Dimplex LPP050 Instruções de Operação Página 16
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Dimplex Heatbook
scan for more info
Colour/Finish
White.
Controls
Electronic user interface with LCD
display offering room temperature
setting, 7 day programmer, installer
settings, 3 preset timer profiles,
holiday setting and more.
Charge Controller
Fully automatic charge controller
incorporates self learning algorithms
to optimise daily energy storage,
using multiple sensors to automatically
adjust the charge taken based on
recent energy use patterns and
future programmed requirements.
Thermostat
Electronic – capable of maintaining
a room temperature to +/- 0.3ºC.
Safety devices
Electromechanical:
• Limit thermostat (self resetting)
• Cut-out (manual reset)
• Over-temperature thermostat for fan
• Over-temperature limit thermostat
for fan
Fan
Low rev/low noise heat circulation fan
with variable speed and soft start.
Storage core
High density bonded magnetite
energy cells.
Thermal insulation
Front, rear top and ends – microporous
silica. Base – calcium silicate slab.
Battery backup
3.3V coin cell battery to backup real
time clock. Battery life > 5 years.
Supply
230-240V / 50Hz Off peak + 24 hour
supply required.
dimplex.co.uk/qm
QUANTUM ENERGY SYSTEM
Technical information
Model Height Depth Width
Installed
weight
QM070 730mm 185mm 703mm 83kg
QM100 730mm 185mm 865mm 107kg
QM125 730mm 185mm 1069mm 135kg
QM150 730mm 185mm 1069mm 155kg
Model Output rating Input rating
Max. storage
capacity
Boost element
rating
QM070 700W 1560W 10.9kWh 630W
QM100 1000W 2200W 15.4kWh 880W
QM125 1250W 2760W 19.3kWh 1130W
QM150 1500W 3300W 23.1kWh 1300W
Energy Cell Packs – Packaged separately, required in the following quantities:
Model QM070 QM100 QM125 QM150
Energy cell
packs required
6 8 10 12
Quantum room heater
Average weekday profile
Conventional Storage Energy Use = 12.2 kWh + 1.3kWh direct acting heating =
13.6kWh (9 hours heating @ 21ºC)
Quantum Energy Use = 10 kWh + 0.2kWh (fan) = 10.2kWh (9 hours heating @ 21ºC)
00:00
06:00 12:00 18:00 00:00
ROOM TEMPERATURE ºC
DAILY CYCLE HOURS
25
20
15
0
Quantum Energy Use = 10 kWh + 0.2kWh (fan) = 10.2kWh – 9 hours heating @ 21ºC
Conventional Storage Energy Use = 12.2 kWh + 1.3kWh Direct Acting Supplemetary Heating = 13.6kWh – 9 hours heating @ 21ºC
Average weekday profile
Comfort temperature profile created by Quantum Heater
Comfort temperature profile created by Static Storage Heater
Ideal comfort temperature profile
Conventional Static 24kWh Storage Heater vs Quantum QM125
Morning
rise
Leave
for work
Return
from work
Retire
to bed
Potential energy saving using Quantum
A
The test
A climate room was built to accurately
replicate a room from typical UK housing
stock. It has two external walls and the
temperatures outside all walls, ceiling
and floor are accurately controlled.
A daily temperature profile was set
up outside to simulate an average
heating day in a property based in
Sheffield, England.
Minimum outside temperature +4 ºC
Maximum outside temperature +11ºC
The following heaters were tested
under these conditions:
3.4kW (input) static storage heater with
manual charge control supplemented
with a direct acting heater.
2.8kW (input) Quantum heater (QM125).
The results
Quantum QM125 vs conventional static 24kWh storage heater
16
Quantum
- Tried. Tested. Trusted 1
- The Heatbook 1
- Contents 2
- Why the future is electric 4
- Electricity will 5
- About Dimplex 6
- With Dimplex 7
- Approvals and standards 8
- Heating design service 9
- A guide to heating 10
- Quantum uses up 12
- QUANTUM ENERGY SYSTEM 13
- Exceptional control 14
- Benefits for all 15
- Technical information 16
- Introduction to panel heaters 18
- The Monterey range 20
- Technical information 21
- The Girona range 22
- The Saletto range 24
- The EPX range 26
- The RPX range 28
- The PLX range 30
- ENERGY SAVING 32
- Dimplex Heatbook 35
- Model CXLS18 35
- The DUO range 36
- The XLN and XLSN ranges 38
- The CXLSN range 40
- The XL6N and XLS6N range 42
- Accessories 43
- The TDTR range 44
- The BR range 46
- The TR and S ranges 48
- The Apollo 50
- The RF range 51
- The FX and FXIPX4 range 52
- The DTW range 54
- The BFH range 56
- The BUH range 58
- MULTIPURPOSE HEATERS 59
- PORTABLE CONVECTORS 61
- Portable fan heaters 62
- The Cadiz eco range 63
- ENVIRO-SENSITIVE 64
- OIL FREE HEATERS 64
- OFC and OFX/MK1 ranges 65
- The DXLWP range 66
- The IRX range 66
- Optiflame 67
- electric fires and suites 67
- Fuel effect fires 68
- The Studio range 69
- The AC range 70
- The CAB range 72
- The DAB range 73
- The IAB range 74
- The CFH range 76
- The CF range 78
- The PFH range 79
- The OPH range 80
- The QXD range 81
- The CXD range 82
- The WFC and WFE ranges 84
- The VFMi range 86
- VFMi Technical information 87
- The HAW range 87
- The Electricaire range 88
- WATER HEATING 90
- Low carbon solutions overview 92
- Low carbon solutions 93
- The DXPV range 94
- SOLAR PV OVERVIEW 95
- range overview 96
- Opti-myst 97
- Heater sizing table 100
- Heating design request form 102
- Alphabetical product index 103
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