14935025 | Low Pressure Copper

Lightweight and easy to install and proudly manufactured in New Zealand. This cylinder includes one cold water inlet located in the base of the cylinder.
This 350L model features 2 x 3.0kW elements which work simultaneously to heat the water.
Rated for a maximum of 76kPa water pressure and indoor installation.
New Zealand Minimum Energy Performance Standards Compliant.

Please note that Rheem New Zealand advise this Low Pressure Copper hot water cylinder model is NOT suitable for installation in the postcode areas of 4120 and 4122 in the Hastings district due to local water conditions.

Approx. Storage Capacity	Dimensions	Installation Location	Element Rating
350 Litres	1595 x 655mm HxW	Indoor	2 x 3.0 (simultaneous) kW

Approx. Storage Capacity	350 Litres
Dimensions	1595 x 655mm HxW
Installation Location	Indoor
Element Rating	2 x 3.0 (simultaneous) kW

Product Specifications

Type

Low Pressure

Finish

Galvanised

Approx. Storage Capacity

350 Litres

Thermostat Setting Max

70 °C

Dimensions

1595 x 655mm HxW

# People (Moderate Climate)

3-5

Thermostat Setting Min

60 °C

# People (Cold Climate)

2-4

Installation Location

Indoor

Country of Manufacture

New Zealand

Element Type

Copper (T/P) Screw-In

Element Rating

2 x 3.0 (simultaneous) kW

Electrical Connection

240/50 V AC/ Hz

Water Connection Inlet & Outlet

RP 1¾/32 mm

Weight Empty Approx

45 kg

Max Working Pressure

76 kPa

Inlet Connection

Bottom

Domestic Warranty: Parts (Parts/Labour)

1 Year

Domestic Warranty: Cylinder/Tank (Labour)

1 Year

Domestic Warranty: Cylinder/Tank (Replacement)

5 Year

Non-Domestic Warranty: Parts (Parts/Labour)

1 Year

Non-Domestic Warranty: Cylinder/Tank (Labour)

1 Year

Non-Domestic Warranty: Cylinder/Tank (Replacement)

1 Year

Specifications Electric (@230V)

	Recovery on a 50°C Rise	AMPS
2.0 kW	34 litres per/hr	8.7
2.4 kW	40 litres per/hr	10.4
3.0 kW	51 litres per/hr	13.1
3.6 kW	62 litres per/hr	15.7
4.8 kW	82 litres per/hr	21.0
5.0 kW	85 litres per/hr	21.8
6.0 kW	103 litres per/hr	26.1
2 x 3.0 kW	103 litres per/hr	26.2
2 x 5.0 kW	171 litres per/hr	43.6