Comboseal Plus Features | Thorlux Lighting United Kingdom

Comboseal

High peformance sealed industrial luminaires

Comboseal &

Comboseal Plus

Introducing the Comboseal range of low profile, high efficiency, IP66 circular LED luminaires for high and low bay applications, designed to be used as direct replacements for traditional single point suspended discharge luminaires up to 400 W.

IP66

LED

Comboseal

Comboseal Plus

Comboseal video

Comboseal

The Comboseal is available in 98 W and 137 W power ratings, with Smart versions suitable for use up to 8 m.

The strong high pressure die-cast aluminium body and polycarbonate cover make the Comboseal a tough impact resistant luminaire.

Designed to hang from a single suspension point, the balanced circular body is a suitable replacement for traditional discharge luminaires. Integral Smart controls and optional SmartScan wireless connectivity allow the installation of energy saving luminaires without the need for additional cabling.

The Thorlux designed PCBs are capable of producing up to 22,410 lumens of white light, with colour rendition greater than 80 CRI.

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Comboseal Plus

The Comboseal Plus is available in 160 W and 250 W power ratings with broad distribution, Smart versions suitable for mounting up to 18 m.

The sleek aluminium construction paired with toughened glass cover make the Comboseal Plus ideal for use in dust and moisture laden environments and areas where chemicals are in use. For further details contact the Thorlux Technical department.

High efficiency control gear and medium power LEDs provide a total system life of 100,000 hours, even in versions suitable for operating in ambient temperatures up to 50°C.

The Thorlux designed PCBs are capable of producing up to 41,100 lumens of white light, with colour rendition greater than 80 CRI.

Inside the Comboseal Plus

1Smart sensor

High level Smart Sensor optimised for presence detection up to 18 m combined with daylight dimming for energy savings which often exceed 70%. Wireless SmartScan versions remove the need for control cabling.

2Control gear enclosure

Strong high pressure die-cast aluminium casting with integrated heat sink maximises heat dissipation from the control gear in high temperature applications, finished full polyester powder coat silver (RAL 9006).

3Cover clamps

Strong high pressure die-cast aluminium castings provide uniform compression of the sealing gasket for excellent IP66 seal, finished full polyester powder coat silver (RAL 9006).

4Silicone gaskets

Long life thermally stable silicone gaskets maintain the IP rating for the life of the luminaire.

54mm thick cover

4mm thick toughened/safety glass cover has excellent chemical resistance and will not deteriorate in atmospheres that are harmful to plastics. For further details contact the Thorlux Technical department.

6LED PCBs

Four replaceable medium power LED PCBs with Thorlux patented LUX Guard current sharing technology.

7Control gear

Fully replaceable control gear. All electronic components have the same rated life as the LEDs.

8Die cast aluminium body

Strong high pressure die-cast aluminium top casting with smooth outer surface and internal fins to dissipate heat. Finished full polyester powder coat silver (RAL 9006).

Designed to perform in harsh environments

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Perfectly balanced

A balanced circular design allows for single point chain suspension.

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No duct traps

Designed with smooth surfaces, the curved profile eliminates accumulation of dirt and ponding of fluids.

Chemically resistant

Full polyester powder coated aluminium body with smooth, sloped back and glass cover make Comboseal Plus ideal for use in areas where corrosive chemicals are used. For further details contact the Thorlux Technical department.

From -40 to +50°C

High specification control gear coupled with thermally optimised PCBs ensure efficient function of the luminaire in ambient temperatures from -40°C to +50°C

The ideal luminaire when efficiency is key

100,000 hour LED life reduces maintenance costs. Improved lumen depreciation compared to traditional discharge lamps.

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HID

vs

Comboseal range

HID vs Comboseal range

Rated lamp life

Hot re-strike time

Lamp changes over 100,000 hours

Quality of light

LED system protection

LEDs are a very efficient light source and are resilient to many conditions that can be detrimental to the lifetime of traditional lamps.

For example, LEDs are largely unaffected by frequent switching, shock or vibration. However, LEDs or their solder joints can infrequently fail. In such circumstances it would be inconvenient if the failure caused significant loss of light, or if the luminaire extinguished completely.

In many luminaires LEDs are linked in series whereby a current flows through each LED in turn. Should an LED or solder joint fail, a whole row of LEDs, or in fact all LEDs may extinguish. Thorlux has designed specific protective measures to prevent such a condition.

LUX Guard by Thorlux, is a patented current sharing PCB and circuit design philosophy. If an LED fails then its current is shared via neighbouring circuits, with each LED’s brightness increasing slightly to compensate. LUX Guard ensures that a luminaire continues to provide its designed lumen performance, even in the case of nuisance LED failures, and reduces the maintenance costs of a project.

Comparison

Smart energy saving controls

The Thorlux Smart System exploits the latest ‘Digital Technology’ to provide a simple, effective method of lighting control which minimises energy consumption whilst retaining high levels of user comfort.

A discrete sensor integral to the luminaire monitors ambient light and presence, controlling output to the correct level, and ensuring that the area is only illuminated when occupied.

Individual Thorlux Smart luminaires may be linked using a ‘Motionline’ two wire low voltage bus allowing luminaires to communicate within a group. Upgrading to SmartScan provides the option of full wireless Motionline control between Smart luminaires eliminating the need for additional cabling.

Savings by the installation of automatic lighting control systems often exceed 70%.

Maintained illuminance

Smart luminaires maintain the desired lighting level throughout the maintenance cycle by automatically increasing lamp/LED output as the light source ages, avoiding over lighting new installations.

Daylight dimming

When daylight enters an area the sensors will take this light into account and gradually dim the lamps, saving energy whilst maintaining the required light level.

Movement detection

Presence sensors in all luminaires ensure excellent detection coverage, so that Smart luminaires switch on when movement is detected and stay on whilst the room is being used.

Full status monitoring of your high bay luminaires from the ground

The functional status and energy performance of SmartScan luminaires can be monitored from anywhere via the SmartScan website (SmartScan Gateway required), or from the ground using the SmartScan Programmer.

The website provides an easy to read visual reference highlighting the following:

Control gear status monitoring
Light source functionality
Thermal performance (the luminaire is operating within correct temperature limits)
Average energy used by the luminaire
Total hours powered
Full energy performance monitoring

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