USB Nano Receiver
The receiver can be removed and stored in the battery compartment
while not in use.
Intelligent Power Saving (IPS)
The mouse is equipped with Intelligent Power Saving (IPS) function.
• When the USB Nano receiver is disconnected or the PC is switched
off, the mouse will be switched off automatically for the purpose of
power-saving.
• When your mouse is not operated for 3 seconds, it will automatically
drop to the first level of IPS. To wake the mouse, click any button.
• When your mouse is not operated for 10 seconds, it will
automatically drop to the second level of IPS. To wake the mouse,
click any button.
• When your mouse is not operated for 8 minutes, it will automatically
drop to the third level of IPS, e.g. sleep model. To wake the mouse,
click any button.
DPI Switch
The mouse supports 2000DPI, 1500DPI and 1000DPI. To switch to
either setting, press the DPI button.
• The default setting is 1000DPI.
• Short press the DPI button on the top of the
mouse once to switch from 1000DPI to 1500DPI,
the scroll wheel LED will flash twice.
• Short press the DPI button on the top of the
mouse once again to switch from 1500DPI to
2000DPI, the scroll wheel LED will flash three
times.
• Short press the DPI button on the top of the
mouse once again to switch from 2000DPI to
1000DPI, the scroll wheel LED will flash once.
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Take out the receiver Store the receiver
DPI Switch
18-Month Battery Life
The mouse consumes little power and offers a long battery life of up
to 18 months without changing battery. However please note that the
actual battery life may vary based on user and computing conditions.
Install the Batteries
The RF 2.4GHZ optical mouse uses one AA battery (Battery is not
included).
1. Open the battery cover.
2. Insert the batteries into the compartment, ensuring they correspond
with the polarity marking.
3. Replace the battery cover.
4. Switch on the mouse by adjusting the power switch underneath the
mouse. The red LED of the power indicator at the top of the mouse
will flash.
Note: Make sure that the polarity of the batteries is correct. The positive (+) and
negative (-) ends of each battery must match the positive (+) and negative (-)
markings in the battery housing.
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