JC-CM04 Diffused Silicon Pressure Sensor
Ø12.6mm oil filled
Pressure Range: 0～100kPa…100MPa
Introduction
JC-CM04 diffused silicon pressure sensor is a pressure measuring component isolated by stainless steel corrugated diaphragm. The product adopts integrated structure, high pressure resistance value, stable and reliable, especially suitable for medium and high pressure measurement. High-precision and high-stability pressure-sensitive chips, pressure sensitive components are assembled on precision production lines, automatically tested by computer, and provide zero-point correction and temperature compensation for resistors. The product has a small size with wide pressure range, and is suitable for small precision equipment.
Features
* Measuring range: 0kPa～100kPa…100MPa
* Gauge, absolute, sealed gauge pressure
* Constant current and voltage supply
* Isolated structure for a variety of fluid media
* Φ12.6mm, small size OEM Pressure sensitive components
* Stainless steel 316L material / Hastelloy C material
* Widely temperature compensation -10℃～80℃
Application
* Industrial Process Control
* Level measurement
* Gas liquid pressure measurement
* Pressure calibration equipment
* Air Navigation Inspection
* Hydraulic system and switch
* Refrigeration equipment and air conditioning system
Dimensions(mm)
Note: The electrical connection is based on the connection marked on the product parameter card.
1. Dashed left arrow resistance bridge circuit for the sensitive chip bridge.
2. without ceramic compensation board, an external resistor to compensate for zero and temperature drift, the connection as shown. Access to zero resistance R3 (R4), another resistor R4 (R3) shorted as negative power supply; R1 or R2,only one for the zero temperature drift compensation resistor, the another one opens, Choose according to the information provided by the parameter card; R5 is for the sensitivity of temperature compensation resistor, it is recommended that the external compensation resistor be as close as possible to the pressure sensitive element.
Technical Parameters
| Parameters | MIN. | TYP. | MAX. | |
| Non-linear %FS,BFSL | ±0.2 | ±0.25 | ||
| Repeatability %FS | ±0.05 | ±0.075 | ||
| Hysteresis %FS | ±0.05 | ±0.075 | ||
| Zero output mV DC | ±3.0 | |||
| Full-scale output mV DC | 50 | |||
| Zero temperature Error %FS, reference 25℃ | ±0.75 | ±1.0 | ||
| Full-scale temperature Error %FS, reference 25℃ | ±0.75 | ±1.0 | ||
| Compensated temperature ℃*** | -10～80 | |||
| Operating temperature ℃ | -40～125 | |||
| Storage temperature ℃ | -40～125 | |||
| Long-term stability %FS/year | ±0.1 | |||
| Electrical performance | Power supply | ≤2.0mA DC ;≤10V DC | ||
| Electrical connection | Gold plated Corvo pin or silicone rubber flexible wire | |||
| Common mode voltage output | 50% of input (typical) | |||
| Input impendence | 3kΩ～8kΩ | |||
| Output impendence | 3.5kΩ～6kΩ | |||
| Response (10%～90%) | <1ms | |||
| Insulation resistance | 100MΩ,100VDC | |||
| Overload | 1.5 times of full-scale or 110MPa, take the min. value | |||
| Structural performance | Diaphragm material | 316 stainless steel | ||
| Housing material | 316 stainless steel | |||
| Pin | Gold plated Kovar or silicone rubber flexible wire | |||
| O-ring | fluororubber | |||
| Net weight | Approx.10g | |||
| Ambient temperature | Location effects | Deviation from 90 ° in any direction, zero change ≤ ± 0.1% FS | ||
| vibration | No change under (20~2000) Hz conditions in10gRMS | |||
| Impact | 100g，11ms | |||
| Media compatibility | Liquid or gas compatible with stainless steel and Viton | |||
| Baseline conditions | Media temperature | (25±1)℃ | ||
| Ambient temperature | (25±1)℃ | |||
| Impact | 0.1g(1m/s2) Max | |||
| Humidity | (50%±10%) RH | |||
| Environmental pressure | (86～106) kPa | |||
| Power supply | (1.5±0.0015) mA DC | |||
Ordering Information
| -CM04 Diffused silicon Pressure Sensor | ||||||
| Code | Structure and Power supply | |||||
| Ⅰ | JC-CM04Ⅰtype with support ring(Φ16.8mm) | |||||
| Ⅱ | JC-CM04Ⅱtype Φ12.6mm×10.5mm | |||||
| C | Constant Current | |||||
| V | Constant Voltage | |||||
| Code | Range | Type | Code | Range | Type | |
| 100K | 100KPa | G．A | 7M | 7MPa | S | |
| 200K | 200KPa | G．A | 10M | 10MPa | S | |
| 350K | 350KPa | G．A | 20M | 20MPa | S | |
| 700K | 700KPa | G．A | 35M | 35MPa | S | |
| 1M | 1MPa | G．A | 70M | 70MPa | S | |
| 2M | 2MPa | G．A | 100M | 100MPa | S | |
| 3.5M | 3.5MPa | G.S.A | ||||
| Code | Pressure Type | |||||
| G | Gauge | |||||
| A | Absolute | |||||
| S | Sealed Gauge | |||||
| Code | Temperature compensation method | |||||
| L | Laser resistance compensation | |||||
| M | Provide compensation resistance | |||||
| Code | Electrical connection | |||||
| 1 | Gold plated Kovar pin | |||||
| 2 | Silicone rubber flexible wire | |||||
Note:
1. Electrical connection is a "soft wire" product, the wire length can be customized according to customer requirements.
2. Can be used for down-range, and the amplitude is controlled within ±50%FS.
3. 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.
4. 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.
5. The commonly used compensation method for the product is 1.5mA constant current compensation. It is recommended to give priority.
6. Do not force or pull the pins of sensitive components.
7. If you have special requirements on product performance parameters and functions, please contact us.
