11
Hints
The following description applies commonly to the weighing machine, parts counting, percentage
weighing, and gravimeter functions.
1. A small amount of current is still flowing after the balance is turned off.
In a standby state, the Stand by lamp (LED) is lit. When the balance is turned on, the LED goes
out.
* The LED does not light up when the balance is operated on batteries.
2. The bar graph indicates the current load condition in relation to the weighing capacity. As the
load approaches the weighing capacity, the bar gets closer to the right end.
* When a tare range is set, the weight is still reflected in the bar graph even if the display indicates 0.
3. When the balance is stable, a circle is displayed. When it gets unstable, the sign goes out.
When the balance is affected by wind or vibration, numeric values on the display may flicker or
the sign to indicate that the balance is stable may go out. In that case, improve the stability by
resetting Function1 (refer to page 13) according to the following table.
Items of Function1
Influence of wind
or vibration
Stability Judgment
4. S.d.
Response Speed
5. rE.
Small
Large
2
3
4
1
2
3
If the influence of the wind or vibration is small, set these setting items of Function1 higher. Set
these items lower as the influence is increased.
4. When you reset the display to 0 or set a tare range, the display indicates 0, and the [
→
0
←
]
sign is displayed. When you set a tare range, the [Net] sign is displayed.
5. When a tare range is set, the weighing capacity is reduced accordingly. Weighting capacity =
original weighing capacity – tare weight
6. When [o-Err] is displayed after an object is put on the balance, it indicates that the weighing
capacity is exceeded.
7. When you remove the pan, and the zero-point falls bellow the original zero-point, [u-Err] is
displayed.
8. With any of the parts counting function, or percentage weighing function, the display still
indicates zero when you press the pan unless any weight data of a sample is stored in the
memory.
9. When you turn on the balance, it starts in the mode when it was turned off. For example, if you
turn off the balance in the parts counting mode, it starts in the parts counting mode when it is
turned on the next time.
* When the zero point deviates from the true zero point
by one fourth of a division, the
→
0
←
sign goes out
* When you set a tare range, the display indicates
0, and the Net sign is displayed.
Unstable
Stable
