CSP64 Series Industrial Pressure Transducers
Product Category
Brand and Series
Closense CSP64 Series
Product Overviews
Suitable for a wide range of hydraulic applications, Closense CSP64 series pressure transducers feature a highly accurate and reliable diffused silicon sensor core, robust performance, diaphragm construction for a variety of fluid applications, a wide range of output signals, and can be connected to all control devices as well as standard evalu
Download Datasheet
Click to download the datasheet-->Closense_CSP64.pdfAccurate and stable measurement, Strong anti-interference, Meets the requirements of hydraulic industrial grade
Closense CSP64 series pressure transducers are suitable for a wide range of hydraulic industry applications, with a high-precision and reliable diffused silicon sensor core for reliable performance. Diaphragm construction for a variety of fluid applications. A wide range of output signals can be used to connect all control units as well as standard evaluation systems. Modularity is the concept of the CSP64 series, allowing different stainless steel sensors and electronic modules to be combined with various electrical and mechanical versions. A wide variety of variants have been produced that meet almost all industrial requirements.
Product Features:
- ■ High-precision diffusion silicon core, stable and reliable performance
- ■ Strong anti-interference, good long-term stability
- ■ Separator membrane structure, is used for a variety of fluid media
- ■ Vibration and shock resistance
- ■ Measuring range up to 1000 bar
Industry Applications:
- ★ Construction machinery industry
- ★ Hydraulic systems and valves
- ★ Gas and liquid pressure measurement
- ★ Aerospace.
- ★ Rail transit industry
Technical Parameters
Input Parameters | |
Pressure Range | -1~0... 1...10...100...400...600...1000bar |
Overload Pressure | 200% F.S (static) |
Burst Pressure | 300% F.S |
Mechanical Connection | G1/4 , 1/4 NPT, G1/2 |
Electrical Connection | M12×1, DIN 43650, Cable outlet |
Operating Voltage | 15 ... 30 VDC |
Materials in contact with medium | SUS304 /316L |
Output Parameters | |
Output Signal | 4... 20 mA, 2-wire 0...10 VDC, 3-wire 0 ... 5 VDC, 3-wire |
Accuracy according to IEC 60770 Max. |
≤ ±0.25 % F.S typ. ≤ ±0.35 % F.S |
Non-linearity according to IEC 60770 | ≤±0.1%F.S |
Hysteresis | ≤±0.1 %F.S |
Repeatability | ≤±0.1 %F.S |
Response time | ≤10ms |
Long term drift | ≤±0.1 %F.S typ. / year |
Environment Parameters | |
Compensated Temperature | -10 ... +70 °C |
Media Temperature | -40 ... +120 °C |
Ambient Temperature | -30 ... +85 °C |
Storage Temperature | -40 ... +130 °C |
Shock Resistance according to EN 60068-2-27 |
50g,11 ms |
Vibration Stability according to EN 60068-2-6 at 10: 100Hz |
≤20g |
Insulation Resistance | >100MQ at 100 VDC |
Protection Class | IP65 (DIN 43650 & M12x1 & Cable outlet) |
Other Parameters | |
Installation Torque | ~25 Nm |
Current Consumption | ~30 mA |
Life Span | > 10x107 cycles 10...90 % F.S |
Weight | ~200 g |
For more and more detailed product information, please download the selection datasheet document (PDF).
Click to download the datasheet-->Closense_CSP64.pdf
The "CSP64 Series Industrial Pressure Transducers" introduced in this article is an innovative product with guaranteed quality and stability. Suitable for a wide range of hydraulic applications, Closense CSP64 series pressure transducers feature a highly accurate and reliable diffused silicon sensor core, robust performance, diaphragm construction for a variety of fluid applications, a wide range of output signals, and can be connected to all control devices as well as standard evalu The CSP64 Series Industrial Pressure Transducers is widely used in industries such as environmental protection, industrial control and automation, with excellent quality and extremely high cost-effectiveness. If you have any questions about the price, manufacturer, model, pictures, product information and selection of it, please feel free to contact us for the latest information on the Closense CSP64 Series Industrial Pressure Transducers.