ZAZQS-B1000 Belt Cleaning Box Performance Advantages:

The cleaning unit has a total power of 4KW, with a plate thickness of 6mm or more, water consumption of 100L/h, and water pressure of 2Bar.

All rotating parts of the cleaning device must rotate flexibly without any jamming. Lubricated parts must be well-sealed without any grease leakage. The temperature rise of bearings should generally not exceed 35°C, and the bearing temperature should not exceed 75°C.

The cleaning and removal rate of residual materials on the belt should be no less than 85%.

All exposed rotating parts should be equipped with protective covers, which should be easy to remove.

The cleaning device must be tightly sealed to prevent water mist and sewage splashing, and an inspection door should be installed.

Wastewater generated after cleaning must be effectively collected and directly reused, with no sewage discharge. The resulting residue must be automatically lifted to the upper part of the belt and directly dropped onto the belt to be carried away with the material.

Cleaning module: includes the housing, water spray softening system, cleaning and scraping system, etc. The main body should be equipped with a manhole door for inspection and maintenance, facilitating the replacement, inspection, and cleaning of wear-prone parts, while ensuring the sealing of the manhole door.

Both remote control from the control room and local control methods are provided. The local control box is預(yù)留 with a remote control interface and interlocked with the belt system. All on-site control cabinets must meet dust explosion-proof requirements.

The return belt cleaning box must have an interlocking function with the belt conveyor, ensuring that the intelligent cleaning device starts working when the belt conveyor is operating (the system detects whether the belt is running and interlock with the cleaning box). The supplier must provide necessary signal indicators on the local control box, including: local control, remote control, overload signal, operation signal, start signal, and stop signal. The belt cleaning box should be capable of program control and local control, and the accompanying control box should預(yù)留 control signal interfaces. The control box should be equipped with a "Remote/Local" selection switch, allowing mutual switching on-site. When the selection switch is in the "Remote" position, the belt cleaning box control system can receive start and stop commands from the PLC control system. An emergency stop button should be installed, which bypasses the selection switch, meaning that regardless of the switch's position, operators can use this button for emergency shutdown if an accident is detected on-site. The electrical control box should have display, alarm, and interlock protection functions, connected to the PLC control system via hard wiring, and capable of providing necessary signals such as fault alarms to the PLC control system. The PLC control system should enable display, alarm, control, and interlock protection functions.