Explosion-proof Local Control Station
APPLICATIONS
1、 Used in chemical, oil refining, oil exploitation, offshore oil platforms, oil tankers, military and other hazardous areas.
2、 Widely used in the start and stop control conversion and display of motors in the work site, electrical parameter display during operation, speed regulation, signal switching, metering display, etc;
FEATURES
1、Built in components: Explosion-proof button, indicator, Ex breaker, Explosion-proof potentiometer, Explosion-proof Buzzer
2、 Different installation methods such as hanging and floor-mounted installation and different incoming cables such as ordinary rubber and plastic cable, armored cable and heating cable.
3、 Beautiful appearance: Aluminum alloy enclosure with stainlesssteel exposed fasteners.
4、Cable entry
Fixed calipers by Wilwood offer unmatched stopping power. The pistons in fixed calipers are located on both sides of the disc, allowing for evenly distributed clamping force. They apply more squeezing power and apply it more evenly during braking as force is directly applied to both sides. Multi-piston calipers allow for more even braking and, as a result, less pad distortion. The more number of pistons a caliper has, the more clamping force it provides. Thanks to the evenly distributed pressure, these calipers ensure an even wear pattern along the entire length of the brake pad. Usually these calipers have smaller diameter pistons than single-piston calipers.
The internal vane design of these vented rotors by Wilwood provides excellent heat dissipation during brake cycles. As the wheel spins, the vanes around the edge of the rotor draw air in and pull it through to help cool the rotor. With the extra heat dissipated there will be less brake fade. This rotor design by Wilwood combines the best features of a slotted rotor and cross-drilled rotor allowing your brakes to run cooler and sweep away water and dust. The cross-drilled and slotted rotors improve air circulation and increase brake pad bite, ensuring incredible stopping performance.