Description

Rinnai INFINITY A26 LPG Graphite Continuous Flow Hot Water

The

Rinnai INFINITY A26 Graphite

delivers endless hot water with energy-efficient performance, all in a sleek new

dark grey graphite finish

that blends seamlessly with modern home exteriors. Designed for

New Zealand conditions

, this continuous flow hot water system provides up to

26 litres per minute

ideal for busy households that need reliable hot water on demand.

Unlike traditional hot water cylinders, the Rinnai A26 only heats water when you need it, saving energy and ensuring consistent supply. Its

graphite finish

not only looks stylish but also meets

Light Reflectance Value (LRV) guidelines

, giving you confidence that the unit is compliant and suitable for installation anywhere in NZ.

Built with Rinnais trusted technology and backed by a

10-year warranty (12 years with a Rinnai controller)

, the A26 Graphite is a smart, future-proof solution for modern Kiwi homes.

Key Features:

  • Endless hot water on demand

    up to 26 L/min

  • Energy efficient

    only heats water as needed

  • Stylish graphite finish

    blends with modern exteriors

  • Meets

    LRV guidelines

    for installation compliance across NZ

  • Lightweight (15kg) and compact perfect for external mounting

  • 6.0 Star energy rating

    for efficiency

  • 10-year warranty

    (12 years with Rinnai controller)

Specifications:

  • Model: Rinnai INFINITY A26 LPG Graphite

  • Gas Type:

    ULPG (bottle gas)

  • Installation:

    External only

  • Dimensions: 531mm (H) x 351mm (W) x 171mm (D)

  • Weight: 15kg

  • Gas Consumption:

    195MJ/hr

  • Delivery Capacity @ 25C rise:

    24 L/min

  • Gas Connection: 20mm

  • Hot/Cold Water Connections: 20mm

  • Star Rating:

    6.0

Not Suitable For:

  • Spa or swimming pool heating

  • Hydronic applications

  • Gas boost for solar hot water systems

  • Untreated hard or acidic water supplies

Enjoy continuous, efficient, and stylish hot water with the

Rinnai A26 LPG Graphite

where performance meets design.