BEGA 85165 Performance Floodlight Instruction Manual

Technical amendments reserved
Performance floodlight
85 165

Instructions for use

Application

Performance floodlight with focusable zoom optics.
Half beam angle adjustable between 15° and 52° by turning the optical lens unit.
The floodlight can be screwed on by the customer with any G½ female thread in accordance with ISO 228 or with BEGA accessories.
For a variety of interior and exterior lighting applications.

Product description

Luminaire made of aluminium alloy, aluminium and stainless steel BEGA Unidure® coating technology Colour graphite or silver Matt safety glass Silicone gasket
Optical lens is made of silicate glass
Rotation range of floodlight 350°
Swivel range -30°/+100°
Mounting bracket with G½ threaded connection
Thread length: 14 mm
Connecting cable X05BQ-F 5 G 1 mm²
Cable length 1 m
BEGA Ultimate Driver®
Complies with flicker requirements in accordance with IEEE 1789,
DIN IEC/TR 63158, DIN IEC/TR 61547-1
LED power supply unit
220-240 V 0/50-60 Hz
DC 176-264 V
DALI-controllable
Number of DALI addresses: 1
Basic insulation is provided between the mains and control cables
BEGA Thermal Control ®
Temporary thermal regulation to protect temperature-sensitive components without switching off the luminaire
Safety class I
Protection class IP 65
Dust-tight and protection against water jets Impact strength IK06
Protection against mechanical impacts < 1 joule
– Conformity mark
Wind catching area: 0.023 m²
This product contains light sources of energy efficiency class(es) F

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 at www.bega.com.
The ideal protection of all electronic components installed in the luminaires is achieved by using bounce-free switching contacts such as an electronic relay (solid-state relay), e.g. BEGA 71 320.

Installation

Screw the floodlight G½ threaded connection firmly into the on-site G½ female thread or BEGA accessory.
G½ threaded connection torque = 40 Nm.
Secure the screw connection from loosening on site (if provided with locking screw S, see fig. A).
Check the earth conductor connection between the G½ threaded connection and the on-site G½ female thread.
Adjust floodlight:
Undo hexagon socket screw (wrench size 5 mm) and hexagon nut (wrench size 27 mm) and set the desired beam direction (see sketch B, C).
Torque:
Hexagon socket screw = 7 Nm
Hexagon nut = 35 Nm
Secure bolted connection Gß against loosening by tightening the hexagon socket screws (wrench size 2 mm).

The electrical connection must be carried out with matching protection class and safety class, strain-relieved, with suitable connection terminals (not included in the scope of delivery) at the luminaire power supply cable.
Note correct configuration of the mains supply cable. The earth conductor is connected at the green-yellow (1), the phase to the brown (L), and the neutral conductor to the blue (N) marked wire.
The connection of the control cables is achieved by means of the both leads marked with DALI. In case these leads are not used the luminaire will be operated at full light output.

Maintenance
The connecting cable must be checked for external damage and may only be replaced by a qualified electrician.

Cleaning · Maintenance

Clean luminaire regularly with solvent-free cleansers from dirt and deposits.
Do not use high pressure cleaners.

Adjusting the half beam angle

Loosen the locking pin (hexagon socket wrench SW 2.5) on the back of the floodlight housing.
Remove the trim ring along with the safety glass by twisting it anti- clockwise.
The half beam angle can be adjusted between 15° and 52° by turning the optical lens unit.
Turn clockwise to decrease the half beam angle; anti-clockwise to increase it.
The enclosed grey adjustment aid is used for simplified adjustment of the desired half beam angle (pos. 1–5), especially for uniform adjustment of luminaires that are mounted in a line.
To do this, turn the optical lens unit counterclockwise as far as it will go.
Place the adjustment aid on the cylindrical pin as shown in the sketch and press it all the way down.
Turn the lens unit clockwise to the desired position (see table).

Planning data for the corresponding half beam angles are available for download on our website.
Remove the adjustment aid from the housing and retain.
Place the trim ring with glass on the floodlight housing so that the notches in the trim ring and luminaire housing sit on top of each other.
Twist on the trim ring clockwise as far as the stop. Screw in the locking pin (hexagon socket wrench SW 2.5) on the back of the floodlight housing.

Lamp|
---|---
Module connected wattage| 25.7 W
Luminaire connected wattage| 28.5 W
Rated temperature| ta = 25 °C
Ambient temperature| ta max = 35 °C
85 165 K3|
Module designation| LED-1145/930
Colour temperature| 3000 K
Colour rendering index| CRI > 90
Module luminous flux| 3140 lm
Luminaire luminous flux| 2087 lm
Luminaire luminous efficiency| 73,2 lm / W
85 165 K4|
Module designation| LED-1145/940
Colour temperature| 4000 K
Colour rendering index| CRI > 90
Module luminous flux| 3300 lm
Luminaire luminous flux| 2193 lm
Luminaire luminous efficiency| 76,9 lm / W

Please note:
Do not remove the desiccant bag from the luminaire housing.
It is needed to remove residual moisture.

Replacing the LED module
The designation of the LED module is noted on a separate label in the luminaire or on the underside of the specific LED module.
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.
Open the floodlight:
Undo locking pin (hexagon socket head wrench size 2.5 mm) on the back side of the floodlight housing.
Remove the trim ring along with the safety glass and reflector by twisting it counterclockwise.
Replace LED module.
Please follow the installation instructions for the LED module. Inspect and, if necessary, replace the luminaire gaskets.
Defective glass must be replaced.
Place trim ring with glass and reflector on the floodlight housing in such a way that the notches in the trim ring and floodlight housing align on top to each other.
Twist on the trim ring clockwise as far as the stop.
Tighten locking pin.

Accessories

For the accessories a separate instructions for use can be provided upon request.

Spares

Trim ring graphite with glass
Trim ring silver with glass
LED power supply unit
LED module 3000 K
LED module 4000 K
Lens unit
Gasket housing
Gasket trim ring| 25 000 279
25 000 280
DEV-0353/700
LED-1145/930
LED-1145/940
75 004 802
83 000 521
83 001 952
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BEGA Gantenbrink-Leuchten KG · Postfach 31 60 · 58689 Menden · info@bega.com · www.bega.com

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