static pressure transmitter

SI3051HP high static pressure transmitters, with working static pressure up to 25,32Mpa.

High Static Pressure sensors are for use with pressure gauges, switches, transmitters,
and other controllers,
to pick up or sense static pressure drop across air filters,
and cooling coils, blower input and discharge pressures, etc.

The high static pressure transmitter,

is used to measure the liquid level, flow, and pressure of the liquid,

gas or steam under high working pressure,

and then convert to 4~20mA DC signal output.

high static pressure transmitter

The high static pressure transmitter can measure differential pressure below 32MPa static pressure,

with 32MPa working pressure and overload protection,

ensuring reliable application of the transmitter in high static pressure systems.

Measure Range of SI3051HP high static pressure transmitters:

Differential pressure: 0-1.3-6790KPa
Static pressure: 25, 32MPa

Parameters about SI3051HP high static pressure transmiters

Use object: liquid, gas or steam

Output signal: 4-20mA dc. Output superimposed HART protocol digital signal (two-wire system)

Power source: external power supply 24V dc. Power supply range 12V ~ 45V

Installation in dangerous places:

Flameproof  ExdIIBT5Gb;(explosion-proof certificate no. :CE16.1163)

Intrinsically safe ExiaIICT4/T5/T6Ga;(explosion-proof certificate no. : CE15.2354X) ;

Accuracy: ± 0.1%, ±0.2%

Stability: ±0.25%/6 months of maximum range


High static pressure transmitter fault debugging steps:

1. Check if the power supply of the differential pressure transmitter is reversed,

and whether the positive,

and negative poles of the power supply are connected correctly.

2. Measure the power supply of the transmitter,

whether there is 24V DC voltage;

it must ensure that the power supply voltage to the transmitter is ≥12V

(that is, the voltage of the transmitter power input terminal is ≥12V).

If there is no power supply, check whether the circuit is disconnected,

whether the instrument is selected incorrectly

(input impedance should be ≤250Ω), and so on.

3. If the pressure transmitter is equipped with a meter head,

it is necessary to check whether the meter head is damaged

(you can short-circuit the two wires of the meter head first. If it is normal after a short circuit, it means the head is damaged).

If the meter head is damaged, Then you need to change the header.

4. If there is a problem with the differential pressure transmitter,

connect the ammeter to the 24V power supply circuit to check if the current is normal.

If it is normal, the transmitter is normal.

In this case, check if other instruments in the loop are normal.

5. Connect the power supply to the transmitter power input terminal,

and connect the power cable to the power supply wiring port.

If you still have any question with the selection, application, and use of pressure transmitters,

you can just contact our engineer today.

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