Ba*8jaj LED Highbay GIII

7/23/2019 Ba*8jaj LED Highbay GIII

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Bajaj’s New age LED

highbay

FUTURA GIII



CONTENTS

Overview.

Industrial application.

The COB E! Technolo"#.

$roduct details %Speci&cation.



O'ER'IE(

Industrial hi"h)a# is one the *ost co**on li"ht &+ture used ,or industrialapplication and as a user #ou ,ace lot o, challen"es in ter*s o, cost %ener"# e-cienc# with hi"h cost and *a/or disruption associated with

*aintenance its ver# essential to review #our current li"htin" solutionwith the latest ener"# e-cient solution E!.Now a da#s custo*ers are loo0in" ,or a technolo"# which will replace theire+istin" conventional 1234523 6I! lu*inaires 7 the answer is Ba/a/ E!6i"h)a#.



IN!USTRIA A$$ICATIONBa/a/ GIII E! hi"h)a# uses COB 8Chip on )oard9technolo"# ,or precise optical control to illu*inatethe *ost challen"in" hi"h )a# applications alsosavin" ener"# and *aintenance cost ..the products

are hassle ,ree and provide sa,e wor0in"environ*ent.

Applications areas :

6eav# en"ineerin" industries.

Industrial )a#;s.

Ther*al power stations.

Airport 6an"ers.

Railwa# concourse halls.

(arehouses

G#*s



T6E COB TEC6NOOG< %A!'ANTAGES

(hat is COB =

COB stands ,or 8Chip on Board9 *ulti E! chips arepac0a"ed to"ether as one li"htin" *odule. COB E!shave "reat advanta"e o, ther*al resistance lar"ercoolin" area )etter li"htin" e>ect and hi"h li"hte-cac#.

(h# COB =

!ue to the s*all si?e o, the E! chip Chip@on@Board technolo"# allows ,or a *uch hi"herpac0in" densit# than sur,ace *ount technolo"#.

This results in hi"her intensit# % "reateruni,or*it# ,or the user.



The &"ure )elow illustrates the di>erences in the nu*)er o, E!s that can)e placed on a 1313** suare and the resultin" power output o, thearra#

As #ou can see )# usin" COB technolo"# the nu*)er o, E!s is Dti*es hi"her than T@$ac0 technolo"# and D.2 ti*es hi"her than sur,ace*ount technolo"# i*provin" the )ri"htness si"ni&cantl#.



COB TEC6NOOG<

A COB E! device consists o, a *atri+ o, E! chipsconnected in series and parallel to one another. To ensure

e-cient ther*al *ana"e*ent the E! chips are installedon a cera*ic plate. Each chip contains )oth a p@doped andan n@doped la#er. (hen volta"e is applied the ne"ativel#char"ed electrons *i"rate ,ro* the n@doped la#er towardsthe p@doped la#er while the positivel# char"ed holes*i"rate in the opposite direction. Reco*)ination o,electrons and holes in the active re"ion results in thee*ission o, )lue photons. As )lue photons pass throu"h

the phosphor re"ion so*e under"o colour conversion to"reen #ellow and red photons. (hite li"ht results ,ro* theco*)ination o, photons across the entire visi)le spectru*.!ependin" on the application li"ht can )e directed via thelu*inaires secondar# optics 8e.". reHectors di>usors orlenses9.



A!'ANTAGES OF COB TEC6NOOG<

Superior Ther*al $er,or*ance ,or )etter li,eti*e sta)ilit# andrelia)ilit#.

6i"h@Intensit# % 6i"h@Uni,or*it#.

The ho*o"eneous li"ht e*itted )# COB E! *odules is una>ected)# individual li"ht points or *ulti@shadows. Clear contours )ecauseo, ho*o"eneous li"ht provided )# COB E! technolo"#.

!ue to its hi"h ener"# e-cienc# E! technolo"# conserves naturalresources and there)# si"ni&cantl# contri)utes to the reduction o,the car)on ,ootprint. No *ercur# is used ,or E!s and E!s do not

produce U' or in,rared radiation. oreover E! lu*inaires attractless insects than other li"htin" technolo"ies



!ETAIS.

$roduct ,eatures :

Electroche*icall# )ri"htened polished andanodi?ed spun alu*iniu* s#**etrical reHector.

Epo+# powder coated die@cast alu*iniu*inte"ral control "ear housin".

E! 8COB9 &+ed on alu*iniu* heat sin0 ,or)etter ther*al *ana"e*ent.

E! Colour Te*p J333KL M33.

A*)ient Te*perature: 3KC to 23KC

!river: Constant current output driveroperatin" ran"e 123 52' AC suppl# volta"es.

Co*pletel# prewired with accessories up to

ter*inal )loc0. In"ress $rotection: I$J2 8Control Gear9



FUTURA GIII $RO!UCT S$ECIFICATIONSProduct cat Ref BGHB 100W WH LED G BGHB 1!0W WH LED

i"ht Source E! 8 COB 9 E! 8 COB 9

S#ste* (atta"e 133( 133(

Input volta"e ran"e 123@ 52' AC 123@ 52 AC

!e"ree o, protection I$@J2 I$@J2

aterial Electroche*icall#)ri"htened polished andanodi?ed spun alu*iniu*s#**etrical reHector withEpo+# powder coated die@

cast alu*iniu* inte"ralcontrol "ear housin"

Electroche*icall#)ri"htened polished aanodi?ed spun alu*ins#**etrical reHector Epo+# powder coated

cast alu*iniu* inte"rcontrol "ear housin"

i"ht Colour CCT J333P L M 33 CCT J333P L M 33

i,eti*e 23333 Burnin" hours 23333 Burnin" hours

$ower ,actor Q 3.2 Q 3.2

Total 6ar*onic !istortion 13 13

$a#)ac0 calculation o, GIII E! 6i"h)a# 's Conventional 523( 6



"r# No# Descri$tio% &!0W 'H Highbay 1!0W G LED

1 Nu*)er o, u*inaires 133 133

5 T#pe o, a*p 523( 6 a*p E!

T#pe o, Ballast 6I! "ear EECTRON

$ower Consu*ption per la*p includin" )allast

loss 8(953 123

2 Ener"# Savin" per la*p point 8(9 @@@ 13

J Total i"htin" oad 80(9 5.3 12

Reduction in Total i"htin" oad 80(9 @@@ 1.3

D Usa"e per !a# 86rs.9 5 5 Usa"e per <ear 8!a#s9 J2 J2

13 Cost per Unit 8Rs.4 0(h9 .23 .23

11Savin"s due to reduction in Total i"htin" oad

8Rs.9 1D33.3

15 Cost per a*p 8Rs.9 D23.33 3.33

1 Avera"e Econo*ic i,e per a*p 86rs.9 W D333 23333

1 Nu*)er o, a*ps replaced per #ear 3.33 3

12 Cost o, a*p Replace*ent per #ear 8Rs.9 3.33 3.33

1JCost o, aintenance 8Assu*in" 13 ,ailure X

533 per point8Includin" Ballast93.33 Nil

1Savin"s due to reduction in a*p Replace*ent

Cost 8Rs.9 3.33

1DSavin"s due to reduction in aintenance Cost

8Rs.9 3.33

1 Total Savin"s per #ear 8Rs.9 1D33.3

Total E+tra Invest*ent Reuired

53 Cost o, u*inaire 233 53333.3

51 No. o, u*inaires 133 133

23333.33 5333333

55 Total E+tra Invest*ent 8Rs.9 1223333

5 $a#)ac0 8<ears9 1.

Wunder standard conditions o, suppl#In *onths 53 *onth

$a#)ac0 calculation o, GIII E! 6i"h)a# 's Conventional 523( 66i"h)a#

Ba*8jaj LED Highbay GIII

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