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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.). 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.).

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.).

Coil Cradles are made to help unwind coils in rough production environments. Mostly combined with a straightening unit, they work with narrow and thick materials. Built to last, Coil Cradles offer quite a few advantages Simple handling of even hightensile materials with strong clockspring, short setup times, an elaborate coil handling concept which gives a chance to rewind of unfinished coils. By using serial straightening units, type RMA and RMZ, everything is well fitting. To achieve short mounting times and easy accessibility, the complete machine body features a one piece tiebar design machined with most modern CNC equipment. Coil Cradles, CradleStraighteners and CradleFeederStraighteners thus are very efficient too. Consequently, their compactness, efficiency, safety and operator friendliness melt into a coil handling solution which underlines GSW’s lead in technology. Performance data Up to 8 t coil weight, 700 mm stock width and up to 13mm thickness

Complete ready to install heating mats, with or without spare heating cable, consisting of heating cable – completely embedded in a hard PVC film – and cold lead, length to customer specification, up to 180 m possible. The approved heating mat developed by Klöpper Therm works against the penetration of cold in to the ground and prevents upheaval of the ground and destruction of the foundations. Cold stores and cooling chambers give off cold to their environments. In the area of partly or fully sunk in the ground supports, foundations and floors the underlying soil receives the cold. If the natural heat flow from the environment and the earth is insufficient, the moisture in the ground freezes, expands and the ground is lifted. Depending on the nature of the ground, this may cause substantial damage to buildings. Frost heave protection in cold stores and cooling chambers is, therefore, an essential and a reliable preventative measure against frost damage and damp.

Complete ready to install heating mats, with or without spare heating cable, consisting of heating cable and cold lead, length to customer specification, up to 180 m possible. Heating mats from Klöpper Therm work against the penetration of cold in to the ground and prevent upheaval of the ground and destruction of the foundations. Cold stores and cooling chambers give off cold to their environments. In the area of partly or fully sunk in the ground supports, foundations and floors the underlying soil receives the cold. If the natural heat flow from the environment and the earth is insufficient, the moisture in the ground freezes, expands and the ground is lifted. Depending on the nature of the ground, this may cause substantial damage to buildings. Frost heave protection in cold stores and cooling chambers is, therefore, an essential and a reliable preventative measure against frost damage and damp.

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 +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 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

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 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: Teflon with CU shielding, Tmax: +200 °C continuous

In our ultra-modern and well-equipped hand-moulding foundry we can produce single pieces up to medium-sized batches for you. We use organic and inorganic sand systems, depending on the application and the requirements of your product. The experience and know-how we have accumulated over the years guarantee the solution from which you will benefit to achieve an optimal product. Our strengths Complex components Pressure, vacuum and gastight castings Single pieces to medium-sized batch production Skilled employees Several sand systems available Flexible Innovative Advantages of hand-moulded sand casting Relatively low investment costs for the model Good accuracy of measurement and surface quality High freedom of moulding Flexible process Short lead time for production start-up Relatively easy to make changes

High LED outputs using a single LED module are a true replacement for 400w HPS and HID floodlights. The Chalmit Evolution X floodlight is the latest innovation to join our next generation X Series of LED luminaires designed for global use in any harsh or hazardous environment. Based on extensive customer feedback, the Evolution X combines high powered performance with long term maintenance benefits. Providing a market leading photometric output up to 40,000 lumens, and offered with a variety of optics to efficiently illuminate any Zone 1/21 application. Highlights: 120,000 maintenance free hours at 25°C Highly Energy Efficient >106lm/W Temperature Range -55°C to +60°C Three lumen output options: 20,000, 30,000, 40,000 5000k 4000k 3000k available at 80 CRI Slimline, sealed for life LED enclosure with no exposed flamepaths Asymmetric optic option - minimising light pollution Dali drivers are Dali 2 network compatible New slimline design weighs only 17 kg

Transportable engine supports minimize the times of standstill of the engine test bed, as the engines can be built up and tested separately. The mounted engines can be coupled to the engine test bed quickly and without any effort. RWB mobile operation trolleys and Universal Engine Supports may be used with MP dynamometers and with other suitable dynamometers (by Weinlich or other manufacturers). Their modular design allows interchangeability and reusability. RWB are mobile thanks to swivel rollers. They have a load capacity of max. 800 kg. A RWB mobile operation trolley has a low base frame from which single supports lead up to the fixing points of the engine. By this design all parts of the engine can be reached as well as possible. Thanks to its solid and proven construction the mobile operation trolley is nevertheless able to match up to the stress during power tests. Universal Engine Supports have a higher load capacity (1000 kg and 2000 kg) than RWB. ...

Non-formula art was founded in March 2001. The company took the lead in setting up a professional team being composed of many painters to provide service specially for engineering projects or art galleries.