Sensors - Import export

Pressure sensor OS 16 & OS 40 is high accurate and affordable industrial pressure sensor with excellent anti-interference capability.

We are a producer of custom made pressure vessels according to PED or ASME standards. Pressure vessels are tanks, designed to store compressed air. Pressure vessels can also be designed for any other technical gas. Volume of pressure vessel depends on compressor capacity and on consumption of compressed air. Each of our pressure vessels is calculated, assembled, tested and guaranteed to conform standards and to withstand the process necessary for your application.

Portable dew point sensor OS 505 is a combination of next-generation measurement technology with modern user interface design. The experienced user knows that dew point measurement also requires the measurement of line pressure (according to ISO 8573), since dew point is pressure dependent. With the portable dew point sensor OS 505 the line pressure is measured in combination with the dew point, so the user can be confident that the calculation is accurate and free from human error.

Laser particle counter OS 130 / OS 132 are a new generation, optimized for applications in compressed air or other compressed gases. With quality in mind and knowing the needs of customers, this instrument is designed for continuous operation 24 hours, 7 days a week. Depending on the selected model the sensitivity is available from 0.1 μm up to 5.0 μm. Laser particle counter OS 130 / OS 132 can fulfill the requirements stipulated in the compressed air standard ISO 8573-4. The measurement values represent the particle counts per ft³, l or m³ or alternatively in μg/m³. Settings can be done through the integrated display, an external display or through the service software.

Thermal mass flow sensor OS 401/OS421 is suitable for consumption measuring in different compressed air systems. The version with a display shows the volumetric flow and the total compressed air consumption. The keyboard enables setting of tube diameters and consumption counter. Various settings such as gas type, flow unit, reference standards, can also be set.

Dew point sensors OS 212 & OS 215 & OS 220 provide reliable and long-term stable dew point monitoring in industrial applications. The sensor technology used in the sensor offers superior measurement signals at very low moisture applications, allowing reliable measurements. The included sinter cap protects the sensor from dust and other particles, which at the same time ensures stable measurement and low maintenance.

Portable ultrasonic leak detector OS 531 helps users quickly find and record leakages in compressed air or any gas systems. The built-in touch screen helps the user to easily operate and detect leaks. Photographing and voice recording make leak surveys even more flexible and efficient. Portable ultrasonic leak detector OS 531 is designed to work with LMS (Leak Management System) to enable companies to properly manage their leakage detection and repair activities, either through cloud based service or local server installation.

The residual oil sensor OS 120 monitors the oil content of compressed air and gases permanently. For best accuracy and long term stability, the OS 120 sensor is automatically calibrated. Sensor contaminations and sensor lifetime are monitored and displayed to the user. In case of ‘over range’ detection the sampling air is removed from the sensor to protect it against contamination. The simple installation and outstanding performance make the residual oil OS 120 the ideal choice when oil vapor content needs to be measured and monitored.

Single 5 V supply voltage Easy to use package Wide compensated range (0 to 70°C) Up to 15 bits I2C output (pressure + temperature) Standard 0.5 to 4.5 V voltage output Total accuracy down to 1% over 0 to 70°C, all effects included (maximum) Gage and absolute configuration 50 mBar – 7 Bar

Pressure Transducer for harsh environment and high pressures Cheramic measuring cell and programmable ASIC Protection class IP65, IP67 with connector Gage configuration Standard temperature compensated (0 to 70ºC), other possible High longterm stability High accuracy down to 1% (all effects included) Analog output Pressure range: 1 bar to 100 bar Pressure media: all non-corrosive gases and liquids Standard Packard electrical connector and Standard pneumatic connection Customised Solutions

Miniature Pressure Transducer (13.2x8x6.7mm or 13.2×12.6×4.1mm) Straight Vertical or Horizontal Pressure Ports Differential or Absolute configuration Standard temperature compensated (0 to 70ºC), other possible High long-term stability High accuracy down to 0.75% (all effects included) Digital I2C or SPI output Pressure range: 0-1 mbar to 15 bar Pressure media: all non-corrosive gases and liquids SMT mount Extremely low-power consumption 24-bit ΔΣ ADC Adjustable output resolution (up to 19 bits) External microcontroller necessary

Miniature Pressure Transducer (13.2x8x6.7mm or 13.2×12.6×4.1mm) Straight Vertical or Horizontal Pressure Ports Differential or Absolute configuration Standard temperature compensated (0 to 70ºC), other possible High long-term stability High accuracy down to 0.75% (all effects included) Digital I2C or SPI output Pressure range: 0-1 mbar to 15 bar Pressure media: all non-corrosive gases and liquids SMT mount Adjustable output resolution (up to 15 bits) ADC and DAC included Internal microcontroller

Low-temperature co-fired ceramic (LTCC) sensor technology Compatible with many types of aggressive media Wet-wet applications Differential configuration A patented design of sensor 100 mBar to 10 Bar

Easy to use DIP package Wide compensated range (0 to 70°C) Differential configuration 10 mbar ÷ 10 bar

Easy to use DIP package Wide compensated range (0 to 70°C) Absolute and differential configuration 10 mBar – 7 Bar

Single 5 V supply voltage Easy to use package Wide compensated range (0 to 70°C) Total accuracy down to 1% over 0 to 70°C, all effects included (maximum) Standard 0.5 to 4.5 V voltage output Up to 15 bits I2C output (pressure + temperature) Differential and absolute configu¬rations 10 mBar – 7 Bar

Constant voltage excitation Easy to use DIP package Wide compensated range (0 to 70°C) Zero and span calibration Ratiometric 90 mV full scale output Differential, gage and absolute configuration 10 mBar – 7 Bar

Single 5 V supply voltage Easy to use package Wide compensated range (0 to 70°C) Total accuracy down to 1% over 0 to 70°C, all effects included (maximum) Standard 0.5 – 4.5 V voltage output Up to 15 bits I2C output (pressure + temperature) Gage, differential and absolute pressure configurations 10 mBar – 7 Bar

Constant voltage excitation Easy to use DIP package Wide compensated range (0 to 70°C) Zero and span calibration Differential, gage and absolute configurations 10 mbar up to 7 Bar

Constant current excitation Easy to use DIP package Wide compensated range (0 to 70°C) Zero calibration Differential, gage and absolute configurations 10 mbar up to 7 Bar

Single 5 V supply voltage Easy to use package Wide compensated range (0 to 70°C) Up to 15 bits I2C output (pressure + tempe-rature) Standard 0.5 to 4.5 V voltage output Total accuracy down to 1% over 0 to 70°C, all effects included (maximum) Integrated EMC protection Gage configuration 20 mBar – 7 Bar

Constant current excitation Easy to use package Compensated range (0 to 50°C) Industrial temperature operating range (-25 to 85°C) Low zero offset voltage Gage configurations 20 mBar – 7 Bar

ULTRA small dimensions: 3.5 x 3.5 mm Easy to use package – SMD (surface mount device) Compact and light weight High sensitivity High-performance, stable silicon chip and package Automotive temperature operating range (-40 to 130°C) Absolute configuration 1 Bar, 4 Bar and 7 Bar

Easy to use package – SMD (surface mount device) Compact and light weight High sensitivity High-performance, stable silicon chip and package Industrial temperature operating range (-25 to 85°C) Gage and absolute configurations 50 mBar – 7 Bar

Due to the nature of the vacuum insulation panel (VIP) design and manufacturing process it is challenging to verify VIP quality both during and after production with regards to the vacuum level in the manufactured VIPs. Furthermore, it is even more challenging to monitor VIP vacuum level after installation, and over the lifecycle of a VIP. As VIP’s thermal isolation performance is directly correlated with VIP’s vacuum level, such monitoring is crucial for ongoing panel performance and quality evaluation. To address these challenges we have developed a low-cost, contactless sensor Stripres® for measuring vacuum levels in VIPs, both during the manufacturing process and over the course of a VIP’s lifetime. Stripres® sensor is designed to be permanently installed into VIPs during panel production, and subsequently allows for vacuum measurement at any time and almost any place, thanks to contactless measurement process.