page_banner

products

XDB302 High Pressure Industrial Transducer

Short Description:

XDB302 series of pressure transducers utilize ceramic pressure sensor core, ensuring exceptional reliability and long-terms stability. Encased in a sturdy stainless steel shell structure, the transducers excel in adapting to diverse circumstances and applications, thus they are widely used in various industries and fields.  It is featured with compact size, long-term reliability, ease installation and high performance price ratio with high accuracy. It is most used for high pressure applications with better robustness.


  • XDB302 High Pressure Industrial Transducer 1
  • XDB302 High Pressure Industrial Transducer 2
  • XDB302 High Pressure Industrial Transducer 3
  • XDB302 High Pressure Industrial Transducer 4
  • XDB302 High Pressure Industrial Transducer 5
  • XDB302 High Pressure Industrial Transducer 6

Product Detail

Product Tags

Available Applications For XDB 302 Industrial Pressure Senders

XDB302 pressure transducers are widely used in various occasions by your free selecting of sensor cores. XDB can provide you most economical solutions for your application occasions.

● Intelligent IoT constant pressure water supply.

● Energy and water treatment systems.

● Medical, agricultural machinery and testing equipment.

● Hydraulic and pneumatic control systems.

● Air-conditioning unit and refrigeration equipment.

● Water pump and air compressor pressure monitoring.

Features Of Piezoresistance Pressure Sensor

● Al l sturdy stainless steel structure.

● Small and compact size.

● Complete surge voltage protection function.

● Affordable price & economical solutions.

● Provide OEM, flexible customization.

Hand pointing at glowing digital brain. Artificial intelligence and future concept. 3D Rendering
industrial pressue control
Waist up portrait of female medical worker in protective mask touching monitor of mechanical ventilator. Man lying in hospital bed on blurred background

Technical Parameters

The following data are some basic information of XDB 302 stainless steel pressure transmitter.

The detailed size and specification can be customized according to your needs, so if there’s any special needs, please contact us.

Pressure range -1~250 bar  Long-term stability ≤±0.2% FS/year
Accuracy
≤±1.0% FS@25℃ (≤±2.0% FS max -20...80℃)

Response time ≤4ms
Input voltage
DC5-12V,3.3V,9-36V

Overload pressure 150% FS
Output signal 0.5~4.5V (others) Burst pressure 300% FS
Thread NPT1/8, NPT1/4,Others on request Cycle life 500,000 times
Electrical connector Packard/Direct plastic cable Housing material 304 Stainless Steel
Operating temperature -40 ~ 105 ℃ Sensor material 96% Al2O3
Compensation temperature -20 ~ 80 ℃ Protection class IP65
Operating current ≤3mA Explosion-proof Class Exia ⅡCT6
Temperature drift (zero&sensitivity) ≤±0.03%FS/ ℃ Weight ≈0.08 kg
Insulation resistance >100 MΩ at 500V

 

3 wire voltage output wiring diagram for ceramic core pressure sensor
XDB302 pressure sendermeasurement data information  of silicon pressure sensor

Ordering Information

E.g. XDB302- 150P -   01 -   0 -   C -   N1 -  W2 -  c -  01 -  Oil

1

Pressure range 150P
M(Mpa)   B(Bar)   P(Psi)   X(Others on request)

2

Pressure type 01
01(Gauge)   02(Absolute)

3

Supply voltage 0
0(5VCD)   1(12VCD)   2(9~36(24)VCD)   3(3.3VCD)  X(Others on request)

4

Output signal C
B(0-5V)   C(0.5-4.5V)   E(0.4-2.4V)   F(1-5V)  G( I2C)    X(Others on request)

5

Pressure connection N1
N1(NPT1/8)   X(Others on request)

6

Electrical connection W2
W2(Packard)   W7(Direct plastic cable)    X(Others on request)

7

Accuracy c
c(1.0% FS)  d(1.5% FS)   X(Others on request)

8

Paired cable 01
01(0.3m)   02(0.5m)   03(1m)     X(Others on request)

9

Pressure medium Oil
X(Please note)

Notes:

1) Please connect the pressure transducer to the opposite connection for different electric connector.

If the pressure transducers come with cable, please refer to the right color.

2) If you have other requirements, please contact us and make notes in the order.


  • Previous:
  • Next:

  • Leave Your Message

    Leave Your Message