Exterior lighting - RIBA Product Selector
Exterior lighting - RIBA Product Selector
Exterior lighting - RIBA Product Selector
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
�������������������������������������������<br />
����������������������������������������������������������������������������<br />
��������������������������������������������������<br />
In order to comply with the IP value as specified, the connection of the device needs to be compliant therewith. For this purpose,<br />
Delta Light supplies the appropriate waterproof connections together with the fixture<br />
����������������������������������������������������������<br />
�<br />
An IP code is a rating assigned to a product that indicates<br />
its level of Ingress Protection, that is, the amount of protection<br />
that the enclosure of the product provides against<br />
the entry of solid foreign objects (fingers, tools, and so on)<br />
and against moisture infiltration (from rain, for example).<br />
IP codes have the format IPxx, where the x represent<br />
numerals from the coding scheme. The first number<br />
in the sequence signifies the degree of protection<br />
against the entry of foreign solid objects. The<br />
range of available numbers is 0-6. The second number<br />
signifies the degree of protection against the entry<br />
of moisture and may be anything from 0 through<br />
8 The letter X may be used as an alternative for zero.<br />
The protection is greater as the number is higher.<br />
Each number in the IP code rating scheme represents<br />
a specific test; the higher the number, the more severe<br />
the test. Each test has requirements that very tightly<br />
control the test procedure and the equipment used.<br />
Once the manufacturer has identified the IP code desired<br />
for its product - either as required for that type<br />
of product by the applicable safety standard or as<br />
requested by the company’s marketing department<br />
- it can conduct a test program specific to that code.<br />
Waterproof connectors are sealed and resist<br />
water (IP68), salt spray and debris. Once sealed,<br />
they also prevent the capillary problems with wires.<br />
They insulate and protect electrical connections<br />
from mechanical abuse, wire pull-out and abrasion.<br />
Additionally, they serve as an effective wire strain relief.<br />
Delta Light uses two types of waterproof connectors<br />
depending on the application. The first type<br />
is called Duraseal and is used to connect two wires.<br />
The other type is called Topflux and<br />
is used to connect two or more wires.<br />
The Topflux is fitted with a solder ring to ensure<br />
a perfect electrical connection at all time.<br />
DURASEAL TOPFLUX<br />
The waterproof connectors of the Duraseal<br />
type are installed with a two step process.<br />
First, the terminal and wire are prepared<br />
and a crimp tool crimps the terminal to the wire.<br />
Then, a heat gun (400°C) is directed at the splice until the<br />
terminal insulation is fully covered and the adhesive flows.<br />
A heat shrink tubing ensures the final protection.<br />
1st Digit: 2nd Digit:<br />
Protection against foreign, solid objects Protection against liquids and moisture<br />
IP X... Description IP ...X<br />
Description<br />
No protection No protection<br />
Protected against solid objects<br />
over 50 mm, e.g. accidental<br />
touch by hands<br />
Protected against solid objects<br />
over 12 mm, e.g. fingers<br />
Protected against solid objects<br />
over 2,5 mm (tools / wires)<br />
Protected against solid objects<br />
over 1 mm (tools / wires / small<br />
wires)<br />
Protected against dust - limitid<br />
ingress (no harmful deposit)<br />
Totally protected against dust<br />
Example:<br />
IP 67: Totally protected against dust and protected against<br />
the effects of immersion between 15 cm and 1 m.<br />
When working with the Topflux type, allign the stripped<br />
conductors and insert them into the Topflux, rotating it<br />
between a half and a full turn. This provides you with<br />
a mechanical connection, keeping the Topflux from<br />
sliding off the conductors.<br />
Heat the Topflux (400°C), starting at the copper<br />
cone, until the solder flows and is drawn through<br />
the cone into the windings of the cone by capillarity.<br />
After that, heat the sealing ring (bottom part) until it<br />
melts and flows.<br />
connect to waterproof<br />
distributionbox<br />
EXAMPLE: C BOX<br />
3<br />
CUT CABLE<br />
1<br />
1<br />
EXCL.<br />
2<br />
2<br />
1m<br />
15 cm min.<br />
400 mm GRAVEL<br />
m<br />
Protected against vertically falling<br />
drops of water<br />
Protected against direct sprays of<br />
water up to 15° from the vertical<br />
Protected against sprays to 60°<br />
from the vertical<br />
Protected against water sprayed<br />
from all directions - limited<br />
ingress permitted<br />
Protected against low pressure<br />
jets of water from all directions -<br />
limited ingress permitted<br />
Protected against strong jets of<br />
water, e.g. for use on shipdecks -<br />
limited ingress permitted<br />
Protected against the effects of<br />
immersion between 15 cm and<br />
1m<br />
... m<br />
Protected against long periods of<br />
immersion under pressure<br />
WRONG<br />
RIGHT<br />
�������