LC95150 - Range hood SIEMENS - Free user manual and instructions

Product type	Decorative kitchen hood
Brand	Siemens
Model	LC95150
Dimensions (W x D x H)	90 cm x 50 cm x 60-100 cm (adjustable chimney)
Weight	15 kg
Power supply	220-240 V, 50/60 Hz
Motor power	250 W
Lighting	2 LED bulbs 3 W each
Maximum airflow	600 m³/h
Noise level	55 dB (A) at normal speed
Energy class	A
Grease filters	Dishwasher-safe metal
Activated carbon filter	Optional, replacement recommended every 6 months
Controls	3 mechanical speeds + lighting
Extraction function	Yes, with external outlet Ø 150 mm
Recirculation function	Yes, with carbon filter
Filter maintenance	Clean every month, replace charcoal filter if used
Cleaning the hood	With a damp cloth and mild detergent
Safety	Automatic shut-off in case of overheating
Spare parts available	Bulbs, filters, motor, remote control (optional)
Repairability	Repairability index 7.5/10 (according to French regulations)

Frequently Asked Questions - LC95150 SIEMENS

How to install the Siemens LC95150 hood?

Installation must be carried out by a qualified professional. The hood is mounted on the wall or under a cabinet. Observe safety distances from the hob (minimum 65 cm for electric hob, 75 cm for gas hob). Ensure the exhaust duct is properly connected.

How to clean the grease filters of the hood?

The metal grease filters can be cleaned in the dishwasher or by hand with warm soapy water. Let them dry completely before reinstalling. Regular cleaning (monthly) ensures good performance.

When should the activated carbon filter be replaced?

The activated carbon filter should be replaced approximately every 6 months, depending on usage. It is not washable and must be replaced with a new one. Persistent odor or decreased performance indicates it is time to replace it.

How to adjust the hood speed?

The hood has 3 mechanical speeds. Use the buttons on the front panel. Speed 1 for gentle cooking, speed 2 for normal cooking, and speed 3 for strong fumes.

The hood makes an abnormal noise, what to do?

Check that the filters are not blocked and that the installation is stable. If the noise persists, it may come from the motor. Contact a certified after-sales service for diagnosis.

How to turn on the hood lighting?

Press the dedicated lighting button. The integrated LED bulbs turn on. If they no longer work, replace them with compatible LED bulbs (3 W, GU10 base).

Can I use the hood in recirculation mode without an external outlet?

Yes, you must install an activated carbon filter (sold separately). The hood draws in air, the carbon filter neutralizes odors, then the air is returned to the kitchen.

What is the minimum height between the hood and the hob?

The minimum safety distance is 65 cm for an electric hob and 75 cm for a gas hob. Respect these distances to avoid any risk of fire.

How to replace a hood bulb?

Disconnect the power supply. Remove the bulb cover, unscrew the old bulb and replace it with a new one of the same type (LED, 3 W, GU10 base). Replace the cover and restore power.

Is the remote control supplied with the hood?

The Siemens LC95150 hood is supplied without a remote control. However, an optional remote control can be purchased separately to control speeds and lighting remotely.

USER MANUAL LC95150 SIEMENS

Old appliances are not worthless rubbish. Valuable raw materials can be reclaimed by recycling old appliances. Before disposing of your old appliance, render it unusable. You received your new appliance in a protective shipping carton. All packaging materials are environmentally friendly and recyclable. Please contribute to a better environment by disposing of packaging materials in an environmentally-friendly manner. Please ask your dealer or inquire at your local authority about current means of disposal. The extractor hood can be used in exhaust air or circulating air mode. The applicable regulations of the power supply company and compliance of local and national building regulations must be observed when installing air extractors (overhead and table top downdraught) in permanent dwellings. Always mount the extractor hood over the centre of the hob. Minimum distance between electric hob and bottom edge of extractor hood: 550 mm, Fig. 1. The extractor hood must not be installed over a solid fuel cooker – a potential fire hazard (e.g. flying sparks) – unless the cooker features a closed, non-removable cover and all national regulations are observed. The smaller the gap between the extractor hood and hotplates, the greater the likelihood that droplets will form on the underside of the extractor hood.

Additional information concerning gas cookers:

When installing gas hotplates, comply with the relevant national statutory regulations (e.g. in Germany: Technische Regeln Gasinstallation TRGI). Always comply with the currently valid regulations and installation instructions supplied by the gas appliance manufacturer. Only one side of the extractor hood may be installed next to a high-sided unit or high wall. Gap at least 50 mm. Minimum distance on gas hotplates between the upper edge of the trivet and lower edge of the extractor hood: 650 mm, Fig. 1

LC 97050:

750 mm, Fig. 1.

This appliance is labelled in accordance with European Directive 2002/96/EG concerning used electrical and electronic appliances (waste electrical and electronic equipment – WEEE). The guideline determines the framework for the return and recycling of used appliances as applicable throughout the EU.

Prior to installation

Exhaust-air mode Fig. 2

The exhaust air is discharged upwards through a ventilation shaft or directly through the outside wall into the open.

Exhaust air should neither be directed into a smoke or exhaust flue that is currently used for other purposes, nor into a shaft that is used for ventilating rooms in which stoves or fireplaces are also located.

Exhaust air may be discharged in accordance with official and statutory regulations only (e.g. national building regulations).

Local authority regulations must be observed when discharging air into smoke or exhaust flues that are not otherwise in use.

When the extractor hood is operated in exhaust-air mode simultaneously with a different burner which also makes use of the same chimney (such as gas, oil or coal-fired heaters, continuous-flow heaters, hot-water boilers) care must be taken to ensure that there is an adequate supply of fresh air which will be needed by the burner for combustion.

Safe operation is possible provided that the underpressure in the room where the burner is installed does not exceed 4 Pa (0.04 mbar).

This can be achieved if combustion air can flow through non-lockable openings, e.g. in doors, windows and via the air-intake/exhaust-air wall box or by other technical measures, such as reciprocal interlocking, etc.

If the air intake is inadequate, there is a risk of poisoning from combustion gases which are drawn back into the room.

An air-intake/exhaust-air wall box by itself is no guarantee that the limiting value will not be exceeded.

Note: When assessing the overall requirement, the combined ventilation system for the entire household must be taken into consideration. This rule does not apply to the use of cooking appliances, such as hobs and ovens.

Unrestricted operation is possible if the extractor hood is used in recirculating mode – with activated carbon filter.

If the exhaust air is going to be discharged into the open, a telescopic wall box should be fitted into the outside wall.

For optimum extractor hood efficiency:

☐ Short, smooth air exhaust pipe. ☐ As few bends in the pipe as possible. ☐ Diameter of pipe to be as large as possible and no tight bends in pipe. If long, rough exhaust-air pipes, many pipe bends or smaller pipe diameters are used, the air extraction rate will no longer be at an optimum level and there will be an increase in noise.

☐ Round pipes: We recommend Internal diameter: 150 mm (at least 120 mm).

☐ Flat ducts must have an internal cross-section that equates to that of round pipes.

There should be no sharp bends.

∅ 120 mm approx. 113 cm

∅ 150 mm approx. 177 cm

☐ If pipes have different diameters: Insert sealing strip.

☐ For exhaust-air mode, ensure that there is an adequate supply of fresh air.

Connecting a φ 150 mm exhaust-air pipe:

☐ Mount the pipe directly onto the air outlet on the hood.

Connecting a φ 120 mm exhaust-air pipe:

☐ Place the reducing connecting piece onto the air connecting piece – Fig. 3 – and fasten the exhaust pipe to it.

☐ Attach the exhaust-air pipe to the reducing connector.

Circulating-air mode Fig. 4

☐ With activated carbon filter if exhaust-air mode is not possible.

⚠️ If the extractor hood is suitable for circulating-air mode, you can purchase the complete installation set at specialist outlets.

Preparing the ceiling

☐ The ceiling must be flat and horizontal. ☐ Ensure that the ceiling is capable of providing a firm hold for mounting screws and plugs. The enclosed plugs are suitable for concrete and stonework. If the ceiling is made of any other material, use appropriate mounting components.

Weight in kg:

	Exhaust air	Recirculating air
DIE975A	32	34
DIE995F	48	50
DIE945E	41	43
LC91150	41	43
LC97050	41	43
LC95950	32	34
LC95150	35	37
LC92950	41	43
D8150N1	29	31
D8150N2	29	31
D91E1N0	41	43

We reserve the right to construction changes within the context of technical development.

Electrical connection

WARNING: THIS APPLIANCE MUST BE EARTHED

IMPORTANT: Fitting a Different Plug:

The wires in the mains lead are coloured in accordance with the following code:

Green and Yellow – Earth

Blue - Neutral

Brown – Live

If you fit your own plug, the colours of these wires may not correspond with the identifying marks on the plug terminals.

This is what you have to do:

1. Connect the green and yellow (Earth) wire to the terminal in the plug marked 'E' or with the symbol (≡), or coloured green or green and yellow.
2. Connect the blue (Neutral) wire to the terminal in the plug marked 'N' or coloured black.
3. Connect the brown (Live) wire to the terminal marked 'L', or coloured red.

The extractor hood should only be connected to an earthed socket that has been installed according to relevant regulations.

If possible, site the earthed socket directly above the chimney panelling in the ceiling.

Electrical data:

Are to be found on the name plate inside the appliance after removal of the filter frame.

⚠️Before undertaking any repairs, always disconnect the extractor hood from the electricity supply.

Length of the connecting cable: 1.30 m.

If it is necessary to wire the extractor hood directly into the mains:

The extractor hood should only be connected to the electricity supply by a properly qualified electrician.

A separator must be installed in the household circuit. A suitable separator is a switch that has a contact gap of more than 3 mm and interrupts all poles. Such devices include circuit breakers and contactors.

⚠️If the connecting cable for this appliance is damaged, the cable must be replaced by the manufacturer or his customer service or a similarly qualified person in order to prevent serious injury to the user.

This extractor hood corresponds to EC regulations concerning RF interference suppression.

Installation

The extractor hood is designed to be fitted to the kitchen ceiling or a rigid suspended ceiling.

⚠ Ensure that the minimum distance between hotplate and extractor hood is 550 mm for electric hotplates and 650 mm (LC 97050: 750 mm) for gas hotplates.

1. Mark the centre point of the extractor hood on the ceiling.
2. Using the template, mark screw positions on the ceiling. Fig. 5.
3. Drill the 8 mm ∅ fixing holes and insert the wall plugs into the holes. Fig. 5.
4. Screw on the support frame. Fig. 5.

Installation

1. Attach the upper flue to the support frame with the 2 screws. Fig. 6.
2. Remove the protective film from the top part of the flue.

⚠ Attention: Do not damage the sensitive stainless-steel surfaces.

1. Push up the lower part of the flue and secure to prevent it from falling down. Fig. 6.
2. DIE 975 A only; place the glass screen on the hood. Fig. 7.
3. Install the extractor hood in the support frame and screw into position at the required height. Fig. 6.

☐ Extractor hood can be aligned via the elongated holes.

1. Connect the pipe.
2. Connect the power.
3. Very carefully push down the lower part of the flue.
4. DIE 975 A only – Raise the glass screen and remove the protective film from the adhesive strips.

Attach the glass screen and press into place. Fig. 7.

1. DIE 995 F only – Install 2 glass screens. Fig. 8.

Changing over from exhaust-air to recirculating mode

The electronic control system has been set up in the factory for the mode applicable to the extractor hood version which you have purchased. If it becomes necessary to change the mode, the electronic control system must also be changed over.

Change over procedure:

The extractor hood must have been connected up and should be switched off.

For hood with round push buttons ...

1. Press for some seconds at the same time the push buttons Light and Timer, you will have appearing in the display the symbol at the side which will be followed by the 0.
2. Each time you press the Light push buttons, it is possible to change the shown value from 0 (exhaust air) to 1 (recirculation mode) and vice versa.
3. Press the push button 0 to confirm choice selected in previous point.

For hood with rectangular push buttons ...

1. Press and hold the 0 button.
2. While the ☐ is displayed, press the 📄→1 button until ┌ or = is displayed. When this has taken place, release the button.

Changing from exhaust-air to recirculating mode:

☐ goes out shortly afterwards.

The electronic control system will then have been selected to recirculating mode.

Changing from recirculation to exhaust air mode:

☐ goes out shortly afterwards.

The electronic control system will then have been selected to exhaust air mode.

Important notes

LC 97050: 750 mm, Fig. 1.

LC 97050: 750 mm, (Fig. 1).

Before installation

Before installation

Before installation

Exhaust air, figure 2

LC 97050: 750 mm, fig. 1.

Before installation

Exhaust operation, fig. 2

Before installation

Before installation

Exhaust, Fig. 2

Exhaust air mode, Fig. 2

Fig. 3

Fig. 4

Fig. 5

Fig. 6

Fig. 7

Fig. 8