Gypsum plasterboard geometry control system 3DGypsumB Series Manual
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GYPSUM PLASTERBOARD GEOMETRY CONTROL SYSTEM 3DGypsumB Series User's manual www.riftek.com info@riftek.com

Gypsum Plasterboard Geometry Control System

Gypsum Plasterboard Geometry Control System

Gypsum Plasterboard Geometry Control System 1. Safety precautions · Only persons who have studied this Manual are allowed to service the Gypsum Plasterboard Geometry Control System 3DGypsumB (hereinafter referred to as the system). · Use supply voltage and interfaces indicated in the system specifications. · When connecting/disconnecting cables, the system must be powered off. · Do not use the system in locations close to powerful light sources. 2. CE сompliance The system has been developed for use in industry and meets the requirements of the following Directives: · EU directive...

Gypsum Plasterboard Geometry Control System Figure 1 - Controlled parameters Designations: А - Edge angle (the angle between the top surface of the board and the side edge). В - Shoulder (the maximum deviation of the upper edge of the board from its main surface). С - Taper length (the distance from the start of the edge to the end of the thinning of the edge). D - Taper depth (the distance from the bottom baseline to the bottom edge at a given horizontal position). E - Board width (the distance between the board edges). F - Board thickness. G - Rim. H - Groove. I - Raising/lowering...

Gypsum Plasterboard Geometry Control System 5. Structure and operating principle 5.1. Structure The 3DGypsumB system contains three measuring stations located along the production line. Figure 2 - Functional block diagram of the 3DGypsumB system Designations: 1 – Measuring station 1. 2 – Measuring station 2. 3 – Measuring station 3. 4 – Additional operator terminal. 5 – Central computer. A – Mixer / molding. В – Slicing. Red lines – 24V power supply (generated by the system). Green lines – Ethernet network of the system.

Gypsum Plasterboard Geometry Control System 5.1.1. Station 1 Measuring station 1 is designed to control: · board width, · edge angle, · edge width (optional). Figure 3 - Measuring station 1 Station 1 contains a frame (1.6) carrying 2D laser scanners (1.2 and 1.3) mounted at an angle to the board surface. To measure boards of different widths, scanners are installed with the possibility of transverse movement in a direction perpendicular to the direction of the conveyor. There are two options for mounting scanners: 1) with automatic movement (1.4 and 1.5), 2) with manual movement. The...

Gypsum Plasterboard Geometry Control System Figure 4 - Overall and mounting dimensions of Station 1 5.1.2. Station 2 Measuring station 2 is designed to control: · board width, · profile of board edges with adjacent surfaces, including control of edge shoulder, length and width of taper, rim and groove (optional), · rising/lowering edges (optional). Figure 5 - Measuring station 2

Gypsum Plasterboard Geometry Control System Station 2 contains a frame (2.10) that covers the conveyor and carries four 2D laser scanners 2.2, 2.3, 2.4, 2.5 mounted at an angle to the board surface. To measure boards of different widths, scanners are installed with the possibility of transverse movement in a direction perpendicular to the direction of the conveyor. There are two options for mounting scanners: 1) with automatic movement (2.6, 2.7, 2.8, 2.9), 2) with manual movement. The scanners are positioned so that the edges of the board are in their field of view. The distance between...

Gypsum Plasterboard Geometry Control System 5.1.3. Station 3 Measuring station 3 is designed to control: · board thickness. Figure 7 - Measuring station 3 Station 3 contains C-frame (3.6), on which two point laser triangulation sensors (3.2 and 3.3) are installed on opposite sides of the board. To prevent contamination, the lower sensor is equipped with a blowing system (3.4). Switchboard (3.1) contains means for connecting the sensors to the Ethernet network of the system. The distance between the laser sensors is pre-calibrated using the tools supplied (see Calibration procedure). When...

Gypsum Plasterboard Geometry Control System 5.1.3.1. Overall and mounting dimensions Dimensions of Station 3 are shown in the figure and can be changed upon request: Figure 8 - Overall and mounting dimensions of Station 3 5.2. Operating principle As the gypsum boards move along the conveyor, they are continuously measured by the system's sensors. Information from sensors is processed on a central computer using the supplied software (hereinafter referred to as the software). If the values of the parameters are outside of tolerances, a corresponding warning is displayed on the screen of the...

Gypsum Plasterboard Geometry Control System 6. Basic technical data 6.1. System Parameter Measurement object Width range, mm Thickness range, mm Thickness measurement error, mm Width measurement error, mm Profile measurement error, mm Range of linear displacement modules, mm Linear positioning error of laser scanners, mm Power supply Computer Dimensions of computer consoles, mm Value Gypsum plasterboards (sheets) with straight, rounded and beveled edges 400…1400 2…45 ±0.1 ±1 ±0.1 800 ±0.02 220 V, 400 W Industrial computer, 19” touch screen (central computer) 17” touch screen (additional...

Gypsum Plasterboard Geometry Control System General parameters of 2D laser scanners Sampling rate, profiles/s Resolution, points along the laser line Laser, wavelength Laser safety class according to IEC/EN 60825-1:2014 Enclosure rating Operating ambient temperature, °С Station 1: RF627- 245/70-40/50 Base distance, mm Range Z (depth), mm Range Х, mm Measurement error, mm Station 2: RF627- 245/140-110/140 Base distance, mm Range Х, mm Measurement error, mm Station 3: RF603-80/25-ET Base distance, mm Rate, measurements/s Laser, wavelength Laser safety class according to IEC/EN 60825-1:2014...