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XDB102-6 Temperature & Pressure Dual Output Pressure Sensor

Short Description:

XDB102-6 series temperature & pressure dual output pressure sensor can measure the temperature and pressure critically at the same time. It has a very strong interchangeability, overall size is φ19mm ( universal ). XDB102-6 can be reliably applied to hydraulic systems, industrial process control and hydrological applications.


  • XDB102-6 Temperature & Pressure Dual Output Pressure Sensor 1
  • XDB102-6 Temperature & Pressure Dual Output Pressure Sensor 2
  • XDB102-6 Temperature & Pressure Dual Output Pressure Sensor 3
  • XDB102-6 Temperature & Pressure Dual Output Pressure Sensor 4
  • XDB102-6 Temperature & Pressure Dual Output Pressure Sensor 5
  • XDB102-6 Temperature & Pressure Dual Output Pressure Sensor 6

Product Detail

Product Tags

Features

● CE conformity.

● Measuring Range: -100kPa…0kPa~100kPa…70MPa.

● Small Size:φ12.6mm, lower package cost.

● Provide OEM, flexible customization.

● Isolated structure, for a variety of fluid medium pressure measurement.

Typical Applications

● Industrial process control.

● Gas, liquid pressure measurement.

● Hydraulic system.

● Hydrological monitoring.

● XDB102-6 temperature & pressure dual output pressure sensor can be used in hydraulic system and gas & liquid pressure measurement.

application in Hydraulic and pneumatic control systems
industrial pressue measurement of gas liquids and steam
Gas liquid pressure measurement

Technical Parameters

Item Min. Typ. Max. Units
Linearity   ±0.15 ±0.2 %FS , BFSL
Repeatability   ±0.05 ±0.075 %FS
Hysteresis   ±0.05 ±0.075 %FS
Zero output   ±2.0 ±2.0 mV DC
FS output 45 100   mV DC
Temperature output PT100 Resistance output
Compensated temp. range 0~70 C
Working temp. range -40~ 125 C
Storage temp. range -55~ 150 C
Zero temp. error   ±0.75 ± 1.0 %FS @ 25C
Full temp. error   ±0.75 ± 1.0 %FS@ 25C
Long term stability error   ±0.0   %FS/year
Note: 1. The above performance indicators are tested under the benchmark conditions.

2. The temperature range for temperature drift test is the compensation temperature range.

Structure condition

Diaphragm material

SS 316L

Housing material

SS 316L

Pin wire

Gold-plated karaf/100mm silicone rubber wire

Back pressure tube

SS 316L (gauge and negative pressure only)

Seal ring

Nitrile rubber

Electrical condition

Power supply

1.5 mA DC

Impedance input

2.5 kΩ ~ 5 kΩ

Impedance output

2.5 kΩ ~ 5 kΩ

Response

(10%~90%) :<1ms
Insulation resistance 100MΩ,100V DC

Over pressure

2 times FS

Environment condition

Media applicability

Fluid that is not corrosive to stainless steel and nitrile rubber

Shock

No change at 10gRMS, (20~2000)Hz

Impact

100g, 11ms

Position

Deviate 90° from any direction, zero change ≤ ±0.05%FS

Basic condition

Environment temperature

(25±1)℃

Humidity

(50%±10%)RH

Atmospheric pressure

(86~106) kPa

Power supply

(1.5±0.0015) mA DC

102-6 silicon sensor 19mm (1)
102-6 silicon sensor 19mm (2)

Order Notes

1. To avoid sensor instability, please pay attention to the installation size and installation process to avoid pressing the sensor front within 3 seconds to avoid heat transfer to the sensor.

2. When using a gold-plated cotter pin on a wire, please use a soldering iron below 25W under low temperature soldering.

Ordering Information

XDB102-6

 

 

Range code

Measurement range

Pressure type

Range code

Measurement range

Pressure type

0B

0~20kPa

G

12

0~2MPa

G / A

0A

0~35kPa

G

13

0~3.5MPa

G / A

02

0~70kPa

G

14

0~7MPa

A / S

03

0~100kPa

G / A

15

0~15MPa

A / S

07

0~200kPa

G / A

17

0~20MPa

A / S

08

0~350kPa

G / A

18

0~35MPa

A / S

09

0~700kPa

G / A

19

0~70MPa

A / S

10

0~1Mpa

G / A

 

 

 

 

Code

Pressure type

G

Gauge pressure

A

Absolute pressure

S

Sealed gauge pressure

 

Code

Electrical connection

1

Gold-plated kovar pin

2

100mm Silicone rubber leads

 

Code

Other specifications

Y

Gauge pressure type can be used to measure negative pressure

XDB102-6 -0B-G-1-Y the whole spec 

Order notes

1. To avoid sensor instability, please pay attention to the installation size and installation process to avoid pressing the sensor front within 3 seconds to avoid heat transfer to the sensor.

2. When using a gold-plated cotter pin on a wire, please use a soldering iron below 25W under low temperature soldering.


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