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MAGDOS LT is a solenoid-driven diaphragm pump with a state of the art microprocessor-controlled electronic.
The electronic provides power to the pump drive depending on the system´s pressure requirements thus reducing power consumption, noise level and heat generation. Due to the reduced heat generation MAGDOS LT operates at ambient temperatures of up to 45°C (113°F) depending on the chemical resistance of the wetted end material.
This dosing pump is available for a capacity range of up to 6 l/h and a maximum pressure of 6 to 16 bar. A flexible pressure adjustment is possible.
Double-ball check valves ensure high accuracy even at smallest flow rates.
MAGDOS LT solenoid-driven dosing pumps are especially suitable for water treatment and applications in the process industry. Due to the hermetically sealed design they are suitable for toxic and aggressive media.
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MAGDOS LT is a solenoid-driven diaphragm pump with a state of the art microprocessor-controlled electronic.
The electronic provides power to the pump drive depending on the system´s pressure requirements thus reducing power consumption, noise level and heat generation. Due to the reduced heat generation MAGDOS LT operates at ambient temperatures of up to 45°C (113°F) depending on the chemical resistance of the wetted end material.
This dosing pump is available for a capacity range of up to 6 l/h and a maximum pressure of 6 to 16 bar. A flexible pressure adjustment is possible.
Double-ball check valves ensure high accuracy even at smallest flow rates.
MAGDOS LT solenoid-driven dosing pumps are especially suitable for water treatment and applications in the process industry. Due to the hermetically sealed design they are suitable for toxic and aggressive media.
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Three-phase and neutral line filters are a compact solution for the interference suppression on the mains input of cabinets and control units of equipment, ranging from industrial applications like machine tools to sensitive medical installations. These typically involve separate and often
insufficiently filtered frequency inverters and SMPS, causing current imbalance and significant interference problems. As individual elements they may be interference-suppressed already. The conjunction of several switching components in the same cabinet and a non-EMC conscious cabling will rise the demand for an additional EMC filter on the mains input of the whole installation. Many times this is the only way to get the CE mark for the cabinet in accordance with the EMC directive. |
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Use DC Link Chokes in many applications such as:
AC PWM inverters/drives
DC to AC inverters
Variable frequency motor drives
Electric vehicle inverters
Economical, Versatile Power Quality Solutions For Variable Speed Drives & Inverters
Add MTE DC Link Chokes in series with the internal DC bus to:
Reduce AC Input Line Harmonics
Help Meet IEEE-519 Limits
Absorb Voltage/Current Spikes
Reduce AC ripple on DC bus
Reduce dV/dT and dI/dT rates
Solve nuisance overvoltage tripping
Reduce DC Bus Transient Overvoltage
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| In addition to Capacitors, EMI Filters (RFI Filters, EMC Filters) and EMC Testing, LCR also designs, manufactures and supplies a comprehensive range of Coils, HF Chokes and Inductors. Where space is a premium and cost is critical, LCR components can solve your EMI problem at the board level. Whether you use one of our many standard off-the-shelf items or one tailor- made to your specific needs, LCR can offer them cost-effectively and quickly. |
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The conventional output-choke has a very good storage capacity. It functions like a typical series inductance and smoothes the symmetrical, effective current and the asymmetrical, parasitic current. The voltage rise is limited to less than 500 V/µs. The line to line voltage peaks at the motor terminals are lower than 1000 V. This solution attenuates the cable-conducted disturbance really well, even in the lower frequency range. The electromagnetic radiation from cables is attenuated considerably. Losses and typical motor noise, caused by harmonics, are reduced.
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| Radius Power offers standard and custom transformers, inductors and chokes for a broad range of applications such as common mode, differential mode, high frequency SMPS (EE, EI, PQ, etc), laminations, toroidal, air core and CT. Most products are UL, CSA and CE approved (UL1585, UL506, EN60950, etc.) with Class B, F and H insulation systems. |
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RD modules for rounds:
Permanent-electro magnetic modules for rounds handling.
The special shape allows to easily clamp loads with curve surfaces.
CO / CV modules for coils handling:
Permanent-electro magnetic modules for coils handling, even in vertical or horizontal eye.
Special equipments for full-automatic lines.
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They are designed for sheets with thicknesses starting from 4mm.
The model TM4, equipped with 4 permanent-electro cross-beams, is able to lift loads up to 12m lenght and weight up to 20 tons.
The TM6 version, equipped with 6 cross-beams, is able to work with loads up to 16m lenght and 25 tons SWL.
The hydraulic system allows high precision and reliability in time.
The same permanent-electro magnetic technology used in the TM model, but installed on a more economical fixed beam.
Capacity up to 10 tons, max load lenght 6m.
Allow to handle sheets from vertical position (stacks) to horizontal (machine bed) and vice versa.
Permanent-electro magnetic modules for profiles handling.
The modules are installed on a fixed beam, in tailor-made configurations with 2/4/8 pieces.
Fixed beams for laser / plasma cutted pieces.
The special shape and layout of the permanent magnets allows to handle the cutted pieces.
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LONGITUDINAL ELECTRO LIFTING MAGNETS
These magnets are used to lift bundles of material with an irregular surface, which complicates lifting operations. Longitudinal magnets, however, have a particularly deep penetration field that makes them unsusceptible to such irregularities. This enable safe and effortless transport of bundles of material. Moreover, two or more of these magnets can be used, depending on the length of the bundles. In the event that people are present in the lifting area, however, extra mechanical slings must be fitted for safety purposes.
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BAT GRIP
3 Ton capacity permanent-electro lifters with battery.
Equipped with a remote control, this lifter is capable to be used for a long period independent of the power supply (est 7
days), because the energy is only used for a fraction of a second during the MAG/DEMAG phase. |
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Located in the north of France, SP2i is specialize in the design and the manufacture of lifting and handling tools for all type of heavy loads.
Today, our experience and know-how in this field, allow us to offer you a large range of tongs adapted to your needs and to your working environment, in the respect of the standards and regulations in force, as well as your own requirements.
Even if the iron and steel sector is our main customer, we also work with the car industry, the railway industry and paper mills … too.
Our tongs are robust, reliable, and a great handiness.
A lot of options are available to satisfy your requests.
In horizontal or vertical Axis
Several versions : Mechanical, Electromechanical, Electrohydraulic
Alternatives : C-hook… Lifting beams …
Types of loads :
- Rolls Mills,
- Flat products,
- Ingots, Slabs …
- Press Tools.
- Bars or pipes bundles …
- … |
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Electropermanent magnets utilize permanent magnetic material surrounded by an electrically powered coil. To energize an electropermanent magnet, a momentary pulse of D. C. power is applied to the magnet's coil in order to charge the permanent magnetic material within. Once energized, the electropermanent magnet does not require a constant source of power to retain the lifted steel coil. To release the steel coil, a reverse pulse of D. C. power is applied to the magnet's coil. The Electropermanent magnet design tends to excel when the steel coil's edge stagger is kept to a minimum.
Special Adaptations (Standard Circular, Rectangular, and Bi-Polar)
Able to prevent "telescoping"
Less storage space required
Transport requires less manpower |
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Features:
Cold Operation
Since the electrical current is only used momentarily, no insulation or coil failures are caused by internal heating.
Safer Holding
The permanent magnetic material is unaffected by external power failure. Since Electro-Permanent magnets require electricity only to activate the magnet "on" or "off", there are no mechanical parts that could accidentally stick. Once the magnet is "on" the electricity can be disconnected indefinitely without any interruption to the holding power.
Cycle Time
Energizing the magnetic material typically takes 2-3 seconds.
Power Consumption
Operating costs are very low compared to conventional electromagnets because the power is applied for a minimal time. |
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