Magnetek is the largest supplier of drive and control systems for cranes and hoists. Sievert Crane & Hoist provides this digital catalog to offer the lowest prices, guaranteed.
AC Variable Frequency Drives provide greater motor control reliability, which results in a more safe and productive load handling operation. It enhances performance of electrical components, improves production, extends the life of the crane, and reduces downtime, maintenance costs and parts. Sievert Crane and Hoist provides the lowest pricing guaranteed.
Save time and money with easy to install, pre-engineered single motion control panels. IMPULSE G+ Mini and IMPULSE G+/VG+ Series 4s can be incorporated as part of a comprehensive control system. Custom engineered panels are designed to your specifications and include all standard features of our pre-engineered panels with unlimited configurations, components & accessories.
Industrial Brakes are ideal for high-duty cycle industrial applications. Brake performance has improved, and brake linings last longer especially when brakes operate in conjunction with AC adjustable frequency controls or digital DC controls. Sievert Crane and Hoist provides the lowest pricing guaranteed.
Qualified crane operators can now be further away from the crane and operate it at safer distance, instead of having to operate the restrictive pendant right next to the load. It also allows operators to get out of the cab eliminating the need for a 2nd ground operation/signal person to guide the crane. Sievert Crane and Hoist provides the lowest pricing guaranteed.
Selecting the controls is essential for proper and safe operation of your crane and hoist systems. Hand held pushbutton pendant controls are wired directly to the control box of a crane. The control cord from the pendant is connected to festooning. Festooning is additional wire that is set in small trolleys that allows the operator to walk parallel with the bridge.
Automated solutions enhance material handling systems to provide superior results, which increases safety and productivity by maximizing performance and consistency. These systems will also have reduced downtime and increase uptime by analytic and diagnostics, for predictive maintenance.