GKS-1 High-performance PLC programmable experiment

GKS-1 High-performance PLC programmable experiment device, novel structure, fine, is a large comprehensive experimental equipment, its contents include from simple to complex of PLC control experiment. It’s most suitable for national colleges offer programmable controller, the application of high quality in experiment. 1.Main feature (1). Experimental platform is made of high qualified steel plate (2). Experimental screen panel storage capacity, experimental instrument and equipment for all the components are installed in orderly and panel in the state, form "round-the-clock" type structure, can be combined at. Without any experiment instrument or equipment parts to move. Can open laboratory quality and quantity of "dishes" old structure greatly improved (3). Experiment platform of three-phase four-wire type total power and single-phase power systems respectively overload protection chain and leakage, shock protection, to ensure that equipment and safety (4). Laboratory experiment process panel interconnects adopts high insulation, no exposed metal wires of special experiments. No exposed metal plate socket USES special insulation embedded sockets. Eliminate accidentally touch the electric shock accidents caused by socket 2. Configuration (1). PLC programmable controller (2). Ac contactor components (3). Intermediate relay components (4). Control button and indicator plate (5). Simulation experiment conveyor control section four parts (6). Stepping motor control components (7). Water towers level control components (8). Four layers of stair control components (9). Self-control mill components (10). E-mail sorting experimental component (11). Automatic molding experimental component (12). Digital tube display experimental parts (13). The light TianDa experimental components (14). Material mixing experiment components (15). The basic practice instruction experimental parts (16). PLC programmable control components 3. Experiment items (1). Basic commands and special instructions (2). Simulation three-phase ac motor Y-Δ train exchange start experiment (3). Traffic light control experiment (4). Simulation 4 section experiment transmission control (5). Simulation stepping motor control experiment (6). Simulation towers level control experiment (7). Simulation four stairs control experiment. (8). Simulation automatic mill experiment