Instruction Manual

MicroShockDetector plus
- 13 -
3.3 D E V I C E R U N T I M E A N D B A T T E R Y C E L L C H A N G E
Device runtime
The device runtime of the MONILOG
®
MicroShockDetector plus depends on the set measurement
parameters, the battery cell type and the conditions of use. The number of impacts above the
registration threshold of the device and the cyclical status flashing are decisive. Assuming that the
device has been activated 100,000 times by impacts and the cyclical status flashing is active, the
typical runtime of a battery cell is around 1 year (see also the trigger counter section 4.3.2). The
actually still available battery cell charge is monitored by the device itself and displayed when
reading out with the MONILOG
®
Analyzer software. If the device displays low battery while data
is being transferred, insert a new battery cell and reconfigure the time before using the device again
(see Setting the device time in section 4.3.8).
Battery cell change
ATTENTION!
Risk of explosion if the battery cell is replaced with the wrong type.
The MONILOG
®
MicroShockDetector plus may only be operated with lithium battery cells (type
AA|LR6) 3,6 V.
Only use battery cells that conform to UN 38.3, IEC 60086-4 and
IEC 60079-11 (intrinsically safe).
Before changing the battery cell, MONILOG
®
MicroShockDetector plus must be switched off
properly. Otherwise data loss from the device cannot be excluded.
For the change of the battery cell proceed as follows:
1) Remove the battery cover by loosening the fastening screws by means of a screw driver (cross
recess, H size 1).
You can then simply remove the battery.
2) Now insert the new battery cell according to the specified polarity into the device.
3) Screw the battery cover back on. Please take into account the maximum tightening torque of
0.3 Nm and the correct position of the seal.
4) Switch on the device and read it out with the MONILOG
®
Analyzer software.
5) Press the “Setup new battery” button in the “Configuration” tab and, if necessary, adjust the
capacity of the newly inserted battery cell (see section 4.3.8).