PoWER coRD MaINtENaNcE
In the course of using your R120, the power cord may become twisted or tangled.
the R120 Power Kink Resistant cord advantage
The R120 Robotic Pool Cleaner has a specifically designed power kink resistant cord using a one piece extruded technology that prevents the
cord from delaminating, protecting the internal wires from shorting out and extending it’s operating life.
If you refer to the power cord (Fig 10 below), there are no layers as the cable & wires are manufactured simultaneously. The coating of the
cable is injected with air to form small pockets that allow it to float, so the outer layer takes the place of (3) layers of a typical cable.
The following five points can prevent or greatly reduce the tangling of the power cord:
1) Make sure there are no objects in the pool during the cleaning cycle for the power cord to get caught on (pool ropes, toys, etc).
2) Only allow enough power cord in the pool for full coverage/do not put excess power cord in the pool
(Example 8m pool doesn’t need 18m of power cord).
3) The R120 should not be connected to a timing devise and left continuously within a pool or spa.
4) Remove the R120 from the pool and uncoil the power cord from the power supply after
every
cleaning cycle to release
the tension in the power cord.
5) The R120 is designed to work with water at a temperatures greater than 13ºC (55ºF) and less than 45ºC (113ºF).
The cleaner should never be operated outside of these temperatures or damage may occur.
To uncoil the power cord, it is best that the cord is wet:
1. Place the cleaner on the ground as shown in Fig 11.
2. Unplug the power cord from the power supply.
3. Be sure to use a clear area that will allow the
power cord to stretch out in a straight line.
4. Pull the power cord so it is off the ground.
5. Using your fingers, roll the power cord in the
opposite direction that it is coiled in.
6. When straight, loop power for storage as shown
in Fig C.
7
R120 Robotic cleaner cable
Foam casing
air Pockets
(Enlarged in diagram)
Wire Inner core
(+/- coated in non-conductive material)
Fig 10
Figure 11
Содержание R120
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