24
Determining the gradient of the slope
Measure the slope with a digital clinometer, or do as follows:
Take a water level, a straight piece of wood (at least 1 m long), and a pocket tape measure.
Place the wood on the gradient. Put the water level on the lower edge of the stick and lift the
stick until it is in a horizontal position.
Keep the stick level and measure the distance from the lower end of the stick to the ground.
Divide the distance (height) by the length of the wood stick (distance) and multiply the result by
100.
Example:
Wood length = 2 m
Height = 0.5 m
(0.5 / 2) * 100 = 25% slope.
NOTE: On slopes, drive upwards or downwards. If you must drive sideways
on a slope, lower the downhill side outriggers so that they are close to the
ground. This prevents the machine from tipping over.
General information: tracks and their service life
An access platform with a skid steer chassis, equipped with a crawler track chassis, offers many
advantages compared with a machine on wheels. However, certain things regarding operation
and the working environment must be taken into account with an access platform on tracks. To
achieve the maximum service life for the rubber tracks and crawler track chassis, follow the
instructions below.
The lifespan of the track system of an access platform on rubber tracks is heavily dependent on
the working environment and working methods. The machine operator can greatly influence
the service life of the tracks by complying with instructions for their use and maintenance
provided below. If the access platform is being used on terrain with stones or gravel or
demolition sites with concrete, or in an environment with scrap metal, the lifespan of the track
system may be significantly reduced.
Therefore, damage to the tracks, track rollers or crawler
track chassis, caused by operation in such environments, is not covered by warranty.
Содержание 135 NEO
Страница 1: ...Operator and Service manual Version 7 2020 July 2020 ...
Страница 9: ...9 Main dimensions Figure 2 135 NEO Main dimensions side Figure 3 135 NEO main dimensions rear ...
Страница 10: ...10 Reach diagram and support dimensions Figure 4 Reach diagram Figure 5 Support dimensions ...
Страница 59: ...59 Figure 37 Load control of the platform Figure 38 Boom position monitoring ...
Страница 60: ...60 Figure 39 Platform levelling monitoring Figure 40 Outrigger monitoring ...
Страница 61: ...61 Figure 41 Transport position monitoring Figure 42 Prevention of drive function ...
Страница 62: ...62 Figure 43 Selection of the platform control position Figure 44 Selection of the lower control position ...
Страница 63: ...63 Figure 45 Selection of the remote control position Figure 46 Platform emergency stop button override ...
Страница 64: ...64 Figure 47 Platform load monitoring override Figure 48 Override of Safety Functions ...