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Sunday, August 6, 2017

India Customs 'Know Your Customer' (KYC) Documents Upload Process



 All shipments sent from or received into India need KYC documents (Government recognized Identity and Address proof) to be presented to Customs during shipment clearance (reference: Customs Circular No. 9/2010).
Absence of these documents will mean clearance delay as shipments will go into Customs Bond until KYC documents are provided by the shipper or consignee based in India.
Consignees receiving shipments in India can upload the documents to related couriers.


Prepare Your KYC Documents

  • Individual – Resident Indian
Please provide any ONE of the following document as Id and Address Proof. The address proof should match with the delivery address mentioned on your shipment

a) Aadhaar Card
b) PAN Card *
c) Passport
* A separate address proof document will be required

Please provide any ONE of the following address proof document in case the address on your KYC document does not match with the delivery address. The address on this document should match with the delivery address.

a) Bank Account Statement
b) Electricity Bill
c) Employee ID
d) Hotel Booking Receipt
e) LPG Connection Receipt
f) Rent Agreement

  • Individual below 18 years of age
Please provide any ONE of the following document as Id and Address Proof. The address proof should match with the delivery address mentioned on your shipment

a) Aadhaar Card of Minor
b) PAN Card * of Minor
c) Passport of Minor
d) Birth Certificate of Minor
* A separate address proof document will be required

Please provide any ONE of the following document as Id Proof of Parent / Guardian.
a) Aadhaar Card of Parent/Guardian
b) PAN Card of Parent/Guardian
c) Passport of Parent/Guardian
Please provide any ONE of the following address proof document in case the address on your KYC document does not match with the delivery address. The address on this document should match with the delivery address.

a) Bank Account Statement
b) Electricity Bill
c) Hotel Booking Receipt
d) Hostel / College Id card

  • Proprietor
Please provide any TWO of the following documents as Id Proof.

a) Aadhaar Card
b) PAN Card
c) Voter ID
d) Passport
e) Driving License
f) Ration Card With Photo
g) Bank A/C pass book with photo
h) Bank A/C pass book or statement which contains Firm & Proprietor name

Please provide any ONE of the following address proof document. The address on this document should match with the delivery address.

a) Bank Account Statement
b) Birth Certificate
c) Electricity Bill
d) Employee ID
e) Hotel Booking Receipt
f) LPG Connection Receipt
g) Rent Agreement

  • Partnership Firm
Please provide any TWO of the following documents as Id Proof.

a) Any official document to identify the partner holding the power of Attorney
b) PAN Card
c) Partnership Deed
d) Power of attorney granted to transact business on its behalf
e) VAT Registration Certificate
f) Telephone Bill
g) Registration Certificate

Please provide any ONE of the following address proof document. The address on this document should match with the delivery address.

h) Bank Account Statement
i) Electricity Bill
j) Telephone Bill
k) Lease / Rent Agreement
l) Other Document

  • Company
Please provide any TWO of the following documents as Id Proof.

m) Articles of Association
n) Certificate of Incorporation
o) Memorandum of Association
p) PAN Card
q) Power of attorney granted to transact business on its behalf
r) Telephone Bill

Please provide any ONE of the following address proof document. The address on this document should match with the delivery address.

a) Bank Account Statement
b) Electricity Bill
c) Telephone Bill
d) Lease / Rent Agreement
e) Other Document

  • Trust Foundation
Please provide any TWO of the following documents as Id Proof.

a) Any officially valid documents to identify the trustees
b) Power of attorney granted to transact business on its behalf
c) Registration Certificate
d) Resolution of the managing body
e) Telephone Bill

Please provide any ONE of the following address proof document. The address on this document should match with the delivery address.

a) Bank Account Statement
b) Electricity Bill
c) Telephone Bill
d) Lease / Rent Agreement
e) Other Document

  • Foreign Nationals Residing in India
Identity Proof 1 – Passport
Identity Proof 2 – Visa / PIO Card

Address Proof - Please provide any ONE of the following address proof document. The address on this document should match with the delivery address.

a) Address proof of relative/friend if staying with them
b) Hotel Booking Receipt
c) Rent Agreement
d) Stay Visa
e) Other Document


Submit Accordingly

1. DHL upload here. Or call DHL India 1 800 111 345/ 1 800 200 1345 (Toll free) for support

2. FedEx submission, mail KYC Documents to kycdocs@fedex.com with airway bill, find here for guide, or call 1800 22 6161 / 1800 209 6161 for help

3. TNT submission, mail KYC documents to in.kyc@tnt.com with airway bill, check here for futher guide, or call 1800 208 9999 / 1800 425 9999 for further details.



FAQ

1.Shipment is for personal use but the delivery address is of my office / work address.
Please upload any one of the following documents as address proof. The address on this document should match with the delivery address. Also the name on this document should match with the Consignee name.

Employee Id Card
Offer Letter
Appointment Letter

2.Shipment is for personal use but the receiver name is of my organization where I am employed.
Please upload a letter issued by your organization on their letter head stating that the shipment is for your personal use and can be delivered at the company address. The delivery address should be mentioned on the letter and should be signed by authorized signatory along with company seal / stamp.

3.Consignee name on the shipment is my Nick / Pet / House name.
Consignee needs to provide Individual's ID and Address proof document along with an Affidavit which states that the Nick / Pet / House name and name as per KYC document is of the same individual. The affidavit should be notarized.

4.Consignee name on the shipment is post marriage but KYC documents are inbefore marriage name.
Please upload one Id and address proof document along with marriage certificate or affidavit which states that the name on shipment and name as per KYC documents is of the same individual. The affidavit should be notarized.


Thursday, August 3, 2017

What's Warning Canceller (Capacitor) And Why Some Cars Need It?

What's Warning Canceller (Capacitor) And Why Some Cars Need It?

This is also referred to as HID Anti flicker capacitor. It is commonly found in high profile automobiles such as Mercedes, Audi, and BMW among others. It’s a very significant component in American and European cars installed with High Intensity discharge lights. They can however function well for vehicles with low voltage provided that their compatibility is favorable. Experts warn that it is imperious to confirm your vehicles compatibility from the manufacturer before considering installing a warning canceller. To avert damages it is recommended that you consult an experienced professional for help.


Why do some cars need it?

1. Solving Flickering Issue

Capacitors are used to sort out flickering issues that are very common with LED kits. Light flickering issues arise as a result of LED bulb replacement. On many occasions the cars computer rejects the changed bulb especially when it happens to be a replica and not the original. Subsequently the computer repetitively keeps sending a special pulse to the lights as a way of trying to resolve the lighting failure. A continuous pulse results in what appears like flashing or flickering of lights. It can be so dangerous driving with flickering lights as it can lead to horrendous accidents on the road especially during the night. To resolve the flickering or the abnormal light flashing such cars require anti-flicker devices to be installed with expertise.

  • 2. Eliminate Bulb Failure Issues

In many modern cars drivers have the unique privilege of knowing whether all their LED headlights are fully functional or not. This is as a result of the availability of a light indicator on the dashboard which sounds the warning when one fails or the bulb burns out. Sometimes the bulbs are not burnt despite the bulb out indicator. Computer errors can result in superfluous expenses .In such a case a warning canceller is highly recommended to resolve the issue. It works perfectly well in expunging the warning light and relieves the usual stress that comes with malfunctioned car parts. A good quality capacitor will solve all bulb failure issues encountered as a result of wrong warning signals from your car’s computer system.

 

Conclusion

A warning canceller or capacitor is highly recommended for convenience purpose. It works perfectly well with cars whose year of manufacture ranges between 2006 upwards. They are also incredible for vehicles with daylight running lights.

the Meaning of Color Temperature for Automotive Lights

the Meaning of Color Temperature for Automotive Lights


Color temperature refers to the condition of the output of light in automotive.It can either be described in terms of coolness or warmth.It is measured in Kelvins. The modern LED lights are designed to accommodate an output ranging between a 100 to 10000K. On the other side HID lights range from 6000 to 10000 Kelvins. This does not necessarily mean that brighter light outputs equates to higher color temperatures. On the contrary the higher the color the more distraction it becomes. It’s all dependent on respective technology used. Light developers are very creative with limiting color temperatures to conform to normal human eye needs. LEDs color temperatures can be set accordingly to add exclusive value to consumers unlike is the case with halogen and xenon lights.



Light performance


4000K

The light produces amber color and mostly this kind of warm color is used for turning signal light.

6000K

This range of color temperature is very common with many users. Headlights within 6000 to 6300K appear whiter than those that exceed the level. They are more usable and convenient for road users since they do not have yellowish or extreme blue that can detract other drivers on the road.

6500K

At this temperature the yellowish color will diminish to produce an excellent or crystal whitish color. It’s recommendable especially for experienced drivers since it falls within the right light brackets.

7000K

At 7000K a blue tint starts appearing in place of the white light. It may appear very bluish depending on the quality of the bulbs. You can still manage to see things well at this temperature.

What are the types of LED chip packages in the automotive market?

What are the types of LED chip packages in the automotive market?

Choosing an LED technology is like choosing the right winter coat to wear: there are different models that provide more or less features depending on what you might need. Once you decide the features you want from your LED, you can easily choose the package type accordingly.

The basic types of chip LEDs are:

 1. SMD (Surface mounted diode):

SMD (Surface mounted diode) is a standalone chip on a ceramic base that can be integrated into various packages for linear LED strips or downlights. SMD technology also supports chips with more complicated designs, such as SMD 5050 chips, that have RGB capabilities on a single chip. This is very powerful for color combinations. The technology takes the shaped design to be closer to that of a flat, square computer chip. It is also worth noting that SMD chips can have more than just two contacts (one anode and one cathode). SMD chips can have 2, 4 or 6 contacts, depending on the number of diodes on the chip. With the SMD design, there is an individual circuit for each diode. For example, SMD 5050 chips have 3 diodes on the chip, which translates to 3 circuits and a total of 6 contacts.
SMD chips have been a very important development for the LED industry because of the ability to put 3 diodes on the same chip. When a chip includes a red, green, and blue diode, you have a chip that can create any color you want by adjusting the level of output from each individual diode on the chip. Because they are very bright and can change colors, these chips are used extensively for LED strip lights and light bulbs.

 2. COB (chip on board):

COB (chip on board) LED, which comes as a high powered chip in direct contact with a printed circuit board optimal thermal management. COB and SMD can be similar because like SMD, COB chips have multiple diodes on the same “wafer” or chip. However, this is where the similarities end. In fact, on every COB chip there are multiple diodes; typically 9 or more. The other big difference between COB and SMD technology lies in the fact that while SMD requires a circuit for every diode included on the chip, COB devices only have 1 circuit and 2 contacts for the entire chip regardless of the number of diodes. This single circuit design, regardless of the number of diodes on the chip, leads to simplicity for the rest of any COB LED device.
Perhaps even more important than the simplicity aspect, COB also leads to improved lumen-per-watt ratios in comparison to other LED technologies such as DIP and SMD. Unfortunately, the big draw back from the single circuit design of COB chips stems from the fact that multiple channels are necessary to adjust individual levels of light output to create color changing effects. What this basically means is that COB technology, while very powerful and efficient in single-color applications, cannot be used to create color changing bulbs or lights.
Before COB technology, LED spot lights and flood lights were historically considered “non-standard lamps” because they required multiple LED sources to produce a high lumen output. Since the advent of COB chips in the LED arena, a large lumen count can be produced from a single source using a COB chip. This was never possible before COB, but has been a revolution for people who want to lower their energy bill but also need a standard lamp. Besides spot lights and floodlights, COB chips have been put into all kinds of bulbs and used for a number of other applications as well.

3. ETI FC (Flip-Chip):

ETI FC(Flip-Chip) LED is a new patented technology by mounting the LED diode upside down compare to the present day COB LED production. In FC LED, patented Flip Chip process instead of traditional COB wire bonding is applied. Flip-chip not only shortens the production process (which means cost reduction), but also significantly reduce thermal resistance and result in higher heat dissipation rate than in the traditional golden wire bonding COB LED. Meanwhile, FC LED’s smaller and square design makes its light beam more focused.

Benefit of Flip-Chip LED:

– 200 times faster thermal dissipation rate on each diode compare to ordinary COB LED
– No need heavy weight thermal HEAT SINK (due to better heat dissipation rate)
– Longer life: Almost no decade (estimated about 3% in 6000 hours)
– Higher module reflective brightness.
– No Shadow of light, no lead frame for certain light angles limitation ( wider light angle of about 120 degree)
– Producing better lighting specification than other same 450mA current LED products


How does LED Emits Light?

How does LED Emits Light?

An LED is a small light bulb that easily fits into an electrical circuit. These light bulbs do not get hot and they are illuminated by the constant movements of the electrons located in the semiconductor material. The average life of an LED is around 50,000 hours, and it surpasses the life of the typical halogen or HID bulb by several tens of thousands of hours.

Here you will find detailed information about how LEDs work and how are they able to generate constant and reliable lights without any maintenance.

The answer lies in the name of the light bulb: LED stands for “Light Emitting Diodes” and it refers to a special type of diode that is especially created to provide light when electricity passes through it. These diodes are basically semiconductors that are used to control the direction of the electricity flow. The average light emitting diode does this through what is known as a “p-n junction”, which is formed of a p-type semiconductor (which contains positively charged carriers) and an n-type semiconductor (which contains electrons). The connection between these two types of semiconductors is known as a “p-n junction”. These junctions are the building blocks of every semiconductor electronic device.

Light emitting diodes are modified in order to produce a form of light radiation, and the electrons from n-type semiconductors simply connect to the carriers in the p-type semiconductor, and the electricity flow is unidirectional: it is possible only from n to p, not the other way round. When the junction is formed, electrons located in the diode change their state and start to emit photons: electrons change their orbit by moving from a higher orbit to a lower one – when they do that, they automatically lose energy in the form of light. The more energy is lost, the more powerful the photons of light. This is when the color starts to change and light is being emitted by the LED.

The color that is emitted by the LED is somehow influenced by the material of the bulb as well as the current that runs through it. The semiconductor materials can be designed to limit the amount of energy that flows through them, and this will automatically change the color of the light – this is how you obtain a multi-color LED bulb. When the LED starts to produce light, this phenomenon is known as “electroluminescence”, and this is different from any other kind of light emission because it provides no heat. When the traditional light bulbs emit light, that process is called “incandescence” because they emit heat along with the light (thus the name “incandescent light bulbs”).

Generally speaking, LED lights are designed to emit one color of light, but over the past years manufacturers have come up with bi-color light bulbs, and the most popular colors at the moment are red, green and blue (although there is a wide variety of colored LED bulbs available on the market). Plus, the manufacturers use a combination of LEDs that aim to give a wide range of colors (these displays use a 3-LED pixel).