3. Delivery section
The paper-receiving part is the place where most of the ink is sampled and observed, and the receiving button is generally equipped with an operation button, so it is also the most frequently operated place. The printed paper is generally pulled out with a paper puller. From this point of view, the distance from the paper receiving part to the wallboard should also be greater than 2.0m. In addition, the receiving section needs to be set aside for viewing the sample table. However, the sample table is generally placed at the corner of the wall, and the distance between the delivery section and the wall is less affected.
(Figure 5.5) (Figure 5.6)
4. Transmission surface
The transmission surface is the place where the operator walks the least, but this side is often used more often during maintenance. From the maintenance point of view, at least the place where the pedals are removed and the maintenance personnel turn around should be left. The distance between this wall and the wall is generally about 1.5m.
Figure 5.7) 5. Above the machine
The machine is mainly placed above the lighting, of course, but also to leave room for man's operation on the machine. At present, the general height of the equipment is about 2m, leaving 1m space above the machine is enough. From the above analysis, it can be seen that the utilization of feeder parts, operating surfaces, and take-up parts is relatively high, while the utilization of the transmission surfaces and machine tops is relatively low.
The place with high utilization rate should be laid out from the point of view of the most convenient operation, and the place with low utilization rate should be laid out from the perspective of operational feasibility (that is, as long as it can be operated). The layout of the machine is generally the operation of the door facing the room, so that drawing and paper are more convenient, it looks more beautiful.
If a printing machine with a length of 8m, a width of 2m and a height of 2m is installed, use a 1.2m long paper puller to pull paper and pull paper
Room length = 2+8+2=12m
Room width 2+2.2+1.5=5.7m
Room height=2+1=3m
That is, the space of the room is 12 × 5.7 × 3m. The layout of the machine is as shown in the figure (only the floor plan is drawn).
(Figure 5.8) Practice has proved that the above layout is feasible and different machines can participate in this requirement. Since the utilization rate of the delivery part is the highest, the maximum operating space for the delivery part should be left as far as possible under the possible conditions. When two machines are placed in a row, they are generally relative to each other, so that the operating space is maximally utilized and there are few two machines that reach each other.
