Measurement data - Import export

SoftTesT is an evaluation software for measurement data, obtained from the evaluation electronics 813 or dynamometers 323. By means of SoftTesT measuring values are transferred to the PC in the form of CSV files (compatible with Excel), for a further, simple analysis and graphic illustration. For data transfer to the PC an USB interface cable is necessary.

Measurement data via Ethernet For DASIM and SIQUAD systems Recording visualisation editing Export to a variety of formats

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +180 °C, continuous Wire type: Silicone, Tmax: +180 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.).

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +750 °C, continuous,depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Fibreglass with VA braid, Tmax: +450 °C

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +1.100 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Fibreglass with VA braid, Tmax: +450 °C continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +1.100 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Silicone, Tmax: +180 °C continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +260 °C, continuous Wire type: Teflon with CU shielding, Tmax: +200 °C, continuous

Leak Testing for the Highest Quality Demands INFICON is taking a further step toward leak detection at the highest level with the HLD6000 refrigerant leak detector. It is setting new standards in user-friendly handling, reproducibility of measuring results and integration into local networks. The newly developed, slim and ergonomically shaped sniffer probe allows for more efficient leak detection. Furthermore, with its intuitive touchscreen display, the HLD6000 is even easier to operate than its predecessor the HLD5000. The HLD6000 leak detector also delivers the maximum in communication diversity. A USB interface as well as an optional I/O module and an optional fieldbus module are available for acquiring and using measurement data and integrating that data into local networks. COMPACT, LIGHT AND SLIM For optimal, efficient leak detection a compact sniffer probe is especially important. The HLD6000 sniffer probe is not only extra slim, but also light and ergonomically shaped....

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +800 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Fibreglass with VA braid, Tmax: +450 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +800 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Teflon with CU shielding, Tmax: +200 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +1.100 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Silicone, Tmax: +180 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +1.100 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Fibreglass with VA braid, Tmax: +450 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +1.100 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Teflon with CU shielding, Tmax: +200 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +260 °C, continuous Wire type: Teflon with CU shielding, Tmax: +200 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +550 °C, continuous Wire type: Fibreglass with VA braid, Tmax: +450 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point comes insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. The connection lead permits simple routing up to the measured-data acquisition. Options are available for the probe diameter and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +260 °C, continuous Wire type: Teflon with CU shielding, Tmax: +200 °C, continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +1.100 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Teflon with CU shielding, Tmax: +200 °C continuous

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +750 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.). Temperature range: -100 °C to +750 °C, continuous, depending on selected sheathing diameter and measuring medium or atmosphere Wire type: Silicone, Tmax: +180 °C

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.).

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.).

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.).

Sheathing thermocouples can be used anywhere due to their ruggedness and small design. Whether in industry, development or in the lab. The measurement point is hot junction insulated as standard to exclude any falsification of the measurement evaluation through superposition of the offsets. Sheathing thermocouples are freely flexible across their entire length. That means the thermocouple can be integrated in the installation point. The temperature to be measured can therefore be registered near the desired measuring point. A possible connection lead permits simple routing up to the measured-data acquisition. Options are available for the element diameter, element and wire length as well as the type of connection configuration (plug, socket, bare wire ends, etc.).

7 powerful machine types The slim design allows drilling with minimal clearance to buildings High corrosion protection, e.g. due to fully galvanised rod boxes The engine hood is made of weather-proof GRP The electronics are shock- and vibration-proof High quality manufacturing and certified supplier components (motors, pumps etc.) Highly resilient, fail-safe and service reduced High value stability Wide range of applications Compatible with tensile load measuring unit with bore data log according to the latest standards Additional safety: prototype testing by the trade organisation

7 powerful machine types The slim design allows drilling with minimal clearance to buildings High corrosion protection, e.g. due to fully galvanised rod boxes The engine hood is made of weather-proof GRP The electronics are shock- and vibration-proof High quality manufacturing and certified supplier components (motors, pumps etc.) Highly resilient, fail-safe and service reduced High value stability Wide range of applications Compatible with tensile load measuring unit with bore data log according to the latest standards Additional safety: prototype testing by the trade organisation

Sustainable solution for process measurement, control and data log Compatible to the wide range of INFICON active gauges, the new VGC50x series of active gauge controllers are able to monitor and data log the entire pressure range from 10⁻¹⁰ to 1500 mbar (10⁻¹⁰ to 1125 Torr) and the set point status. 1×10 -3×F.S. …1×F.S. 1×10 -3×F.S. …1×F.S. 1×10 -3×F.S. …1×F.S. 5×10 -4…1500 5×10 -4…1500 5×10 -4…1500 5×10 -10…1500 5×10 -10…1500 5×10 -10…1500 mbar, Torr, Pa, hPa, Micron, V mbar, Torr, Pa, hPa, Micron, V mbar, Torr, Pa, hPa, Micron, V

The measurement data acquisition module µCAN.1.ai-SNAP acquires analogue measurement signals and links them to the digital CAN world.

The µCAN.4.sg-BOX is a decentralized measurement data acquisition module for the acquisition of four strain gauges or resistance bridges. The resistance bridge data is acquired at a total sampling rate of 400 Hz.