Miele PDR 910-510 EL Professional Tumble Dryer Instruction Manual

Miele PDR 910-510 EL Professional Tumble Dryer Instruction Manual

PDR 910/510 EL

Installation requirements

Risk of injury or damage to property due to improper installation.
Incorrect installation of the tumble dryer can lead to personal injury or damage to property.
The tumble dryer must only be installed and commissioned by Miele Customer Service Department or an authorised dealer.

The tumble dryer must be installed in accordance with all relevant regulations and standards.

• The dryer must only be operated in a room that has sufficient ventilation and which is frost-free.
• The tumble dryer must not be installed behind a closeable door or a sliding door. The maximum opening angle of the tumble dryer door must not be limited by objects or doors. It must be possible to fully open the tumble dryer door at any time.

Electrical connection

The electrical connection must be established by a qualified electrician.

• The electrical connection may only be made to an electrical system provided in accordance with all appropriate local and national legislation, regulations and guidelines. Please also observe the regulations set out by your insurance provider and energy supplier, accident prevention regulations, as well as recognised codes of practice.
• Reliable and safe operation of this tumble dryer is only ensured if it has been connected to the mains electricity supply.

The required supply voltage, power rating and fuse rating can be found on the data plate on the tumble dryer. Ensure that the supply voltage matches the voltage quoted on the data plate before establishing the electrical connection to the tumble dryer.

Connection to a supply voltage other than the one quoted on the data plate can damage the tumble dryer if the voltage is too high.

If more than one voltage is specified on the data plate, the tumble dryer can be converted for connection to the relevant input voltage.
This conversion must be performed by the Miele Customer Service Department or by an authorised dealer. During the conversion, the wiring instructions given on the wiring diagram must be followed.

Tip: We recommend connecting the tumble dryer to the power supply via a plug and socket so that it is easier to conduct electrical safety checks (e.g. during maintenance or repair work).

It is advisable to connect the product via a suitably rated plug and socket in accordance with IEC-60309, otherwise for a hardwired connection an all pole means of isolation must be installed at the site.

An isolation device is a switch which ensures a contact opening of more than 3 mm. These include circuit breakers, fuses and contactors (IEC/EN 60947).

If the mains supply cannot be permanently disconnected, the isolation device (including plug and socket) must be safeguarded against being switched on either unintentionally or without authorisation.

• The tumble dryer must not be connected to devices such as timers which would switch it off automatically.
  If local regulations require that a residual current device (RCD) is installed, a type B residual current device (sensitive to universal current) must be used.

• If local and national installation specifications require equipotential bonding, good galvanic contact must be guaranteed. Equipotential bonding must have an earth current rating > 10 mA.

Supply air and exhaust air management

Ventilation

The air required for drying is taken from the room where the tumble dryer is installed.
Ensure sufficient room ventilation, e.g. by means of ventilation openings that cannot be closed in the exterior wall.

• It must not be possible to seal off ventilation openings.

• The room ventilation is only working properly if no low pressure occurs.
  Avoid low pressure, e.g. by means of ventilation openings in the exterior wall.

• For each tumble dryer, there must be a cross section of 237 cm2 per ventilation opening.

The tumble dryer draws in air at the back. Therefore, there must be a sufficiently large gap between the back of the machine and the wall.
This would otherwise hinder a sufficient flow of air as well as the operational performance of the tumble dryer.
Observe the necessary spacing between the machine and the wall.
Do not reduce the gap between the bottom of the tumble dryer and the floor (e.g. plinth facings, deep pile carpet).

Exhaust air management

The tumble dryer must only be operated if the humid exhaust air generated during drying is led outside through an installed vent ducting.

Exceptions regarding the design of the exhaust air management system must be designed in accordance with the applicable local building regulations. Seek approval from the relevant building inspector.

• While installing the ducting, keep the tumble dryer disconnected from the mains power supply.

• Make sure that the plug connections are fully sealed.

• Only use heat-resistant materials with a temperature resistance of at least 80 °C.

• Condensation will form in the exhaust air management system. A condensate drain must therefore be placed at the lowest point in the system.
  The opening of the vent ducting (e.g. a wall pipe) must be arranged in such a way that the humid exhaust air:

• Does not flow back into the room where the tumble dryer is installed.

• Does cause damage or unacceptable disturbance.

The air required for drying is taken from the room where the dryer is installed. You must therefore ensure that the room is sufficiently ventilated.
Otherwise, there is a risk of suffocation due to exhaust gases being sucked back from other technical systems or fuel-burning installations, and the drying time will be much longer.

The following should be avoided:

• Long vent ducting
• Too many tight bends or elbows

Use:

• For the vent ducting: exhaust hose* or a plastic waste water pipe (e.g. HT piping systems) with a minimum diameter of 100 mm.
• *optional accessories

Calculating the total ducting length

The friction of the vent ducting with its bends and various components provides resistance to the flow of air. This friction resistance is expressed as a relative pipe length. The relative pipe length indicates how much greater the resistance of a bend is, for example, when compared to 1 metre of a straight plastic waste water pipe (table I).
Adding together the relative pipe lengths for all of the components gives the total ducting length. The total ducting length expresses the resistance of the entire exhaust air system.
As a larger duct diameter has a lower flow resistance, a longer duct requires a greater duct diameter (table II).

Procedure

1. Measure the length needed for the straight sections of ducting.
   Multiply this value by the corresponding relative pipe length from table I.

2. Calculate the number of bends and components needed. Use
   Table I to help you add together their relative pipe lengths.

3. Add together all of the relative pipe lengths calculated above in order to calculate the total ducting length.

4. Refer to Table II for the pipe diameter needed for the total ducting length.

Sample calculation

Result: the total ducting length is less than 20 m (as per Table II). A pipe diameter of 100 mm will therefore suffice.

Exhaust air management with plug-in pipes

You will need

– the connector (supplied).
– pipes and connecting pieces from a suitable retailer.

Only use heat-resistant materials with a temperature resistance of at least 80 °C.

• Install the connector (1) and the pipe (2).
• Wrap heat-resistant metallic tape around plug connections.

Exhaust air management with flexible aluminium hose

You will need
– the adapter (supplied).
– Flexible aluminium exhaust air hose (optional accessory).

• Install the adapter (1) and the flexible aluminium exhaust air hose (2).

Wrap heat-resistant metallic tape around plug connections.

Shared exhaust air ducts

A shared exhaust air duct is only permitted in exceptional cases.
The shared exhaust air duct must be approved by the relevant building inspector.

A non-return flap must be installed for each tumble dryer.
Otherwise, the tumble dryers may be damaged by a backflow of condensation and their electrical safety could be affected.

If 3—5 tumble dryers are installed on one shared exhaust air duct, the pipe diameter D must be increased.

Floor anchoring
Miele generally recommends securing both of the tumble dryer’s front screw feet to the floor with tensioning strips.
In the following cases, the tumble dryer must be secured to the floor with tensioning strips:
– When installing on a plinth
– On an offshore installation

Optional accessories
Only use genuine Miele spare parts and accessories with this machine.
Using spare parts or accessories from other manufacturers will invalidate the warranty, and Miele cannot accept liability.

Communication box

The optional communication box allows external hardware from Miele and other suppliers to be connected to the Miele Professional machine.
External hardware includes, e.g. payment system, peak-load system, pressure sensor or an external vent flap.
The communication box is supplied with mains voltage by the Miele Professional machine.
The separately available set consists of the communication box and fasteners for installation on the machine or on the wall.

Payment systems

This tumble dryer can be fitted with a payment system (optional Miele accessory). In this case, a Miele Customer Service technician must programme the relevant settings in the tumble dryer’s electronics and connect the payment system.

XKM 3200 WL PLT

The optional Miele communication module can be used to establish a data connection between a Miele Professional machine and a data processor in accordance with the Ethernet or WiFi standard.
This communication module fits into the communication slot which is a standard feature on all machines. The communication module offers the option of intelligent app-based communication with external systems (such as central smart payment terminals or payment systems).
In addition, it can display detailed machine and programme status information.
This module forms the basis for wired communication with Miele MOVE.

It is not possible to integrate the machine into the “Miele@home” app for domestic installations.

The communication module is intended exclusively for commercial use and is supplied with mains voltage directly via the Miele Professional machine. No additional power connection is required. The
Ethernet interface provided via the communication module complies with SELV (safety extra low voltage) requirements in accordance with EN 60950. Connected external machines must also comply with SELV.

Plinth

The tumble dryer can be installed on a plinth (open or box plinth, available as an optional Miele accessory).
Elevating the tumble dryer gives a better ergonomic working position when loading or unloading.

Risk of injury and damage due to missing fastenings.
When installing on a plinth, an unsecured tumble dryer can slip and fall off the plinth.
If the tumble dryer is installed on an existing on-site plinth, it must be secured.
The plinth must be secured to the floor.

Machine connections

Dimensions quoted in millimetres

1. Electrical connection

2. Gas connection (only for gas-heated variants)

3. Exhaust duct

4. Connection for communication module
   The optional communication module can be used to establish a data connection in accordance with the Ethernet or WiFi standard.

5. Rotary control (PDR 5xx only)

6. Communication box (optional)
   For setting up a connection with external systems

7. Connection for communication box

Machine connections with plinth

Dimensions quoted in millimetres

1. Electrical connection

2. Gas connection (only for gas-heated variants)

3. Exhaust duct

4. Connection for communication module
   The optional communication module can be used to establish a data connection in accordance with the Ethernet or WiFi standard.

5. Rotary control (PDR 5xx only)

6. Communication box (optional)
   For setting up a connection with external systems

7. Connection for communication box

Installation

Dimensions quoted in millimetres

1. Electrical connection

2. Gas connection (only for gas-heated variants)

3. Exhaust duct

4. Connection for communication module
   The optional communication module can be used to establish a data connection in accordance with the Ethernet or WiFi standard.

5. Rotary control (PDR 5xx only)

6. Communication box (optional)
   For setting up a connection with external systems

7. Connection for communication box

Installation with plinth

Dimensions quoted in millimetres

1. Electrical connection

2. Gas connection (only for gas-heated variants)

3. Exhaust duct

4. Connection for communication module
   The optional communication module can be used to establish a data connection in accordance with the Ethernet or WiFi standard.

5. Rotary control (PDR 5xx only)

6. Communication box (optional)
   For setting up a connection with external systems

7. Connection for communication box

Installation

Dimensions quoted in millimetres
F Screw foot

Installation with plinth

Dimensions quoted in millimetres
F Screw foot

Floor anchoring

Dimensions quoted in millimetres
B Drill hole/anchor point

Floor anchoring with plinth

Possible voltage variants

Technical data

Equipotential bonding
Connection with male thread 10×35 mm
Washers and nuts M10
If local and national installation specifications require equipotential bonding, good galvanic contact must be guaranteed. Accessories for equipotential bonding are not supplied and need to be ordered separately.

Miele & Cie. KG
Carl-Miele-Straße 29
33332 Gütersloh
Germany
Telefon: 05241 89-0
Internet: www.miele.com/professional

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