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KAIDI rosemount guided wave radar level transmitter supply for industrial

KAIDI rosemount guided wave radar level transmitter supply for industrial
  • KAIDI rosemount guided wave radar level transmitter supply for industrial

KAIDI rosemount guided wave radar level transmitter supply for industrial

Kaidi Sensors rosemount guided wave radar level transmitter is designed in a professional manner. The contour, proportions and decorative details are considered by both furniture designers and draftsmen who are both experts in this field. The product can greatly reduce ink loss
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Features:  Various patented antennas, anti-condensation, crystallization, hanging material, dust, beam concentration. Overcome 6G radar antenna, easy to block,

       has the disadvantages of large size, large emission angle, inaccurate measurement and short measurement distance.

Should be used:   the best choice for bulk level measurement, suitable for large range, high dust, high

      Measurement of temperature and low dielectric constant medium.

Maximum range:  70m

Measurement accuracy:  ±15mm

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

      (V type) stainless steel 316L/PTFE vibrator

      (W type) stainless steel 316L/PTFE vibrator

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

      (V type) cone vibrator, anti-condensation

       (W type) parabolic antenna, 4 degree opening angle

Process temperature:  (T type)(-40200)°C

      (V type)(-40200)°C

      (W type)(-40200)°C 

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

      (V type)(-0.10.3)MPa

      (W type)(-0.14)MPa

Frequency range:  26GHz

Signal output:  (420)mA/HART

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

 

Detailed introduction:

GDRD58

Permit

P Standard type (non-explosion-proof)

I Intrinsically safe type (Exia IIC T6)

C Intrinsically safe type + marine license (in preparation)

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

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

K (S type) horn antenna Φ98mm/PP/with PTFE cover

L (S type) horn antenna Φ98mm (extended)/PP/PTFE cover

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

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

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

Q (W type) parabolic antenna Φ195mm/stainless steel 316L

R (W type) parabolic antenna Φ246mm/stainless steel 316L

X Special customization

Process connection/material

GP (H) thread G1½A/Stainless steel 316L

GA (H) thread 1½NPT/stainless steel 316L

GB (G) thread G1½A/PP

GC (J) thread G1½A/stainless steel 316L/temperature (-60250)

GD (K) thread G1½A/stainless steel 316L/temperature (-60400), pressure 40MPa

GE (I) thread G1½A/stainless steel 316L (with purge)

GX special customization

Sealing/process temperature

2 Viton(-60150)

3 Kalrez(-60250)

4 Graphite (-60400)

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

Note: Intrinsically safe type (Exia IIC T6) can only use "B" electronic components and "A" type shell; intrinsic safety + marine license (Exia IIC T6)

    Only use "B" electronic components and "G" shell; intrinsically safe + flameproof (Exd [ia]ia IIC T6) only use "C" "D"

    Electronic components and "D" shell; Standard flange size refers to GB/T9119-2000 PN1.6MPa size, thickness is 15.



The manufacture of Kaidi Sensors rosemount guided wave radar level transmitter complies with the regulations for furniture safety and environmental requirements. It has passed flame retardant testing, chemical flammability testing, and other element testings. The product covers a wide range of functions
Kaidi Sensors rosemount guided wave radar level transmitter is made of a technical package-a comprehensive package of design details. Through this, the product can meet the customerundefineds exact specifications. The product is the fruit of continuous innovation and improvement
The design of Kaidi Sensors rosemount guided wave radar level transmitter is professional and complicated. It covers several major steps that are carried out by exceptional designers, including sketch drawings, three-dimensional perspective drawing, mold making, and identification of whether the product fitting the space or not. The power supply of the product is super strong
Kaidi Sensors rosemount guided wave radar level transmitter is processed by high-tech dyeing technology. According to customer requirements of different dyeing methods, we mainly use direct dyeing, mordant dyeing, over-dyeing, wet dyeing, etc. The product is characterized by a high resolution
The manufacture of Kaidi Sensors rosemount guided wave radar level transmitter complies with some European safety standards. They are EN standards and norms, REACH, TüV, FSC, and Oeko-Tex. The product is of a firm and unbreakable structure
This product has a long service life and many other technical advantages. The product is known for its easy installation and assembly
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