Standen TSP 1900, Руководство оператора

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Primary Web
The standard specification machine is fitted with a 1830mm wide primary web. Various
web pitches can be fitted to suit particular crop and soil conditions. The primary web is
driven by the motor gearbox unit (Item 1, fig 12). The switch marked ‘PRIMARY WEB’
on the in-cab console (item 1, fig 14) starts/stops the web and the dial controls the web
speed.
The spring-loaded tension rollers (item 2, fig 12) maintain the drive on the return side of
the web. To tension the web, loosen the locknuts (item 3, fig 12) and reposition the
spring adjuster (item 4, fig 12). Ensure both sides are adjusted equally.
Vari-Sep
The step height from the primary web to the secondary web can be adjusted to aid
separation. The height is set by releasing the locking tabs (item 5, fig 12) and turning the
adjuster tubes (item 6, fig 12). Ensure both sides are adjusted equally.
The gap between the primary and secondary webs can also be adjusted to suit crop
size and required separation. To adjust, release the locknuts (item 7, fig 12) and move
the adjusters (item 8, fig 12) to achieve the required gap. Ensure both sides are
adjusted equally.
Secondary Web
The 1830mm wide secondary web is available in various web pitches to suit particular
crop and soil conditions. The secondary web is driven by the motor gearbox unit (Item 1,
fig 13). The switch marked ‘SECONDARY WEB’ on the in-cab console (item 1, fig 14)
starts/stops the web and the dial controls the web speed.
Rotary Agitators
Two rotary agitator shafts are fitted inside the secondary web. These are designed to
separate the soil from the crop as it is elevated up the web. Drive for each agitator shaft
is by a directly coupled hydraulic motor. The two switches on the in-cab console (item 1,
fig 14) marked ‘SECONDARY WEB AGITATION’ start/stop the 1
st
and 2
nd
agitator
shafts. Speed control for each shaft is controlled by the dials marked ‘FIRST
AGITATOR’ and ‘SECOND AGITATOR’ on the side of the junction box (item 1, fig 15).
1.17 OPERATION
Fig 12 Fig 13