High-quality, recessed stainless steel button. Optional integration into automated operation.Stable housing with a forged lifting eye.Electrical connection is only necessary for switching the magnet ON and OFF Suitable for continuous operation it does not need a backup battery.Lifting magnet safety standards are laid out in ASME B30.20, along with standards for other below-the-hook lifting devices.
Hercules SLR provides ASME certified inspection, testing, and certification services for lifting magnets. Easy connection to the electrical power supply Lifting Magnet Inspection: Canadian law states that lifting magnets must be inspected and certified every year by a qualified professional.Quick activation of the magnet with an electrical impulse in 0.8 seconds.High-quality, stainless steel recessed buttons.Thanks to the optional remote control, it is also possible to control it, e.g. Control of the magnet without any physical exertion.
This is convenient for lifting individual sheet metals. The magnet strength control can be integrated as an optional function. Neo EP can be controlled from the ground or from the crane cabin. Due to the optional remote control, this is also possible in locations with poor accessibility.
Electric control with buttons allows the operator to activate the device without physical effort. After electric activation, the load is held by permanent lifting magnets, without the need of subsequent power supply. You can easily connect it to the ordinary power supply using the supplied power cable. It does not require much effort to install.
#LIFING MAGNET REPAIR PROFESSIONAL#
Neo EP electropermanent lifting magnets are a professional solution to frequent handling. Neo EP electropermanent lifting magnets are suitable for frequent and repeated workpiece handling and lifting – electrical control of the magnet requires no physical exertion, which is why it saves manpower and enhances work efficiency. The actual decrease of the lifting capacity is related to the diameter of the work piece being lifted.NEO EP INDUSTRIAL ELECTRO-PERMANENT MAGNET With a cylindrical surface the V-slot of the magnetic lifter contacts only along 2 lines hence the actual lifting capacity (SWL) of the magnet will be reduced to only 30-50% of the rated lifting capacity (SWL. When lifting and handling cylindrical work pieces, the magnetic lifter should be placed on the cylindrical surface at a position where a balanced lift will be achieved.
#LIFING MAGNET REPAIR FULL#
The magnetic lifter is designed for a smooth surface with full contact. One should also inspect the work piece surface finish. Refer to the steel thickness lifting capacity curve shown on the side of the magnetic lifter and in the Operating manual. Before operation, it is necessary to inspect the work piece thickness to ascertain the likely lifting capacity of the magnet. The lifting capacity of the magnet is influenced by the thickness and surface finish of work piece. Place the magnetic lifter on the work piece surface in a position that will ensure an even lift. The data from the Load Cell is transferred to a computer which produces Detailed Graphical Reports of the testing results which we provide for your records.Īlways check the load condition before use The Load Cells and Strain Bridge Meter are certified accurate by a NATA approved testing body. This allows lifting magnets to be tested according to Australian Standard AS 4991-2004 which requires a tear-off force of at least 3 times rated capacity for permanent lifting magnets and at least 2 times rated capacity for battery-powered lifting magnets. Our specially manufactured testing frame is designed to allow a variety of testing arrangements for lifting and holding magnets in many standard and specialty applications. You may be required to produce a certificate in the event of an incident.