Quantum

Third party certifications:

QA Certificate
Certificate type

Ultra-efficient electric heating.

Jump to:

Description

Quantum provides low cost, low carbon, electric heating with revolutionary electronic time and temperature.

Features and benefits:

Ultra-efficient heating system with low running costs delivered by utilizing off‐peak tariffs.

Dynamic storage capacity ‐ automatically adjusts to user requirements.

Infinitely controllable electronic heat output.

Fan assisted heat output when required.

Attractive state‐of‐the‐art design, no deeper than a double wet radiator.

Chassis covers previous 'fixing marks' of all comparably sized traditional storage heaters and supplied with adjustable feet position.

CE and BEAB certified.

General information

Uniclass 2015	Pr_70_60_36_88 Thermal storage heatersPrimary

Specification data - Thermal storage heaters

Product Reference

Quantum

Type

QM070

703 mm wide. 700 W heat output. 1560 W input rating. 10.9 kWh storage capacity. 630 W boost element rating.

QM100

865 mm wide. 1000 W heat output. 2200 W input rating. 15.4 kWh storage capacity. 880 W boost element rating.

QM125

1069 mm wide. 1250 W heat output. 2760 W input rating. 19.3 kWh storage capacity. 1130W boost element rating.

QM150

1069 mm wide. 1500 W heat output. 3300 W input rating. 23.1 kWh storage capacity. 1300 W boost element rating.

Standard product features

Size (h x d):

730 x 185 mm.

Colour:

White.

Technical characteristics:

Voltage: 230–240 V at 50Hz.

Backup: Battery 3.3 V.

Energy cell packs required: QM070: 6. QM100: 8. QM125: 10. QM150: 12.

Storage core: High density bonded magnetite energy cells.

Thermal cut out: Electromechanical limit thermostat, cut-out, over temperature thermostat and over temperature limit thermostat for fan.

Thermal insulation: Front, rear top and ends: Microporous silica. Base: Calcium silicate slab.

Control:

Electronic user interface with LCD display offering room temperature setting, seven day programmer, installer settings with three pre‐set timer profiles.

- Charge controller:

Automatic charge controller incorporates self-learning algorithms to optimise daily energy storage, using multiple sensors to automatically adjust the charge taken based on past consumption and future programmed requirements.