INNOVA ABS

Features

• External terminal strip makes it easy to connect the supply cable – PLUG and PLAY system
• Optional throughwiring (up to 5 wires inside the light fitting)
• Fully automatic 100% control of functionality and tightness (leak test) during production
• Optional delivery of supply cables with connectors in specific required length
• Standard model - CRI > 80: 4000 K
• Package contains stainless hooks and stainless brackets

Technical data

• System efficacy: 162 lm/W
• Degree of protection: IP66/IP69
• Minimum ambient temperature: ta = -25 °C
• Maximum ambient temperature: ta = 50 °C
• Life time: 50000 hours / L90/B10
• Unified Glare Ratio (UGR) from 22,9 to 26,5
• Impact strength: IK10
• Chromaticity tolerance (initial MacAdam): SDCM3
• Certification CE, ENEC, CB, ESČ, HACCP, DLG

Attachment method

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

Materials / finishes

• Body: Dark grey ABS (high chemical resistance, UV stability, RAL 7001)
• Diffuser: Translucent ABS (high chemical resistance, UV stability)
• Reflector: steel sheet, white (RAL 9003)
• Connection: External, 3-pole, 1.5 mm2 conductor cross-section (2.5 mm2 available on demand), External, 5-pole, 1.5 mm2 conductor cross-section (2.5 mm2 available on demand)
• External terminal block, 3 or 5 poles, 1.5 or 2.5 mm2 wire cross-section

Electric equipment

• It can be delivered in dimmable version

Download

CE

ENEC

CB

ESČ

HACCP

DLG

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.

• Plugin
• Library

• Plugin
• Library

Accessories to INNOVA ABS

Drawings and graphs of luminosity

Nothing you say?

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

Manual

Luminosity curve

The catalogue sheet of each light fitting or the electronic catalogue in our website offer the luminosity curves. The luminosity curve shows graphically how the light fitting radiates light into the space. In other words, in what direction it emits light. The light source is situated in the centre of the system - in the polar area in the graph. When the light fitting is rotationally symmetric around its vertical axis (circle, square), we construct only one intensity distribution curve in one vertical plane. Red in our case. When the light fitting is not symmetric, we add a blue curve to the graph. The blue curve shows how the light fitting shines after rotation by 90° as against the first position. When measuring the light fitting in the axis of the source, we measure the C90-C270 plane; when measuring the light fitting vertically to the axis, we measure the C0-C180 plane. See the picture below.

• The luminosity in the given direction is measured by the goniophotometer.
• TREVOS disposes of that device.
• We are able to measure all light fittings by ourselves and to record the luminous output.
• So we can be sure that the light fitting shines as it should.

Luminosity curve example

Plastic industrial LED light fitting with high chemical resistance, suitable also for outdoor spaces, with diffuser made of translucent acrylate.

Closed and non-dismountable light fitting according to the standard ČSN EN 60598-1 part 4 intended for chemically challenging or agricultural premises with incidence of vapours like ammonia, lye, alkaline compounds and hot water (hydrolysis). The light fitting is suitable particularly for agricultural and industrial buildings like farms, stables, production and warehouse premises, car wash units and laboratories without explosion hazard. The structural design of the light fitting (IP69) allows even placement in food-processing industry - HACCP.

The light fitting resists dust, humidity and washing with spouting water up to 80 °C. The body and the diffuser made of ABS material have high chemical resistance.

An external terminal strip makes it easy and quick to connect the supply cable.

Emissions in the environment of use may reduce the usability of the plastics; for more information.