The innovative Hygroseal technology with its long, leak-free life, provides a cost-effective solution to automatic radiator de-aeration. The HV30C operates vertically and horizontally on 1/2" tappings.
Features
? Long, leak-free life
? Replaceable cartridge
? Saves energy & reduces fuel bills by keeping radiators air-free and hot to the top!
? Dispenses with the need for radiator bleed keys
? Reduces corrosion and system noise | |
| The innovative Hygroseal technology with its long, leak-free life, provides a cost-effective solution to automatic radiator de-aeration. The Aladdin Autovents Micro operates on 5/6/7 mm 1/8" and 1/4" tappings. It's very easy to fit with no adjustments necessary and no need to drain the system.
Features
? Long, leak-free life
? Replaceable cartridge
? Saves energy & reduces fuel bills by keeping radiators air-free and hot to the top!
? Dispenses with the need for radiator bleed keys
? Reduces corrosion and system noise | |
|  Sorry-Out of Stock
This Current Cost Envi model is the next generation in energy monitoring, helping you to understand your energy usage and more importantly your wastage. Empowering individuals with real time information, the Envi can influence changes in energy awareness and habits, reduce energy bills and improve Carbon Footprints. While it doesn't save energy in itself, tests have shown that these devices do indeed effect and invulence behaviour when it comes to energy use.
It's stylish and very easy to install use and integrate into any home environment. The Envi can be set with individual tariffs to display realistic associated costs for electricity and in the future, multi-fuel usage. See real time energy usage
and view whole of house usage. Simultaneously observe
average, instant and historical consumption. It is PC compatable with connection for streaming seven years historical data. You can track the changes, analyse and compare energy consumption easily using the Current Cost Web Portal.
Now comes with Google Powermeter
Technical Information:
?Monitor Model: Envi
?Wireless
?Receiver: 433MHz SRD band
?Sensor Coding Recognition: 10 channels (each three input potential)
?Subordinate Services: 24hr Clock /˚C/ PC Connectivity
?All relevant CE approvals
?Transmitter Model: Large Transmitter
?Battery Life: 7 years – replaceable
?Rated Energy Source: European 230VAC 50Hz
?Sensor Current Sensitivity: 50mA
?Sensor Maximum Rated
?Current: 100A
?Product Size: 93mm x 120mm (base) x 155mm
Sorry-Out of Stock | |
|  The ecobutton? is an illuminating USB device that acts as a reminder and a prompt for the user to press it's butto at every opportunity whenever the computer is going to be left idle. This could be from taking a phone call or break, to doing paperwork or going to lunch and meetings where otherwise the
computer would normally be left on. This is because people generally do not like turning off their computers because of the time it often takes to restart. When the ecobutton is pressed it engages the computer into energy saving ‘ecomode’. This ensures that both the computer and monitor are set to operate in the most efficient, lowest power mode available, which actually draws only the same nominal power as when the computer and monitor are turned off!
When you need to use the computer again, simply press any key to instantly return to where you left off!
Did you know?
Computers and monitors can account for half of the electricity used in a typical offi ce. A single monitor left switched on overnight can use the same energy as a laser printer producing 800 A4 printed copies - and don’t be fooled by a screensaver – the computer is still working at full power to run this!
*One third or more of energy used on a PC and
monitor is wasted energy!
*This wasted energy can cost around £50 or more a year.
The savings
The amount of energy that a computer and monitor use varies depending on its age, model, and the programmes and applications in use. A PC switched on 8 hours a day engaging ‘ecomode’ for 3 hours could save around £50 in electricity cost per year. If the PC is left on overnight the saving could be £100 or more - or the equivalent of 600kgs of CO2. Indirect savings can be made with air conditioning systems as they do not have to work so hard because less heat is generated from computers actively using the ecobutton. Because the button stays illuminated even during ecomode, this can provide a useful reminder that all unnecessary computers, lighting, heating and air conditioning etc... should be be switched off at the end of the day. | |
| This mini power meter is designed to measure the power consumption of electrical appliances via a plug and read system. Plug the device into a wall socket and then plug any electrical device into it thus allowing it to display how much energy it being used. The Powermeter displays accurately and precisely how much energy is being used so the user knows immediately the associated cost to run the appliance.
Features
*Voltage display (V) 90-250V
*Current Display (A) 0.1-16A
*Power consumption display (W) 0.2W-3120W
*Display operating time in hrs/mins/secs
*Display costs in £ (price programmable)
*Maximum current 16A | |
| This a simple to use fridge thermometer with easy to read dial and optimum setting marker. It ensures your fridge or freezer is set at the optimum temperature without wasting energy. The thermometer is made of stainless steel so is guaranteed to give many years of reliable and accurate operation. By using the right temperature in your fridge or freezer you can save energy and save money. Simply put the thermometer into the fridge or freezer (standing and hanging positions are possible) and check the temperature on the large easy to read display. Adjust the fridge or freezer to the optimum setting. | |
| This great energy saving gadget is designed for single TV applications. Simply connect into your chosen electrical appliances and this device will let you keep you them on standby with-out using any energy. Standard standby mode energy use can increase the wear and tear of all appliances as well as crank up your electric bill. This device should pay for it's self within 1-2 years depending on how often and how many devices you regularly leave on standby. The only requirement is that your device has an on/off button and remote control. | |
| A step up from the PS1.1, this energy saving gadget is designed for multiple applications such as TV, Hi Fi, games consoles and home theatre kits. Simply connect into your chosen electrical appliances and this device will let you keep you them on standby with-out using any energy. All you need is multi plug block to plug the PS3 into and you are ready to go. Standard standby mode energy use can increase the wear and tear of all appliances as well as crank up your electric bill. This device should pay for it's self within 1-2 years depending on how often and how many devices you regularly leave on standby. The only requirement is that your device has an on/off button and remote control. | |
| This is the latest energy saving device from the PowerSafer team. This device will do multiple appliances connecting up to 5 devices to the input using a 5 way multi block adapter (not included). Max load 480 Watts.It has a built in surge and lighting protection, protecting your equipment from power surges.The average household can have many appliances left on standby at any one time-using the PSX you have the convenience of using your remote controls and never need to unplug at the wall or switch off devices again. On average the PSX will save you between £30-40 per year depending on how many gadgets your used to leaving on standby.The new PSX is the one of the most advanced standby devices on the market!! Just connect your equipment and follow the instructions. | |
|  New improved MKIII version now in stock
? Now with automatic thermostat control – switches on at approx. 30 degrees Celsius
? Now adjustable to fit smaller and larger radiators
? Now made from recyclable Polycarbonate
? Now manufactured with one (more powerful) fan for quieter and cheaper running
? Will save an average household between £70 to £140 on heating bills per annum
How does Radiator Booster? II actually work and save energy?
This ingenious device works in 2 ways;
1) Your central heating boiler will use around 15 kilowatts of energy every hour (some even more). The clever fan arrangement within the Radiator BOOster? draws heat from your radiator, heating your room in up to half the time, allowing your boiler to shut down much sooner. If you could save just one hour a week of your boiler working, you would save 15 kilowatts of energy. You could easily find the savings more than this, between 7 and 14 hours/week (over 100 kilowatts) during the colder
months.
2) As your radiator heats up, the ‘rear’ surface normally radiates heat onto your wall, heating this up, which in turn is lost through the wall structure due to conduction. The Radiator Booster? sucks most of this wasted heat and fires it into your room, significantly reducing the losses, saving you even more energy. It really is as simple as that!
How much energy does it really save?
This will depend on how you use the Radiator BOOster, and for how long. But UK energy providersstate that reducing your thermostat setting by one degree Celsius could save the average home £70/year or 10% of your heating bills. Most tests carried out with Radiator Booster? have achieved more than 2 degrees reduction.
Can it be used with Radiator Covers?
YES. Most definitely. Provided you can fit the device in place under your cover, you will save up to 3 times as much energy. Covers prevent a radiator from ‘radiating’ its heat, relying solely on
‘convection’. Radiator Booster? enhances that convection at least three fold, distributing huge
amounts of trapped heat.
Can I leave it running 24/7?
YES. As the new Radiator Booster? 2 has in built thermostat that switches on at around 32 degrees Celsius and switches off when the radiator temperature drops below this point.
Should I turn it off when my radiator cools down? This is an option, but is not necessary as the thermostat control will automatically control the use of the integral fan.
Could I plug it into a timer unit to avoid me remembering to turn it on/off?
Yes. A standard ‘event timer’ could be used, the power supply plugged straight into it.
Surely the materials used to manufacture the Radiator Booster? themselves impact on the world’s resources?
Yes, like most things this is true. But we have designed the product to use the absolute minimum of materials and substances, and in return achieve huge energy savings over many years. The ‘trade-off’ is well worth doing. The Radiator Booster? 2 is also fully recyclable.
My radiator is very long. Do I need to use two of these?
You can do, but it should not be necessary. The simple movement of air created by Radiator
Booster? will normally lead to good convection in your room.
Where should I place it on my radiator?
As far to the back and centralised along the length of your radiator should optimise the performance. However, if you place it to one end, it should still work adequately. On some radiator designs you will find that the device will drop down slightly behind the top of the radiator. This further enhances the performance.
Can I use it on oil filled radiators, electric storage radiators, or electric convection radiators?
NO. These types of radiator reach far higher surface temperatures than water filled rad | |
|  A magnetically fixed heat radiant foil that reflects heat back to the room rather than being absorbed by the wall. This foil can be installed at the rear of the radiator and through it’s high heat reflecting performance, the foil reflects the warmth back to the room and prevents the heat going into the wall. No need for glue, paste or removal of the radiator – this is the quickest and simplest system available today.
Application:
Comeswith 10 metres of self-adhesive magnetic tape for easy installation behind the radiator.
Simply cut the tear proof foil to suit the radiator size, and place the magnetic tape on the surroundings of the foil with the self-adhesive side of the magnetic tape. Now you can easily take this and place it behind the radiator; corrections can be easily made by slidingthe foil at the rear side. The magnetic tape allows corrections but is also strong enough to retain the position once aligned.
If you want to clean or remove, simply take the foil off, clean and then replace again. By using magnetic fixings removal and reposition is very easy. | |
|  A great environmentally Friendly Low Current System for recovery of discharged alkaline batteries.Not long on the market this technology is based on a Thomas Edison patent of 1922. Thomas Edison discovered that the main reason why alkaline batteries becomes discharged is the accumulation of impurities and foreign matter on and in the positive electrode and the coating of the active material with a scale or crust which seriously impairs the efficient operation of cell.
The Cranwell Battery Regenerator replicates this process by thoroughly and gently cleaning the electrodes over an average 72hour period but does it inside the battery itself. This process is absolutely safe and dos no damage to the battery. Nothing is added to the battery; it just releases the potential that is already there. One battery can be regenerated up to 100 times.
Capacity of regenerated batteries depends on manufacturer, discharge and storage conditions. Our and our customers’ tests show that most of the alkaline batteries, for example Duracell Plus, Duracell Ultra, Segasa Evolution, Energizer Ultra, many own brand batteries such us Morissons, Tesco etc. can be regenerated up to 95% of its original capacity. Power consumption of the Regenerator is very low and cost of regeneration is less than a tenth of penny.
The Cranwell Regenerator can also regenerate some non-alkaline batteries. For example Heavy Duty Single-Use batteries (Panasonic Special, Sky and etc) can be regenerated up to 60% of its original capacity. Titanium batteries (Energizer E2) can be regenerated up to 80% of its original capacity.
Summary:
? Advanced processor control for simple plug and go operation.
? 4 charging docks for regenerating AA and AAA
? Simultaneous regenerating of mixed types and sizes
? Completely safe againstovercharge, overheat, short-circuit,
and polarity reversal
? LED indicator turns off when renewing process is complete
? Regenerates most brands of batteries
? Saves money
Technical specification
Input Voltage: 100-240V DC 50-60Hz
Output Voltage: 1.8V DC per channel
Output Current: 35mA max. per channel
Below, is the difference between existing SINGLE USE BATTERY CHARGERS and THE CRANWELL ALKALINE BATTERY REGENERATOR.
Existing single use battery regenerator
-Single-use battery chargers use pulse current up to 200 mA
or/and temperature on recharge.
- Pulse current is used for avoiding overheating single-use
battery because between current pulses, battery is cooling.
- Temperature control is used for quick recharge, current
breaking or switching on fans when battery overheats. The
simplest method for temperature control is measurement of
internal battery resistance.
Advantage:
1.Fast charging (up 16 hours).
Disadvantages
1. All batteries are different. They have different quality of
electrodes surface and electrolyte heterogeneity. So a setup
suitable for one battery may not be suitable.
Another battery even though it is of the same type or in the
same lot. As a result some batteries being charged in the same
unit may overheat leading to possible leakage, boiling or even
explosion. No one method can be used to measure individual
battery overheating; only an average temperature can be
measured.
Overheating causes irreversible change of structure of
electrolyte and electrodes. This is why alkaline batteries
cannot be recharged more than 5-10 times and why single-use
batteries cannot be recharged.
2. Chargers do not clean electrodes and do not remove the crust
which forms inside the battery. This crust is the main cause of
overheating leading to the degradation of batteries
3. Chargers have complex circuitry resulting in high costs and
low reliability.
| |
|
|
