The HAS-200 system has been devi- sed based on the training ...

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Multiple integrated modules! Each of the production stations is compri<strong>sed</strong> of the following functional blocks: Container feeder <strong>The</strong> containers are stored in a gravity feeder with a capacity of 36 units distributed over four columns. Two barrier type photocells detect the minimum level and absence of containers in the feeder. <strong>The</strong> extraction of the container is carried out using two positioning cylinders with different strokes. Hopper. <strong>The</strong> raw material ("pearls" in colors) is stored in two hoppers of different sizes. First, the raw material is discharged at a set rate from the large hopper via a cylinder with two fingers and then the exact quantity is adjusted from the small hopper using a cylinder which remains open for the time programmed. Displacement of the container. Various pneumatic actuators transfer the containers through the station: one actuator allows horizontal movement; another vertical movement and a third rotates 90º. <strong>The</strong> container is held using a platform with two telescopic vacuum pads. In the event that the BCR considers the container to be erroneous, it will be ejected to a container. If correct it will be displaced to the next station. Conveyer belt. Each station <strong>has</strong> a transfer section as a part of the AMHS (Automated Material Handling System), actuated by a continuous current motor. Each section includes a series of sensors and cylinders which control the inflow of the containers, detect queues (giving the order to paralyze the extraction of more containers), and reject containers by evacuating them to the recycling box in the event that the BCR detects erroneous containers. Scales. <strong>The</strong> production stations have precision scales fitted with an RS-232 interface for the output of data to the PLC and with LCD display for visualization. <strong>HAS</strong>-<strong>200</strong> 177
<strong>HAS</strong>-<strong>200</strong> <strong>HAS</strong>-205 and <strong>HAS</strong>-206: Checking <strong>The</strong>se two stations have to measure the height of the raw material contained in the containers. <strong>The</strong>y are differentiated by how they measure the height: one of them uses a linear encoder, while the other takes the measurement using a potentiometer transducer. <strong>The</strong> design of the module allows the study of concepts related to bottle necks, quality control, buffers, statistical control of processes etc. • SAI5500 • SAI5510 • SAI5520 • SAI5600 • SAI5610 • SAI5620 <strong>HAS</strong>-205 Checking station (CHECK1) with Allen-Bradley PLC / ETHERNET <strong>HAS</strong>-205 Checking station (CHECK1) with Siemens PLC / ETHERNET <strong>HAS</strong>-205 Checking station (CHECK1) with Omron PLC / ETHERNET <strong>HAS</strong>-206 Checking station (CHECK2) with Allen-Bradley PLC / ETHERNET <strong>HAS</strong>-206 Checking station (CHECK2) with Siemens PLC / ETHERNET <strong>HAS</strong>-206 Checking station (CHECK2) with Omron PLC / ETHERNET (other configurations on demand, please consult availability) 178
Page 1: The HAS</s
Page 4 and 5: The modular <stron
Page 6 and 7: A system with infi
Page 10 and 11: Make the most of your investment! <
Page 12 and 13: Multiplying the possibilities of te
Page 14 and 15: Multiple integrated modules! <stron
Page 16 and 17: Make the most of your investment! <
Page 18 and 19: A world of possibilities while work
Page 20 and 21: Control cabinet Control cabinet Thi
Page 22 and 23: ! 3D-SUPRA: Interactivity in three
Page 24 and 25: Ed-MES Material Movement Management
Page 26 and 27: HAS-200</s
Page 28 and 29: Configuration of 8 stations <strong
Page 30 and 31: HAS-200</s
Page 32 and 33: Other didactic supports In addition
Page 34 and 35: HAS-202/HA
Page 36 and 37: HAS-206: checking
Page 38 and 39: HAS-208: Vertical
Page 40: • Container transfer module: - Do

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