Multicomponent dispenser MKD – allows you to automate dosing processes and organize accounting of the consumption of dosed materials.
The MKD control cabinet is a device based on the KV4 Weight Indicator. It has inputs for connecting load cells, damper position sensors and additional controls. Up to ten different actuators can be connected to it and controlled according to a programmed algorithm. The main feature of this product is the ability to quickly reprogram the dosing algorithm and the ability to exchange information with a personal computer via the RS-232 or RS-485 interface.
The control cabinet is wall-mounted with protection degree IP54, the indicator panel and the main controls are located on the front side. The appearance of the control cabinet is shown in Figure 1.
Rice. 1 MKD control cabinet
The KV4 weight indicator, which is part of the MKD control cabinet, is equipped with a two-line backlit liquid crystal display, which displays in dosing mode:
The KV4 terminal can exchange data with a top-level automated control system (ACS) or with a personal computer via RS-232 or RS-485 protocol. When using the RS-485 protocol, it is possible to connect up to 31 devices to a computer simultaneously and create a network.
Main features, standard functions and technical characteristics of the MKD control cabinet
Peculiarities
Operating modes
“Autonomous” – dosing with setting parameters using the keyboard;
“Complex” – dosing with setting parameters from the host computer;
“Adjustment” – programming the operating algorithm, performing calibration and adjustment operations.
Standard Features
Characteristics | Meaning |
Supply voltage | 220V, 50Hz |
Overall dimensions (H,W,D) | 500mm*400mm*200mm |
Weight, no more | 25 kg |
Maximum number of load cells connected in parallel | up to 8 400 Ohm sensors |
Maximum length of communication line with strain gauges | up to 80m (shielded cable) |
Number of output control signals | 10 |
Number of external control inputs | 9 |
Maximum number of steps in a dosing cycle | 32 |
Maximum quantity of dispensed components | 6 |
Number of recipes stored in memory | 9 |