Location

Before installing the boiler check that the chosen location is suitable, ensuring a dequate clearance is available for both installation and servicing. The appliance must be mounted on a flat vertical wall.

Prepare the Appliance

Remove the front panel by unscrewing the two screws at the bottom of the case. Rotating the case forwards at the bottom 10 mm and lifting it off in an upward direction.

Preparing the Wall

Using the diagrams earlier in these instructions, or the appliance as a template, mark four positions on the wall were the fixing screws will fit. Ensure the appropriate clearances for the boiler have been established.

The wall should be drilled with a 4 mm masonry drill after ensuring there are no electric cables within the hidden fabric of the building.

Insert the rawl plugs followed by the two upper screws. These should be inserted to within 2 mm of the wall.

Mark a suitable position for the pressure relief discharge pipe ensuring a suitable position outside. Drill through the wall with a 16 mm minimum diameter masonry drill to accept a 15 mm copper pipe. This is f or the pressure relief discharge.

Mounting the Boiler

Locate the boiler onto the two screws. Fit the two lower screws and tighten all 4 screws to secure the appliance in position.

Water Connections

Refer to Section 3 for detailed information.

The boiler flow and return service valves should be connected directly to the heating system. The flow is on the right hand side, the return being on the left hand side. Each is marked accordingly.

A suitable method of filling the system should be fitted to the system. The method used for filling the system must comply with the local Water Authority Regulations. A drain cock should be fitted to the lowest point of the system. The pressure relief outlet should be connected to a suitable outside position.

Electrical Connections

The appliance is supplied with a 2 m length of 3-cone cable with a normal plug pre-wired. This can be plugged directly into a suitable 220 - 240V ~ 50 Hz, ring main 13 A wall socket.

If required, the plug in timer supplied can be added to control the appliance on / off periods.

5.Commissioning & Testing

The front cover to the boiler should now be replaced.

Fill and flush the system with all the valves open. Refill the system and check for soundness. Vent the system, including each radiator and the boiler. At this point the heating system should have been thoroughly flushed with cold water, filled and vented to a pressure of 0.5 bar cold and be free from leaks.

Note: With the appliance switched on and the thermostat set at the lowest (off) position the pump will circulate water around the system but the halogen bulbs are prevented from operating.

Plug in the boiler and switch on the electrical supply. Switch the appliance switch on and turn the control knob to high. The pump should start to circulate water around the system and the Halogen bulbs will start to heat the water. A thermostat within the boiler will control the temperature of the water as set on the control knob.

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Redring L318, LP330 manual Commissioning & Testing
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LP330, L318 specifications

The Redring LP330 and L318 are both innovative water heaters designed to provide immediate and efficient hot water solutions for residential and commercial use. Redring has established a reputation for quality and reliability in the water heating industry, and these models showcase the company's commitment to technological advancement and consumer needs.

The Redring LP330 is a compact under-sink water heater that offers an impressive capacity of 30 liters. This model is tailored for kitchens and bathrooms where space is a premium. One of its standout features is the adjustable thermostat, allowing users to set the desired water temperature for optimal comfort and safety. Additionally, the LP330 incorporates a rapid heating element, which ensures that hot water is available almost instantly, minimizing wait times.

On the other hand, the Redring L318 is a larger option, boasting an 18-liter capacity. It is ideal for larger households or small commercial environments, where the demand for hot water is higher. This model also features a high-quality insulated tank, which helps to maintain water temperature, reducing energy consumption and operational costs over time. Both models are equipped with a thermal cut-off feature, providing an essential safety mechanism that prevents the unit from overheating and ensures long-term reliability.

Technologically advanced, both the LP330 and L318 utilize advanced heating elements that are designed for efficient energy usage. This not only contributes to a reduced carbon footprint but also translates into lower energy bills for consumers. Furthermore, these models are designed with an easy-to-use interface, making adjustments and monitoring straightforward, even for those who may not be technically inclined.

Another key characteristic of both models is their ease of installation. Designed for quick setup, they are compatible with various plumbing configurations, making them suitable for a wide range of applications. Their robust construction ensures durability, promising longevity even under high demand.

In summary, the Redring LP330 and L318 represent the pinnacle of hot water technology, balancing efficiency, safety, and ease of use. Whether for residential or commercial purposes, these models provide reliable solutions, ensuring users have access to hot water when needed the most, all while contributing to energy conservation efforts.
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