Aztec Coastal Asymmetric

Floodlights

This asymmetric floodlight offers an IP66, robust die-cast aluminium, LED floodlight providing a high output performance coupled with a high efficiency asymmetric lens to minimise unwanted light pollution and skyglow, making it ideally suitable for numerous industrial and commercial applications.

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Options

Photocell

Specification

Input

220-240V

Hertz

50/60Hz

Temp

-30°C - 50°C

Lifetime

L80 54,000h

CRI

SDCM

Beam Angle

60/120

Class

IP Rating

IP66

IK Rating

IK08

Features

High performance die-cast marine grade aluminium LED floodlight suitable for industrial and coastal applications
304L stainless steel mounting bracket and fixings
Marine grade construction ideal for coastal and adverse weather, swimming pool and chemical plant applications
High output, high efficiency asymmetric lens technology for anti-light pollution
Pre-installed breathable gland prevents internal moisture accumulation
Pre-wired with 1.5 metre of rubber insulated cable for ease of installation
Concentrated saline 3,000 hour salt spray test to EN ISO 9227
High purity aluminium construction, surface electrophoresis and corrosion-proof treatment
Salt mist spray test verified
Non-dimmable

Variants

Related Case Study

Manchester's Arndale Walk Way Gets Upgrade

Manchester's Market St. Walk Way Gets Upgrade With New Aztec Floodlight

Learn more

ManchesterArndaleFloodlightInstallation-AnsellLighting-16Mar2023-DecoyMedia-19

FAQ

: Declarations of Conformity are available on request, please contact our Technical Department (technical@anselluk.com)
: To assist customers in lighting projects where a single floodlight is to be installed onto a single column, Ansell Lighting has added to the Aztec range of floodlights, single post-top brackets and column clamps for the most common tubular steel columns used in many commercial and industrial applications, that being for 76mm and 60mm diameter tubular steel lighting columns.

Read more in our blog.
: 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.
: 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
: 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.