Induction generators - Import export

The induction generator module is designed to supply up to 6 induction coils (inductors) with a power of up to 3 kW each. The device operates on the three-phase mains with a voltage of up to 400 V and a frequency of 50/60 Hz. The mains current is rectified and fed to the DC link, from which the inductors are individually supplied. The output power is controlled via the Kendrion controller of the modular industrial heating system. The setting range from 0% to 100% can be selected individually for each channel. By using state-of-the-art semiconductor switches, the output stages achieve high efficiencies, at working frequencies up to 25 kHz.

The induction generator is designed to supply up to 4 induction coils (inductors) with a power of up to 7.5 kW each. The device operates on the three-phase mains with a voltage of up to 400 V and a frequency of 50/60 Hz. The mains current is rectified and fed to the DC link, from which the inductors are individually supplied.

Available in three models Super Seal™ 300 Super Seal™ 400 Super Seal™ 600 We have built on the proven design of the Super Seal™ range of induction cap sealers, to bring new features to give more value to packagers. The new Super Seal™ compact induction cap sealers are available in three power levels. There are a variety of sealing heads available to optimise sealing performance for your specific applications. •New display simplifies setup, operation & troubleshooting •Local/Remote modes for start/stop & power level •Seals a variety of caps ranging from 20 – 150m •System settings in a single level menu •High efficiency plug-in induction sealing coils to maximise performance and minimise energy costs •Compact and air-cooled •Power supply electronics are housed in an IP55 enclosure •Fully compliant with all UK and European regulations •Fully adjustable stainless-steel stand for different container heights

The controller is a fieldbus device for the control of up to 7 power modules from the modular heating System from Kendrion, which are directly connected via the module bus. In addition to system monitoring, the controller can also control or regulate the individual output channels of all power modules. Actual temperature values can be delivered directly via CAN fieldbus or provided by a higher-level controller e.g. a PLC. ; PROFINET Fieldbus interface; Independent control of up to 7 induction generators; System monitoring, temperature control; Integrated I/Os and CAN system bus

Steel 1.1213. Stainless steel 1.4034. Stainless steel 1.4112. Version Steel, ground. Steel, ground and hardchromed, chrome coating 5 10 µm. Stainless steel, ground. The precision steel shafts are generally inductively surface hardened. Note The surface value obtained during the inductive hardening process guarantees high surface wear resistance. Suitable for shaft supports 21565. On request Lengths up to a max. 4000 mm. Accessory Shaft supports 21565. Drawing reference 1) chamfered

An alternative to conductive heat sealing is contact induction sealing, which is particularly suitable for sealing demanding container materials such as e.g. glass, metal or ceramic. An electromagnetic field is built up by a generator via an induction coil that is housed in the sealing head. The molecules of the aluminum foil are set in rotating vibrations, creating heat that is used for the sealing process. Our sealing machines PolySeal Vario PN and PolySeal Vario Twin as well as all fully automatic sealing systems can be equipped with induction technology.

In addition to purely switching sensors, your sensor specialist EGE also offers you inductive proximity switches with analogue output for measuring tasks. The analogue signal is proportional to the approximation of the metal part. This sensor is also available in a version up to 160° C. The proximity sensor is based on the proven inductive principle: When metallic objects come close, the resonant circuit of a coil is dampened through induction and an analogue signal generated from it. Analogue inductive are e.g. suitable for the double occupation control of metal plates, for the tensioning control of wire or for monitoring metallic brake pads.

An alternative to conductive heat sealing is contact induction sealing, which is particularly suitable for sealing demanding container materials such as e.g. glass, metal or ceramic. An electromagnetic field is built up by a generator via an induction coil that is housed in the sealing head. The molecules of the aluminum foil are set in rotating vibrations, creating heat that is used for the sealing process. Our sealing machines PolySeal Vario PN and PolySeal Vario Twin as well as all fully automatic sealing systems can be equipped with induction technology.

These half-wave and bridge rectifiers are ideal for installation in the junction boxes of medium-power brake motors, brakes and solenoids. Accessories include flying leads and a range of mounting hardware so that installation on DIN rails is also possible. Encapsulated versions for an extended operating temperature range are available as options. In case of additional DC side fast turn-off, the induction voltage generated by inductive loads is limited within the rectifier.

The rectifier with built-in current sensor for fast turn-off is designed for the operation of electromagnetic devices. It ensures fast turn-on and turn-off. The rectifier with bridge circuit comprises a thyristor and timer. During overexcitation, the rectifier delivers bridge rectified output voltage before changing over to half-wave rectification. On the DC side, the output voltage is enabled by the built-in current sensor which measures the AC current of the connected motor. If the motor is stopped, the rectifier turns off on the DC side as soon as the current falls below the turn-off threshold. The turn-off voltage generated by the inductive load is limited. The rectifier is suitable for connection in parallel with AC motors. The current sensor must be wired into the motor current path in such a way that the current flow created when the motor operates in generator mode will not pass through the sensor. This is crucial to avoid delayed or impaired DC side switching.

TDS Induction Mixers draw powder, liquids or gases below their level into liquids and at the same time homogenise the contents of the container. The vacuum required for induction is generated in the mixing head. The machine is installed in the container from above by means of a flange or traverse. Alternatively, the TDS Induction Mixer can work on a lifting frame. The powder is inducted from the container and introduced under the fluid level by mixing it immediately and wetting. The mixing head generates the required negative pressure. Dust loads are prevented during the addition of powder by direct induction from the bag. Effective micro and macro mixing of the complete container contents with simultaneous addition of powder. Immediate wetting under fluid level. Complete mass transfer and homogeneity across all container levels via the jetstream mixing principle. In addition, liquids and gases can be inducted.

Earthing Clear tasks relating to earthing arise from relevant norms and regulations: DIN VDE 0101: 9.3.4 Measuring for earthing of operating media and systems All exposed metal parts of electrical operating media which are not part of the operational power circuit (structures), which are part of the electrical network must be earthed.Insulated areas should be created in special cases. All metal parts which are not part of electrical operating media should be earthed, provided this is appropriate (e.g. due to accidental arcing, capacitive and inductive coupling). Betonbau generally realises this task through discretely-structured visible connections between the HPAS of the building and active plant components. This offers you the advantage of high process reliability and contributed to overall comprehension and verifiability for everyone. Reinforced concrete also offers enormous advantages in itself with regard to equipotential bonding and integration in earthing current circuits.

Energy source and coolant system — the MICO-S is a complete system in a single housing. This enables a flexible integration of induction heating into any production process. The devices are available in a medium frequency and a high frequency version. The specialists at eldec are using the MICO-S generators for the induction heating and hardening of components with a very flexible process. The key factor is the innovative design concept of placing the generator itself and the cooling system in a single housing. As a result, the unit takes up very little space and is quick to set up. The unit weighs a mere 390 kg and is easy to move around. It has openings in the base plate to allow for pick-up with a forklift, as well as crane hooks. As a result, users benefit from an extremely efficient and flexible energy source for induction heating and hardening.

The name “CUSTOM” already says it all: HF generators of this series are configured precisely for the relevant production task. Their HF power ranges from 100 to 1,500 kW. The frequency range is 80 to 400 kHz. Induction generators with high power density On this basis, numerous combinations of power and frequency are possible – a key prerequisite for effective induction heating. eldec induction generators also provide high-precision energy dosing, which guarantees the reproducibility of the process. In addition, CUSTOM LINE HF generators are available with a comprehensive bundle of options: Offers include hose bundles of various lengths, a Profibus interface, pyrometer-based temperature control, as well as a cable box with a heating cable for shrink applications.

With the new PICO-S series, eldec presents an extremely compact mobile generator. Depending on the model, it can be configured as a medium frequency energy source (5 up to 30 kW) or high frequency energy source (5 up to 15 kW). Induction heating with maximum PICO efficiency The compact PICO-S, perfect for portable use, is based on proven technology from German induction heating specialist eldec, while the configuration of its central elements has been simplified and distilled down to the essentials – resulting in not only lower construction costs but also a lower price to the customer. Operation of the PICO-S couldn't be easier, yet the mobile generator is still capable of processing a very wide range of materials and workpieces with high power density. All you need to do is unpack it, plug it in, and start heating!

PICO-M: mobile generator for perfect induction heating Induction generators of the PICO-M series are standardized and consequently cost-effective – without any compromise in quality. The device is available in a medium-frequency version (50 and 75 kW) and a high-frequency version (25 and 35 kW). High power density for induction heating Specially designed eldec control, proven inverter technology, and an intuitive operating interface – the advantages of eldec's compact PICO-M induction generators are of direct benefit to any user. All in all, this is a simple yet very powerful induction generator based on standardized components – and that is what makes its costs of investment so low.

To achieve perfect induction heating processes depends on generators providing precisely the right amount of energy. With its CUSTOM LINE LF generators, eldec provides just the right solution for the low frequency range (2 to 8 kHz). Induction heating with tough generators “Customized” is the key word when it comes to delivering a perfect production solution in mechanical and systems engineering. This is particularly true for induction heating. The process needs to be configured accurately to produce the desired effect in the material. CUSTOM LINE generators by eldec are the ideal solution for delivering precisely the right amount of power and energy. The LF series (power: 50 to 500 kW, frequency: 2 to 8 kHz) is designed for lower frequencies.

IMPROVE YOUR HEATING PROCESS PLATINUM MF Series is the new range of Medium-Low Frequency Induction Generators, ideal for all heating automatic or manual processes. With the MF generators, you have a total control of the heating process and you get high quality results. MF generators guarantee you repetitiveness and precision in reduced time. CHARACTERISTIC Model: Platinum MF5 - 10 - 15 - 25 Output power (kW): 5kW - 10kW - 15kW - 25kW Duty Cycle: 100% Frequency range: 15 kHz -55 kHz Output power regulation: 10 - 100% Power supply: 400V - 3ph - 50/60Hz Cooling: H2O demineralized FEATURES - Touch-screen display 7” - Digital control of all functions - Creation and saving of multistep programs - Heating profiles based on temperature and / or power - USB connection - Multilingual user interface

IMPROVE YOUR HEATING PROCESS PLATINUM HF Series is the new series of high frequency induction generators, suitable for manual and /or automatic heating of medium-small parts. Ideal for fast and controlled heating processes, such as annealing and hardening. Thanks to their versatile characteristics and smart design, the PLATINUM generators are recommended for manual use as well as integration in automatic processes. CHARACTERISTIC Model: Platinum HF Output power (kW): 2.5kW /3kW / 6kW Duty Cycle: 50% / 100 % Frequency range: 200 kHz -600 kHz Output power regulation: 10 - 100% Power supply: 230V - 1ph - 50/60Hz Cooling: H2O demineralized FEATURES - Touch-screen display 7” - Digital control of all functions - Creation and saving of multistep programs - Heating profiles based on temperature and / or power - USB connection - Multilingual user interface

DIFHEMI - EXCLUSIVE AND MULTIFACETED Manufactured by Brascoelma and brought to you by the joint-venture, DIFHEMI heaters are high-technology equipment capable of heating any fluid by electromagnetic induction. The device operates on a different principle because in addition to being versatile, and making it possible to heat any type of fluid, it is non-pollutant, it does not generate useless energy losses, and it reduces operational and implementation costs, the heating process’s performance and efficiency being raised to up to 98%. It is the leader and, worldwide, it is the most-efficient product in existence exploiting the conversion of electrical energy to heat. HOW DO THEY WORK?Employing the principle of electromagnetic induction, DIFHEMI heaters generate heat through the magnetism created in the grain-oriented steel nucleus, the heat being transferred to the stainless-steel tubes through which the fluids circulate.

Q: What are DIFHEMI inductive fluid heaters? A: DIFHEMI inductive fluid heaters (DIFHEMI is an acronym of ‘direct fluid heating by electromagnetic induction’) are of leading-edge innovative technology which is the sole property of Brascoelma; they belong to a new generation of fluid heaters which are unparalleled worldwide. They are currently the most-efficient equipment and heat any type of fluid, directly or indirectly, liquid or gaseous, at the desired temperature, flow rate and pressure. They utilise electromagnetic induction to generate heat and do not require electrical resistances of any kind, nor the use of fossil fuels. DIFHEMI inductive fluid heaters have permitted realising heating projects which would otherwise be non-viable, and since 1983 over 300 companies have used them. They have been found to be more advantageous than systems utilising resistance heating, fuel oil or natural gas, due principally to the inefficiency inherent in these latter systems of heat generation