Connecting the drain hose

• the socket is compatible with the washing machine’s plug.

GB

If this is not the case, replace the socket or the plug.

 

65 - 100 cm

Connect the drain hose, wi- thout bending it, to a draining duct or a wall drain situated between 65 and 100 cm from the floor;

Your appliance is now supplied with a 13 amp fused plug

it can be plugged into a 13 amp socket for immediate use.

Before using the appliance please read the instructions below.

WARNING - THIS APPLIANCE MUST BE EARTHED.

THE FOLLOWING OPERATIONS SHOULD BE CARRIED

OUT BY A QUALIFIED ELECTRICIAN.

Replacing the fuse:

When replacing a faulty fuse, a 13 amp ASTA approved fuse

Where it connects to the waste water pipe cut end off spigot or remove the blanking cap

The drain hose may be connected to an under-sink trap. Before connecting the drain hose from the machine ensure that any blanks or removable ends have been taken off the spigot.

to BS 1362 should always be used, and the fuse cover re-

fitted. If the fuse cover is lost, the plug must not be used until

a replacement is obtained.

Replacement fuse covers:

If a replacement fuse cover is fitted, it must be of the correct

colour as indicated by the coloured marking or the colour that

is embossed in words on the base of the plug. Replacements

can be obtained directly from your nearest Service Depot.

Removing the plug:

If your appliance has a non-rewireable moulded plug and you

If it is placed over the edge of a basin or sink be sure the free end of the hose should not be underwater.

!We advise against the use of hose extensions; in case of absolute need, the extension must have the same diameter as the original hose and must not exceed 150 cm in length. Ensure that if the drain hose is pushed into a standpipe, that the end does not go down more than 15cms (6 inches). If the hose is pushed down too far, this may cause the machine to self -syphon ie. continuously empty as it is filling.

Electric connection

Before plugging the appliance into the mains socket, make sure that:

•the socket is earthed and in compliance with the appli- cable law;

•the socket is able to sustain the appliance’s maximum power load indicated on the Technical Data Plate fixed on the machine;

•the supply voltage is included within the values indica- ted on the Technical Data Plate fixed on the machine.

should wish to re-route the mains cable through partitions,

units etc., please ensure that either:

the plug is replaced by a fused 13 ampere re-wearable plug

bearing the BSI mark of approval.

or:

the mains cable is wired directly into a 13 amp cable outlet,

controlled by a switch, (in compliance with BS 5733) which

is accessible without moving the appliance.

Disposing of the plug:

Ensure that before disposing of the plug itself, you make

the pins unusable so that it cannot be accidentally inserted

into a socket.

Instructions for connecting cable to an alternative plug: Important: the wires in the mains lead are coloured in accor- dance with the following code:

Green & Yellow

Earth

Blue

Neutral

Brown

Live

3

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Cannon IWD manual Replacing the fuse, Removing the plug, Disposing of the plug
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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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