TECHNICAL DEPT.
Lenses Test Report
PLL2056SR33 - IESNA Type III
PATENT PENDING
•
•
•
•
Material =
SILICONE for Lens,
PC For Holder KEL2056
Full angle at 50% from maximum: ~ 75°x160°
Full angle at 10% from maximum: ~ 150°x175°
The light spots here represented refer to tests carried out with
CoBs 13mm LES, ~2420lm@LED
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technical@khatod.com
Page 4 - March 2017
TECHNICAL DEPT.
Lenses Test Report
Assembly Specifications
Screws
Assembly
•
•
•
Use TCEI M3/M4 screws
Use Press Fit
Maximum recommended tightening tor-
que: 0.5/0.6 Nm
PLL2056SRxx
CoB + Connector
Heat Sink
KEL2056
Using Connectors
LED HALTER / OPTIK
LED HOLDER / OPTICS
SiO3
SiO3 Junior
Khatod Linse
Khatod lense
Hersteller Webseite
Manufacturer website
LED Halter B+W
LED Holder B+W
4xx Typ K1
Khatod partnumbers
www.khatod.com
4xx / Typ K1
Bender+Wirth
4 xx_k1
Dimensions:
51x51x2,25
LES to 9mm at
30mm
Mögliche Halter / COB Kombinationen /
Holder / COB combinations
COB Hersteller
COB Supplier
Bridgelux
Bridgelux
Bridgelux
Bridgelux
Bridgelux
Bridgelux
Bridgelux
Bridgelux
Bridgelux
Bridgelux
Bridgelux
Bridgelux
Khatod SiO3
Linse
Lense
see Khatod website
see Khatod website
see Khatod website
see Khatod website
see Khatod website
see Khatod website
see Khatod website
see Khatod website
see Khatod website
see Khatod website
see Khatod website
see Khatod website
COB Typ
COB Type
H9
V9 HD
V10 / V13
V10 Gen7
V13 Gen7
V15
V18
V18 Gen7
V22 / V22 Gen7
Vesta DTW 9mm
Vesta DTW 13mm / 15mm
Vesta Tunable 9mm
LES
LES
9 mm
9 mm
13 mm
10 mm
14 mm
15 mm
19 mm
19 mm
23 mm
9 mm
16 mm
10 mm
Halter
Holder
441 Typ K1
496 Typ K1
455 Typ K1
486 Typ K1
477 Typ K1
456 Typ K1
456 Typ K1
462 Typ K1
431 Typ K1
490 Typ K1
491 Typ K1
489 Typ K1
© BENDER
+
WIRTH GMBH CO.
Seite / page 1 of 5
Rev. 07 - 03/2018
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technical@khatod.com
Page 12 - March 2017
TECHNICAL DEPT.
Lenses Test Report
Determination of thermal shock resistance degree
The present document is an internal document showing the tests carried out by Khatod in its laboratory.
The tests, photos and videos presented in this document are made available for demonstration purposes only.
Khatod, with its laboratory, is not a certification body.
Note
Initial Visual Inspection
Before starting with testing, a visual inspection was
performed in order to check the integrity of the part
under test.
The part resulted physically intact.
Photo: the part in the climatic chamber.
Temperature set in the climatic
chamber
Temperature detected on the
part by IR thermal camera
Final Visual Inspection
After testing, a final visual inspection was perfor-
med. The result was positive. (view photo)
Photo: the part in the climatic chamber after testing.
Based on the testing result, PLL2056SRxx test specimen proved to overcome the thermal stress test up to 120°C,
without any physical deterioration of the material.
www.khatod.com
technical@khatod.com
Page 13 - March 2017
TECHNICAL DEPT.
Lenses Test Report
Determination of mechanical impact resistance degree (IK tests)
The present document is an internal document showing the tests carried out by Khatod in its laboratory.
The tests, photos and videos presented in this document are made available for demonstration purposes only.
Khatod, with its laboratory, is not a certification body.
If customers need IK accredited certifications, they have to apply to the appointed Certification Bodies, under their
sole care and responsibility.
Note
Initial Visual Inspection
• Before starting with testing, a visual inspection was performed in order
to check the integrity of the part under test.
The part resulted physically intact.
Tests Execution
Tests were carried out on the part under test according to IK10 (20 Joules)
Test parameters are as follows:
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•
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1st impact test
Impact energy: 20 Joules
Impacting element: 5 Kg
Distance between impacting element and the part under test: 40 cm
Number of impacts: 5
2nd impact test
3rd impact test
1
st
TEST
2
nd
TEST
3
rd
TEST
Final Visual Inspection:
After testing, a final visual inspection was performed.
The result was positive. (view photo)
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technical@khatod.com
Page 14 - March 2017
TECHNICAL DEPT.
Lenses Test Report
IP X5 Test
The present document is an internal document showing the tests carried out by Khatod in its laboratory.
The tests, photos and videos presented in this document are made available for demonstration purposes only.
Khatod, with its laboratory, is not a certification body.
If customers need IP accredited certifications, they have to apply to the appointed Certification Bodies, under their
sole care and responsibility.
Note
Data and Analysis
The sample has been subjected to the water-penetration resistance test as follows:
• Assembly of the components to test :
A moisture indicator paper sheet has been interposed between the lens and the clamping base
• Positioning of the assembled sample under the device of watering with nozzle Ø 6.3 millimeters
• Water flow: 12.5 l/min ± 5%
• Water pressure: 30 kPa @ distance of 3m
• Duration of water spraying test on the wrap surface per m² : 1 min
• Minimum duration of the test: 3 min
• Distance between the nozzle and the wrap surface: 2.5 Meters
assembly
Testing under water jet
Testing under water jet
Conclusion
As shown in the photo, the test paper sheet is completely dry after
disassembling the system.
Based on the water penetration resistance test, PLL2056SRxx proved to be
fit for purpose.
The product has passed the Khatod test.
The test paper sheet is dry
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technical@khatod.com
Page 15 - March 2017