Installation:

1.Pass the upper seal (B) over all wires and pipes onto the base of the tap (A).

2.Pass the threaded section of the mixertap base (A), all wires and pipes through the taphole.

3.Pass the lower washer (E), metal washer (F), and white triangular stabiliser (G) (if fitting to a stainless steel sink) over all wires, pipes and the threaded section of the mixertap base (A).

4.Pass the fixing nut (H) over all wires and pipes onto the threaded section base of the tap (A). With the tap correctly located tighten the fixing nut fully.

5.Screw the hot flexible tail pipe (I) into the hot inlet pipe (C). note hot inlet pipe is tagged with [c].

6.Screw the cold flexible tail pipe (O) into the cold inlet pipe (D).

7.Connect the hot & cold flexible tail pipes (I&O) to the water supplies using ½” BSPx15mm compression fittings.

8.Screw the brass sensor (L) to the mixed water out flexible pipe (J), use the rubber washer (K) between the parts to ensure a water tight seal.

9.Screw the mixed water in flexible pipe (N) to the brass temperature sensor (L) use the rubber washer (M) between the parts to ensure a water tight seal.

10.Connect the input / output wires (BB,CC & DD) to the control box as shown, note the control box and wire tags are colour coded in pairs. Important: Do not force the connectors incorrectly into the sockets and check the layout of the connections now.

11.Plug the transformer into a mains outlet; IMPORTANT: ensure the transformer is set to 9V.

12.Connect the power lead to the control box (P), secure the control box using a cable tie or double sided foam tape.

Note: Above 45°C the tap will light fully red, below 20°C the tap will light fully blue, in between these temperatures the light will be purple. The light will only activate at a flow rate above 1 litre / minute.

Key:

Description:

Qty

A

Mixertap body

1

B

Upper seal

1

C

Hot water inlet pipe

1

D

Cold water inlet pipe

1

E

Lower washer

1

F

Metal washer

1

 

White triangular stabilizer

 

G

(use only if installing tap to

1

 

stainless steel sink)

 

H

Fixing nut

1

I

Hot flexible tail pipe

1

J

Mixed water in flexible pipe

1

K

Rubber washer

1

L

Brass sensor

1

M

Rubber washer

1

N

Mixed water out flexible pipe

1

O

Cold flexible tail pipe

1

 

Mains Transformer

1

BB

black wire, yellow tag

 

CC

Grey wire, red tag

 

DD

Black wire, green tag

 

B C

P D

C

After installation:

Once you have visually checked the new fittings and connections, ensure that all taps are closed except the new mixer tap, which should be left open. Turn on the water supply at the mains stop cock. As the system starts to refill, check carefully for leaks. Once you are fully satisfied that there are no leaks, turn on the water heating.

Clean the tap to remove any marks created during installation as instructed then replace the bag that has been provided to protect the tap until it is ready for use.

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CDA TL1 warranty Installation
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TL1 specifications

CDA TL1 (Common Data Architecture Tiered Levels 1) represents a progressive advancement in data management frameworks designed to enhance the efficiency and effectiveness of data handling within organizations. Its architecture is tailored for organizations looking to streamline data processes, improve data accessibility, and maintain data integrity across various platforms.

One of the main features of CDA TL1 is its tiered architecture, which allows for a more structured approach to data governance. This tiered design separates data into distinct layers, enabling organizations to manage data more effectively by categorizing it based on sensitivity, usage, and operational importance. The primary layers usually include data ingestion, data processing, and data storage, each serving a specific purpose to facilitate the overall data flow.

In terms of technologies, CDA TL1 leverages cloud computing, big data analytics, and machine learning to optimize data processing and analysis. Cloud integration is particularly significant as it provides scalability and flexibility, allowing organizations to dynamically adjust resources based on their data needs. This is complemented by big data technologies that can handle massive volumes of data from diverse sources, ensuring that data can be processed quickly and efficiently.

Moreover, CDA TL1 incorporates advanced security features, such as encryption and access controls, to protect sensitive data throughout its lifecycle. Organizations can manage user permissions at various levels, ensuring that only authorized personnel have access to critical data. This emphasis on security is essential, especially in an era where data breaches and cyber threats are increasingly common.

Another characteristic of CDA TL1 is its support for real-time data processing. Organizations can leverage this capability to derive insights from their data as it is generated, allowing for agile decision-making. This is particularly useful in sectors like finance and healthcare, where timely information can significantly impact operations and service delivery.

Furthermore, interoperability is a core principle of CDA TL1, enabling seamless integration with existing systems and applications. This facilitates the migration of legacy data while ensuring that organizations can continue to utilize their current infrastructure without disruption.

In summary, CDA TL1 is a robust data architecture solution that combines tiered design, advanced technologies, and strong security protocols to enhance data management practices. Its features are geared toward providing organizations with the tools they need to harness the full potential of their data in a secure and efficient manner.
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