Convertibles - Import export

Universal drive control for utmost efficiency MAGSON magnetically coupled centrifugal pumps are extremely efficient by nature. Using the SFU frequency converter for optimum adjustment to changing conditions, this efficiency will increase even more. Thanks to leading-edge control technology, the SFU permanently adjusts the discharge rate to specific requirements. Whenever the rate has to be reduced or the pump has to be operated with changing volume flows, using a frequency converter will save you lots of money. Thus, the power required by a pump running at half speed is only 12% of the original demand. So the system operates with optimum efficiency but saves a lot of energy, especially in part-load operation.

Novelis aluminum converter foil is a part of the light- or thin-gauge product group, ideally between 5 and 70 μm. They form flexible laminates with supporting materials like polymers or paper and additional lacquering and coating. Novelis is a preferred source of converter foil for global players in the flexible aluminum packaging industry, where it is then subjected to further processing, including laminating, extrusion, lacquering and printing, embossing and cutting. The versatility and flexibility of the products enable our customers to create a diverse range of packaging solutions, finding end applications across diverse industries such as food – including butter packaging and cheese packaging – pharmaceuticals, wraps, bottle capsules, laminated tubes, pouches and more.

THK 200 THK 400 THK 1250 Compatible with any thermocouple probe type K, J, T or R/S (selection) fitted with a miniature plug. The thermocouple probe wires must be isolated from supply ground.

THN 200 THN 400 THN 1250 Compatible with any thermocouple probe type K fitted with a miniature plug. The thermocouple probe wires must be isolated from supply ground.

USB temperature converter - including free readout software - efficient and flexible measurement without additional measuring system - mobile and directly on site - for all common thermocouples.USB stick with software for direct reading and further processing on the PC Plug connection - flexibly connect the USB stick to the temperature sensor Processing of the measured values, transfer to the software Different temperature sensors and thermocouples possible Various cable types , lengths and types of connections can be selected

THA 200 THA 400 THA 1000 THA 1250 Compatible with any thermocouple probe type K, J or T (selection) fitted with a miniature plug. The thermocouple probe wires must be isolated from supply ground.

For head or field installation Feed via current loop Temperature compensation Measurement/monitoring to USP<645>

For head or field installation Feed via current loop Impedance monitoring

Connects PC and GMH 3xxx device Power supply via PC

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

The µCAN.4.ci-BOX is equipped with 4 fast counters of up to 100 kHz. The CAN module acquires and processes the binary pulses and transmits them to a higher-level system.

The cable transmitter module µCAN.1.ai-TRS is designed to acquire one analogue measurement signal. The TRS module is integrated directly in the measurement line where the analogue signals are digitized and transmitted to the processing unit via CAN interface.

Measuring Frequency with PPC-CAN-FR The PPC-CAN-FR can be used to connect frequency signals (e.g. from turbines, flow counters or tachometers) to the PPC-Pad or PPC-04-plus-CAN. The instruments can process sinus and rectangle signals from 1 Hz to 5 KHz with signal amplitude from 20 mV to 10 V. Configuration is possible via USB and PC software. Power Supply for External Sensors An external sensor can be supplied with 24 V using the PPC-CAN-FR. Analogue or CAN Output The PPC-CAN-FR can be connected either to an analogue input or CAN input.

Please note that this product is an accessory. In the "Products" section you will find the corresponding encoders that you can order for your selected article. The linear movement of a flexible steel cable, which can have a length of up to 40 m, is converted into an rotary movement with the aid of a measuring drum. The measuring drum is connected to the shaft of an encoder. In this way a change in displacement of the measuring cable causes the shaft of the encoder to rotate by a directly proportional amount which can be recorded. The restoring force of the spring drive holds the measuring cable tight at all times and prevents any sagging which would otherwise induce an error. The measuring drum moves axially on a spindle ensuring that the cable is wound up precisely and reproducibly wrap for wrap in the helical groove of the drum. The nozzle, through which the cable enters the drum, is protected with a brush and a bellow to prevent water or dust entering the drum.

The linear movement of a flexible steel cable up to 2m long is converted into a rotary movement by a measuring drum. A return spring prevents the steel cable from sagging. The measuring drum is connected to a pulse generator, which generates two pulses every 0.1 mm offset by 90°. The measuring drum winds the steel cable in a single layer so that the resolution is independent of the position. The rope entry is protected against dirt by brushes.

Please note that this product is an accessory. In the "Products" section you will find the corresponding encoders that you can order for your selected article. The linear movement of a flexible steel cable, which can have a length of up to 30 m, is converted into an rotary movement with the aid of a measuring drum. The measuring drum is connected to the shaft of an encoder. In this way a change in displacement of the measuring cable causes the shaft of the encoder to rotate by a directly proportional amount which can be recorded. The restoring force of the spring drive holds the measuring cable tight at all times and prevents any sagging which would otherwise induce an error. The measuring drum moves axially on a spindle ensuring that the cable is wound up precisely and reproducibly wrap for wrap in the helical groove of the drum. The nozzle, through which the cable enters the drum, is protected with a brush and a bellow to prevent water or dust entering the drum.

Please note that this product is an accessory. In the "Products" section you will find the corresponding encoders that you can order for your selected article. The linear movement of a flexible steel cable, which can have a length of up to 3 m, is converted into an rotary movement with the aid of a measuring drum. The measuring drum is connected to the shaft of an encoder. In this way a change in displacement of the measuring cable causes the shaft of the encoder to rotate by a directly proportional amount which can be recorded. The restoring force of the spring drive holds the measuring cable tight at all times and prevents any sagging which would otherwise induce an error. The cable is wound up precisely and reproducibly wrap for wrap in the helical groove of the drum. The nozzle, through which the cable enters the drum, is protected with a brush and a bellow to prevent water or dust entering the drum.

Please note that this product is an accessory. In the "Products" section you will find the corresponding encoders that you can order for your selected article. The linear movement of a 2000 mm long, flexible high strength steel measuring cable is converted into a rotational movement by a measuring drum. The measuring drum, which has a circumference of 102.4 mm, is coupled to the shaft of the encoder. A change of displacement in the measuring cable then corresponds to a change in angle on the shaft of the angle encoder. The restoring force of a spiral spring holds the measuring cable tight and prevents errors due to slackness. The cable is wound with adjacent turns in a reproducible manner on the drum due to the movement of the drum on a spindle.

Please note that this product is an accessory. In the "Products" section you will find the corresponding encoders that you can order for your selected article. The linear movement of a flexible steel cable, which can have a length of up to 60 m, is converted into an rotary movement with the aid of a measuring drum. The measuring drum is connected to the shaft of an encoder. In this way a change in displacement of the measuring cable causes the shaft of the encoder to rotate by a directly proportional amount which can be recorded. The restoring force of the spring drive holds the measuring cable tight at all times and prevents any sagging which would otherwise induce an error. The measuring drum moves axially on a spindle ensuring that the cable is wound up precisely and reproducibly wrap for wrap in the helical groove of the drum. The nozzle, through which the cable enters the drum, is protected with a brush and a bellow to prevent water or dust entering the drum.

The Model 682C05 signal transmitter is used on the one hand to supply ICP(R)/IEPE vibration sensors and essentially to provide early warning of developing faults in rolling bearings, such as damage to the inner or outer ring, play and lack of lubrication. The unit provides two output signals, the vibration level and information about high-frequency peaks or shocks. The module also has a raw signal output for connecting machine condition analysers. For an individual offer, please contact us directly.

The Model 682C03 signal converter can be used to supply constant current-fed ICP®/IEPE accelerometers and connect them to 4 ... 20 mA signal circuits. The signal converter supplies an output current proportional to the RMS or peak value of the vibration acceleration, the vibration velocity or the vibration displacement (adjustable). For an individual offer, please contact us directly.