Classic Line
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Single-Stroke Solenoids for Industrial Applications INDUSTRIAL MAGNETIC SYSTEMS BINDER

Kendrion - Industrial Magnetic Systems We develop solutions! Kendrion develops, manufactures and markets high-quality electromagnetic systems and components for industrial and automotive applications. For over a century, we have been engineering precision parts for the world’s leading innovators in passenger cars, commercial vehicles and industrial applications. As a leading technology pioneer, Kendrion invents, designs and manufactures complex components and customised systems as well as local solutions on demand. We are committed to the engineering challenges of tomorrow and taking...

Classic Line Linear solenoids of the Kendrion Classic Line are universal and cost-effective actuating solenoids ideally suited for use in industrial applications. Advantages These solenoids are used in the transportation industry, automation engineering and materials handling. Particular advantages are the individual mounting options, the maintenance-free armature bearing and the compact design. Functionality The mode of operation of the solenoid is based on the force exerted on ferromagnetic bodies in the magnetic filed. Electromagnets transformelectric energy into mechanical kinetic...

Classic Line Product Overview Direct acting solenoids   D-Frame Solenoids C-Frame Solenoids Direct acting solenoids With DC-direct acting solenoids the stroke movement is achieved by electromagnetic force from the stroke start position to the stroke end position. The armature reset is realized by external forces. Depending on the direction of the force output of the armature the distinction between pulling and pushing design is made. DC direct acting solenoids can be used on either side. Designs and Models As described below the different frame solenoids can be divided into the two...

Monostable direct acting solenoid   Technical Explanations Monostable direct acting solenoid The single-stroke solenoid in monostable design equipped with a permanent magnet keeps the armature currentless in stroke end position. The magnetic field is neutralized by negative coil energization and the armature can be reset to stroke start position by external forces. Benefits Energy savings, safety in case of power failure, reduced dimensions, weight and cost savings as well as almost constant magnetic forces allow for a variety of applications in office machine and apparatus engineering, in...

D-Frame Solenoids Direct acting solenoid LCL-D The D-Frame Solenoids of the type series LCL meet high standards in terms of performance and life expectancy. Compact dimensions and low power consumption, fast switching times and smooth operation characterise this series. The housing is made of precision steel tube. The armature is guided in highly wear-resistant maintenance-free precision bearings on both sides, resulting in consistent solenoid performance throughout the long service life. Parts at risk of corrosion are electro-galvanized. The armature is chemically nickel-plated. Either...

Dimension Drawing

Other voltages and duty cycles are available on request +49 771 8009 3770 or sales-ims@kendrion.com

Values in brackets = old designation Stroke Force Curves The power indicated is reached at 90% of the rated voltage. The solenoids can be installed in any position, but the force transfer should be in axial direction only. The values for the duty cycles are reference values and apply for rated voltage, warmed-up condition and load with 70% of the magnetic force of the device. * Value in brackets: (LCL with bellow) Standard devices (Page 4) The power indicated is reached at 90% of the rated voltage. The solenoids can be installed in any position, but the force transfer should be in axial...

* Value in brackets: (LCL with bellow) Standard devices (Page 4) Stroke Force Curves The power indicated is reached at 90% of the rated voltage. The solenoids can be installed in any position, but the force transfer should be in axial direction only. The values for the duty cycles are reference values and apply for rated voltage, warmed-up condition and load with 70% of the magnetic force of the device. Values in brackets = old designation Duty cycle Bother voltages and duty cycles are available on request +49 771 8009 3770 orsales-ims@kendrion.com

* Value in brackets: (LCL with bellow) Standard devices (Page 4) Stroke Force Curves Bother voltages and duty cycles are available on request +49 771 8009 3770 orsales-ims@kendrion.com The power indicated is reached at 90% of the rated voltage. The solenoids can be installed in any position, but the force transfer should be in axial direction only. The values for the duty cycles are reference values and apply for rated voltage, warmed-up condition and load with 70% of the magnetic force of the device. Values in brackets = old designation

D-Frame Solenoids Direct acting solenoid 4000628 The direct acting solenoid 4000628 is a closed frame solenoid with armature, punched bracket and two plates. The armature is guided in highly wear-resistant maintenance-free precision bearings on both sides. Excels by Cost-optimized design Parts at risk of corrosion are galvanised and passivated. The armature is chemically nickel-plated. The stroke movement takes place from the stroke starting position to the stroke stop position by electro-magnetic forces, whereas the reset is accomplished by a pressure spring. The solenoids can be installed...

Technical Data Bother voltages and duty cycles are available on request +49 771 8009 3770 orsales-ims@kendrion.com Stroke Force Curves The power indicated is reached at 90% of the rated voltage. The solenoids can be installed in any position, but the force transfer should be in axial direction only. The values for the duty cycles are reference values and apply for rated voltage, warmed-up condition and load with 70% of the magnetic force of the device.

C-Frame Solenoids Direct acting solenoid 4000118 The direct acting solenoid 4000118 is a open frame solenoid with armature and punched bracket. The armature is guided in highly wearresistant maintenance-free precision bearings on both sides. Excels by Cost-optimized design Parts at risk of corrosion are galvanised and passivated. The armature is chemically nickel-plated. Return by return spring The solenoids can be installed in any position. The force transfer should be in axial direction only. Lateral load results in increased wear of bearing Compact design The mounting can be made by...