HM5200DP
Piezoresistive Pressure Sensor
SemiConductor Type
Diffused Silicon Pressure Transmitter
Analog Type
Integration
Stainless Steel
Gas and Liquid
Four-Wire
IATF16949
IP65
/
Customized
Multiple Options Available
Silicon Piezoresistive Sensor Chip
Pressure Measurement
CE and Rosh Certification
Sturdy and Compact
Stainless Steel Shell Rust and Corrosion Preventio
FLUHANDY
Neutral Packing
0~4bar (Customizable)
China
9026209090
Product Description
5200DP Civilian water pump transmitter is an aviation head,civilian current solution, no wiring.
Civilian water pump sensor are always installed by mounting the sensor on the base. There is no buffer device added to the diaphragm, and a retaining ring is often used to position the sensor in some transmitters.
Pressure sensor controls water pump has the following beneficial effects: reliable performance, high stability, no diaphragm breakage and damage; resistance to pipeline impurity corrosion; Installation diagram of water pump pressure sensor good anti-icing performance; small size, low power consumption; good anti-electromagnetic interference performance of the water pump motor.
Pressure sensor controls water pump is a device or device that can sense the pressure signal and convert the pressure signal into a usable output electrical signal according to certain rules. Pressure sensors usually consist of pressure sensitive components and signal processing units.
![](https://image.cautop.com/365f3j00LPKviIhUYHqu/Civil-Water-Pump-Pressure-Transmitter.webp)
A variety of options are available to meet different needs.
Accurate pressure measurement, high reliability, high stability, high cost performance.
Using dedicated amplifier circuit and excellent temperature compensation technology.
High sensitivity and fast response speed.
CE, ROSH certification.
Accurate pressure measurement, high reliability, high stability, high cost performance.
Using dedicated amplifier circuit and excellent temperature compensation technology.
High sensitivity and fast response speed.
CE, ROSH certification.
Work environment | |||
Medium temperature | minimum value -40 ° C | Maximum value 120 ° C | |
Storage temperature | minimum value -40 ° C | Maximum value 120 ° C | |
Electrical characteristics | |||
power supply | 24VDC (customizable) | Current output | 4~20mA |
Overvoltage protection | 30VDC | reverse protection | 30VDC |
Load Resistance | <700Ω@24VDC | ||
Working characteristics | |||
measuring range | 0~3~20bar (customizable) | Overload pressure | 150% FS |
Static accuracy | ±1.5% @ FS (customizable) | Burst pressure | 300% FS |
Measurable medium | Non corrosive gases or liquids | Comprehensive error | ±3.0% FS (customizable) |
Mechanical performance | |||
Protection level | IP65 | Pressure interface | G1/4 (customizable) |
![](https://image.cautop.com/365f3j00DHSeVcldfLku/Civil-Water-Pump-Pressure-Transmitter.webp)
![](https://image.cautop.com/365f3j00HIKelZhgCDkr/Civil-Water-Pump-Pressure-Transmitter.webp)
1.The measuring medium cannot be frozen;
2.During installation, avoid scratching the O-ring seal;
3.Do not use media beyond the prescribed limits;
4.The power supply needs to be filtered to prevent damage to this product caused
by instantaneous high currents;
5.Please do not exceed the specified range of power supply voltage;
6.It is strictly prohibited for cables to bear tension;
7.Avoid falling, hitting, and puncturing hard objects;
8.Avoid product exposure to water and strictly prohibit water immersion;
9.It is strictly prohibited to disassemble the casing to avoid product damage.
1.Use of media beyond regulations;
2.Exceeding the specified power supply voltage for use;
3.Use beyond the specified temperature range;
4.Use beyond the specified pressure range;
5.Severe deformation or damage to the isolation membrane caused by improper
operation;
6.Force majeure, such as product damage caused by lightning strikes, etc;
7.Other product damage caused by failure to use in accordance with the requirements
of this specification.
Note: The accuracy of a product refers to the error rate between the theoretical output value (calculated according to the output formula) and the actual measured value.
That is, accuracy=(measured value - theoretical value)/net output
Net output: 4.5-0.5=4
![](https://image.cautop.com/365f3j00HPZCldVcfLbu/Civil-Water-Pump-Pressure-Transmitter.webp)
![](https://image.cautop.com/365f3j00lDKeimWslPkg/Civil-Water-Pump-Pressure-Transmitter.webp)