R-MAN High Tech Solar Private Limited
 
2A/83, Pillaiar Koil 6th Street,
Ekkattuthangal,
Chennai – 600 032. Tamil Nadu, India.
 
 
Contact Person : S. Ragothaman
Mobile
:
+91 9444036073
Phone
:
+91 - 44 - 2225 2385 / 2225 2539
E-mail
:
Website
:
Copyright © R-MAN HIGH TECH SOLAR PRIVATE LIMITED 2012
 
R-MAN High Tech Solar Private Limited
 
 
LED HIGH BAY LIGHTS
AC operated LED High Bay Lights are very economical compare to Sodium Vapour or any other conventional lamps. R-MAN Solar uses high efficient and power factor corrected LED drivers.
 
Product Details:
High conductivity Aluminium material is used
Light, firm and better mechanical strength
Better heat dissipation
High power LED, 6300K colour temp, 90 – 105lm
Safe and reliable, low carbon and eco friendly
Long Life ( 30000 Hours)
Efficiency: 85% - 89%
IP65 protection
Reliable Water proof, high efficiency LED driver with PFC
Colours available: CW, NW, WW
 
Application:
Factories
Workshops
Stations
Gymnasiums
Auditorium
Libraries
Shopping Malls
Warehouses
Exhibition Halls
Convention Centres etc.
 
Technical Specification:
Model No.
Input Voltage
Total Power (Approx.) W
LED Power (Approx.) W
Lumens (Approx.)
Power Factor
RS-AHBL-050
90 – 265V AC
55W
52.8W
5000
>0.95
RS-AHBL-100
90 – 265V AC
110W
106W
10000
>0.95
RS-AHBL-150
90 – 265V AC
165W
159W
15000
>0.95
RS-AHBL-200
90 – 265V AC
220W
212W
20000
>0.95
 
General LED Technical Specification LED Driver:
Input Supply
:
90V - 305V AC, 50 Hz
Power Factor
:
Better than 0.93
Efficiency
:
Better than 90%
Type of Control
:
Constant Current
No load Power Dissipation
:
Less than 6%
Protections
:
The following protection are to be provided
 
  1. Short Circuit Protection
  2. Over Voltage Protection
  3. Over Temperature Protection
Operating temperature
:
-350C to 700C
Relative Humidity
:
10% RH to 100% RH
Water Proof Grade
:
IP67
Safety and EMC Standard
:
UL850, UL935, UL1020, EN 61347-1, EN 61347-2-13
EMS Standards
:
EN 61000 – 3-11, EN 61547
Di-electric Strength
:
Primary to Secondary
:
3750V AC/10mA (At PCB Level)
Primary to Secondary
:
1875V AC/10mA ( Finished Product)
Primary to Earth
:
1875V AC/10mA
Secondary to Earth
:
1875V AC/10mA
Ground Resistance
:
0.1Ω at 25A ( 1 min )
Leakage Current
:
0.75mA at 277V AC
IR value
:
Around 50MΩ at 500V DC
Power Saving Calculations:
It is measured that the lux output of 70W LED Light and 250W HPSV Lamp are same, when they fixed at a height of 30 ft.

For the power saving calculation, we take these two rating as typical example.
 
Assumptions:
Lights are under operation per day
:
12 Hours
Working for 1 year
:
365 days
Approximate power consumption of 250W HPSV lamp with choke
:
300W
Approximate power consumption of 70W LED Light
:
300W
 
Calculations:
Power consumed by 250W Lamp per day
:
300 x 12 = 3600W
Power consumed by 250W lamp per year
:
3600 x 365 = 1314000W
Power consumed by 70W lamp per year
:
80 x 12 = 960W
Power consumed by 70W lamp per year
:
960 x 365 = 350400W
Power saved in watts
:
1314000 – 350400 = 963600W
Power saved in Units
:
963600 ÷ 1000 = 963.6 Units
Power saved per year by using 70W LED Light instead of 250W Sodium Vapour Lamp
:
963.6Units