Cannon IWD Installation, Unpacking and levelling, Connecting the electricity and water supplies

Page 2

Installation

GB

! This instruction manual should be kept in a safe place for

future reference. If the washing machine is sold, transferred

 

 

or moved, make sure that the instruction manual remains

 

with the machine so that the new owner is able to familiari-

 

se himself/herself with its operation and features.

 

! Read these instructions carefully: they contain vital infor-

 

mation relating to the safe installation and operation of the

 

appliance.

 

Unpacking and levelling

 

Unpacking

 

1. Remove the washing machine from its packaging.

 

2. Make sure that the washing machine has not been

 

damaged during the transportation process. If it has been

 

damaged, contact the retailer and do not proceed any

 

further with the installation process.

 

3. Remove the 4 protective

 

screws (used during tran-

 

sportation) and the rubber

 

washer with the correspon-

 

ding spacer, located on the

 

rear part of the appliance

 

(see figure).

4.Close off the holes using the plastic plugs provided.

5.Keep all the parts in a safe place: you will need them again if the washing machine needs to be moved to ano- ther location.

!Packaging materials should not be used as toys for children.

Levelling

1.Install the washing machine on a flat sturdy floor, without resting it up against walls, furniture cabinets or anything else.

2.If the floor is not perfectly level, compensate for any unevenness by tightening

or loosening the adjusta- ble front feet (see figure); the angle of inclination, measured in relation to the worktop, must not exceed 2°.

Levelling the machine correctly will provide it with stability, help to avoid vibrations and excessive noise and prevent it from shifting while it is operating. If it is placed on carpet or a rug, adjust the feet in such a way as to allow a sufficient ventilation space underneath the washing machine.

Connecting the electricity and water supplies

Connecting the water inlet hose

1. Connect the supply pipe by screwing it to a cold water tap using a ¾ gas threaded connection (see figure).

Before performing the con- nection, allow the water to run freely until it is perfectly clear.

2. Connect the inlet hose to the washing machine by screwing it onto the corre- sponding water inlet of the appliance, which is situa- ted on the top right-hand side of the rear part of the appliance (see figure).

3. Make sure that the hose is not folded over or bent.

!The water pressure at the tap must fall within the values indicated in the Technical details table (see page 5).

!If the inlet hose is not long enough, contact a specialised shop or an authorised technician.

!Never use second-hand hoses.

!Use the ones supplied with the machine.

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Contents Instructions for use Washing MachineUnpacking and levelling InstallationConnecting the electricity and water supplies See figureDisposing of the plug Replacing the fuseRemoving the plug Following code First wash cycleBution board Disposing of the applianceTechnical data Consumption in off-mode 1W Consumption in Left-on 1W ON/OFF buttonDetergent dispenser drawer Set the spin speed see Personalisation Indicator lightsStarting a wash cycle Wash cycles Table of wash cyclesTable of wash cycles PersonalisationFunctions Set for each wash cycleGarments requiring special care Detergents and laundryDetergent dispenser drawer Preparing the laundryDisposal Precautions and tipsGeneral safety Care and maintenance Possible causes / Solutions TroubleshootingProblem Etc. Try the programme again using a different load Replacement of any removable parts made of glass or plastic AssistanceEssential Contact Information After Sales Service195099009.01 Recycling & Disposal Information

IWD specifications

Cannon IWD, a modern advancement in the field of industrial and commercial manufacturing, represents a significant evolution in in-line bulk supply systems. Primarily designed for the efficient mixing and dispensing of materials, Cannon IWD is particularly advantageous for applications in industries such as automotive, aerospace, and construction.

One of the main features of the Cannon IWD is its versatility. It can handle a wide variety of materials, ranging from polyurethanes to epoxies, and can be adapted to meet the specific requirements of diverse manufacturing processes. This adaptability ensures that manufacturers can optimize their operations, reduce waste, and improve overall productivity.

The technology employed in the Cannon IWD integrates precision dosing systems that utilize advanced control algorithms. These algorithms ensure accurate measurement and mixing of raw materials, allowing for consistency in production quality. This precision extends to the temperature control systems integrated into the design, which are critical for maintaining the properties of various materials. This level of control minimizes batch-to-batch variability, leading to uniformity in the end product.

Another characteristic of the Cannon IWD is its user-friendly interface. Operators can easily monitor and adjust settings through a digital display, which enhances operational efficiency and reduces the likelihood of human error. The system is designed for quick setup and easy maintenance, allowing manufacturers to minimize downtime and maximize output.

Moreover, safety is a top priority in the design of the Cannon IWD. Equipped with several fail-safes and emergency shut-off systems, it ensures that operators can work safely without the risk of dangerous material leaks or equipment malfunctions.

Cannon IWD also emphasizes sustainability, with features designed to reduce energy consumption and material waste. By optimizing the mixing process, the system allows for the reduced use of raw materials while still ensuring high-quality outputs, aligning with eco-friendly manufacturing practices.

In summary, Cannon IWD stands out as a robust, efficient, and sustainable solution for the industrial sector. Its innovative technologies, user-centric design, and commitment to safety make it an invaluable asset for businesses looking to enhance their production capabilities in an increasingly competitive market.
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