Philips MASTER LEDtube provides the LED light source in a traditional fluorescent tube design. Its unique design ensures a perfectly uniform appearance, so it cannot be distinguished from traditional fluorescent tube solutions. These T5 fluorescent tubes are the right solution when performance is important, as they are designed to withstand everyday use. Unparalleled savings due to low energy consumption and exceptionally long life ensure that these T5 fluorescent tubes meet the needs of all applications.

Advantages:

- Absolute performance that offers solutions for all areas of application
- Unparalleled savings with low energy consumption and long life
- Robust and reliable: an excellent choice for everyday use

Characteristics

- For direct replacement of existing T5 lamps with HF ballast
- Compatible with a wide range of presets
- > With their efficiency of up to 155 lm/W, they save 50% more energy than fluorescent lamps
- Extra long lifespan of up to 60,000 hours
- High luminous flux of up to 5600 lm
- Mercury free

Description:

- Energy efficiency class: D
- Weighted energy consumption: 26 kWh / 1000 hours
- Luminous flux of the lamp: 3900.0 lumens
- Power consumption: 26 watts
- Average nominal lifetime of the lamp: 60,000 hours
- Version: T5 (tube)
- Reservation: G5
- Switching cycles: 50000
- Type: Led lamp
- EAN: 8718699749538
- Manufacturer no.: PH-74953800
- Series: Master LEDtube
- Lamp type: LEDs
- Use: light bulbs
- Version: frozen
- Adjustable: Yes
- Color temperature: 4000 Kelvin (cool white)
- Color rendering index (Ra): 80
- Beam angle: 200 degrees
- Diameter: 19 mm
- Length: 1163 mm
- Tube ballast system: ECG
- Power supply input voltage: 60-120 volts
- Warning: This LED tube is not suitable for operation on CCG/LLC. Not suitable for 230V operation.
- Additional information: Compatible with approved 1-10 / DALI and Multiwatt ECGs | Flask | Particularly even light distribution thanks to the 200° beam angle | HO version compatible with HACCP | To use the dimmer function, please check the compatibility with the ballast