The pulse controller is the main control device for dust cleaning in the pulse bag dust collector. Its output signal controls the electromagnetic pulse valve to clean the filter bag cyclically to ensure the processing capacity and dust collection efficiency of the dust collector.

Offline Pulse Controller Offline Dust Cleaning Controller Description: Sales of offline pulse controller.

1. Product features

The controller uses industrial-grade microcontroller as the control core;

The controller adopts an advanced bus-type display method, which not only displays the normal working status of the equipment, but also facilitates the setting of working parameters;

There are working instructions for each output point on the panel, which can quickly determine the status of the output point;

The controller adopts a universal hardware + control algorithm design solution, which excellently solves the contradiction between reducing control costs and improving control reliability. By choosing this controller, users only need to install peripheral equipment correctly and set parameters correctly to easily realize electrical control of the dust collector without any programming;

The controller adopts EEPROM data storage technology to realize control parameters can be modified at any time and saved during power failure. Since the control parameters of the system have special protection measures, the safety of the control parameters can still be maintained even in particularly harsh environments.

2. Technical indicators

Number of output channels: 1-35 channels optional;

The control parameters can be set at any time, and the set parameters will not be lost after power failure;

Support remote start/stop control (optional);

Input voltage: AC 50HZ 180-240V;

Output voltage of each channel: DC24V; output current of each channel: 1.0A

Online (sequential pulse) and offline (boost + pulse) control can be realized;

Support ash discharge control;

Overall dimensions: 260×185×96 mm;

3. Parameter setting range

1. Pulse lifting interval: the time interval between the poppet valve and the pulse valve;

2. Pulse width: pulse working time;

3. Valve interval: the time interval between two pulse valves;

4. Cycle interval: the time interval between the end of a cycle and the start of ash discharge;

5. Ash unloading time: ash unloading working time;

6. Ash discharge interval: the number of ash discharge interval cycles;

7. Number of poppet valves: number of poppet valves (number of chambers);

8. Number of pulse valves: number of pulse valves; if there is a poppet valve, it is the number of pulse valves under each poppet valve (chamber);

9. Chamber interval: the time interval between one poppet valve (chamber) closing and another poppet valve (chamber) opening;

4. Panel instructions

The functions of each part of the panel:

1) Digital tube: operation display, setting parameters and operation process parameter display;

2) Up key (red): add button;

3) Middle button (yellow): setting/shift button;

4) Down button (red): manual button;

5) Indicator lights 1--35: Indicate the working status of each output point;

6) Indicator light 36: ash discharge output indicator light;

7) For the terminal arrangement diagram, see Part 6 - Wiring Method.

5. Wiring method

Wiring instructions:

1) K1~K+2 are AC 220V input terminals (L, N);

2) K3~K4 are running signal terminals, which can be connected directly when a start-up signal is required. If there is no power-on signal, just short-circuit it;