energy efficient electric heating systems - haverland uk · energy efficient electric heating...

Energy Efficient Electric Heating Systems

The professional heating solutionCreating comfort

40MORE than

YEARS

• State of the art microprocessor to obtain maximum precision, together with optimal consumption.

• Due to this microprocessor technology, Haverland integrates the most advanced energy management software, such as open window detectors, presence detectors and maximum surface temperature.

2

Haverland EcoSystem Customer Oriented

Best Components

Research and Development

Production

Haverland sources and combines the best components available to satisfy the highest standards of quality.

We have 50 years of experience manufacturing electric heaters and meeting the needs of our customers.

Our highly qualified R&D team is always developing new solutions to increase customer satisfaction, optimise comfort and reduce energy consumption.

Our production process is automated and ISO certified to assure a sustainable quality level.

Our production system is based on Kaisen and Lean Manufacturing.

• +/- 0.2 high precision sensor to optimise energy use.

• Accurate temperature measurement to comply with EN60675.

High Precision Digital Sensor

Haverland Energy Management Technology

• This feature enables the end user to monitor energy and obtain a better control of energy consumption.

• For each degree reduction, i.e. from 22 degree C to 21 degree C, you will save around 7-8% of the energy used.

• The electronic thermostats designed by Haverland, using surface-mounted technology (SMD), ensures the highest reliability, as components are mounted directly onto a printed circuit board. This offers better reliability for connections between components.

• Haverland radiators use multi-layer electronics with the latest technological improvements in product identification and traceability.

Built-in Energy Monitor SMD (Surface Mount Device)

PID (Proportional Integral Derivative)

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DesignerRCTT

• Fully controllable digital chrono thermostat

• Dynamic fluid with high thermal inertia• Temperature settings: Comfort, Economy

& Anti-freeze• Safety thermal limiter (75 degree C to

touch)• Seven pre-set lifestyle heating schedules

and one bespoke option

• Weekly programming• Manual programming function• Easy & quick installation• Installation template, wall brackets &

fixings included• No maintenance required• Complete with UK plug and power cord

MAIN FEATURES

• Energy Monitor

MODEL DIMENSIONS (mm)LxWxD

NOMINALPOWER (W)

AVERAGECONSUMPTION

(W)VOLTAGE (V) CLASS IP ELEMENTS WEIGHT

(KG)

RC 4 TT 447x580x100 500 305 230 1 X4 4 11,00

RC 6 TT 606x580x100 750 458 230 1 X4 6 15,00

RC 8 TT 765x580x100 1000 610 230 1 X4 8 19,00

RC 10 TT 924x580x100 1250 763 230 1 X4 10 23,00

RC 12TT 1083x580x100 1500 915 230 1 X4 12 27,00

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Designer RCTTi (INERZIA)

• Digitally controlled electronic thermostat• Ceramic resistance with high thermal

inertia• Temperature settings: Comfort, Economy





fixings included• No maintenance required• Complete with UK plug and power cord

MAIN FEATURES


NOMINALPOWER (W)

AVERAGECONSUMPTION


(KG)

RC 8 TTi (INERZIA) 765x580x100 1000 610 230 1 X0 8 21,00



5

DesignerRCE

• Digitally controlled electronic thermostat• Dynamic fluid with high thermal inertia• Temperature settings: Comfort, Economy





fixings included• No maintenance required• Complete with UK plug and power cord • Energy monitoring feature

MAIN FEATURES


NOMINALPOWER (W)

AVERAGECONSUMPTION


(KG)

RC 6 E 593x580x94 750 458 230 1 X4 6 15,00

RC 8 E 751x580x94 1000 610 230 1 X4 8 19,00

RC 10 E 909x580x94 1250 763 230 1 X4 10 23,00

RC 12 E 1067x580x94 1500 915 230 1 X4 12 27,00

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Designer RCA

• Electronic thermostat• Simple to use controls• Switch ON/OFF• Easy & quick installation• Installation template, wall brackets & fixings included• Safety thermal limiter (75 degree C to touch)• Complete with UK plug and power cord

MAIN FEATURES


NOMINALPOWER (W)

AVERAGECONSUMPTION


(KG)

RC 4 A 435x580x94 500 305 230 1 X4 4 11,00

RC 6 A 593x580x94 750 458 230 1 X4 6 15,00

RC 8 A 751x580x94 1000 610 230 1 X4 8 19,00

RC 10 A 909x580x94 1250 763 230 1 X4 10 23,00

RC 12 A 1067x580x94 1500 915 230 1 X4 12 27,00

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DesignerRC12B

• Thermal fluid radiator• Designed for low level walls• Filled with thermo-dynamic heating fluid• LCD electronic thermostat with timer function• Weekly temperature programming• Installation template, wall brackets & fixings included• Complete with white power cable and pilot wire, no UK plug• The ‘fit for purpose’ heating solution for conservatories & garden rooms.

MAIN FEATURES


NOMINALPOWER (W)

AVERAGECONSUMPTION


(KG)

RC 12 B 1025x380x85 1200 732 230 2 24 12 20,00

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Designer XTALPlasma

• Ultra slimline• 2 towel rail supports for hanging towels• Fully controllable remote RF digital

thermostat• Functions: Comfort, Eco, Auto, Stand-by

and Programming

• ON/OFF Switch• 9 pre-set programs and 4 user programs• Easy to install• Black power cord, no UK plug• Wall brackets & fixings included

MAIN FEATURES

Wireless remote control programmer


NOMINALPOWER (W) VOLTAGE (V) CLASS IP ELEMENTS WEIGHT

(KG)

XTAL 4N 480x1090x145 400 230 2 34 0 9,00

XTAL 4B 480x1090x145 400 230 2 34 0 9,00

XTAL 6N 580x1090x145 600 230 2 34 0 13,00

XTAL 6B 580x1090x145 600 230 2 34 0 13,00

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Towel RailsTE

• Electronic thermostat• 2 hours of forced heating operating mode • Wall fixings included• Ladder rail design• 2 options of control• Safety limiter• White power cord, no UK plug

MAIN FEATURES TE425E / TE700E MAIN FEATURES TE700i

• Electronic thermostat• LCD infrared remote programmer• Daily temperature programming• Wall fixings included• Ladder rail design• Safety limiter• White power cord, no UK plug


NOMINALPOWER (W) VOLTAGE (V) CLASS IP ELEMENTS WEIGHT

(KG)

TE 425E 500x800x110 425 230 2 44 0 13,50

TE 700E 500x1200x110 700 230 2 44 0 19,50

TE 700I 500x1200x110 700 230 2 44 0 19,50

Consumption and cost

Recommended performance table (Watts per square metre) UK Not insulated Normal insulation Area North South North South

Zone A 100 95 90 80 Zone B 105 100 95 85 Zone C 110 105 100 90 Zone D 115 110 105 95Cl

imat

ic Z

one

Up to 3m height 3m to 3.5m height

Model Watts Max sq m room Max sq m room

RC 4 TT 500 5 4.31

RC 6 TT 750 7.5 6.47

RC 8 TT 1000 10 8.62

RC 10 TT 1250 12.5 10.78

RC 12 TT 1500 15 12.93

N.B. These calculations should be considerated as ‘average‘ depending on climate zone, building fabrication and insulation quality.

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For rooms with ceiling heights up to 3 metresExample: 5 metres x 3 metres = 15 sq metresTotal sq metres = 15 metres x 100 watts = 1500 wattsRecommendation: 1 x RC12 TT = 1500 watts

For rooms with ceiling heights of 4 metres and above please contact Haverland UK for calculations.

For rooms with ceiling heights from 3 metres to 3.5 metresExample: 6 metres x 5 metres = 30 sq metresCeiling height: 3.5 metres ÷ 3 metres =1.16Multiply 30 sq metres x 1.16 =34.80 sq metresTotal sq metres = 34.80 sq metres x 100 watts = 3,480 watts Recommendation : 2 x RC12 Compact TTi @ 1800 watts each = 3600 watts

Just like any heating system, there are a number of important factors that need to be taken into account to ensure the best performance of heating systems. This includes:

• The building – The age of the building, its size, number of external walls, and the quality of its insulation (if it has any) all affect efficiency of any heating system.

• Room size – If you get a radiator that is too small, you’ll struggle to get your room warm enough and if you get a radiator that is too big, you’ll waste money.

• Insulation Levels – If insulation values are very high then heat loss will be minimal and the radiator will reach the desired temperature sooner, which means it will consume less electricity and consequently be cheaper to run.

• Lifestyle – A young working couple may have different heating requirements compared with a retired couple.

• Location – The climate and subsequent heating demands will vary depending on where you are in the country.

• Seasons – All heating systems will work harder in winter compared with the British summer due to lower temperatures.

To ensure the correct heating system is selected for a specific environment, calculating the Watts required is essential. This is achieved by multiplying the floor space by the height of the room to attain the number of square metres in a room.

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Heating calculation example

LocationMaximum

consumption (WH - set at 26 degrees)

Maximum consumption

(WH - set at 21 degrees)

Hours of heat per day

Total electricity consumption (Kwh)

used per day

Total running cost per day

£ 0.115p KWH)

LoungeRC12TT (1500W)

1500 5859Hours

(7-9am and 3-10pm)5.2 0.60

KitchenRC10TT (1250W)

1250 4878Hours

(6-10am and 5-9pm)3.9 0.45

HallRC6TT (750W)

750 29213Hours

(6-11am and (2-10pm)

3.8 0.44

Bed 1RC10TT (1250W)

1250 4878Hours

(6-9am and 5-10pm)3.9 0.45

Bed 2RC6TT (750W)

750 2928Hours

(6-9am and 5-10pm)2.3 0.26

Bed 3RC6TT (750W)

750 2929Hours

(6-9am and 5-11pm)2.6 0.30

BathroomRC4TT (500W)

500 1958Hours

(6-10am and 6-10pm)1.5 0.17

TOTAL 6750 2630 63 Hours 23.2 £2.67

Weekly Running Costs Monthly Running Costs Yearly Running Costs Monthly Direct Debit

£18.69 £74.76 £598.08 £49.84

With a number of variables all influencing the effectiveness and efficiency of a heating system, estimating energy consumption can be challenging. We’ve done the hard work for you and produced an example to help.

The example calculates the energy consumption and total running cost of Haverland radiators in an 80m2 three bed semi-detached house located within a cold area of the UK. The Haverland radiators are operated at various hours during the day and night to maintain a temperature of 21ºC.

Thanks to advanced control features and innovate designs, Haverland radiators are an economical and energy-efficient way to heat a room. They allow users to program exact times and temperatures to minimise the usage and waste of electricity or heat and the rapid heat-up of the radiators means that when you want heat, you get heat.

The process of finding the ideal radiator isn’t always simple. We’re here to help. Please feel free to call us if you have any questions or queries or would like advice on the size of radiator you need to bring warmth to your rooms - call our Customer Support on 0330 3651940 or email [email protected].

*Note: These are approximate figures based on running costs for 8 months of the year and should be considered as average. We do not accept liability for the above calculations.

Company Address:HAVERLAND UK Limited

Challenge HouseSherwood Drive

BletchleyMK3 6DP

Phone: 0330 3651940 Fax : 01672 811944

Company e-mail address: [email protected] our new website: www.haverland.co.uk

ER-0300/2006

energy efficient electric heating systems - haverland uk · energy efficient electric heating...

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