
User Manual
Slam Stick User Manual
Version No. 2.0
74
How can I extend the battery life of the Slam Stick vibration data logger?
The Slam Stick vibration recorders have a variety of triggering options which can be used to
extend the battery life. Using a time based trigger will consume the least power. For example,
the Slam Stick C with a 10% duty cycle (record for 1 minute, sleep for 9 minutes) will extend the
battery life over 7 times. Using a temperature, pressure, or MEMS accelerometer trigger will
consume about 1/10th the power when compared to regular recording mode. Note that for the
main accelerometer in the Slam Stick X or S, an acceleration based trigger only extends the
battery life by about 20%.
All Slam Stick products can also be plugged into power during a recording so that line power, a
computer, or an external power supply such as a standard portable phone charger can be used.
The Slam Sticks have a 180 mAh battery for reference. Beware of some portable chargers that
have a "smart" auto shut-off feature once the device is charged. You'll need a product that
doesn't have this feature such as the V15 4,000 battery or V44 12,000 mAh battery from Voltaic.
When plugged into an external power source, the data logger will record until it runs out of
storage.
Can the Slam Stick stream data in real time?
No, the Slam Stick vibration recorders can’t stream data. See a
measure vibration for alternative equipment that can perform this functionality. Midé is aware
that this is a highly desired feature and is developing the capability for a future product/variant.
What happens when the Slam Stick sees an acceleration outside its measurement range?
The Slam Stick devices often are used in pretty harsh environments and will see accelerations
outside its measurement range. The MEMS and piezoresistive accelerometers have no issue with
these accelerations and will just "flat line" at the max amplitude. The main accelerometer in the
though is a piezoelectric based accelerometer and will experience this "flat line" at
its maximum measurement range followed by an exponential decay as shown.