Description; Technical Specifications; Dimensions; Technical Data - Nederman Rail System 920 Touchless Manual De Usuario

3 Description
3.1 Technical specifications
3.1.1 Dimensions
See Figure 1 and Figure 2.
3.2 Technical data
Item
Application
Mounting height
Pipe diameter
Weight extraction unit complete
Recommended airflow
Exhaust temperature
Positioning
Recycling material
Material
4 Installation
4.1 Delivery check
If there are any damaged or missing parts when the
product is delivered, notify the carrier and the local
Nederman representative immediately.
4.2 Rail placement
Before mounting the product, determine the height
and position of the rail in relation to the car lift. It is
very important to decide what vehicle lengths are
to be used with the unit. See Figure 3, Figure 9,
ure 10, and Figure 11.
4.3 Vertical placement
See Figure 2. The mounting height from the top of the
rail to the floor is 4100 mm. This height allows enough
free room to walk under the arm.
There will not be enough room to walk under
the product if it is mounted at a height of less
than 4100 mm from the floor to the top of the
rail.
Rail System 920 Touchless
Dimension
Vehicles stationary, at right angles to the rail
Rail 4100 mm (13 ft 6 in) recommended
Ø 100 mm (4")
Approximately 35 kg (77.16 lb)
Approximately 600 m3/h (356 cfm)
See Section 2.2 General safety
• Intermittently maximum 180°C (350°F)
• Continuously maximum 150°C (300°F)
• Total vertical movement 2.0 m (6.56 ft)
• Total horizontal reach 1.0 m (3.28 ft)
See Chapter 8 Recycling.
• Suction trolley: Polymer
• Nozzle: EPDM
• Telescopic pipe: Aluminium
If it is not possible to mount the rail at the re-
commended height of 4100 mm it may not be
possible to reach the car nozzle.
4.4 Horizontal placement
See Figure 3. The recommended sideways position for
the rail is A = 300 mm. It is the minimum distance from
the centre of the rail to the back end of the longest
vehicle that is to be used with the unit. B = 1100 mm is
the maximum distance for the shortest vehicle.
Follow the steps below to determine the sideways rail
Fig-
position for the product.
1 Calculate the distance from the centre of the rail
to the back end of the longest vehicle that is to be
used with the unit. See Figure 3.
2 Based on the rail position calculated in step 1, de-
termine the length of the shortest vehicle that can
be used with the unit. See Figure 3.
3 If necessary, adjust the final placement of the rail
so that the maximum number of cars of different
lengths can be used with the unit.
instructions.
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