BEGA 31060 Wall Luminaire Instruction Manual

: June 12, 2024
: BEGA

Table of Contents

Application
**Lamp
Product description
Light technique
Safety
Overvoltage protection
Installation
Replacing the LED module
Copper
References
Read User Manual Online (PDF format)
Download This Manual (PDF format)

**Technical amendments reserved
Wall luminaire

BEGA 31060 Wall Luminaire
**

Instructions for use

Application

Wall luminaire with shielded light source for many lighting tasks on or in buildings.

**Lamp

**

Module connected wattage	3.9 W
Luminaire connected wattage	5 W
Rated temperature	ta = 25 °C
Ambient temperature	ta max = 40 °C

31 060 K3

Module designation	LED-0480/830
Colour temperature	3000 K
Colour rendering index	CRI > 80
Module luminous flux	715 lm
Luminaire luminous flux	409 lm
Luminaire luminous efficiency	81,8 lm / W

Product description

Luminaire made of copper and stainless steel
Opal glass with screw neck
Silicone gasket
Wall mounting with a mounting plate made of stainless steel, Steel grade number 1.4301
Mounting plate with 2 fixing holes ø 5.5 mm · 70 mm spacing 1 cable entry for mains supply cable up to ø 10,5 mm Connection terminal 2.5@
Earth conductor connection BEGA Ultimate Driver ®
LED power supply unit
220-240 V x 0/50-60 Hz
DC 176-264 V
BEGA Thermal Switch ®
Temporary thermal shutdown to protect temperature-sensitive components
Safety class I
Protection class IP 44
Protected against granular foreign bodies
≥ 1 mm and splash water
Impact strength IK05
Protection against mechanical impacts < 0.7 joule
– Safety mark
**** – Conformity mark
Weight: 2.2 kg
This product contains light sources of energy efficiency class(es) C

Light technique

Part of the light shines upwards through a slit in the reflector shield.
The shape of the luminaire thus remains visible, even in the dark.

Safety

The installation and operation of this luminaire are subject to national safety regulations. Installation and commissioning may only be carried out by a qualified electrician.
The manufacturer accepts no liability for damage caused by improper use or installation. If subsequent modifications are made to the luminaire, the person responsible for these modifications shall be considered the manufacturer.

Overvoltage protection

The electronic components installed in the luminaire are protected against overvoltage in accordance with DIN EN 61547.
To achieve an additional protection against e. g. transients, etc. we recommend separate overvoltage protection components. You can find them on our website atwww.bega.com.

Installation

Please use the protective gloves provided for the installation to prevent fingerprints on the luminaire.
LED are high-quality electronic components!
Please avoid touching the light output opening of the LED directly during installation or relamping.
Remove glass with reflector from the luminaire housing.
Undo screw at wall box and remove mounting plate.
Pass the power connecting cable through the cable entry in the mounting plate.
Note position of application of the mounting plate “arrow down”.
Fix the mounting plate with enclosed or any other suitable fixing material onto the mounting surface.
Make the earth conductor connection and the electrical connection.
Make earth conductor connection between luminaire housing and mounting plate.
Note position of application of the luminaire “arrow down”.
Place the luminaire onto the mounting plate, adjust and fix it.
Screw glass with top reflector and gasket into the luminaire housing.

Replacing the LED module

The designation of the LED module is noted on a label in the luminaire.
The light colour and light output of BEGA replacement modules correspond to those of the modules originally fitted.
The module can be replaced by qualified persons using standard tools.
Disconnect the system and open the luminaire.
Please follow the installation instructions for the LED module.
Inspect and, if necessary, replace the luminaire gaskets.
Defective glass must be replaced.
Close the luminaire.

Copper

The luminaire parts made of solid copper are delivered with the metal’s natural surface colour.
Time and weather factors create the natural patina characteristic for copper.
Spares