Tornado EVO

Declarations of Conformity are available on request, please contact our Technical Department (technical@anselluk.com)

Firstly, the installation of any lighting control within an application can provide significant benefits, not only in energy saving, but also in the continued specified performance and the economic life of the lighting fittings.

There are three basic types of control to consider.

Photo Electric Cell Units are basically a switch which operates automatically based upon the amount of ambient light and their function is in two different operations, to switch the lighting on when the ambient lighting level falls below a given value and to switch the lighting off when the ambient lighting level rises above the given value.

Microwave sensors operate by emitting a high frequency microwave beam over a designated area and when that beam is invaded by motion, this determines presence and activates the lighting to be switched on. An ideal solution for external lighting applications as they do not require a hole to be cut into the luminaire.

Passive Infra-Red Sensors (PIR) are electronic sensors which measure Infra-red light radiating from objects within the field of view, working where infra-red radiation enters the segmented front.

Read more in our blog article.

The classification of the degree of protection provided by enclosures, including those containing electrical lighting equipment against mechanical impact.

The term ‘IK’, where the ‘K’ part stands for ‘Kinetic’ relates to the motion of material bodies and the forces of energy associated with them.

IK ratings are defined as IKXX, where “XX” is the number from 00 up to 10, indicating the degree level of protection provided by the enclosure, which includes those containing luminaires, against external mechanical impacts.

IEC 62262:2002 and BS EN 62262:2002 describe a system for classifying the degrees of protection provided by enclosures for electrical equipment against external mechanical impact (IK Code). Whilst this system is suitable for use with most types of electrical equipment, it should not be assumed that all the listed degrees of protection are applicable to a particular type of equipment.

IEC 60068-2-75:2014 provides further detail where this part of IEC 60068 provides three standardized and coordinated test methods for determining the ability of a specimen to withstand specified severities of impact. It is used, in particular, to demonstrate an acceptable level of robustness when assessing the safety of a product and is primarily intended for the testing of electrotechnical items. It consists of the application to the specimen of a prescribed number of impacts defined by their impact energy and applied in the prescribed directions. This part covers energy levels ranging from 0,14j (joules) to 50j (joules).

The degree of protection applies to the complete enclosure and testing is carried out within a temperature range of 15°C - 35°C at an atmospheric pressure of between 860mb and 1060mb and is based upon testing of a new enclosure and to verify protection against mechanical impact, blows shall be applied to the enclosure being tested which is based upon 5 impacts to each face of the enclosure.

IK ratings are defined as IKXX, where “XX” is the number from 00 up to 10, indicating the degree level of protection provided by the enclosure, which includes those containing luminaires, against external mechanical impacts. This is of importance when considering the installation of lighting equipment for the more arduous applications, such as in sports centres and also outdoor working areas, such as in construction.

The different levels of IK ratings relate to the ability of the enclosure to resist varying impact energy levels measured in joules (j) and the International Electrotechnical Commission document, IEC 62262:2002 denotes how protected an enclosure (light fitting) is from mechanical impact, with the ratings at the higher end providing greater tolerance for impact. The British Standard version is BS EN 62262:2002 and is the UK version of the EN Standard, which in turn is the European version of the international standard.

All electrical devices are tested to determine a level of resistance against the intrusion of solids and liquids.

Once tested, the product is given an IP rating, which stands for Ingress Protection. IP Rating uses a two-digit code where the first digit is a number value of between 0 & 6, for protection against ingress from a solid object, and the second digit is a number value of between 0 & 9, for resistance against ingress of moisture.

Ingress protection is important as it allows the safe use of lighting equipment within environments where it is possible dust particles and water may get into the fitting and having a suitable IP Rating will give customer confidence in purchasing lighting fittings which are suited to the application into which they are to be installed.

Read more in our blog article

Yes, with equipment that facilitates this, normally a dimmable LED driver, along with a suitable dimmer switch. All of our LED products are highlighted in our catalogue as either “dimmable” or “non-dimmable”.

All light sources degrade over time. LM80 is the method for measuring how much lumen depreciation the light source will suffer. This is not to be confused with an estimation of life. LED's typically do not fail as they have no filament to burn to end their life, rather degrade beyond useful life output.