* The EtraLED-PHI-8520 Philips Modular Passive Star LED Heat Sinks are specifically designed for luminaires using the Philips LED engines. * Mechanical compatibility with direct mounting of the LED engines to the LED cooler and thermal performance matching the lumen packages. * For spotlight and downlight designs from 700 to 2800 lumen. * Thermal resistance

* The EtraLED-PHI-9620 Philips Modular Passive LED Coolers are specifically designed for luminaires using the Philips LED engines. * Mechanical compatibility with direct mounting of the LED engines to the LED cooler and thermal performance matching the lumen packages. * For spotlight and downlight designs from 800 to 3300 lumen. * Thermal resistance range Rth

* The EtraLED-PHI-11020 Philips Modular Passive LED Coolers are specifically designed for luminaires using the Philips LED engines. * Mechanical compatibility with direct mounting of the LED engines to the LED cooler and thermal performance matching the lumen packages. * For spotlight and downlight designs from 800 to 3800 lumen. * Thermal resistance range Rth

* The EtraLED-PHI-13020 Philips Modular Passive LED Coolers are specifically designed for luminaires using the Philips LED engines. * Mechanical compatibility with direct mounting of the LED engines to the LED cooler and thermal performance matching the lumen packages. * For spotlight and downlight designs from 1400 to 4400 lumen. * Thermal resistance range Rth

* The EtraLED-PHI-130100 Philips Modular Passive LED Coolers are specifically designed for luminaires using the Philips LED engines. * Mechanical compatibility with direct mounting of the LED engines to the LED cooler and thermal performance matching the lumen packages. * For spotlight and downlight designs from 2500 to 8800 lumen. * Thermal resistance range Rth

1. Designed for Philips SLM, Philips lumens;
2. All values are typical at 35ºC unless otherwise stated.

1. Designed for Philips SLM, Philips lumens;
2. All values are typical at 35ºC unless otherwise stated.

1. Designed for Philips SLM, Philips lumens;
2. All values are typical at 35ºC unless otherwise stated.

1. Designed for Philips SLM, Philips lumens;
2. All values are typical at 35ºC unless otherwise stated.

Designed for Philips SLM, Philips lumens;
All values are typical at 35ºC unless otherwise stated.

Designed for Philips SLM, Philips lumens;
All values are typical at 35ºC unless otherwise stated.

All values are typical at 35ºC unless otherwise stated.

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