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Specification:
LED:42 SMD Led light
Charge：5V 2A
Magnifying Glass Multiple: 5X LED Magnifying Glass
material: Aluminum alloy + metal + K9 optical glass
If you have any problem of usage or any suggestion about this soldering station, please send the email to
Warranty
1: if this lamp was broken within a year, we will send a replacement to you after connecting with
After-sales service mailbox.
2:If the gadgets in the package are lost during the shipping, please contact us for re-send.
3:We will guide you carefully about the use and maintenance of this product.
Package including:
1 pcs Aluminum Alloy Base
1 pcs Magnifying Glass
1 pcs Mini Spanner
1 pcs Aluminum Alloy Base
1 pcs Magnifying Glass
1 pcs Mini Spanner
You can use it as a daylight bright desk lamp that gives you enough soft light when reading a book,
provide Cool / Warm Illumination so you can see details clearly and colors accurately.
Warnings:
1. Do not place the magnifying glass in direct sunlight. Reflection of direct sunlight by the glass could
cause a fire.
2. Wipe the lens with the included cleaning cloth to prevent scratching.
3. Never use detergent, gasoline, furniture polish, paint thinner, o other chemicals to clean any part of the
magnifying glass, as it will damage the lens.
4. The unit is not waterproof and should never be used in wet conditions.
Usage Method:
1. Please follow the Structure diagram to set up the whole product.
2. Plug in the USB cable into any DC-5V power source, such as a cellphone wall adapter, laptop or power
bank.
3. Once plugged in, long-press the power on the USB cable to turn the LED lights on.
4. You can change the light color or adjust the brightness in the control switch.
How to install a magnifying glass lamp:
For transportation safety and convenient packaging, we loosened the magnifying glass for this product.
The wire can be twitched to adjust the length for easier to install magnifying glass lamp with holder.
Make sure the fixed knob is tightened before using the lamp.
1. After you get the product, staggered the metal piece, put the wire into the metal sheet .
2. Adjust the metal piece and wire，let the USB control wire passes freely in the middle
3. Slowly twist the button ,let the screws hold the metal piece and the usb wire
4. Twist this to the tightest, you will get a connected device with a USB controller and a magnifying glass
Here is two clamp ways : Horizontal Clamp or Vertical Clamp
How to clamp your lamp on the desk?
You will get a magnifying lamp and the these clamp accessories in the package.
Step 1:Firstly,Take out these accessories and attach the small black parts to the bracket clamp
Step 2 :Make sure the placed you want to install, rotate the bottom screw parts downward.
Step 3:Install the lamp to the bracket clamp, then rotate and tighten the mini balck button ,let the
magnifying glass lamp settle on the desk.
Step 4:Rotate the bottom screw patrs up,until the unit stick to the desk.
How to adjust the brightness of light
The power button is just an easy On/Off switch.
Click on/off buttons one time to turn on/off.
Click second buttons to choice the color you wanted. It provides three light sources.
Long time press the up buttons to turn up the brightness.
Long time press the down buttons to turn down the brightness.
More information:
The glass of the magnifying glass can be removed. If the glass breaks accidentally, you can contact us
for purchase support.
Specific disassembly method click the following link:
https://www.youtube.com/watch?v=FrEzeVTdILA
SELECTING THE RIGHT MAGNIFIER FOR YOUR PURPOSES
Loupes 2X-10X
Worn at the eye or mounted on a spectacle frame for easy hand-held
inspection Watchmakers, jewelers, QC inspectors, toolmakers, instrument makers
To choose the correct magnifier for the job, first determine what tools are to be used on the job; then
determine the size and the character of the subject; and finally, analyze the object's surface character.
Then review the following aspects of magnifiers:
Number of Elements:
A single lens is satisfactory for low powers. Higher power magnifiers require two or more lens elements
for improved resolution and correction of chromatic or other aberrations.
Working Distance:
The distance from the magnifier to the object viewed is the working distance. This distance is an
important consideration with regard to the type of work that must be done under the magnifier. If your
work requires the use of tools, a magnifier with a long working distance will allow enough space to both
use the tools and comfortably view the object. Small working distance magnifiers with higher powers are
preferred for close-up inspection work.
Field of View:
The field of view is the area seen through the magnifier. As power increases, lens diameter and field of
view decrease. At 5 power (5X), field of view is about 1.5". At 10 power (10X), it is about 0.5". Usually, it is
best to use low power for scanning larger surfaces and high power for small areas.
Eye Relief:
The maximum distance the eye can be from the magnifier and still provide a full field of view. Longer eye
reliefs generally provide more comfortable viewing.
Depth of Field:
The distance between the closest and furthest points at which a magnifier in a fixed position stays in
focus. The depth of field decreases as power increases.
Coating:
Lens surfaces coated with special anti-reflection coatings will reduce light loss and are particularly useful
for low-level light applications.
Magnification:
10" is assumed to be the closest distance the human eye can focus for comfortable vision. An object only
1" from your eye would be 10 times larger, but out of focus. A magnifier's function is to assist your eye in
focusing closer. Since a 1" focal length lens brings clear vision down to 1" from the eye, an object at this
distance is clearly seen and appears to be 10 times closer than it does when viewed from 10" away. Such
a magnifier is commonly called a 10X or 10 power. Using this definition, the magnifying power of a lens
can be approximated as follows: MP = 10/FL if the focal length is specified in inches. If the focal length is
specified in mm, the formula will be MP=250/FL.
Actual magnifying power will vary slightly, depending upon working distance, eye relief distance and the
characteristics of the observer's eye.
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