PRIMA CLASS II

... class II insulation, impact resistant.

Product variants and technical data Clicking the 5-digit code displays other product information.
Code Type Ta Max.:
[°C]		 Luminous flux of LED modules
[lm]		 Luminous flux of light fitting:
[lm]		 Power consumption:
[W]		 System efficacy:
[lm/W]		 Net weight:
[kg]		 A
[mm]		 D
[mm]
106117 PRIMA 1.2ft CLASS II PC 1300/840 50 1310 1220 8,2 149 0,9 615 110 - 370
106118 PRIMA 1.2ft CLASS II PC 1600/840 50 1560 1450 9,8 148 0,9 615 110 - 370
106119 PRIMA 1.2ft CLASS II PC 2200/840 45 2140 1990 13,2 151 0,9 615 110 - 370
106120 PRIMA 1.4ft CLASS II PC 2600/840 50 2600 2420 16,1 150 1,7 1175 700 - 960
106121 PRIMA 1.4ft CLASS II PC 3200/840 50 3100 2880 19,1 151 1,7 1175 700 - 960
106122 PRIMA 1.4ft CLASS II PC 4400/840 45 4300 4000 26 154 1,7 1175 700 - 960
106123 PRIMA 1.4ft CLASS II PC 6400/840 45 6120 5690 36,1 158 1,7 1175 700 - 960
106124 PRIMA 1.5ft CLASS II PC 3250/840 50 3240 3010 19,5 154 2 1455 970 - 1230
106125 PRIMA 1.5ft CLASS II PC 4000/840 50 3850 3580 23,3 154 2 1455 970 - 1230
106126 PRIMA 1.5ft CLASS II PC 5500/840 45 5340 4970 31,9 156 2 1455 970 - 1230
106127 PRIMA 1.5ft CLASS II PC 8000/840 45 7780 7240 44,3 163 2 1455 970 - 1230
CE ENEC CB
PRIMA CLASS II PRIMA CLASS II BASIC PRIMA CLASS II BASIC PRIMA CLASS II BASIC PRIMA CLASS II BASIC PRIMA CLASS II BASIC PRIMA CLASS II BASIC PRIMA CLASS II BASIC

Technical data

  • System efficacy: 163 lm/W
  • Degree of protection: IP66
  • Minimum ambient temperature: ta = -25 °C
  • Maximum ambient temperature: ta = 50 °C
  • Minimum ambient temperature: ta = 0 °C version with emergency back-up source
  • Maximum ambient temperature: ta = 25 °C version with emergency back-up source
  • Life time: 50000 hours / L90/B10
  • Unified Glare Ratio (UGR) from 21,4 to 24,6
  • Impact strength: IK10
  • Chromaticity tolerance (initial MacAdam): SDCM3

Attachment method

  • Suitable for suspended mounting
  • Suitable for ceiling mounting
  • Suitable for wall mounting
  • Suitable for surface mounting

Materials / finishes

  • Body: grey PC (high mechanical resistance, UV stability, RAL 7035)
  • Diffuser: translucent PC (high mechanical resistance, UV stability)
  • Reflector: steel sheet, white (RAL 9003)
  • Clips: polyamide + 15 % fibreglass, stainless steel + polyamide
  • Sealing: polyurethane (PUR), foam-filled base groove
  • Connection: screwless two-pole terminal block, screwless two-pole terminal block, 2-wire connecting cabling for feed-through installation (1.5 mm2 cross-section, 2.5 mm2 available on demand), screwless four-pole terminal block, 4-wire connecting cabling for feed-through installation (1.5 mm2 cross-section, 2.5 mm2 available on demand), screwless four-pole terminal block, screwless six-pole terminal block, 6-wire connecting cabling for feed-through installation (1.5 mm2 cross-section, 2.5 mm2 available on demand), screwless six-pole terminal block
  • 2, 4 or 6-pole connectors, conductor cross-sectional area of 1.5 or 2.5 mm2

Electric equipment

  • It can be delivered in emergency version
  • It can be delivered in dimmable version

Download

Data sheet
CE
ENEC
CB

Click the relevant product code in the table above to access the EULUMDAT (.ldt) files and the installation instructions for your luminaire.

BIM

Download the BIM objects.
More about BIM at bim.lighting.

Graphisoft ARCHICAD
Autodesk REVIT

Accessories to PRIMA CLASS II

Protective grid Side hanger with blocking Canalis busbar system connector

Drawings and graphs of luminosity

Drawing
Luminosity graph

Nothing you say?

Check out instructions in which we explain what can be read from these graphs.

The fixture is intended for indoor spaces, industrial and agricultural buildings, warehouses, rail vehicle maintenance facilities, platforms, substations, depots, car parks, garages, workshops and laboratories with no explosion hazard.

IP69-rated and HACCP-compliant, the fitting’s design also makes it a great choice for the food industry.

Made of clear polycarbonate, the base and the diffuser boast high impact and deformation resistance. Emissions in the environment of use may reduce the usability of the plastics.

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