Redring LP330, L318 manual Installing The Appliance, Filling Point, Typical System Diagrams

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Example: 30L system total capacity requires an expansion vessel capacity of

30 x 0.0833 = 2.5 litres with a 0.5 bar vessel charge and system cold fill pressure.

Filling Point

The heating system must be provided with a suitable filling mechanism to both complete the initia l fill and top up the system if necessary. The filling device must comply with Water Supply (water fittings) Regulations and the local Water Authority Regulations. Refer to BS 5376: for guidance.

Typical System Diagrams

Thermostatic radiator valves should NOT be used with this boiler.

The boiler is designed for small sealed heating systems usually operating within a single room.

4.Installing The Appliance

Unpacking The Appliance

Unpack the appliance and check the contents with the list below.

1

Boiler

4

Screws

4

Rawlplugs

1Installation & Servicing Instructions including Guarantee

1Plug in 24 hour timer

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Contents Redring Hotbox Boiler General Specification L318 LP330 Technical SpecificationIntroduction Performance Data L318 LP330Boiler Location OperationalFront Electrical Supply VentilationCentral Heating Systems Pressure GaugeTypical System Diagrams Installing The ApplianceFilling Point Unpacking The ApplianceCommissioning & Testing Operation and User notes Routine Servicing and Replacement of PartsReplacing a bulb Replacing a bulb temperature limit thermostatReplacing the control thermostat Replacing the overheat thermostatReplacing the expansion vessel Fault DiagnosisReplacing the pressure relief valve Replacing the pressure gaugeFault Finding Chart Wiring Diagram Description Quantity Spare Parts InformationPart Number Guarantee

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.