CYB-S075 Nanofilm Pressure Sensor Core
- Commodity name： CYB-S075 Nanofilm Pressure Sensor Core
- 产品概述
- 技术参数
- 产品选型
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Product Overview
The CYB-S210 (075) nanofilm pressure sensor core utilizes advanced sensing material technology and vacuum atomic thin-film deposition techniques to directly deposit nanofilm strain resistors onto a metallic elastic element, achieving atomic-level bonding between the sensing element and the elastic body. This eliminates the instability and unreliability issues caused by zero-point drift resulting from force-induced slippage between the sensing element and the elastic body in conventional sensors, thereby truly realizing long-term stability and high reliability under high temperature, high pressure, and harsh environmental conditions. This product is an ideal precision measurement component for high-performance pressure sensors and transmitters.
Product Features
● Nano-thin-film atomic deposition technology offers excellent long-term stability and high reliability.
● Wide operating temperature range and low temperature drift allow for no need for temperature compensation.
● The core body adopts a fixed-support structure and is integrally machined, offering strong overload resistance.
● Made of 17-4PH stainless steel, corrosion-resistant and suitable for a variety of media;
● A core capable of simultaneously detecting pressure and temperature signals can be customized.Product Applications
¤ Weapons and Equipment ¤ Aerospace ¤ Petrochemicals ¤ Metallurgy and Smelting ¤ Thermal and Nuclear Power ¤ Food and Pharmaceuticals ¤ Construction Machinery ¤ Rail Transit ¤ Automotive Industry ¤ Industrial Process Control ¤ Household Appliances
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CYB-S210(075) Technical Parameters Measurement range 0 ~ 1 MPa ~ 150 MPa ~ 250 MPa Overall accuracy ± 0.1%FS; ± 0.2%FS; ± 0.5%FS Nonlinear 0.1%FS; 0.2%FS; 0.5%FS Hysteresis ≤ 0.05%FS; 0.1%FS Repetitiveness ≤ 0.05%FS; 0.1%FS Sensitivity 1.2 ~ 1.8 mV/V Long-term stability ≤ ± 0.1%FS/year Response time ≤ 1 millisecond High reliability Withstands 5 million impacts and maintains sustained compression. Full-scale temperature drift ± 0.03 %FS/℃ Zero-point temperature drift ± 0.03 %FS/℃ Medium temperature range - 40 ~ 125℃ ~ 150℃ ~ 200℃ Insulation resistance ≥ 1000 MΩ/100 VDC Destructive pressure 2–3 times, 400%FS (maximum not exceeding 400 MPa) Allow overload 200%FS Materials 17-4PH (or other) Measured medium Gases and liquids compatible with 17-4PH stainless steel -
Model CYB-S210 Nanofilm Pressure Core Code Instructions Specification Type 075 Maximum outer diameter 7.5 mm 090 Maximum outer diameter: 9.0 mm 125 Maximum outer diameter: 12.5 mm Pressure range 1 J 0–1 MPa 1 A 0–2 MPa 1 B 0–5 MPa 1 D 0–10 MPa 1 E 0–20 MPa 1 R 0–25 MPa 1 M 0–30 MPa 1 F 0–40 MPa 1 G 0–60 MPa 1 U Customization (Note) Measurement accuracy J 1 ± 0.1%FS J 2 ± 0.2%FS J 5 ± 0.5%FS J 6 ± 1%FS J 9 Customization (Note) Temperature range W 2 - 40～125°C W 3 - 40～150°C W 4 - 40～200°C W 9 Customization (Note) Additional requirements (materials or other requests) N No requirements You Special requirements Selection Example: CYB-S210 --- 075 --- 1 A --- J 2 --- W 2 --- N
Specification Type: Maximum outer diameter 7.5 mm; Pressure range: 0–2 MPa; Measurement accuracy: ±0.2%FS; Temperature range: -40 to 125°C; Additional requirements: No requirements.
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Address: Building A5, Changsha E Center, No. 18 Xiangtai Road, Liuyang Economic and Technological Development Zone.China