Calex is Electro Cirkels own brand of lighting products. It is the pride of our company! In the past years the range of products has been substantially extended with innovating, trendsetting compact fluorescent bulbs en LED-lighting. New models are being added continually.
Calex-lights find their way to consumers through the retail market. They are also marketed under private labels.
Electro Cirkel is steadily advancing internationally with Calex. In an increasing number of European countries, Calex-lights can be found on the shelves of e.g hardware stores and supermarkets.
In the past years the range of products has been substantially expanded with innovative, trendsetting products. Especially in the area of energy-saving compact fluorescents and LED-lighting. New models are added continually. Due to our close cooperation with diverse manufacturers, we can quickly translate wishes and ideas to concrete new products. Looking for a special fitting for a lamp with lighting in a special tone? Anything is possible, in any desired quantity!
On balance, the representative and clear packaging of Calex-bulbs adds to the appearance and recognisability of your brand. Increase your turnover with Calex-bulbs!
Mastering the quality and environment are essential parts of business to Electro Cirkel.
In the field of quality, Calex sets itself the goal for continued
improvement. This is the reason that we have adopted a quality management
system based on ISO 9001 and ISO 14001. Both systems are also certified by
Lloyd’s Register Quality Assurance (LRQA).
From a quality point of view, compliance with relevant laws and regulations, requirements and wishes of customers and management concerning technical quality of the products are important themes.
From an environmental point of view, important themes include continuous work to reduce environmental pollution, reducing waste, reducing energy consumption, reuse of materials and effective management of the logistic processes.
A number of practical examples in which Electro Cirkel achieved good results:
• reduction of CO2 emissions from transport;
• optimal route planning;
• periodic assessment of suppliers;
• good waste management system;
• application LED lighting in own warehouse;
• reuse of packaging materials;
• structural periodic inspection of equipment and installations;
• far developed ERP system;
• EDI invoicing;
• EDI ordering systems.
We at Calex cherish the environment. Therefore we want to point out the importance of recycling. Both packing materials as well as (electronic) products need to be recycled at the end of their lifespan. Doing so you contribute to prevent hazardous materials to spread in to the environment and to re-use materials.
Symbols used to promote (sorted) recycling are:
Hoe kiest u de juiste lichtbron? U heeft de keuze uit 3 verschillende type lichtbronnen:
1. Halogeen lampen
3. LED Lampen
Iedere lamp heeft zijn eigen karakteristieken en de juiste keuze kan dus per ruimte verschillend zijn. Om u op weg te helpen hebben we onderstaande film voor u. Aan de hand van een aantal lichtimpressies kunt u de verschillen zien tussen halogeen, spaarlampen en LED lampen. Hopelijk maakt dit uw keuze een stuk gemakkelijker.
In 2010 Philips introduced a patent licensing program for LED-based luminaires and retrofit bulbs used in the general illumination, architectural and theatrical markets.
To help companies that are active in LED-based luminaires seize the opportunities in a rapidly growing LED lighting market, they decided last year to offer access to their patented LED control technologies through a licensing program. Electro Cirkel B.V. did not hesitate to become a licensee to this program and thus have a license agreement with Philips regarding patents available under the Philips LED Luminaires and Retrofit Bulbs in connection with the brand Calex®.
As the owner of the brand name Calex® and as the supplier of Power LED bulbs with this brand name we are in this way able to offer you as our customer protection against any problems that could arise as regards patents belonging to Philips.
ELECTRO CIRKEL B.V.
P.R. van Soelen,
A LED or halogen lamp transformer?
When you are planning to replace your halogen spots with LED spots then you will need to stop and think about the various 12V transformers that you can and cannot use for 12V LEDs.
We make a distinction between 3 types of 12V transformers:
1. Wound transformers
LEDs can be powered with traditional wound or magnetic core transformers, although these transformers do need a minimum load to work properly. A transformer may, for example, need to be connected to lamps with a total load of at least 20W (depending on the type of transformer).
Moreover, wound transformers often have a secondary voltage that is not exactly 12V but which is, for example 13V or 14V. Too-high voltages are extremely harmful for LEDs, as they will become much too hot. You can recognise these transformers immediately from their weight: they are relatively heavy. The disadvantages of these transformers are their possible hum and the high standby power consumption. Wound transformers can be recognised from the following symbol:
2. Electronic transformers
Electronic transformers are much lighter than wound transformers. They are not usually suitable for LED lighting as their load will be too low for the transformer. When you exchange halogen lighting for LEDs you will not usually be able to reach the transformer’s minimum load. The minimum load is shown on your transformer’s label. Electronic transformers can be recognised from the following symbol:
3. LED transformers
These are also known as stabilised transformers. Obviously, these transformers are ideal for LED lighting. Moreover, they do not have a minimum load. Furthermore, and at least equally important, the standby power consumption is very low.
Wound transformers can be used, provided that the secondary voltage is exactly 12V. Electronic transformers will not usually be suitable for LEDs.
We recommend that you use a transformer designed for LEDs, as you will then get the maximum out of your LED lighting.
Choosing the right LED dimmer
One of the frequently asked questions about LED lighting is whether or not LED lamps and LED spotlights are dimmable. LED lamps and LED spotlights are indeed dimmable, but the process of making them dimmable requires some explanation. Below you will find a step-by-step guide to making your LED lighting dimmable using an LED dimmer.
LED dimmer vs conventional dimmer
LED lamps cannot be used in combination with a conventional dimmer. Connecting an LED lamps to a ‘regular’ dimmer may cause the lamp to flicker, hum or vibrate. The lamp may even blow. The electronics in a LED lamp function differently from those in a halogen or filament lamp, and as the dimmer needs to be compatible, a LED dimmer is used for LED lamps.
Dimming LEDs with a LED dimmer
Dimmable LED lamps allow you to create the perfect ambiance at home. In order to determine the brightness of a dimmable LED lamp or a dimmable LED spotlight, a special LED dimmer is required. These LED dimmers come in various designs, varying from concealable boxes that can easily be installed behind a panel to ones with wireless control.
Dimming 12-24V LEDs
For dimming 12-24V LED lamps, an LED transformer that converts 230V to 12-24V voltage is required. An LED transformer is often called a ‘trafo’, a LED driver or LED power supply. The transformer is installed between the 12-24V lamp and the dimmer. There are 3 options for dimming 12-24V LED lamps.
Option 1: 12-24V LED dimmer
12-24V LED dimmers must be powered by a 12V or 24V DC LED transformer (so not by a dimmable electronic AC transformer).
Option 2: 230V ‘leading edge’ phase-angle dimmer
For more information on dimming 12-24V LED lamps using a 230V phase-angle dimmer, consult the transformer user manual in order to determine whether the lamps can be dimmed using a phase-angle dimmer.
Option 3: 230V ‘trailing edge’ phase-cut dimmer
A 12-24V LED lamp can be dimmed using a 230V phase-cut dimmer in combination with a dimmable, electronic 12-24V LED transformer.
12V-24V is dimmed when the LED is switched on and off very quickly. Reducing the flicker frequency causes the LED to burn more weakly, which allows you to dim the LED continuously. Nevertheless, dimming LEDs remains difficult as the combination of the LED dimmer / dimmable LED transformer and the electronics in the LED lamps / LED spotlights may still cause the light to flicker. This is because European and Chinese manufacturers do not yet have an international standard.
Dimming 230V LEDs
2230V LED lamps are not dimmable unless specifically indicated. 230V LED lamps have built-in electronics that reduce the 230V charge to 12V (the working voltage for LED). For that reason, these lamps are usually unsuitable for dimming. For the 230V LED lamps or LED spotlights that are indicated as dimmable, two types of 230V dimmers can be used. These 230V dimmers are suitable for directly dimming 230V LED lamps.
Option 1: 230V ‘leading edge’ phase-angle dimmer
230V phase-angle dimmers are the oldest and cheapest dimmers and use a suppression coil.
Option 2: 230V ‘trailing edge’ phase-cut dimmer
230V phase-cut dimmers are low-noise because they do not have a suppression coil (because of the built-in electronics). This is the new (more expensive) type of dimmer. These dimmers function better in combination with electronic transformers and are therefore more suitable for dimming 12-24V LED lamps.
Choosing between the two types of dimmers can be troublesome as some LED lamps function better with phase-cut dimmers while others tend to function better with a phase-angle dimmer. LED lamp manufacturers often indicate which type is most suitable.
LED dimmer minimum load
LED dimmers may require a minimum load. Many LED dimmers only dim when connected to a minimum electric potential of 20 or 30 watts. Suppose that four LED lamps of 3 watts each (12 watts in total) are connected to an LED dimmer. It could then be the case that the lamps do not or only partly dim.
Dimming multiple LED lamps
The potential of the LED dimmer determines the number of LED lamps that can be dimmed. A well-used rule of thumb is that 10% of the maximum potential of the dimmer can be used for the lamps that need to be dimmed.
Example: a certain dimmer has a maximum potential of 300 watts. In this case, a maximum of 6 lamps of 5 watts each can be connected (10% of 300 watts = 30 watts).
The number of LED lamps that can be connected may differ per LED dimmer. Should you wish to connect a large number of lamps to a single dimmer, please test this in prior to installment.