Pressure Transducers and Water Pipe Pressure Measurement
Water pressure transducers also called a water pressure sensor,
are pressure transmitters that can measure water pipe pressure.
For the water level/water depth measurement,
in the tank, or in the well, we can use electrical transmitters,
stainless steel body, IP65-IP6, 4-20ma output.
Sino-Instrument applies application expertise to design and manufacture pressure sensors and transducers for the water industry.
Various factors impact the selection and long term use of water pressure sensors and transducers,
in residential, commercial, and irrigation systems.
Sino manufactures various products with design features,
to offer excellent accuracy and long term stability.
Below is some basic information to review,
before making a decision on the type of pressure sensor technology,
as well as the electrical and mechanical features required.
Sino-Instrument also offers pressure transmitters with 0-5V/0.5-4.5V, just contact us now.
A pressure sensing element will come in contact with varying pH levels,
depending on the type of water, chemicals added,
and the quality of the water purification process.
Sino packages pressure sensors using silicon strain gages,
mounted onto a one-piece, 316L stainless steel sensing element.
316L SS offers excellent media compatibility for residential,
and commercial water applications and is an NSF61 compliant material.
Rain, ice, dust, and pressure washers can cause water to seep into sensor housings,
and cause the electronics to short.
Sino offers sealed gauge reference pressure sensors to protect the electronics from these conditions.
Improper grounding and lightning strikes can cause electrical failures of pressure sensors,
as a result of isolation failure.
Sino can include custom electronics and a sensing element to withstand 500VDC isolation to work in extreme electrical conditions.
The use of a 4-20mA output signal for transmission lengths greater than 15 feet in environments with electrical noise,
will help prevent signal loss or noisy signal conditions.
Using Pressure Transducers for Water Pipe Pressure Measurement at Water Distribution Utilities
Inlet and Outlet Water Pipe Pressure Measurement in Clean Water Systems
Clean water systems use lift stations and gravity feed reservoirs,
to pump water between locations.
In some residential settings,
lift stations and water towers alone cannot supply enough pressure,
to provide users at higher elevations with clean water.
Also, water reservoirs and water towers,
that experience sudden, large draws of water need replenishment.
Pressure-controlled variable frequency drive pumps (VFDs) are used with pressure transducers,
for reliable electronic pressure measurement to determine,
when extra pressure and flow are required by users.
Pressure transducers are used to monitor water pressure,
at elevation, in reservoirs, and the rate of change in each.
VFD pumps interpret the pressure inputs,
and output the necessary increase or decrease in pump output pressure and flow rate.
Electronic Pressure Transducer Applications for Water Pipe Pressure Measurement in Clean Water Systems
Pressure transducers are used for inlet and outlet water pipe pressure measurement,
in clean water systems at public utilities.
An electronic pressure transducer is typically used in water distribution applications such as:
- Pump intake pressure measurement
- Pump output pressure measurement
- End location (reservoir, elevated piping, etc.) pressure measurement
An important part of pressure transmitter selection,
is ensuring that any electronic pressure transducer used is compatible with potable water.
Pressure transducers are responsible for monitoring the pressure,
at various locations throughout clean water systems and often interface with VFD pumps to show,
when increased pressure or flow rates are necessary.
in both inlet and outlet pipes of clean water systems.
They can usually be delivered within days in a wide variety of configurations.
How to select a pressure transmitter for water pressure?
- Absolute or gauge pressure measurement
- Cable or flying lead pressure transmitter wiring
- Media compatibility for pressure transmitters
- Moisture resistance in pressure transmitters
- Pressure transmitter accuracy and errors
- Radiofrequency (RFI) and electromagnetic interference (EMI) in pressure transmitters
- Standard or flush diaphragm pressure transmitters
- Vibration resistance in pressure transmitters
Liquid pressure sensor for water pipe
SMT3151TR Submersible Level Transmitter, also known as Submersible Level Sensors, orsubmersible hydrostatic level transmitter
–Instruments for Measuring Media Levels.
Hydrostatic Level Sensor (Best Price), also called Hydrostatic level transmitters,
for Hydrostatic level measurement.
Continuous level measurement in liquid applications with pressure sensors.
In hydrostatic level measurement,
The liquid level sensor also called a water pressure sensor, or water pressure transducer.
The SI-10 series pressure sensor provides exceptional levels of stability,
and other performance specifications,
in a wide variety of enclosures from submersible to differential styles.
Submersible Pressure Transmitter for Level and Depth Measurement
4-20 mA Output 0-275 mbar to 0-35 bar
Submersible Pressure Transmitter, also called Hydrostatic submersed level transmitters,
Pressure level transmitters are good instruments for level measurement.
The liquid level (pressure/differential pressure) transmitter,
is a pressure signal,
measured at the reference side of atmospheric pressure (a low-pressure side),
with one or two ports for flange (or other connection) and process pipe connection.
How does a pressure transducer work?
The installation of the pressure transducer measurement system,
consists of three parts, namely the laying of the pressure guiding tube,
the laying of the electrical signal cable and the installation of the differential pressure transmitter.
During the operation of the pressure transmitter, the pressure of the medium is transmitted to the central measuring diaphragm.
Through the isolating diaphragm and the silicone oil, and the pressure difference from the double-sided pressure guiding tube is received on the double-sided isolating diaphragm, where the membrane is measured.
The sheet functions as a resilient element and is deformed by the pressure difference.
There is a positive proportional relationship, between the displacement of the measuring diaphragm and the differential pressure.
And under the influence of the displacement of the diaphragm, the capacitance of the differential capacitor also changes.
And the measuring circuit converts it into a DC current signal of 4-20 mA.
Where are pressure transducers used?
Pressure transducers are mainly used in the following areas:
Petroleum, petrochemical, chemical. Matching with throttling devices to provide accurate flow measurement and control. Measures pressure and level in pipes and tanks.
Electricity, city gas. And other companies and businesses require high stability and high precision measurement and other places.
Pulp and papermaking are used in places that require chemical-resistant liquids and corrosion-resistant liquids.
Steel, non-ferrous metals, and ceramics are used in furnace pressure measurement and other places that require high stability and high precision measurement. They are also used in places that require stable measurement under strict control (temperature, humidity, etc.).
Machinery and shipbuilding, used to strictly control the place where high precision is required for stable measurement.
What is pressure sensor and how it works?
A pressure sensor is a device or device that can sense a pressure signal and convert the pressure signal into a usable output electrical signal according to a certain rule.
A pressure sensor usually consists of a pressure-sensitive element and a signal processing unit. According to different test pressure types, pressure sensors can be divided into gauge pressure sensors, differential pressure sensors and absolute pressure sensors. A pressure sensor is the core part of pressure transmitter. More.
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