tennis court floodlighting Tennis Floodlighting

 

 

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Column Technical Data
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tennis court lighting
lighting for tennis courts
 
Tennis Court Floodlighting
 
tennis court floodlighting scheme 1
 
Tennis Court Floodlighting Scheme 1 (Standard used: LTA)
 Pitch Dimensions  11 x 24m
 Total Playing Area  32 x 36m
 Calculation Points  5 x 3m
   
 Lamp Type  1 kW MHN-LA
 Initial Lamp Lumens  100,000
 No. of Floodlights  12
 No. of Columns  9
 Mounting Height  8
 Maintained Average Illuminance  500  500
 Initial Average Illuminance  620  625
 Uniformity (min/ave)  0.7  0.8
 Uniformity (min/max)  0.5  0.62
 Glare rating (max)  55  49
This scheme can be switched so that either one or both courts are lit.
 
Column Technical Data 8LDTBH

 Design Note ** Columns are designed in accordance with ILE TR7.The normal max weight  and wind area of the floodlight has been calculated using a wind speed and altitude  application for 90% of the UK. When the column is to be installed in an exposed site such as  a costal location, or a site subject to local funneling, or a site 250m above sea level  advice  should be sought from SMC.

 Columns Height: (M)

 8

 Max. Total Supported Wind Area Sq.m

 1.2m²

 Max. Total Supported Weight Kgs.

 80

 Anchor Bolt Diameter (mm)

 24

 Anchor Bolt Quantity

 4

 Gear Compartment (mm)

 115x135x600

 Estimated Footing Size (M)

 1.4SQRX0.97H

 
 
Floodlighting for tennis courts scheme 2
 
  Floodlighting for tennis courts scheme 2 (Standard used: LTA)
 
 Pitch Dimensions  11 x 24m
 Total Playing Area  32 x 36m
 Calculation Points  5 x 3m
   
 
 Lamp Type  2 kW HQI-TSL
 Initial Lamp Lumens  225,000
 No. of Floodlights  6
 No. of Columns  6
 Mounting Height  8
 Maintained Average Illuminance  500  555
 Initial Average Illuminance  620  695
 Uniformity (min/ave)  0.7  0.75
 Uniformity (min/max)  0.5  0.64
 Glare rating (max)  55  49
       
  Column Technical Data 8LDTBH
 

 Design Note ** Columns are designed in accordance with ILE TR7.The normal max weight  and wind area of the floodlight has been calculated using a wind speed and altitude  application for 90% of the UK. When the column is to be installed in an exposed site such as  a costal location, or a site subject to local funneling, or a site 250m above sea level  advice  should be sought from SMC.

 Columns Height: (M)

 8

 Max. Total Supported Wind Area Sq.m

 1.2m²

 Max. Total Supported Weight Kgs.

 80

 Anchor Bolt Diameter (mm)

 24

 Anchor Bolt Quantity

 4

 Gear Compartment (mm)

 115x135x600

 Estimated Footing Size (M)

 1.4SQRX0.97H

 
 
tennis lighting scheme 3
 
  Tennis Floodlighting Scheme 3 (Standard used: LTA)
 
 Pitch Dimensions  11 x 24m
 Total Playing Area  32 x 36m
 Calculation Points  5 x 3m
   
 
 Lamp Type  1 kW MHN-LA
 Initial Lamp Lumens  100,000
 No. of Floodlights  12
 No. of Columns  6
 Mounting Height  8
 Maintained Average Illuminance  400  450
 Initial Average Illuminance  500  565
 Uniformity (min/ave)  0.7  0.93
 Uniformity (min/max)  0.5  0.84
 Glare rating (max)  55  49
  In this scheme both courts must be lit.    
  Column Technical Data 8LDTBH
 

 Design Note ** Columns are designed in accordance with ILE TR7.The normal max weight  and wind area of the floodlight has been calculated using a wind speed and altitude  application for 90% of the UK. When the column is to be installed in an exposed site such as  a costal location, or a site subject to local funneling, or a site 250m above sea level  advice  should be sought from SMC.

 Columns Height: (M)

 8

 Max. Total Supported Wind Area Sq.m

 1.2m²

 Max. Total Supported Weight Kgs.

 80

 Anchor Bolt Diameter (mm)

 24

 Anchor Bolt Quantity

 4

 Gear Compartment (mm)

 115x135x600

 Estimated Footing Size (M)

 1.4SQRX0.97H

 
  Click to access 8LDTBH Technical Data PDF
  Contact us about tennis court floodlighting