shock data logger with 2 acceleration sensors ±15 g and ±200 g · temperature, humidity, air pressure and light sensors available · stores 2 million total readings · air cargo approved
Whether it be to verify questions of liability, detect damage early or to optimise packaging: The MSR175 data logger accurately records critical transport events such as shocks, jolts or fluctuations in temperature, pressure or humidity and provides clarity with objective measured data.
The two digital 3-axis-acceleration sensors (± 15 g and ± 200 g) integrated in the MSR175 record shocks at a measurement frequency of up to 6400/s. The storage capacity of over 2 million measured values is sufficient to record at least 1,000 shocks (230 mAh Li-Po battery) or approximately 1,000 shocks (3.6 V, 7700 mAh Li-SOCI2 battery), depending on the type variant.
In addition, the transportation data logger measures and records temperature profiles from -20° to +65 °C. Further type variants of the MSR175 are available with internal humidity, air pressure and light sensors.
The software package for the MSR175 includes 3 programs: MSR175 Dashboard, MSR ReportGenerator and MSR ShockViewer. The MSR Dashboard allows you to configure the logger with just a few mouse clicks. The data recorded can be quickly transferred to a computer via the USB port. A single click on the MSR ReportGenerator is sufficient to call up a compact report. For a detailed measured data analysis, the MSR ShockViewer, which is integrated in the MSR175 software package as a free basic version, is at your disposal.
measurement rate up to 1000/s per channel · optionally temperature, humidity, air pressure, position and light sensors
Four integrated analogue inputs, a high measurement rate of 1000/s per channel and its gigantic memory capacity, all packed into a small format are the key characteristics of the swiss made MSR160 data logger.
The analogue inputs of the logger can be used for conventional sensors with analogue outputs (e.g. voltage, current, CO2 etc). The analogue inputs allow voltage and milliamp current to be measured at high data rates up to 1,000 readings per second. A multiple output switching power supply is also provided. Optionally, the MSR160 can be fitted with additional temperature, humidity, pressure, acceleration or light sensors.
The rugged but leightweight data logger records over 2,000 000 measurement parameters. With the optional microSD card you can expand the memory capacity to over one billion measurement parameters. All saved data can be rapidly transferred to a PC or laptop via the USB interface. The user-friendly data acquisition and analysis software is supplied free along with the data logger.
The wireless mini-logger from MSR stores over one million measured values. By integrating it into a WLAN/WiFi network, the MSR145W2D can be used in practically any kind of measurement applications.
The WiFi data logger is an all-round talent when it comes to sensor technology: You can choose various internal sensors as well as up to five external sensors or connections. The FlexConnector offers the highest possible flexibility. The intelligent plug-in connection facilitates customer-specific adaptation of the desired FlexSensors.
No wiring costs and no time-consuming manual reading of measured values. Measured data can even be sent from places with difficult access. Integration either into an existing WiFi or via an access point, by means of mobile network access where required, into a separate wireless network.
When it comes to observing environmental conditions over a longer period of time, in many cases it is quite sufficient to transmit the collected data via WiFi once or twice a day. When configuring the MSR145W2D, you can set the time windows during which the data logger should connect to the WiFi network. The WiFi connection is thus only activated when it is needed – which has a positive effect on the battery life of the data logger.
With the MSR145W2D you have the option of using the MSR LocalCloud to store, manage and export the data either locally on your (company’s) own server or in the web-based cloud solution MSR SmartCloud. Via web browser you can view the measured values during operation.
In order to gain knowledge about the movement activity of dairy goats, MSR145W2D data loggers with acceleration sensors are used in a scientific research project. The loggers record the animals’ activities for 24 hours. The data transmission via WiFi takes place energy-savingly only once a day – when the goats are in the barn. This energy-saving data transmission allows the battery to run for more than 5 months. Should the WiFi connection fail, the data remain securely stored in the logger and can also be read out via USB.
For test measurements, it is often necessary to monitor measurement data in real time. In this case, the MSR145W2D is configured by the user so that the data is permanently sent to the WiFi network. Although the uninterrupted transmission of data results in higher power consumption, which affects the mobile operating time of the data logger, the data can be viewed immediately using MSR LocalViewer. For further processing, the measurement data can be sent to the cloud if required.
To determine load values, wireless MSR145W2D data loggers run along the production line at a beverage manufacturer. The measurement data is transmitted in real time via WiFi. Critical values are detected immediately. The recorded data not only help to gain insights into possible causes of increased wear in the production line, the implemented measures can subsequently be checked for their effectiveness with the data loggers
With the new ratio pyrometer, the CSvision R2M, it is possible to provide precise non-contact temperature measurements from 250 °C to 1400 °C at variable distances. The novelty of the CSvision series is the switchable two-stage brightness reduction filter, which makes it easy to aim and focus on very bright objects.
The CSvision R2M has a temperature measuring range of 250 °C to 1400 °C, is also equipped with a motorised focus and has an optical resolution of 75:1 and a spectral range of 1.35 µm to 1.75 µm.
The ratio pyrometer can be used in adverse environments from 0 °C up to 60 °C without additional cooling. Due to the dual-channel measuring principle, the CSvision is largely insensitive to dust, steam and dirty viewing windows.
With the new ratio pyrometers of the CSvision family, it is possible to measure temperatures from 550 °C to 3000 °C reliably from variable distances without contact. The novelty of the CSvision series is the switchable two-stage brightness reduction filter, which makes it easy to sight and focus on very bright objects. The model CSvision R1M measures in a range of 550 °C to 1800 °C (R1ML) or 900 °C to 3000 °C (R1MH), both versions have a motorised focus, with an optical resolution of up to 100:1(R1ML) or 150:1 (R1MH) and operate in the spectral range from 0.8 µm to 1.1 µm. The ratio pyrometer can be used in adverse environments from 0 °C up to 65 °C without additional cooling. Due to the dual-channel measuring principle, the CSvision are largely insensitive to dust, steam and dirty viewing windows.
Our newly developed industrial process interface (PIF) permits automatic process monitoring, for the continuous in-operation control of the hardware of the infrared cameras with all cable connections and the free analysis software PIX Connect. An innovation on the market in this monitoring process is the control of the external computer.
Long-distance control of infrared cameras: Acting as a USB to Ethernet adapter, the USB Server Gigabit 2.0 allows bridging distances significantly longer than 20 meters between the PC and a PI thermal imaging camera or a Xi 400 infrared camera and the optris CTvideo/ CSvideo video pyrometer series.
he optris PI NetBox is a miniature PC for the PI series of infrared cameras. It upgrades the optris PI IR Camera series to stand-alone solutions or acts as USB to Ethernet adapter. This permits to implement longer distances between the process proper (PI camera) and the process monitoring system (PC).
The newly developed Microscope lenses are especially designed for thermal inspection of electronic boards and analyses of small chip level components down to 28 μm. The distance between the measurement object and the camera can vary between 80 and 100 mm.
The spectral range of 800 nm of the newly developed thermal imager optris PI 08M decreases measurement errors resulting from unknown or changing emissivities. Due to the spectral range as well as the continous measurement range from 575 °C to 1900 °C , the compact infrared camera is ideal suited for for almost all NIR and CO2 laser processing applications.
The frame rate of 1 kHz as well as the high optical resolution enable an optimal adaption to the respective application.
The spectral range of 500 to 540 nm of the newly developed thermal imager optris PI 05M decreases measurement errors resulting from unknown or changing emissivities. Due to the spectral range as well as the continous measurement range from 900 to 2450 °C, the compact infrared camera is perfectly suited for temperature measurements of molten metals.
The newly developed thermal camera optris PI 1M is especially suited for temperature measurements of metals, as these exhibit a distinctly higher emissivity at the short measurement wavelength of 1μm than at measurements in the previously conventional wavelength range of 8-14 μm.
In parallel with the visualization of a thermal process, the high-performance sensor electronics allow a short reaction time of 1ms for the displaying of the temperature information of the center pixel.
With the new glass inspection system, temperature differences during glass hardening processes can be quickly detected, thus avoiding rejects and providing automatic quality monitoring.
The Top Down GIS 640 R system with temperature referencing by means of a sensor from below as well as automatic emissivity correction for standard and low-E glasses was specially developed for process control in glass tempering machines.
The thermal imager optris PI 640i is the smallest measuring VGA infrared camera worldwide. With an optical resolution of 640x480 pixels, the PI 640i delivers pin-sharp radiometric pictures and videos in real time.
With a body sized 45x56x90 mm and weighing only 269 - 340 g (depending on lens), the optris PI 640i counts among the most compact thermal imaging cameras on the market.
It can be delivered with industrial thermal imager equipment and it comes with an extensive license-free thermography software package.
The portable IR thermometer optris P20 LT offers a broad temperature range from 0°C up to 1,300°C, making it optimally suited for temperature measurement for industrial use. Due to its optical resolution of 120:1 it delivers highly precise measurement results for objects of up to 100 mm in a distance of 12 m.
The portable thermometer optris P20 LT is equipped with an USB interface and an internal data storage of up to 2000 measured values. The included evaluation and reporting software optris Connect additionally offers an oscilloscope function for 20 measurements per second. Moreover, a double laser visor and a sighting scope allow for targeting of the measuring object in every distance.
The portable industrial thermometer optris P20 05M measures temperatures precisely between 1,000°C and 2,000°C and is hence perfectly suited for industrial high-temperature measurements of molten metal.
The optris P20 05M’s internal data storage is capable of saving up to 2,000 measured values. Additionally, the handheld infrared thermometer is equipped with a USB port for evaluation and analysis of measured data on the computer. The inclusive evaluation and reporting software optris Connect additionally offers an oscilloscope function for 20 measurements per second.
The portable industrial thermometer optris P20 1M / 2M operates from 650°C up to 1,800°C (1M) respectively from 385°C up to 1,600°C (2M) and is hence optimally suited for industrial high-temperature measurement of metals.
The optris P20 1M and 2M’s internal data storage saves up to 2,000 measured values. Additionally, the laser thermometer is equipped with a USB port for evaluation and analysis of the measurement data on the computer. The included evaluation and reporting software optris Connect additionally offers an oscilloscope function for 20 measurements per second.
The compact portable laser thermometers optris MS LT, MSplus LT and MSpro LT offer a broad temperature range from -32° up to 420°C, 530°C respectively 760°C. They allow quick targeting of smallest objects, with the one-spot laser sight making targeting of measuring objects even easier.
The infrared thermometer optris MSplus LT is additionally equipped with an acoustic and visual high / low alarm function with changing display lighting. The IR thermometer optris MSpro LT offers an integrated alarm function and an internal data storage of up to 20 measured values as well as a thermo-elemental probe input including a thermo couple type K with measured values shown on the MSpro display.
The infrared thermometer optris CTlaser P7 is perfectly suited for precise temperature measurement of thin plastic materials, e.g. PET, PU, PTFE, PA or CTA and for determination of temperatures of glass surfaces. It offers a broad temperature range from 0°C up to 710°C and can be employed in temperatures of up to 85°C without additional cooling.
The IR thermometer for measurements of plastic foils and glass temperatures is capable of targeting smallest objects of 1.6 mm in a distance of 70 mm. Its standardized two-wire interface additionally allows for a reliable transfer of measurement data and easy integration into a PLC.
The infrared thermometer optris CTlaser MT offers a special measuring wavelength for precise temperature measurement through flames of 200°C to 1,650°C. It is thus perfectly suited for surveillance of work pieces in ovens, for measurements in chemical reactors and for testing of refractory linings in kilns.
The stainless steel measuring head with its highly precise double laser visor allows for exact marking of measurement spots in any distance at any time. The temperature of even the smallest objects with a size of only 1.6 mm can be easily measured with the IR thermometer.
The infrared thermometer optris CTlaser LT allows for exact temperature measurement on smallest objects from 0,9 mm at a distance of 70 mm. The IR thermometer optris CTlaser LTF is due to its short configuration time of only 9 ms perfectly suited for surveillance of quick working processes.
Both models offer a robust and premium-quality stainless steel measuring head with an innovative double laser sighting for an exact measuring field marking in every distance.
The infrared thermometer optris CTlaser G7 is perfectly suited for precise temperature measurement of ultra-thin glass surfaces. It offers a broad temperature range from 100 °C up to 1200 °C and can be employed in temperatures of up to 85°C without additional cooling.
The IR thermometer for measurements of plastic foils and glass temperatures is capable of targeting smallest objects of 1.6 mm (0.06 in) in a distance of 70 mm (2.76 in). Its standardized two-wire interface additionally allows for a reliable transfer of measurement data and easy integration into a PLC.
The infrared thermometer optris CTlaser G5 has been specifically designed for measurement of glass temperatures, especially for container glass, lightbulb production, vehicle glass production as well as in the manufacturing of solar cells. Last but not least, the IR thermometer optris CTlaser G5 allows for temperature measurement of smallest objects of 1 mm from a distance of 70 mm.
The IR thermometer optris CSlaser G5 HF offers very quick response times and is thus perfectly suited for fast processes.
The infrared thermometer optris CTlaser F6 is an upgraded version of the pyrometer optris CTlaser F2. It has also been designed for temperature measurement of CO flame gasses, e.g. in combustion processes, in garbage incineration, or in processes in chemical reactors.
The pyrometer measures temperatures precisely between 200°C and 1,650°C. Due to the measuring head being made of stainless steel, it is heat-resistant up to 85°C without additional cooling. Also, optional cooling and protection equipment is available, ensuring exact temperature measurement even in rough surroundings.