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# TPS-20W

##### TPS-20W

The Tri-Proof Lights of LED structure simple and elegant designed, which used aluminum profiles made of one-piece greatly reduce the weight. Two sets of installation provide customer convenience, improve light utilization, very practical, truly Tri-Proof. There are waterproof and dustproof drop resistance against pressure and even moisture corrosion, using a very wide range. Get all customers' recognition and acceptance.

#### TPS-20W

**Dailux energy saving technology LED tri proof light looks more modern and elegant design than original led tube fixtures,What about the features?**

Yes,Let me show you more features as below,

1.Epistar LEDS with high efficacy >110 Lm/W,longer lifespan than ordinary chipset.

2.Glare-free diffused lens

3.IP66 protection for wet location application,waterproof,dusty proof and corrosion proof

4.Patented heat dissipation design for optimum efficiency

5.Integrated heatsink directly from the housing

6.National listing lab tested with IES standards

7.Solid State with high-shock and vibration resistance

8.Instant on and off without delay or re-strike

9.Corrosion resistant polyester white powdercoating

10.High CRI - RA>82 enhances all original color

**How do I measure wattage of replacements usually? About TPS-20Watt, Is that possible replace 80Watt fluorescent?**

No,The equal wattage is 40Watt fluorescent,

Normally we suggest: TPS-20Watt = 40Watt fluorescent replacement.

TPS-30Watt = 60Watt fluorescent replacement.

TPS-40Watt =80Watt fluorescent replacement.

TPS-50Watt = 100Watt CFL replacement.

TPS-60Watt =120Watt CFL replacement.

TPS-75Watt =160Watt CFL replacement.

**How do I measure the annual running cost of a 40Watt LED tri proof light compared to a 80W fluorescent?**

The running costs can be determined by the following.

Annual running cost $ = Wattage /1000 KWH x Hours (Number of hours use per day) x cents per KWH (Cost of electricity)

Example: What is the annual savings when I compare a Dailux energy saving TPS-40Watt used for 12 hours per day, 7 days per week, 52 weeks per year, with the cost of electricity at 21 cents per KW Hour ?

Annual Cost for Dailux energy saving TPS-40Watt = 40/1000 x (12 x 7 x 52) x $0.21 = $36.69

Annual Cost for 80W fluorescent = 80/1000 x (12 x 7 x 52) x $0.21 = $73.38

Based on the medium size house with an average of 20x 80W fluorescent and a cost of electricity at 21 cents per Kilowatt hour, the annual savings would be more than $700 per year.

#### TPS-20W

**Dailux energy saving technology LED tri proof light looks more modern and elegant design than original led tube fixtures,What about the features?**

Yes,Let me show you more features as below,

1.Epistar LEDS with high efficacy >110 Lm/W,longer lifespan than ordinary chipset.

2.Glare-free diffused lens

3.IP66 protection for wet location application,waterproof,dusty proof and corrosion proof

4.Patented heat dissipation design for optimum efficiency

5.Integrated heatsink directly from the housing

6.National listing lab tested with IES standards

7.Solid State with high-shock and vibration resistance

8.Instant on and off without delay or re-strike

9.Corrosion resistant polyester white powdercoating

10.High CRI - RA>82 enhances all original color

**How do I measure wattage of replacements usually? About TPS-20Watt, Is that possible replace 80Watt fluorescent?**

No,The equal wattage is 40Watt fluorescent,

Normally we suggest: TPS-20Watt = 40Watt fluorescent replacement.

TPS-30Watt = 60Watt fluorescent replacement.

TPS-40Watt =80Watt fluorescent replacement.

TPS-50Watt = 100Watt CFL replacement.

TPS-60Watt =120Watt CFL replacement.

TPS-75Watt =160Watt CFL replacement.

**How do I measure the annual running cost of a 40Watt LED tri proof light compared to a 80W fluorescent?**

The running costs can be determined by the following.

Annual running cost $ = Wattage /1000 KWH x Hours (Number of hours use per day) x cents per KWH (Cost of electricity)

Example: What is the annual savings when I compare a Dailux energy saving TPS-40Watt used for 12 hours per day, 7 days per week, 52 weeks per year, with the cost of electricity at 21 cents per KW Hour ?

Annual Cost for Dailux energy saving TPS-40Watt = 40/1000 x (12 x 7 x 52) x $0.21 = $36.69

Annual Cost for 80W fluorescent = 80/1000 x (12 x 7 x 52) x $0.21 = $73.38

Based on the medium size house with an average of 20x 80W fluorescent and a cost of electricity at 21 cents per Kilowatt hour, the annual savings would be more than $700 per year.

#### TPS-20W

**Dailux energy saving technology LED tri proof light looks more modern and elegant design than original led tube fixtures,What about the features?**

Yes,Let me show you more features as below,

1.Epistar LEDS with high efficacy >110 Lm/W,longer lifespan than ordinary chipset.

2.Glare-free diffused lens

3.IP66 protection for wet location application,waterproof,dusty proof and corrosion proof

4.Patented heat dissipation design for optimum efficiency

5.Integrated heatsink directly from the housing

6.National listing lab tested with IES standards

7.Solid State with high-shock and vibration resistance

8.Instant on and off without delay or re-strike

9.Corrosion resistant polyester white powdercoating

10.High CRI - RA>82 enhances all original color

**How do I measure wattage of replacements usually? About TPS-20Watt, Is that possible replace 80Watt fluorescent?**

No,The equal wattage is 40Watt fluorescent,

Normally we suggest: TPS-20Watt = 40Watt fluorescent replacement.

TPS-30Watt = 60Watt fluorescent replacement.

TPS-40Watt =80Watt fluorescent replacement.

TPS-50Watt = 100Watt CFL replacement.

TPS-60Watt =120Watt CFL replacement.

TPS-75Watt =160Watt CFL replacement.

**How do I measure the annual running cost of a 40Watt LED tri proof light compared to a 80W fluorescent?**

The running costs can be determined by the following.

Annual running cost $ = Wattage /1000 KWH x Hours (Number of hours use per day) x cents per KWH (Cost of electricity)

Example: What is the annual savings when I compare a Dailux energy saving TPS-40Watt used for 12 hours per day, 7 days per week, 52 weeks per year, with the cost of electricity at 21 cents per KW Hour ?

Annual Cost for Dailux energy saving TPS-40Watt = 40/1000 x (12 x 7 x 52) x $0.21 = $36.69

Annual Cost for 80W fluorescent = 80/1000 x (12 x 7 x 52) x $0.21 = $73.38

Based on the medium size house with an average of 20x 80W fluorescent and a cost of electricity at 21 cents per Kilowatt hour, the annual savings would be more than $700 per year.

#### TPS-20W

Yes,Let me show you more features as below,

1.Epistar LEDS with high efficacy >110 Lm/W,longer lifespan than ordinary chipset.

2.Glare-free diffused lens

3.IP66 protection for wet location application,waterproof,dusty proof and corrosion proof

4.Patented heat dissipation design for optimum efficiency

5.Integrated heatsink directly from the housing

6.National listing lab tested with IES standards

7.Solid State with high-shock and vibration resistance

8.Instant on and off without delay or re-strike

9.Corrosion resistant polyester white powdercoating

10.High CRI - RA>82 enhances all original color

No,The equal wattage is 40Watt fluorescent,

Normally we suggest: TPS-20Watt = 40Watt fluorescent replacement.

TPS-30Watt = 60Watt fluorescent replacement.

TPS-40Watt =80Watt fluorescent replacement.

TPS-50Watt = 100Watt CFL replacement.

TPS-60Watt =120Watt CFL replacement.

TPS-75Watt =160Watt CFL replacement.

The running costs can be determined by the following.

Annual running cost $ = Wattage /1000 KWH x Hours (Number of hours use per day) x cents per KWH (Cost of electricity)

Example: What is the annual savings when I compare a Dailux energy saving TPS-40Watt used for 12 hours per day, 7 days per week, 52 weeks per year, with the cost of electricity at 21 cents per KW Hour ?

Annual Cost for Dailux energy saving TPS-40Watt = 40/1000 x (12 x 7 x 52) x $0.21 = $36.69

Annual Cost for 80W fluorescent = 80/1000 x (12 x 7 x 52) x $0.21 = $73.38

Based on the medium size house with an average of 20x 80W fluorescent and a cost of electricity at 21 cents per Kilowatt hour, the annual savings would be more than $700 per year.