• JC-CZD10 Oil Filled Sensor
  • JC-CZD10 Oil Filled Sensor
  • JC-CZD10 Oil Filled Sensor
  • JC-CZD10 Oil Filled Sensor

TYPE:JC-CZD10

NAME:JC-CZD10 Oil Filled Sensor

JC-CZD10 oil filled sensor are based on piezoresistive silicon pressure sensors packaged in a 316L stainless steel housing. The sensing package utilizes silicon oil to transfer pressure from the 316L diaphragm to the sensing element.

JC-CZD10 Oil Filled Sensor Introduction:

JC-CZD10 oil filled sensor are based on piezoresistive silicon pressure sensors packaged in a 316L stainless steel housing. The sensing package utilizes silicon oil to transfer pressure from the 316L diaphragm to the sensing element. This digital output pressure sensor supports I2C and SPI interface protocols, may come in a 3.3 or 5.0Vdc supply voltage
It is designed for O-ring mounting for the applications where compatibility with corrosive media is required. A custom ASIC is used for temperature compensation, offset correction, and provides a digital output of 10~90% or 5~95%

JC-CZD10 Oil Filled Sensor Features:

* Low cost OEM
* Pressure range:0-40Kpa…7Mpa
* Wide operable temperature range -40-125℃
* Compatible with corrosive media
* Standard mounting size
* I2C or SPI Interface protocols

JC-CZD10 Oil Filled Sensor Application:

* Process control
* Fresh and waste water measurements
* Medical and food instruments
* Pressure transmitters

Dimensions(mm):

JC-CZD10 Oil Filled Sensor

Pressure Transfer Functions:

JC-CZD10 Oil Filled Sensor

Sensor Output at Significant Percentages

% Output Digital Counts(decimal) Digital Counts(hex)
0 0 0 x 0000
5 819 0 x 0333
10 1638 0 x 0666
50 8192 0 x 2000
90 14746 0 x 399A
95 15563 0 x 3CCB
100 16383 0 x 3FFF

Temperature Transfer Functions:

JC-CZD10 Oil Filled Sensor

Temperature Output vs Counts

% Output Digital Counts(decimal) Digital Counts(hex)
-50 0 0 x 0000
0 512 0 x 0200
10 614 0 x 0266
25 767 0 x 02FF
40 921 0 x 0399
85 1381 0 x 0565
150 2047 0 x 07FF

Supply Voltage: 3.3Vdc Ambient Temperature: 25°C (unless otherwise specified)

Parameters Min. Typical Max. Note
Interface Type I2C(ADDR,OX28H) SPI (optional)
Accuracy(%FS) 40KPa ±0.20 ±0.30 combined linearity, hysteresis
Accuracy(%FS) >40KPa ±0.10 ±0.20 and repeatability.
Total Error Band(%FS) -1 1 includes calibration errors and temperature effects over the compensated range.
Output Type

10% — 90% (A type)

5%-95%(B type) Optional
Zero Pressure Output 666 Count Hex
Full Scale Pressure Output(FS) 399A
Resolution–Pressure(%FS) 0.008 14bits
Temp. Accuracy(℃) -1.5 1.5 over the compensated temperature range
Resolution–Temp.(℃) 0.1 8~11bits
Operating Temp.(℃) -40 125
Compensated 40Kpa 0 50
Temp.(℃) ≥100Kpa -10 70
Input Voltage(V) 2.7 3.3 5.5
Supply Current(mA) 3
Load Resistance(KΩ) 10
Insulation Resistance(MΩ/50V) 50
Response Time(ms) 0.5
Pressure Range 0-40Kpa…7Mpa See ordering information
Overpressure 40Kpa 2X
≥100Kpa 1.5X
Media–Pressure Liquids and gases compatible with 316L Stainless Steel
JC-CZD10 Pressure sensor
Model Description
JC-CZD10 Diameter 19mm O Ring mounting
Code Pressure Range Gauge Absolute
40K 0-40KPa *
100K 0-100KPa * *
160K 0-160KPa * *
400K 0-400KPa * *
600K 0-600KPa * *
1M 0-1MPa * *
1.6M 0-1.6MPa * *
2.5M 0-2.5MPa * *
4M 0-4MPa * *
7M 0-7MPa * *
XXX Customized
Code Pressure Reference
A Absolute
G Vent Gauge (W/O vent tube as default)
GT Vent Gauge (With vent tube)
SG Sealed Gauge
Code Electrical
1 Connect Pins
2 Ribbon Cable (90mm as default)
Code O-Ring
1 Nitrile
2 Fluororubber
XX Customized

Note:
1. Can be used for down-range, and the amplitude is controlled within ±50%FS.
2. The maximum pressure of the system should be less than the overload protection limit of the sensor, otherwise it will affect the service life of the product and damage the product.
3. The commonly used compensation method for products is 1.5mA constant current compensation.
4. Do not force to pull the pins or the leads of sensitive components.
5. Protect the isolation diaphragm at the front end of the pressure sensitive component to prevent the impact of the pressure sensitive component from damaging the sensitive component.
6. If you have special requirements on product performance parameters and functions, please contact us.

Leave a Reply

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