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Street Lights
From HPS to LEDs Replacing
HPS Optical
Lens Luminary
Power Luminary Efficacy
Luminous Flux
Power Drive
Certificate Energy Saving Ratio
70W 12-LED 20W 150 lm/W 3000 lm MOSO25W
CE/ENEC
78%
100W 24-LED 30W 160 lm/W 4800 lm MOSO42W 75%
150W 24-LED 40W 150 lm/W 6000 lm MOSO42W 78%
200W 36-LED 60W 150 lm/W 8000 lm MOSO60W 75%
250W 48-LED 75W 160 lm/W 12000 lm MOSO72W 75%
400W 108-LED 100W 170 lm/W 17000 lm MOSO100W 78%
400W+ 144-LED 120W 175 lm/W 21000 lm MOSO120W 80%
Luminary Power 20W/25W/30W
Luminary Power 40W/50W/60W
Luminary Power 60W/75W/80W/90W
Luminary Power 100W/120W/150W
Luminary Power 180W/200W/240W
Reliability • Lower Tj → Longevity (Tj: LED PN Junction Temperature) • Lifetime of LED can be longer than 100,000 hrs while Tj < 55℃
LM-80 Test Report
TM-21 Calculation
Yellow fields are completed by the user. Fields not used should be left blank. Cyan fields are calculated based on user entries.
First, enter a description of the LED light source tested. Then complete the fields labeled "LM-80 Testing Details". Test duration must be at least 6,000 hours. If only one case temperature data set is to be used (no interpolation), complete only "Tested case temperature 1". For only two case temperature data sets, complete 1 and 2.
Next, further to the right, in the corresponding box(es) for each tested case temperature, enter the test data along with the time (in hours) at which each measurement was taken. Data entered must be normalized then averaged measured data (per TM-21 sections 5.2.1 and 5.2.2).
Enter drive current, temperature data and the percentage of initial lumens to project to in the fields labeled " Inputs".
Results can be tailored to estimate lumen maintenance at a specific time by entering a value (t) in the yellow field.
A complete TM-21 report wil l appear on the next tab labeled "Report".
Time (hours)
Lumen Maintenance (%)
Time (hours)
Lumen Maintenance (%)
Time (hours)
Lumen Maintenance (%)
0 100.00% 0 100.00%1000 99.99% 1000 99.47%2000 98.94% 2000 98.24%3000 98.36% 3000 97.34%4000 98.81% 4000 97.52%5000 98.32% 5000 97.50%
Total number of units tested per case temperature: 40 6000 97.96% 6000 96.36%Number of fai lures: 0Number of units measured: 40Test duration (hours): 6000Tested drive current (mA): 60Tested case temperature 1 (T , °C): 54.6Tested case temperature 2 (T , °C): 84.9Tested case temperature 3 (T , °C):
Drive current for each LED package/array/module (mA):
60
TM-21 Inputs
LM-80 Test Inputs
Inputs
Results
InstructionsDescription of LED Light Source Tested (manufacturer, model, catalog number)
Test Data for 54.6°C Case Temperature
Test Data for 84.9°C Case Temperature Tested Case Temperature 3
LM-80 Testing Details
case temperature (T , °C): 55Percentage of ini tial lumens to project to (e.g. for L , enter 70):
70
Time (t) at which to estimate lumen maintenance (hours):
50,000
Lumen maintenance at time (t) (%): 84.28%Calculated L70 (hours): 105,000 Reported L70 (hours): >36000
in-situ
In-SituIn-si tu
c
c
c
c
70
In-Situ
Reliability • Good Thermal Management→ Lower Tj
Reliability • IP 66/67 → Moisture Resistant
Reliability • Water immersed for 2 hours in production
Reliability • Lens Material
Reliability • UV Test
Structure • Easily Rain Rinsed
Structure
• Enclosed Housing
• Enclosed housing structure resistant for dust and insects intrusion
• Streamlined smooth upper frame easily for rain rinse
• Toolless entry by captive fastener
• The patented innovative design incorporates beautiful streamlined upper frame and high thermal conductive bottom cover for heat dissipation.
• Corrosion resistant polyester powder paint min. 2.0mil thickness
• Fasteners adopt 304 stainless steel
Structure • Applied in very cold weather （Ta = -40oC）
Structure • No Cracking by Frozen Ice
Structure • Typhoon Resistant
Structure • IK10 Test
Electric
• Wide-range A/C Input and Surge Protection
Electrical • 90-305V • System power factor > 0.95 • Total harmonic distortion: <10% at full load • Surge protection per ANSI C136.2-2015: 10kV/5A enhanced • EMI: Title 47 CFR Part 15, Class A • Photoelectric Sensor (PE) available
LoRaWan Smart Control Available ZigBee Smart Control Available
Electric Safety& EMC Regulations
Category Standards
CE IEC/EN 60598-1
CE IEC/EN 60598-2-3
EMI Standards Notes
EN 55015/GB17743-2007 Conducted emission Test & Radiated emission Test
EN 61000-3-2/GB17625.1-2003 Harmonic Current EmissionsEN 61000-3-3 Voltage Fluctuations & Flicker
PSE J 55015 (H20)EMS Standards Notes
EN 61000-4-2 Electrostatic Discharge (ESD): 8 kV air discharge, 4 kVcontact discharge
EN 61000-4-3 Radio-Frequency Electromagnetic Field SusceptibilityTest-RS
EN 61000-4-4 Electrical Fast Transient / Burst-EFT
EN 61000-4-5 Surge Immunity Test: AC Power Line: line to line 4 kV,line to earth 6 kV
EN 61000-4-6 Conducted Radio Frequency Disturbances Test-CS
EN 61000-4-8 Power Frequency Magnetic Field TestEN 61000-4-11 Voltage DipsEN 61547 Electromagnetic Immunity Requirements Applies To
Lighting Equipment
Optical Design
Ref: 1) IESNA Light Handbook 2) IESNA RP-08 Roadway Lighting 3) IESNA RP-16-10 Nomenclature & Definition for Illuminating
Engineering 4) CIE 126-1997 Guidelines for Minimizing Sky Glow 5) CIE 115 1995 Recommendations for the Lighting of Roads for
the Motor and Pedestrian Traffic. 6) CIE 31 1976 Glare and Uniformity in Road Lighting Installation 7) CIE 140 Road Lighting Calculation
Optical Design Choose the light pattern 1) Single Arrangement 2) Double Arrangement
Transverse: # of Lanes
< 2 2(MH=8m) 3(MH =8m) 4(MH =8m)
Type I Type II Type III Type IV
Longitudinal: Pole Spacing
2.8-3.6 MH 1S 2S 3S 4S
3.5-4.2 MH 1M 2M 3M 4M
4.0-5.5 MH 1L 2L 3L 4L
Transverse: # of Lanes
4(MH=8m) 6(MH =8m)
Longitudinal: Pole Spacing
2.8-3.6 MH N N
3.5-4.2 MH M M
4.0-5.5 MH W W
Optical Design • Control the glare
Too much glare
LED street lights in Dalian, China
Less glare
Maintenance • Toolless replacing power driver
Contact Us
+27 (0) 818 716 522 https://provprocure.com/
[email protected] Mauritius, Ebène
Cybercity, The Catalyst Suite 109 1st Floor
