Button cell, can you put it on your night shoes?

Of course, many flash shoes are equipped with CR2032 button cell.

Based on years of cooperation experience with domestic leading manufacturers of shoe lamps, Merlock/Lidian Group jointly developed a battery suitable for shoe lamps. An ordinary CR2032 battery can support a group of 6 LEDs flashing red light for 200,000 times, while the improved Merlock MALAK battery for LIDEA shoe lamp LED can double the service life to 600,000 times.

Mailuoke/Dentsu mainly improves the formula of the electrolyte inside the battery and adjusts the formula of the positive manganese plate of the battery without changing the size of the CR2032 battery, so as to realize the stable output of the control current, increase the duration of the LED and increase the voltage drop of the battery. Combined with the feedback from the market in recent two years, compared with other domestic button cell manufacturers, the service time of LED for shoe lamps has been increased by 1-2 times, and it is the most suitable product for shoe lamps and flashlights in China at present.

The following are the specifications and parameters of the special battery for shoe lamps:

project

unit

numerical value

deprive

nominal voltage

V

3.0

Rated capacity

horse

2 10

Standard resistance15kΩ

Instantaneous short circuit current

mum

≥ 120

Time ≤0.5 seconds

open-circuit voltage

V

≥3.2

non-loaded

Working temperature

℃

-20~60

standard test weight

g

3. 1

Each battery

discharge time

initial value

Standard value

1 180 hours

When the load is15kΩ, the temperature is 20 ~ 25℃ and the termination voltage is 2.0V, the discharge is continued.

Store the value after 12 months.

Standard value

1 1 10 hour

Number of flashes (red light)

time

≥ 600,000

At the same time, six red LED lamps were used for the test, and the pulse discharge mode was adopted, flashing once every 1.5 seconds until the termination voltage was1.6v.

Number of flashes (blue light)

time

≥ 2.2 million

At the same time, six blue LED lamps were used for the test, and the pulse discharge mode was adopted, flashing once every 1.5 seconds until the termination voltage was 2.0V V.