BEGA 84297 In-Ground Luminaire Instruction Manual
- June 12, 2024
- BEGA
Table of Contents
BEGA 84297 In-Ground Luminaire
Product Information
The product is a luminaire with electronic components that are protected
against overvoltage in accordance with DIN EN 61547. It is recommended to use
separate overvoltage protection components for additional protection against
transients. The luminaire is available in different module designations, color
temperatures, color rendering indexes, module luminous flux, luminaire
luminous flux, and luminaire luminous efficiency.
Module Designations
- 84 297 K3
- 84 297 R K3
- 84 297 K4
- 84 297 R K4
Color Temperatures
- LED-0785/830 3000 K
- LED-0785/840 4000 K
Color Rendering Index (CRI)
The color rendering index is greater than 80 for all module designations.
Module Luminous Flux
- LED-0785/830: 7600 lm
- LED-0785/840: 7795 lm
Luminaire Luminous Flux
- For module designation 84 297 K3
- LED-0785/830: 5160 lm
- LED-0785/840: 4237 l
- For module designation 84 297 R K3
- LED-0785/830: 4237 lm
- For module designation 84 297 K4
- LED-0785/840: 5292 lm
- For module designation 84 297 R K4
- LED-0785/840: 4346 lm
Luminaire Luminous Efficiency
- For module designation 84 297 K3:
- LED-0785/830: 101.6 lm/W
- LED-0785/840: 83.4 lm/W
- For module designation 84 297 R K3:
- LED-0785/830: 83.4 lm/W
- For module designation 84 297 K4:
- LED-0785/840: 104.2 lm/W
- For module designation 84 297 R K4:
- LED-0785/840: 85.6 lm/W
Product Usage Instructions
For detailed instructions on using the product, please refer to the
separate user manual provided.
In-ground luminaire
Instructions for use
Application
Floodlight with symmetrical light distribution. For recessed mounting in
compacted surfaces, paths, and places. Drive-over luminaire for vehicles with
pneumatic tires.
Please note
Luminaire must not be used for installation in road lanes, where the
fixture is exposed to a horizontal strain due to braking, acceleration, and
change of direction. For walk-through public areas, we recommend skid-blocking
glass accessories
Product Description
Luminaires and installation housings are made of highly corrosion-resistant aluminum BEGA Tricoat® coating technology Cover ring is made of stainless steel Steel grade no. 1.4301 Ring made of glass fiber-reinforced synthetic material
Clear safety glass
The reflector surface is made of pure aluminum Optical silicone lens · BEGA
Hybrid Optics® Recess housing with cable entry for cable conduit, max ø 20mm
1,8m water-resistant connecting cable 07RN8-F 5G1@ with implemented water
stopper and 1.2m PVC cable conduit
BEGA Ultimate Driver
- LED power supply unit
- 220-240 V x 0/50-60 Hz
- DC 176-264 V
- DALI controllable
- Basic isolation exists between the power cable and the control line
BEGA Thermal Control
Temporary thermal regulation to protect temperature-sensitive components
without switching off the luminaire
Safety class
Protection class IP 68 10 m Dust-tight and water pressure tight Maximum
submersion depth 10 m Pressure load 5,000 kg (~50 kN) Impact strength IK10
Protection against mechanical
impacts < 20 joule Maximum surface temperature 35 °C (measured according to EN
60598 of a 15 °C)
- r – Conformity mark
- Safety mark
- Weight: 13.7 kg
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. We recommend fuse protection via a residual current
circuit breaker to be provided by the customer. 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 manufacture
Overvoltage protection
The electronic components installed in the luminaire are protected against overvoltage in accordance with DIN EN 61547. To achieve additional protection against e.g. transients, etc. we recommend separate overvoltage protection components. You can find them on our website at www.bega.com.
Lamp
- Module connected wattage 46.7 W
- Luminaire connected wattage 50.8 W
- Rated temperature ta=25 °C
- Ambient temperature ta max=40 °C
84 297K3
- Module designation LED-0785/830
- Color temperature 3000 K
- Color rendering index CRI >80
- Module luminous flux 7600 lm
- Luminaire luminous flux 5160 lm
- Luminaire luminous efficiency 101,6 lm/W
84 297 R K3
- Module designation LED-0785/830
- Color temperature 3000 K
- Color rendering index CRI >80
- Module luminous flux 7600 lm
- Luminaire luminous flux 4237 lm
- Luminaire luminous efficiency 83,4 lm/W
84 297K4
- Module designation LED-0785/840
- Color temperature 4000 K Color rendering index CRI >80
- Module luminous flux 7795 lm
- Luminaire luminous flux 5292 lm
- Luminaire luminous efficiency 104,2 lm/W
84 297 R K4
- Module designation LED-0785/840
- Color temperature 4000 K
- Color rendering index CRI >80
- Module luminous flux 7795 lm
- Luminaire luminous flux 4346 lm
- Luminaire luminous efficiency 85,6 lm/W
Lighting technology
Half beam angle 35°
Notice prior to installation: A foundation must be provided to accommodate the luminaire’s max. pressure load of 5,000 kg (~50 kN). The luminaire stands in a highly robust cast aluminum recessed housing. The pressure load is transferred to the foundation provided by the customer through this housing. The foundation must be laid on a firm substrate. The installation housing must be set in concrete for stability. Drainage must be provided in th foundation to allow surface water to drain fro the recessed housing. The external coating of the recessed housing must not be damaged. It is important to ensure that the floor covering installed later will be at a level with or below the upper edge of the recessed housing to guarantee a proper seal of the luminaire – see sketch (detail A).
Soil conditions
The luminaire must not permanently have contact with aggressive media.
Aggressive media may be washed out of the ground and corrode the luminaire
housing. If the composition of the ground is unknown, a ground analysis should
be performed before installation. Aggressive media can additionally compromise
the luminaire from the surface, which is why excessive use of de-icing agents
in the immediate vicinity of the luminaire should be avoided. External stray
currents conducted by the luminaire into the ground cause corrosion damage.
Suitable countermeasures should be put in place.
Installation
Dismantle the luminaire from the recess housing. For this purpose loosen screws at the stainless steel ring up to the stop. Turn the luminaire counter- clockwise up to the stop, lift the screws, and lift the luminaire out of the recess housing. Position recess housing on the foundation (as mentioned above) and fix it with enclosed or any other suitable fixing material. l Luminaire housing must not be installed in heat-insulating material. A customer-provided connecting sleeve outside of the installation housing is required to connect the luminaire to the power supply. We recommend using a BEGA distribution box 70 730 or 71 053. Pass the protective cable conduit from the connecting sleeve into the installation housing. Pass the connection cable through the protective conduit and connect it securely to the underground cable. If a connection underneath the luminaire is planned, the customer must ensure that there is enough clearance. We recommend a DN 150 pipe and the 70730 distribution box for drainage. After installation, the distribution box must be sealed.
Note the correct configuration of the main supply cable. Make mains supply connections at the brown (L), blue (N), and green-yellow lead (1). The connection of the control cables is achieved by means of both leads marked with DALI. In case these leads are not used the luminaire will be operated at full light output. 0.5 m of cable is provided in the installation housing so that the luminaire may be removed. Insert the luminaire housing into the recess housing, and turn it clockwise min. 10° and align it. Tighten screws firmly. Torque = 16Nm
Cleaning · Maintenance
After installation, the luminaire should first be cleaned. Building dust,
residues from contact adhesives, paint splashes, and rust film must be
completely removed. Never use high-pressure cleaners and cleaning implements
made of normal steel, steel brushes, or steel wool because they cause
extraneous rust to form. When using stainless steel cleaners, please read the
directions carefully. Cleaning agents containing hydrochloric acid and
chlorides should never be used. We recommend cleaning the luminaires regularly
Replacing the LED module · Maintenance The designation of the LED module is
noted on a label in the luminaire. The light color 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. We
recommend replacing the built-in seals and desiccant bag if the luminaire has
to be opened for maintenance purposes. Article numbers are listed in the
Replacements section.
Disconnect the electrical installation. Clean the key opening in the bolt head from dirt and other residue. Do not use high-pressure cleaners. Only use solvent-free cleaning agents for cleaning the luminaire. Dismantle the luminaire from the recess housing. For this purpose loosen the screws at the stainless steel ring up to the stop. Turn the luminaire counter-clockwise up to the stop\ and lift the screws. Lift the luminaire from the installation housing and place it with the glass side down onto a clean, level surface. The flexible connecting cable with the water stop must be checked for external damage and must only be replaced with a BEGA connection cable with a water stop. Check gaskets and replace if necessary. Loosen the hexagon nuts (wrench size 13mm) and lift off the luminaire housing. To disassemble the glass and gasket, at first push down the synthetic ring firmly. Remove the glass and the gaskets. Disassemble reflector. Replace the LED module. Follow the installation instructions for the LED module. Remove the 4 hexagon socket screws (wrench size 5mm) and lift off the top of the housing to replace the power supply unit. Replace the LED power supply unit. Screw down all parts of the housing evenly. the housing gasket.
Assemble the reflector
Place the glass gasket around the glass with the wider side of the seal
facing up as shown in the illustration. Insert the glass with the stepped side
facing up into the luminaire housing and press down hard. Make sure that the
glass is seated correctly inside the gasket bed. Pull up the synthetic ring up
to the stop. Place the cover ring onto the glass step and the synthetic ring.
Make sure that the two boreholes in the synthetic ring and cover ring are
correctly aligned. Tighten the hexagon nuts evenly in a crosswise fashion.
Torque = 16Nm
Accessories
14001415R Skid-blocking glass in accordance with EN ISO 51130 R13 Surface
abrasion in accordance with EN ISO 10545-7: Category II Anti-slip protection
in accordance with DIN 51097 Class C Distribution box for installation in soil
70 730 Distribution box with 7 cable entries Connection terminals 5 x 4@ 71
053 Distribution box with 10 cable entries Connection terminals 6 x 16@
Separate instructions for use can be provided upon request.