Single flange remote transmission diaphragm pressure transmitter

Single flange remote transmission diaphragm pressure transmitter input

Measurement parameters: surface pressure, absolute pressure, liquid level measurement range

Mege pressure remote transmitter:

Lower limit: -100% URL (continuously adjustable)

Upper limit: to + 100% URL (continuously adjustable)

Pressure remote transmitter:

Lower limit: from 0% ~ 100% URL (continuously adjustable)

Upper limit: to + 100% URL (continuously adjustable)

Table 1 Compartable of relationship between range code and range

Table 2 Control table of the relationship between distant flange and minimum range

Note: The minimum range of the surface pressure / remote transmitter shall be the larger value of the minimum range in Table 1 and Table 2. The adjusted range shall not be less than the minimum range. The maximum range of the gauge / pressure remote transmitter shall be the minimum value of the maximum range and the rated pressure of the remote flange.

Single flange remote transmission diaphragm pressure transmitter output

output signal

Second-line system, 4 mA ~ 20 mADC HART output, digital communication, HART protocol loaded on the 4 mA ~ 20 m ADC signal. Output signal limit: I mi n = 3.9 mA and Imax = 2 0 .5 mA

Single flange remote transmission diaphragm pressure transmitter response time

The damping constant of the amplifier component is 0.1s; the time constant of the sensor and remote flange is 0.2s~6s, depending on the range of the sensor, the length of the capillary, and the viscosity of the filling fluid. The additional adjustable time constant is: 0.1s~60s.

Single flange remote transmission diaphragm pressure transmitter general conditions

• Installation conditions

The surface pressure / absolute pressure remote transmission transmitter without capillary can be installed directly through the remote transmission flange, and the position deviation will produce a correctable zero offset. The electronic watch case can rotate up to 360°, and the positioning screws can hold it in any position.

The pressure / remote flange is connected to supporting flanges conforming to ANSI / DIN standard, which shall be provided with soft gasers and mounting bolts and nuts (optional mounting bolts and nuts).

For the surface pressure / absolute pressure remote transmitter with capillary, if the remote seal device is lower than the transmitter body, the maximum height drop between the remote seal device and the transmitter body should be <5m.

When the working pressure is below 100kPa absolute pressure, the transmitter body must be below the remote transmission seal. The minimum bending radius of the capillary is 75mm, and winding is strictly prohibited!

Single flange remote transmission diaphragm pressure transmitter ambient condition

ambient temperature

Minimum: Depending on the filling fluid, maximum: 85℃

-20℃ ~65℃ with liquid crystal display and fluorine rubber sealing ring

Minimum: Depending on the filling fluid, maximum: 85℃

Relative humidity: 0%~100% impact resistance

Acceleration: 50g

Duration: 11ms for vibration resistance

2g to 500Hz electromagnetic compatibility (EMC)

See Table 4 on the next page

• Process medium limit temperature Limit medium temperature: -30℃ ~400℃

Table 3 Table of filling fluid, working temperature and minimum working pressure

Note: Beyond the above working temperature and pressure relationship range, the requirements can be met by special design. Transmitter body pressure limit: Vacuum to maximum pressure remote flange rated pressure:

ANSI standard: 150 psi ~ 600 psi DIN Standard: PN1.6MPa~PN 10MPa

weight:

DN 50 / 2 ″ about 7kg~10kg, DN 80 / 3 ″ about 8kg~11kg, and DN 4 ″ about 9kg~12kg.

Explosion proof performance:

NEPSI Isolation permit: Ex dⅡC T6 NEPSI License: Ex iaⅡC T4 allowed temperature: -40℃ ~65℃

• Power supply and load condition power supply voltage is 24V

R (Us-12 V) / I ma x kΩ of which I ma x = 2 3  mA

Maximum power supply voltage: 42VDC

Minimum power supply voltage: 12VDC, 15VDC (backlit liquid crystal display) digital communication load range: 250 Ω ~600 Ω

material quality:

Measurement membrane box: stainless steel 316L

Membrane:, stainless steel 316L, Hab C, tantalum process flange: stainless steel 304

Filler liquid: silicone oil, high temperature silicone oil, ultra-high temperature silicone oil, vegetable oil transmitter shell: aluminum alloy material, exterior spraying epoxy resin

Housing sealing ring: nitrile rubber (NBR)

Nameplate:, Stainless steel 304 Electrical connection:

M201.5 cable sealing buckle, the wiring terminal is suitable for 0.5 m m 2~ 2. 5 m m 2 wire.procedure linkage:

Remote pass flanges meet ANSI standards or DIN standards. Can be installed directly, refer to the dimension table. Level of enclosure protection:

IP67

Table 4 Table table for electromagnetic compatibility

(2) B performance level description: during the test, the function or performance is temporarily reduced or lost, but it can be restored by itself, and the actual operation status, storage and data do not change.

Outline dimension

Table 6 Structural dimensions of remote transmission seal device with internal diaphragm conforming to DIN 2501 standard

Table 7 Structural dimensions of remote transmission seal device with internal diaphragm conforming to ANSI B 16.5 standard

1. Connexion électrique