KAIDI magnetrol level transmitter supply for industrial

The principle of the Magnetrol level gauge lies in its innovative design that utilizes magnetic float technology to accurately measure liquid levels in various industrial applications. The device consists of a buoyant float that moves up and down with the changing liquid level, causing a magnetic field to fluctuate accordingly. This change is detected by a sensor located outside the tank, which then converts it into an electrical signal for display on the gauge. The Magnetrol level gauge ensures precise and reliable measurements by eliminating contact between the sensor and the process fluid, thus reducing maintenance requirements and enhancing safety in hazardous environments. Its advanced technology not only provides real-time monitoring but also offers remote monitoring capabilities for enhanced efficiency and control over critical processes. Overall, the Magnetrol level gauge exemplifies excellence in engineering innovation and reliability for industries seeking accurate liquid level measurement solutions.

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.

The magnetrol level transmitter offers a multitude of benefits for industries requiring accurate and reliable level measurement. One key advantage is its high accuracy, providing precise readings even in challenging process conditions. This ensures that operators can make informed decisions based on real-time data, ultimately improving overall efficiency and productivity. Additionally, the magnetrol level transmitter boasts excellent reliability, reducing downtime and maintenance costs associated with frequent calibrations or replacements. Its robust design allows for seamless integration into various applications, from liquid to solid materials, making it a versatile solution for different industrial processes. Furthermore, the advanced technology incorporated in the magnetrol transmitter enables remote monitoring capabilities, allowing operators to access critical data from anywhere at any time. Overall, this innovative device not only simplifies operations but also enhances safety measures by ensuring accurate readings and preventing potential hazards in the workplace.