The Speed-O-Controls Safeline V Insulated Conductor Bars are an essential component for efficient power transmission in mobile machinery, including traveling cranes and transfer trolleys. Designed by Speed-O-Controls, these conductor bars offer a robust solution with a capacity range from 500 Amps to 2000 Amps, ensuring reliable performance at a 100% duty cycle and 35°C ambient … Continued

The Speed-O-Controls Safeline W Insulated Conductor Bars are a top-tier solution for crane equipment, offering unparalleled safety and efficiency. Designed with no exposed live parts, these conductor bars ensure maximum safety by preventing accidental contact. Their innovative cover design effectively sheds water and dust, providing comprehensive protection for the joints and ensuring long-lasting performance. Installation … Continued

The Speed-O-Controls DC Brake Rectifier is an advanced micro-controller based system designed to efficiently operate DC brakes ranging from 100-700 G drum of any make. This innovative product is essential for converting a 400-415 VAC AC input voltage into a reliable DC output voltage, ensuring seamless control over switch gear items such as contactors and … Continued

The Speed-O-Controls Pendant Push Button Stations are essential components for crane equipment, specifically designed for small hoist applications. These stations are crafted by Speed-O-Controls, a trusted name in the industry, and are available in over 25 models to suit various operational needs. Featuring double insulated enclosures made from thermoplastic self-extinguishing material (ABS), these push button … Continued

The Speed-O-Controls Fechral Edge Wound Resistors are expertly crafted to meet the rigorous demands of the modern industrial landscape. Designed specifically for use with overhead cranes, hoist forklifts, mine locomotives, transformers, generators, and elevators, these resistors are built to withstand the most challenging mechanical and electrical requirements. Engineered with precision, these resistors feature a flat … Continued

The Speed-O-Controls Resistance Box is an essential component for enhancing the performance of electric motor circuits. Specifically designed for use in crane equipment and other industrial applications, this resistance box is ideal for modifying the performance characteristics of slipping induction motors. Whether you’re working with conveyors, rubber mills, EOT cranes, or steel rolling mills, this … Continued

The Speed-O-Controls DBR Dynamic Braking Resistors are expertly engineered to cater to the demands of both AC and DC applications. Whether you’re working with V.V.F.A.C. drives, DC generators, or require electric loading for AC alternators and dynamometers, these resistors provide reliable and efficient performance. Designed by Speed-O-Controls, a trusted name in crane equipment, these dynamic … Continued

The Speed-O-Controls Arm Chair Control Unit is designed to deliver exceptional precision and performance for crane operators. This innovative control unit is crafted by Speed-O-Controls, a trusted name in crane equipment, ensuring both reliability and efficiency. With its ergonomic design, the arm chair control unit provides unparalleled comfort, allowing operators to maintain focus and control … Continued

The Speed-O-Controls Joystick Master Controller is a cutting-edge solution designed for crane equipment, offering a modern and compact design that ensures small, flexible operation. Built with reliability in mind, this controller is IP54 protected, making it suitable for use in challenging environments with ambient temperatures ranging from -35 to +60 degrees Celsius. Engineered for ease … Continued

The Speed-O-Controls Master Controller is a top-tier solution for crane equipment, designed to provide precise and reliable control. Crafted from durable delrin material, this master controller is built to withstand the rigors of industrial environments. It is housed in a robust enclosure, ensuring protection and longevity, while the easily removable cover facilitates hassle-free maintenance, making … Continued