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1. 

This product shall be installed in accordance to AS/NZS 3000 Wiring Rules.

2. 

This product is meant for indoor use only.

3. 

Regulations concerning the discharge of air must be fulfi lled. Local building codes may require venting to the outside.

4. 

Do not locate the inlet grille above a stove. This product is not to be used in conjunction with a kitchen range hood exhaust system.

5. 

Cross Ventilation:

          Ventilation products must have an adequate source of external air to ensure rated performance.
          Steam and air will only be exhausted through the fan if there is suffi  cient fl ow of air through the room. Ensure adequate inlets exist through windows, 
          vents or under the door. Airfl ow path from the inlet to the fan should ideally pass over the source of steam or air to be removed from the room.
          Restrictions on replacement air entering the room to be ventilated, or pressure-diff erentials between the room and outside air will signifi cantly reduce 
          the exhaust fan’s performance.
6. 

Unit location:

          The fan engine should be positioned at the highest point on the system so the ducting will slope downwards to both grilles. Refer to Fig. 1.
          Do not cover the fan engine with thermal insulation. Keep at least 100mm clearance between the engine and thermal insulation. The fan engine should 
          not be located in an area containing excessive levels of grease.
          When choosing a location for the wall switch, ensure it is not within arm’s reach or accessible to a person in a bath or shower. 
7.      Unit Orientation:
          The unit must be installed to ensure the fan inlet, outlet and ducting are oriented in parallel to any roofi ng structures or supports. 
          Orientation which forces the unit to be ducted into a 90° bend immediately after the fan inlet/outlet will cause a signifi cant performance reduction.
8.      Duct Routing:
          As the back pressure increases the unit’s performance is reduced. Airfl ow will be reduced with bends in the duct or squashing of duct.  When fi tted, the 
          inlet & outlet grilles must be lower or same level as inline fan engine. Refer to Fig.1 & 2 below.
          The duct can be installed in diff erent ways. Refer to Fig.3 for three types of installation illustration.
9.      Vertical ducting with roof vents will result in reduced fan performance, increased noise and condensation/dripping.

The inline fan is designed to extract steam and odour from a bathroom and expel it to the exterior through an eave outlet. It is also suitable for extracting air from one 
room and expelling it to another room (heat distribution).
The fan engine is fi tted into the ceiling, well away from the inlet. This inline feature allows the inlet grille to be mounted in wet areas (near the splash zones of bathrooms) 
or even above the shower. And because the motor is in the ceiling cavity (away from the inlet grille), noise from the fan is minimal.

Duct

Louvered grille

Outlet grille

Fig. 2

Fig. 3

Fig. 1

Type A

Type B

Type C

Roof Vent

 Note: All pictures and drawings are for illustration only. Actual products may appear diff erently.

2   Things to consider

 Note:  Lamp kit should not be installed right above the shower. It can be installed in the ceiling outside the shower box.

2

Summary of Contents for HPM EFIL100SQWE

Page 1: ...r function N A Yes Warranty 5 Year 3 Year Max airflow EFIL100SQWE EFIL150SQWE EFTIL150SQWEKIT EFLIL150SQWEKIT Duct length Low Speed I High Speed II Low Speed I High Speed II No duct 56 l s 200 m hr 71 l s 255 m h 125 l s 450 m h 154 l s 555 m h 1 m per side total 2 m 28 l s 100 m h 35 l s 125 m h 86 l s 310 m h 108 l s 390 m h 2 5 m per side total 5 m 25 l s 90 m h 32 l s 115 m h 75 l s 270 m h 93...

Page 2: ...ath or shower 7 Unit Orientation The unit must be installed to ensure the fan inlet outlet and ducting are oriented in parallel to any roofing structures or supports Orientation which forces the unit to be ducted into a 90 bend immediately after the fan inlet outlet will cause a significant performance reduction 8 Duct Routing As the back pressure increases the unit s performance is reduced Airflo...

Page 3: ...ts Foot print on ceiling 192 X 192 mm Protrusion from ceiling 24 mm For 100 Ducts Footprinton Wall ceiling 125 X 125 mm Protrusion from Wall ceiling 17 mm For 150 Ducts Footprint on Wall eiling 188 X 188 mm Protrusion from Wall ceiling 17 mm Indoor Grille Outdoor Grille Fig 5 Fig 6 Fig 6 Description how to mount the grille onto the ceiling eave Step 1 Remove the louvre Step 4 Replace the mesh and ...

Page 4: ... using the cable ties provided Pass the duct through the outlet hole and mount the outlet grille to the ceiling eave 8 Slide the free end of the duct onto the outlet end of the fan engine and secure it with duct tape 9 Pass the duct through the inlet hole and attach duct to the inlet grille using the cable ties provided Mount the inlet grille to the ceiling 10 Slide the free end of the duct onto t...

Page 5: ...these conditions the life of the fan motor can be significantly reduced 6 This product should not be enclosed in thermal insulation as it may cause the unit to overheat 7 This product has been designed to operate in ambient temperatures from 0 C to 50 C 8 This product contains no serviceable parts and no attempt should be made to repair it If the product is faulty it should be discarded 9 If the s...

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