Miele S424I Hose with Handle Instruction Manual
- June 3, 2024
- Miele
Table of Contents
- Front view
- Rear view
- Removing the transit bars
- Fitting the transit bars
- Opening the covers
- Levelling the machine
- Washer-dryer stack
- The water protection system
- Connection to the water supply
- Maintenance
- Water drainage
- Electrical connection
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Miele S424I Hose with Handle Instruction Manual
Front view
- Inlet hose with Waterproof system
- Mains connection cable
- Flexible drain hose (with detachable swivel elbow)
- Control panel
- Detergent dispenser drawer
- Door
- Access to filters, pumps and emergency release
- Access panel for TwinDos cartridges
- Four height-adjustable feet
Rear view
- Drain hose
- Transport clips for inlet and drain hoses and mains connection cable
- Mains connection cabled Protruding lid for holding when moving the machine
- Inlet hose with Waterproof system
- Safety caps for transit bars
- Transport clips for inlet and drain hoses and for storing transit bars when not in use
Installation surface
A concrete floor is the most suitable installation surface. It is far less prone to vibration during the spin cycle than wooden floorboards or a carpeted surface.
Please note:
-
The machine must be level and securely positioned.
-
To avoid vibrations during spinning, the machine should not be installed on soft floor coverings.
If installing on a wooden joist floor: -
Install the machine on a plywood base (at least 59 x 52 x 3 cm). The base should span several joists and be bolted to the joists and not only to the floorboards. Check for the presence of pipes and cables first.
Tip : If possible, install the machine in a corner. This is usually the most stable part of the floor.
Injury can occur if the washing machine has not been adequately secured.
During installation, the washing machine must be secured on a plinth to be
made available on site (concrete or brick), in order to ensure it cannot fall
or slip.
Secure the washing machine using a clamp/fastening bracket (MTS floor mounting
kit – available from your Miele dealer or Miele spare parts department).
Removing the transit bars
Removing the left-hand transit bar
-
Push the cover out and turn the lefthand transit bar 90° using the spanner supplied.
-
Push the cover out and turn the lefthand transit bar 90° using the spanner supplied.
-
Withdraw the transit bar
-
Withdraw the transit bar.
Covering holes
Risk of injury from sharp edges. There is a risk of injury from reaching into holes that are not covered. Cover the holes for the transit bars after they have been removed.
- Push the covers in firmly until they engage in position.
Securing the transit bars
- Secure the transit bars to the back of the washing machine. Make sure that the top catch is located above the holder.
Risk of damage from incorrect
transport.
The washing machine may become damaged if moved without the transit bars in
place. Keep the transit bars in a safe place. Fit them again if the machine is
to be moved (e.g. when moving house).
Fitting the transit bars
Opening the covers
- Press against the retainer with a sharp object (a narrow screwdriver, for example). The cover opens. Fitting the transit bars
- To fit the bars, follow the instructions for removing them in reverse order.
Tip: The bars will slide in more easily if you lift the drum slightly
Levelling the machine
The washing machine must stand perfectly level on all four feet to ensure safe
and proper operation.
Incorrect installation may increase electricity and water consumption and may
cause the machine to move about.
Screwing out and adjusting the feet
The four adjustable screw feet are used for levelling the washing machine. The machine is supplied with all four feet are screwed in.
-
Using the spanner supplied, turn counter nut 2 in a clockwise direction. Then turn counter nut 2 together with foot 1 to unscrew.
-
Use a level to check that the washing machine is standing level.
-
Hold foot 1 securely with a pipe wrench. Turn counter nut 2 again using the spanner supplied until it sits firmly up against the housing.
Risk of damage due to incorrectly aligned washing machine. There is a danger
of the washing machine moving about if the feet are not secured.
Turn all four counter nuts for the feet until they sit firmly up against the
housing. Please also check this for the feet which did not need adjustment.
Installing under a continuous worktop
Risk of electric shock due to exposed cables.
There is a risk of coming into contact with live parts while the lid is
removed.
Do not remove the washing machine lid.
This washing machine (with lid intact) can be pushed under a countertop if there is space to do so.
Washer-dryer stack
The washing machine can be combined with a Miele tumble dryer in a washerdryer
stack. The appropriate “WTV” stacking kit to match your dryer is required.
All parts marked are available from your Dealer or Miele.
Please note:
a = at least 2 cm
b = WTV without drawer: 172 cm
WTV with drawer: 181 cm
c = 65 cm
The water protection system
The Miele water protection system protects all parts of the washing machine
from water damage.
The system consists of three main components:
- the inlet hose
- the electronic unit and drainage and overflow protection
- the drain hose.
The Waterproof System (WPS)
- Two solenoid valves
- Double-skinned inlet hose
- Sump
- Float switch
- Electronic unit
- Drain pump
Inlet hose
- The casing on the inlet hose contains two solenoid valves 1, which cut off the water intake directly at the stopcock. These valves provide twofold protection. In the event that one of the valves is faulty, the other valve will cut off the water intake. Blocking the water intake at the stopcock means that the inlet hose is only under pressure whilst water is being taken into the machine. For the remainder of the time, pressure on the inlet hose is negligible.
- Protection against the solenoid valves bursting The solenoid valves are pressure tested to between 7,000 kPa and 10,000 kPa against bursting.
- The double-skinned inlet hose 2 has a pressure-resistant inner hose and a protective sleeve. Any leaking water is fed into the sump 3 through this protective sleeve. A float switch 4 closes the solenoid valves, preventing any more water flowing into the machine and water in the suds container is pumped away.
The electronic unit 5 and drainage and overflow protection
- Drainage protection Any leaking water is collected in the sump1 in the base of the machine. A float switch 2 closes the solenoid valves 3, preventing any more water from flowing into the machine and water in the suds container is pumped away.
- Overflow protection If the water level exceeds a certain level, the drain pump 4 switches in and pumps the excess water away in a controlled manner. Should the water level rise repeatedly in an uncontrolled way, the drain pump 5 will switch on continuously, the washing machine will indicate that there is a fault and a tone will sound.
Drain hose
The drain hose is protected by a ventilation system which prevents the washing machine from being emptiedcompletely.
Connection to the water supply
Health risk and risk of damage due to contaminated incoming water. The quality
of the incoming water must correspond to the drinking water specification of
the country in which the washing machine is being operated.
Always connect the washing machine to the mains water supply.
Risk of electric shock!
There are electrical wires in the water inlet hose.
The inlet hose must not be connected in an area subject to spray water, e.g.
in a bathroom or shower room.
The washing machine should be connected to the mains water supply in accordance with current local and national safety regulations. The German authorities do not require it to have a non-return valve as the washing machine has been designed to comply with DIN regulations.
The water-connection pressure needs to be between 100 kPa and 1000 kPa. If the water-connection pressure exceeds 1000 kPa, a pressure reducing valve must be installed.
A stopcock with a ¾ inch threaded union is required for the connection. If this is not available, only a qualified installer may connect the washing machine to the mains water supply.
The connection point is subject to mains water pressure. Turn on the stopcock
slowly and check for leaks. Correct the position of the washer and the
threaded union if necessary.
The washing machine is not suitable for connection to a hot water supply. The
washing machine must not be connected to a hot water supply.
Maintenance
Only use a Miele Waterproof system hose should you need a replacement.
Damage caused by dirty water. This washing machine has a filter in the hose connection to the casing to protect the solenoid valve. This filter must not be removed.
Hose extension
A 1.5 metre long (metal) extension hose is available from your Miele dealer or the Miele Spare Parts Department as an optional extra.
This hose is tested to withstand pressures of up to 14,000 kPa and can be used as a flexible extension to the water supply.
Water drainage
The suds are drained through a drain pump with a 1 m delivery head. For the
water to drain freely, the hose must be free of kinks.
If required, the hose can be extended to a length of up to 5 m. Accessories
are available from Miele or from your Miele dealer.
For a delivery head of more than 1 m (up to a max. of 1.8 m) a replacement drain pump will need to be fitted. Please contact Miele for advice. For a delivery head of 1.8 m the hose can be extended to a length of up to 2.5 m. Accessories are available from Miele or from your Miele dealer.
Drainage options:
-
Directed into a sink or basin:
Please note:- Hook the hose over the edge and secure it.
- If the water is pumped into a washbasin, make sure that it can drain away freely. Otherwise there is a risk of water overflowing or of some of the drained water being sucked back into the machine.
-
Connected securely to a plastic drain pipe with a rubber nipple (there is no need to use a siphon).
-
Connected securely to a floor drain (gully).
-
Connected securely to a washbasin with plastic nipple.
Please note:
- Adapter
- Spigot nut
- Hose clip
- End of the hose
- Fit adapter 1 to the sink drain outlet using nut 2.
- Attach the end of hose 3 to adapter 4
- Use a screwdriver to tighten hose clip 5 up close to the nut.
Electrical connection
The washing machine is supplied with an electrical connection cable with moulded plug ready for connection to a switched socket.
The socket must be easily accessible after the washing machine has been installed. If that is not possible, ensure that a suitable means of disconnection is provided on the installation side for each pole.
Risk of fire from overheating. Connecting the washing machine to a multi-
socket plug adapter or to an extension lead can overload the cable.
Do not use an extension lead or multi-socket plug adapter.
The electrical system must comply with local and national safety regulations
(BS 7671 in the UK). We recommend the use of a suitable RCD .
If the connection cable is damaged, it must only be replaced with a
specificconnection cable of the same type (available from the Miele Customer
Service Department). For safety reasons, such replacement may only be carried
out by a qualified technician or the Miele Customer Service Department.
The data plate indicates the nominal power consumption and the appropriate
fuse rating. Compare the specifications on the data plate with those of the
electricity supply and make sure that they match. If in any doubt, consult a
qualified electrician. Temporary or permanent operation on an autonomous power
supply system or a power supply system that is not synchronised with the mains
power supply (e.g. island networks, back-up systems) is possible. A
prerequisite for operation is that the power supply system complies with the
specifications of EN 50160 or an equivalent standard. The function and
operation of the protective measures provided in the domestic electrical
installation and in this Miele product must also be maintained in isolated
operation or in operation that is not synchronised with the mains power
supply, or these measures must be replaced by equivalent measures in the
installation. As described, for example, in the current version of BS OHSAS
18001–2 ISO 45001.
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