SI2088-W Wireless Pressure Transmitter

Battery-Powered Self-Contained Pressure Monitoring Solution

Sino-Instrument’s wireless pressure transmitters are extremely efficient,

due to their unique energy management based on an ultra-low-power design.

The wireless signal  pressure transmitter of the pressure-sensitive chip,

selected into the patch process, with zero, full-scale compensation,

temperature compensation of high-precision and high stability amplification IC,

will measure the pressure of the medium into 4 ~ 20mA, 0 ~ 5VDC, 0 ~ 10VDC, 0.5 ~ 4.5VDC,

and other standard electrical signals.

Product structure using full-welded structure,

so that the product’s impact resistance, overload capacity,

product sealing performance has been greatly improved,

the maximum product pressure can reach 150MPa.

There are several ways to connect the product process and the electrical connection,

to the maximum to meet the needs of users.

Features of SI2088-W Wireless Pressure Transmitter

SI2088-W Wireless Pressure Transmitter
SI2088-W Wireless Pressure Transmitter
  • Wireless for lower installation cost and maintenance
  • Silicon-on-Sapphire sensor technology for outstanding performance and reliability
  • Pressure ranges up to 150MPa.
  • All stainless steel, robust construction for harsh environments
  • Wetted parts in various materials

1. Digital wireless pressure sensor is a digital sensor,

designed specifically for pipeline fluid pressure testing.

Has been the University of Petroleum and major oil fields and other units of the application,

by the praise, but also carried out a number of optimization design;

2. The use of wireless telemetry technology,

so that the pressure signal directly through the wireless signal transmission,

do not have to pass through the signal conversion device, high reliability;

3. The use of a high-energy battery to the sensor power supply,

the sensor for a long time in a low-power state of sleep,

without stopping the battery that is replaced, high reliability;

4. For a well group, install the appropriate sensor in each well and set the physical address

5. Sensor fixed in the well, waterproof design,

no need to lay the cable, pipeline, test safety, high efficiency;

Specification Wireless pressure transmitter 

1) Pressure measurement: 0~60(MPa);
2) Power supply: Single 3.6V/13Ah lithium battery;
3) Accuracy: 0.1,0.2,0.5 ;
4) Display: Five static LCD display;
5) Overload: 150%FS;
6) Transmission distance:  >500 m;
7) Case material: Using aluminum alloy shell, solid, corrosion resistance;
8) Environment temp: -30℃~ +75℃;
9) Ambient humidity: <95%RH;
10) Zero temperature drift: ±0.015%FS/℃;
11) Sensitivity temperature drift: ±0.015%/℃;
12) Applicable medium: Liquid oil, gas, water etc.;
13) Explosion proof grade: ExdⅡBT4;
14) Frequency: Center frequency 480MHz;
15) With the network receiving units supporting

Drawings of SI2088-W Wireless Pressure Transmitter

Working Principle of SI2088-W Wireless Pressure Transmitter

The SI2088-W pressure transmitter,

provides a wireless solution for safe operation in tough industrial,

and process applications eliminating the need for hard wiring.

The SI2088-W transmitter can be situated in inaccessible areas,

allowing the operator to monitor at safe distances on site.

No hard wiring means lower installation cost and maintenance.

The unique Silicon-on-Sapphire sensor technology provides outstanding performance

and gives excellent stability over a wide temperature range.

The advanced sensor design consists of a piezoresistive silicon strain gauge circuit,

which is epitaxially grown onto the surface of a sapphire diaphragm,

to form a single crystalline structure.

The sapphire sensor element is then molecularly bonded to a titanium alloy sub-diaphragm.

This enables the sensor to endure higher over-pressures and provides superb corrosion resistance.

The sensor exhibits virtually no hysteresis and excellent long-term stability.

With outstanding insulation properties, the sapphire substrate allows the sensor,

to operate over a very wide temperature range without loss of performance.

Robustly constructed from stainless steel,

the SI2088-W transmitter offers optimum stability and repeatability,

in all industrial and process environments.

The SI2088-W transmitter operates by sending data signals,

by radio telemetry to a receiver which provides a 4-20 mA output signal.

Powered by an internal battery or 8-30 Vdc supply,

the transmitter is capable of sending data signals at distances of up to 500 feet/ 200 meters.

Applications of SI2088-W Wireless Pressure Transmitter

Typical applications include mechanical and civil engineering installations, process plant,

water utilities, petrochemical,

power generation and any application on fluid or gas requiring a stable,

repeatable and accurate pressure measurement at distances on site.

The removal of the large cap at the head of the unit,

allows easy access for zero/span adjustment and re-calibration or for battery replacement.

Standard pressure connection is 1/2” BSP or optionally 1/2” NPT is available. Pressure ranges are from 0-500 mbar to 0-1,500 bar.

Sino-Instrument offers 5 wireless pressure transmitter products.

These are wireless pressure transmitters,

wireless differential pressure transmitter, and wireless temperature transmitter.

A wide variety of wireless pressure transmitter options are available to you,

such as free samples, paid samples.

Sino-Instrument is wireless pressure transmitter suppliers,

located in China.

The top applying countries are China (Mainland),

Hong Kong, and the United States, which supply 96%, 2%,

and 1% of wireless pressure transmitter respectively.

Wireless pressure transmitter products are most popular in North America,

Domestic Market, and South America.

You can ensure product safety by selecting from certified suppliers,

with ISO9001, and ISO14001 certification.

product image
Author Rating
Aggregate Rating
5 based on 3 votes
Brand Name
Product Name
SI2088-W Wireless Pressure Transmitter
USD 400
Product Availability
Available in Stock

Leave a Reply

Your email address will not be published. Required fields are marked *