overall textile performance of the product. APTEK could provide customers with safe, reliable, and easy-installed connectors

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The strict quality control system is adopted to provide a strong guarantee for the quality of the product. APTEK produces connectors with precision, quality, and competitiveness

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KAIDI best guided wave radar level sensor company for industrial