Miele 11, 763, 781 Compact C1 Pure Suction User Manual

11, 763, 781 Compact C1 Pure Suction
User Manual

Caring for the environment

Disposal of the packaging material
The packaging material protects the Connector Box from transport damage. The packaging materials used are selected from materials which are environmentally friendly for disposal and can therefore be recycled.
Recycling the packaging material reduces the use of raw materials in the manufacturing process and also reduces the amount of waste in landfill sites. Your dealer will take the packaging material away.
Disposing of your old appliance
Electrical and electronic appliances often contain valuable materials. They also contain specific materials, compounds and components, which were essential for their correct function and safety. These could be hazardous to human health and to the environment if disposed of with your domestic waste or if handled incorrectly. Please do not, therefore, dispose of your old appliance with your household waste.
Please dispose of it at your local community waste collection/recycling centre for electrical and electronic appliances, or contact your dealer or Miele for advice. You are also responsible for deleting any personal data that may be stored on the appliance being disposed of. Please ensure that your old appliance poses no risk to children while being stored prior to disposal.

Warning and Safety instructions

This Connector Box complies with all relevant current safety requirements. Inappropriate use can, however, lead to personal injury and damage to property.
First read these operating and installation instructions for the Connector Box. They contain important information on the safety, use and maintenance of the Connector Box. This prevents both personal injury and damage to the machine.
Keep these operating and installation instructions in a safe place and pass them on to any future owner.
Correct application

• The Connector Box is intended to be used solely to establish a connection between a Miele Professional washing machine and external hardware, such as a peak-load negotiation system, a coin payment device, an additional fan, an exhaust valve or dispenser pumps. Any other applications may be dangerous. Miele cannot be held liable for damage resulting from incorrect or improper use or operation.
• The Connector Box box is intended to be used exclusively in conjunction with Miele Professional machines with a connection coupling that has been fitted at the factory.

Technical safety

• The Connector Box must only be installed and assembled by qualified electricians who have made sure that the conditions for its correct use are met.
• Before installation, check the Connector Box for visible signs of damage. Do not install or use a damaged Connector Box.
• The Connector Box must not be repaired in the event that it displays a defect or damage. In such cases, the Connector Box must be replaced by a new one.
• The Connector Box is only disconnected from the mains power supply if the Miele Professional washing machine has been disconnected in accordance with the specifications provided in the operating and installation instructions.
• The mains connection cables between the Miele Professional washing machine and Connector Box must not become trapped.
• The Connector Box must be assembled on site or mounted on the washing machine with a special machine attachment (optional accessory).
• The Connector Box must be accessible after being mounted on a wall to enable service work to be carried out.
• The mains connection cables for the Connector Box must be assembled and routed correctly.
• The cable strain relief fixtures as well as the cable glands and counter nuts supplied by the factory to connect external hardware must be used.

Functional description

How it works
The Connector Box allows external hardware from Miele and other suppliers to be connected to the Miele Professional washing machine. External hardware includes ayment systems, dispensing systems, peak load systems, pressure sensors and external exhaust valves.
Connector Box functions:
Connector Box coding 1

• Dispensing 1–6
• Container empty signal 1–6
• Flow rate 1–3
• Peak-load negotiation
• Payment system
• Programme signals

Connector Box coding 2

• Dispensing 7–12
• Container empty signal 7–12
• Flow rate 4–6
• Water recovery
• Programme signals

Up to 2 boxes can be connected to a washing machine. The washing machine is equipped as standard with a connection for a Connector Box. To use a second Box, the APWM 020 kit must be ordered and installed by a qualified electrician.
The Connector Boxes can be connected to both connections of the washing machine, as only the coding decides which Connector Box is used. In the washing machine, the connections are connected in parallel and are therefore identical in terms of signalling.
The Connector Boxes must be coded for operation. The coding determines the function (see tables on coding 1/2 functions and current carrying capacity). Coding is also required when using one Box.
The Connector Boxes are coded as standard with the wire jumper plugged into connection 8.3. For the functions of Connector Box 1 (see tables on coding 1 functions and current carrying capacity), the wire jumper is plugged into connection 8.1. For the functions of Connector Box 2 (see tables on coding 2 functions and current carrying capacity), the wire jumper is plugged into connection 8.2.
For more information on how to activate the machine control, refer to the operating instructions of the washing machine. (“Supervisor level” chapter)
These operating and installation instructions primarily describe how to connect payment devices. Connections for external hardware other than payment devices must be made by persons authorised by the hardware manufacturer.

Installation

Before securing the Connector Box

• The Connector Box must be screwed into place properly on site. The dimensions of the holes to be drilled into the wall are quoted in Fig. B in the “ ” chapter at the end of these operating and installation instructions.
• Alternatively, the Connector Box can be attached to the wall using the adhesive strips provided. If you choose this option, please note:
  – The adhesive strips are attached along the outer edges and in the centre of the rear panel. See Fig. C in the “ ” chapter at the end of these operating and installation instructions.
  – The surface of the wall must be smooth and solid with no traces of grease or dust.
  – It must not be covered with textured wallpaper, textured plaster or any other surface finish with inadequate adhesion properties.
  – The maximum mounting height must not exceed 1.50\u00a0m.

Do not install the Connector Box above uncovered water holes, drain channels or similar systems.
Risk of electric shock caused by the Connector Box falling down off the wall and into water.
If it is not secured properly and correctly, the Connector Box can fall down off the wall, causing an electric shock.
If an Connector Box falls down off the wall, it must be taken out of service immediately. Replace the Connector Box with a new one or have it checked by the Miele Customer Service Department.

Carrying out the installation
Service and repair work must only be carried out by a suitably qualified electrician in accordance with all appropriate local and national safety requirements.

• Disconnect the Miele Professional washing machine from the mains voltage.
• Attach the Connector Box to the wall using the 4\u00a0screws (4 x 40) and plugs (S6) provided. See Fig. B in the “ ” chapter.
• Alternatively, the Connector Box can be attached to the wall using the adhesive strips provided. See Fig. C in the “ ” chapter.
• Establish the connection between the Connector Box and the Miele Professional washing machine and the external hardware (e.g. payment device).

When connecting external hardware provided by other manufacturers, the cable cross-section must not be less than 1.0 mm² with a maximum cable length of 2.50 m (98 ¹/₃”).
Mounting the cable strain relief
The mains connection cables of external hardware must be fastened to the Connector Box using cable glands and cable strain relief fixtures. See Fig. A in the “ ” chapter at the end of these operating and installation instructions.

• Remove the lid from the Connector Box (remove the 2\u00a0screws).

• Remove one or more of the cable strain relief fixtures 1.

• Stand the Connector Box on its narrow end so that the sealed connection holes are at the top.

• Using a screwdriver, press out the round indentation in the connection hole 2.
  Tip: Pierce through the groove round the edge at several places using a screwdriver.

• Insert the counter nut 3.

• Screw on the threaded fitting 4.
  Tip: Slide the screw cap 5 over the end of the mains connection cable for the external hardware.

• Guide the connection cable through the threaded fitting and into the Connector Box.

• Tighten the screw cap.
  The screw cap provides protection against moisture and dust.

• Secure the mains connection cable with the strain relief 6.

• Make the required connections for the external hardware in the Connector Box.

• Close the lid on the Connector Box (screw in the 2\u00a0screws).

Key for cable strain relief in Fig. A in the “ ” chapter

1. Cable strain relief fixtures
2. Connection hole
3. Counter nut
4. Threaded fitting
5. Screw cap
6. Cable strain relief with screws

Programming
Once the Connector Box has been installed, the settings for the external functions have to be made on the corresponding Miele Professional washing machine.
Follow the instructions provided in the operating and installation instructions for the Miele Professional washing machine.
To enable communication with external hardware (payment device, dispensing unit, etc.), settings/configurations need to be made on the Miele Professional washing machine.
Current carrying capacity of the inputs and outputs
During installation, make sure that the current consumption of the additional components to be connected does not exceed the permissible individual currents and total current consumption in the neutral conductor.
During installation, make sure that connecting the washing machine/tumble dryer in combination with the Connector Box and the associated hardware does not exceed the total fuse rating of the electricity supply.
The inputs and outputs are designed specifically for currents, as described in the “Current carrying capacity table” section.
The switching element for contact 3.3 is designed in such a way that a fan and frequency converter can be connected.
When connecting external hardware provided by other manufacturers, the cable cross-section must not be less than 1.0 mm² with a maximum cable length of 2.50 m (98 ¹/₃”).
Empty sensor
The empty sensor is connected to terminals 4.1 and 4.2. These meet safety extra-low voltage requirements (class III).
The specifications of the sensor manufacturer must be observed. The cables must be routed separately from all other cables.
Installing a payment system

Payment system in timed operation
The wiring diagram is provided at the end of these operating and installation instructions in section  (“Timed operation”).

• C4030, C4031, C4065, C4070, C4080
• C5003

Payment system in programme operation
The wiring diagram is provided at the end of these operating and installation instructions in section  (“Programme operation”).

• C4030, C4031, C4060, C4065, C4070, C4080
• C5002, C5004

Legend

| 7-pin coupling of the payment device
---|---
| The 7-pin coupling of the payment device can be removed to connect the cables directly with the Connector Box terminals.
Connector Box| Terminal sockets of the Connector Box
C| Schematic diagram of the electrical circuit in the payment
device
| Time operation
| Programme operation
| Symbol for PE terminal (earth)

Coding 1 function and current carrying capacity table

| App lication| Terminal assign ment| Signal| Signal direction| Current carrying capacity| Description and function
---|---|---|---|---|---|---
| Protective earth| PE| PE| ->| | Protective earth
PE| PE| ->| | Protective earth
PE| PE| ->| | Protective earth
PE| PE| ->| | Protective earth
Peak load| 1.1| L’| ->| 1.0 \u00a0 A| a Output switch-on message
1.2| N’| ->| 1.0 \u00a0 A| b Output heating demand
1.3| L’| <-| | c Input heating enable
1.4| N’| ->| | d Neutral conductor
| Payment system| 2.1| L’| ->| 0.5 \u00a0 A| Machine ready for operation
2.2| L’| ->| 0.5 \u00a0 A| Programme status
2.3| L’| <-| | Programme buying impulse
2.4| N’| <-| | Time buying signal
2.5| N’| ->| | Power supply
2.6| L’| ->|
| Dispensing| 3.1| N’| ->| 1.0 \u00a0 A| Ext. power supply
3.2| L’| ->| 1.0\u00a0 A
3.3| L’| ->| 1.0 \u00a0 A| Dispensing 1
3.4| N’| ->| 1.0 \u00a0 A
3.5| L’| ->| 1.0 \u00a0 A| Dispensing 2
3.6| N’| ->| 1.0 \u00a0 A
| Dispensing| 3.7| L’| ->| 1.0 \u00a0 A| Dispensing 3
3.8| N’| ->| 1.0 \u00a0 A
3.9| L’| ->| 1.0 \u00a0 A| Dispensing 4
3.10| N’| ->| 1.0\u00a0 A
| Dispensing| 3.11| L’| ->| 1.0 \u00a0 A| Dispensing 5
3.12| N’| ->| 1.0\u00a0 A
3.13| L’| ->| 1.0 \u00a0
A| Dispensing 6
3.14| N’| ->| 1.0 \u00a0 A
| Programme signals| 4.1| L’| ->| | Programme stop output
4.2| N’| ->|
4.3| L’| ->| | Block end output
4.4| N’| ->|
4.5| Switching signal Reference potential for 4.5| <-| | Programme stop input
(Voltage source)
4.6| <-|
| APP lication| Terminal assign ment| Signal| Signal direction| Current carrying capacity| Description and function
---|---|---|---|---|---|---
| Dispensing| 5.1| L’| ->| | Container empty signal 1
5.2| N’| <-|
5.3| 12| ->| | Container empty signal 2
5.4| N’| <-|
5.5| L’| ->| | Container empty signal 3
5.6| N’| <-|
| Dispensing| 5.7| L’| ->| | Container empty signal 4
5.8| N’| <-|
5.9| L’| ->| | Container empty signal 5
5.10| N’| <-|
5.11| L’| ->| | Container empty signal 6
5.12| N’| <-|
| Dispensing| 6.1| +13 \u00a0V| ->| | Flow rate dis 1
6.2| FM 1| <-|
6.3| GND| ->|
6.4| +13 \u00a0V| <-| | Flow rate dis 2
6.5| FM 2| ->|
6.6| GND| <-|
| Dispensing| 6.7| +13 \u00a0V| ->| | Flow rate dis 3
6.8| FM 3| <-|
6.9| GND| ->|
6.10| +13 \u00a0V| <-| | Flow rate dis 4
6.11| FM 4| ->|
6.12| GND| <-|
| Dispensing| 6.13| +13 \u00a0V| ->| | Flow rate dis 5
6.14| FM 5| <-|
6.15| GND| ->|
6.16| +13 \u00a0V| <-| | Flow rate dis 6
6.17| FM 6| ->|
6.18| GND| <-|
| Water inlet| 7.1| +13 \u00a0V| ->| | Flowmeter 1
7.2| FRZ 1| <-|
7.3| GND| ->|
7.4| +13 \u00a0V| <-| | Flowmeter 2
7.5| FRZ 2| ->|
7.6| GND| <-|
| Water inlet| 7.7| +13 \u00a0V| ->| | Flowmeter 3
7.8| FRZ 3| <-|
7.9| GND| ->|
Coding| 8.1| COD 1| <-| | Jumper from 8.1 \u00a0to 8.3
8.2| COD 2| <-| | Not used
8.3| GND| ->| | Jumper from 8.1 \u00a0to 8.3

L’ = switched phase, N’ = switched neutral conductor

• see section “Current carrying capacity of the inputs and outputs”
  Total current load of electronic module: see section “Installation”.

Coding 2 function and current carrying capacity table

| App lication| Terminal assign ment| Signal| Signal direction| Current carrying capacity| Description and function
---|---|---|---|---|---|---
| Protectiveearth| PE| PE| ->| | Protective earth
PE| PE| ->|
PE| PE| ->|
PE| PE| ->|
| WRG| 1.1| L’| ->| 1.0\u00a0 A| WRG pump ON
1.4| N’| ->| 0.5\ u00a0 A| WRG valve
2.1| L’| <-| | Not used
2.2| N’| ->| | Not used
| WRG| 2.3| L’| ->| 0. 5\ u0 0a0 A| WRG drainage
2.4| L’| ->| 0. 5\u00a0 A| WRG intake
2.5| L’| <-| | Not used
2.6| N’| <-| | WRG pos. closed
3.1| N’| ->| | Not used
3.2| L’| ->| | Not used
| Dispensing| 3.3| N’| ->| 1.0\u00a0 1 A| Ext. power supply
3.4| L’| ->| 1.0\u00a0 A
3.3| L’| ->| 1.0\u00a0 A| Dispensing 7
3.4| N’| ->| 1.0\u00a0 A
3.5| L’| ->| 1.0\ u00a0 A| Dispensing 8
3.6| N’| ->| 1.0\u00a0 A
| Dispensing| 3.7| L’| ->| 1.0\u00a0 A| Dispensing 9
3.8| N’| ->| 1.0‘u00a0 1 A
3.9| L’| ->| 1.0\u00a0 A| Dispensing 10
3.10| N’| ->| 1.0\u00a0 A
| Dispensing| 3.11| L’| ->| 1.0\u00a0 A| Dispensing 11
3.12| N’| ->| 1.0\u00a0 A
3.13| L’| ->| 1.0\u00a0 A| Dispensing 12
3.14| N’| ->| 1.0\u00a0 A
| Programme signals| 4.1| L| ->| | Not used
4.2| N’| ->| |
4.3| L’| ->| | Not used
4.4| N’| ->| |
45.| | <-| |
4.6| Switching signal Reference potential for 4.5| <-| | Not used
| APP lication| Terminal assign ment| Signal| direction| Current carrying capacity| Description and function
---|---|---|---|---|---|---
| Dispensing| 5.1| L’| ->| | Container empty signal 7
5.2| N’| <-|
5.3| L’| ->| | Container empty signal 8
5.4| N’| <-|
5.5| L’| ->| | Container empty signal 9
5.6| N’| <-|
| Dispensing| 5.7| L’| ->| | Container empty signal 10
5.8| N’| <-|
5.9| L’| ->| | Container empty signal 11
5.10| N’| <-|
5.11| L’| ->| | Container empty signal 12
5.12| N’| <-|
| Dispensing| 6.1| +13\ u00a0V| ->| | Flow rate dis 7
6.2| FM 1| <-|
6.3| GND| ->|
6.4| +13\ u00a0V| <-| | Flow rate dis 8
6.5| FM 2| ->|
6.6| GND| <-|
| Dispensing| 6.7| +13\ u00a0V| ->| | Flow rate dis 9
6.8| FM 3| <-|
6.9| GND| ->|
6.10| +13\ u00a0V| <-| | Flow rate dis 10
6.11| FM 4| ->|
6.12| GND| <-|
| Dispensing| 6.13| +13\ u00a0V| ->| | Flow rate dis 11
6.14| FM 5| <-|
6.15| GND| ->|
6.16| +13\ u00a0V| <-| | Flow rate dis 12
6.17| FM 6| ->|
6.18| GND| <-|
| Water inlet| 7.1| +13\ u00a0V| ->| | Flowmeter 4
7.2| FRZ 1| <-|
7.3| GND| ->|
7.4| +13\ u00a0V| <-| | Flowmeter 5
7.5| FRZ 2| ->|
7.6| GND| <-|
| Water inlet| 7.7| +13\ u00a0V| ->| | Flowmeter 6
7.8| FRZ 3| <-|
7.9| GND| ->|
Coding| 8.1| Code 1| <-| | Not used
8.2| Code 2| <-| | Jumper from 8.2\ u00a0to 8.3
8.3| GND| ->| | Jumper from 8.2\ u00a0to 8.3

L’ = switched phase, N’ = switched neutral conductor

• see section “Current carrying capacity of the inputs and outputs”
  Total current load of electronic module: see section “Installation”.

Electrical connection

Electrical connection
The Connector Box is supplied with mains voltage by the Miele Professional washing machine.
The Connector Box does not have an additional On/Off switch.
Damage to the Connector Box due to incorrect connection.
Excess current can damage the Connector Box.
The Connector Box must not be connected to an external voltage.

Technical data

(Timed operation)

C4030, C4031, C4065, C4070, C4080

(Programme operation)
C4030, C4031, C4065, C4070, C4080

Miele & Cie. KG
Carl-Miele-Straße 29
33332 Gütersloh
Germany
Telefon: 05241 89-0
Telefax: 05241 89-2090
Internet: www.miele.com/professional

References

• Professional

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