11
Installation and Operating Instructions
6.4
Cable connection
- Use NYM cable with a customary maximum diameter of 11 mm.
- Remove cable sheath to a length of 135 mm. Strip back each wire's insulation by about 8
mm.
- Carefully slide cable through the grommet.
- The wiring diagram (SS-1080) should always be used to ensure proper wire placement.
- Check sealing of the connection cables and cable wires clamp.
- If mounted at the inlet spout the sheathed cable does not enclose evenly, the spout should
be additionally sealed with silicone. Otherwise, the IP protection will be compromised.
- The connection cable should be positioned in such a way that in case of water entering,
water may not penetrate along the cable. Cables should be laid in such a way that they do not
run over sharp edges.
- Check the fan according to the intended use.
- Supply voltage should match the name plate data.
- Ensure secure mounting and proper electrical installation of the device.
- Check the rotation of the impeller.
- All parts of the fan, especially screws and protective grid must be checked for tightness. Do
not mislay the screws included with the unit!
- Ensure that the necessary protective guard is installed, as the unit cannot be operated
without it.
- During the trial run the fan should be checked for vibrations and noise.
- Power consumption should match the name plate data.
- Length of individual wires 135 mm
- Wire stripping 8 mm
- Strip the non-metallic sheathed cable which
sits flush with cable duct
1. Terminal compartment cover put on the
plastic housing and screw tight
2. Fit and snap in the cover
6.5
Mounting
6.6
Operation
Safety instructions listed in Chapter 1.2 must be observed!
To guarantee the proper function of the fan, the following should be checked regularly:
- Appearance of dust or dirt in the housing (on the motor and impeller)
- Free rotation of the impeller
- Appearance of excessive vibration and noise
In case of problems with one of the points listed above maintenance should be carried
out according to the instructions in Chapter 8.
DANGER
DANGER
Fig 8
Fig 9
Fig 10
Fig 11
