Sales Guide HID Kit & Ballast - Laki Auto
Sales Guide HID Kit & Ballast - Laki Auto
Sales Guide HID Kit & Ballast - Laki Auto
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<strong>Sales</strong> <strong>Guide</strong><br />
<strong>HID</strong> <strong>Kit</strong> & <strong>Ballast</strong><br />
• EHWA TECHNOLOGIES INFORMATION
Company Profile<br />
1956. 1 : EHWA Electric Co. Establishment<br />
1994 : ISO9001<br />
(Voltage Regulator, UPS)<br />
1996. 7 : Listed in KOSDAQ<br />
2002.10 : <strong>HID</strong> <strong>Ballast</strong> R&D Project<br />
2003.12 : E-13 mark for <strong>HID</strong> <strong>Ballast</strong><br />
2003.12 : QS-9000<br />
• EHWA TECHNOLOGIES INFORMATION
Application fields of <strong>HID</strong><br />
Motorcycle; 12V Commercial Vehicle; 24V<br />
Passenger Car; 12V Heavy Equipment; 24V<br />
• EHWA TECHNOLOGIES INFORMATION
<strong>HID</strong> Bulb Type (1)<br />
H1 H3 H4 H7<br />
• EHWA TECHNOLOGIES INFORMATION
<strong>HID</strong> Bulb Type (2)<br />
9004 9005 9006 9007<br />
• EHWA TECHNOLOGIES INFORMATION
The Characteristics of ETI <strong>Ballast</strong><br />
- Durability<br />
You can make sure the quality of ETI <strong>Ballast</strong> in the aspects of durability as it has been used<br />
all the electronic components guaranteed in using under the 125 degrees.<br />
Even though the electronic components guaranteed 125 degrees are more expensive than<br />
85 degrees or 105 degrees in cost, ETI has not used the electronic components recommended in<br />
under using only just 85 degrees or 105 degrees for maintaining the quality of durability.<br />
- ETI’s <strong>Ballast</strong> has developed in considering all of conditions would be happened<br />
at the aftermarket fields.<br />
- The size of ETI <strong>Ballast</strong> is most compact enough to install easily comparing to the other ballasts.<br />
• EHWA TECHNOLOGIES INFORMATION
Auxiliary Parts<br />
Power Connecting Cable<br />
Polarity Adjusting Cable<br />
Double sided Tape<br />
Fuses<br />
Installation Manual<br />
Relay (H4 High Low Only)<br />
• EHWA TECHNOLOGIES INFORMATION
E-13 Certification<br />
Reference Number<br />
E13*10R00*10R02*2024*00<br />
Approval Mark<br />
10R-02 2024<br />
Place<br />
Luxembourg<br />
Date<br />
10 Dec. 2003<br />
• EHWA TECHNOLOGIES INFORMATION
QS-9000 Certification<br />
Certificate No.<br />
QSCQ30573<br />
Registered<br />
QS-9000:1998<br />
(Based ISO9001:1994)<br />
Validity ranges<br />
Design, R&D,<br />
Production & Services<br />
Date<br />
12 Dec. 2003<br />
• EHWA TECHNOLOGIES INFORMATION
Catalog(2)<br />
• EHWA TECHNOLOGIES INFORMATION
4. High temperature extremes can cause a malfunction by:<br />
1) Exceeding the dissociation temperature of surroundings polymer or other packing components.<br />
2) Carbonization of packing materials with eventual progressive failure of the associated passive or active<br />
components. In addition, non-catastrophic failure is possible due to electrical leakage in the resultant carbon paths.<br />
3) Changes in active device characteristics with increased heat including changes in gain, impedance, collector-base<br />
leakage, peak blocking voltage, collector-base junction second breakdown voltage, etc., with temperature.<br />
4) Changes in passive device characteristics such as permanent or temporary drift in resistor value and capacitor<br />
dielectric constants with increased temperature.<br />
5) Changes in interconnect and relay coil performance due to the conductivity temperature coefficient of copper.<br />
6) Changes in the properties of magnetic materials with increasing temperature, including Curie point effects and loss<br />
of permanent magnetism.<br />
7) Dimensional changes in packages and components leading to separation or subassemblies.<br />
5. Test Methods<br />
The effect of electric components caused by the temperature circumstances<br />
1) Operating Temperature<br />
Do not use Aluminum Electrolytic Capacitors at temperature on which exceeds the specified operating temperature<br />
range. Applying capacitors surpassing guaranteed conditions may cause destruction due to rapid characteristic<br />
deterioration. Where, temperature of a capacitor includes radiation heat of Power transistor, IC, Resistor, etc. and self<br />
heat by ripple current as well as ambient temperature of a set. (From the contents of sales guide published by Sam<br />
Young Electronics Co., Ltd.)<br />
• EHWA TECHNOLOGIES INFORMATION
• EHWA TECHNOLOGIES INFORMATION
• EHWA TECHNOLOGIES INFORMATION
• EHWA TECHNOLOGIES INFORMATION
• EHWA TECHNOLOGIES INFORMATION
• EHWA TECHNOLOGIES INFORMATION
• EHWA TECHNOLOGIES INFORMATION
• EHWA TECHNOLOGIES INFORMATION
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