This product is suitable for connecting medium and low speed transmission shaft systems with low rigidity and high neutrality requirements. F05 rigid coupling transmits large torque, but does not have radial, axial, and angular compensation performance, and cannot buffer vibration. It is often used for transmission with stable load, no impact, and high transmission accuracy. Because the installation method of the hub adopts the principle of expansion sleeve, the quick disassembly and assembly characteristics of the expansion sleeve can better protect the safe use of the host equipment and prolong its service life, saving users in the application of low-speed shaft transmission of floating conveyor A lot of precious time.
PVD control system BPC-380 for belt conveyor
The control system is controlled by Siemens or AB’s original PLC, equipped with a high-definition touch screen, which can control the start/stop of permanent magnet motors, frequency converters, water-cooled motors and cooling fans (water-cooled motors need to be equipped with electromagnetic starters). Collect the temperature signals of the permanent magnet motor and the cooling device, and interlock with the motor start circuit to ensure the safe and reliable operation of the belt conveyor. The control box reserves Ethernet and RS485 communication interfaces, which can transmit data with the frequency converter, integrated protection system, belt conveyor main control system, and integrated automation system.
Assembled explosive-proof and intrinsic safety type control box KXJZ-1140 (660) for mines
The programmable control box is controlled by Siemens original PLC, equipped with a high-definition touch screen, which can control the start/stop of permanent magnet motors, frequency converters, water-cooled motors and cooling fans (internally integrated water-cooled motors supporting electromagnetic starter function), acquisition and receiving belt type Protect sensors, disc brakes, and tensioning equipment signals along the conveyor, and automatically adjust the operating speed of the belt conveyor according to load conditions (load detection equipment is required). The control box reserves Ethernet and RS485 communication interfaces, which can transmit data with the frequency converter, integrated protection system, and integrated automation system.
Explosive-proof and intrinsic safety type frequency converter for mines
The mine explosion-proof and intrinsically safe inverter produced by our company is specially designed for permanent magnet motors, and has good compatibility with permanent magnet synchronous variable frequency motors. It adopts direct torque control DTC/vector control to achieve precise torque At the same time, the inverter has the characteristics of high efficiency, superior electromagnetic compatibility, and strong environmental adaptability, which effectively reduces the interference to the power grid and surrounding equipment.
Explosive-proof and intrinsic safety type frequency converter for mines
The ground universal low-voltage frequency converter produced by our company is specially designed for permanent magnet motors. It has good matching with permanent magnet synchronous frequency conversion motors. It adopts vector control to achieve precise torque control. At the same time, the frequency converter has high efficiency and electromagnetic The characteristics of superior compatibility and strong environmental adaptability can effectively reduce the interference to the power grid and surrounding equipment.
General LV frequency converter for floors
The ground high-voltage frequency converter produced by our company adopts unit series high-voltage frequency conversion technology. It is specially designed for permanent magnet motors. It has good matching with permanent magnet synchronous frequency conversion motors. It adopts vector control to achieve precise torque control. At the same time, the frequency converter It has the characteristics of high efficiency, superior electromagnetic compatibility, and strong environmental adaptability, effectively reducing the interference to the power grid and surrounding equipment.