14.
TROUBLESHOOTING
STATUS BITS DEFINITIONS
BIT Byte 1 (H1) Byte 2 (H2) Byte 3 (H3)
0
0 = Stable 0 = Not Under Capacity
01 = Normal Work Mode
10 = Hold Work Mode
00 = Not Dene
11 = Not Dene
1 = Not Stable 1 = Under Capacity
1
0 = Not at Zero Point 0 = Not Over Capacity
1 = At Zero Point 1 = Over Capacity
2 Always 0 Always 0
0 = Gross Weight
1 = Net Weight
3 Always 0 Always 0 Always 0
4
Always 1
Always 1 Always 1
5 Always 1 Always 1 Always 1
6 Always 0 Always 1 Always 0
7 Parity Parity Parity
SYMPTOM PROBABLE CAUSE SOLUTION
The cable from the plaorm to indicator is
not correctly connected, is disconnected,
or has short circuited
Check connecons. If damaged return the
scale for repair
Indicator is damaged
Replace with a new indicator and perform
calibraon
Load cell cable is broken Return the scale for repair
Load cell is damaged Return the scale for repair
Weight reading exceeds Power On Zero limit
1. Ensure scale plaorm is empty
2. Perform zero calibraon.
3. Reduce the weight on the plaorm
unl the indicaon is within the
key zero range
Indicaon is out of key zero range
Weight reading below Power On Zero limit
1. Install plaorm on the scale
2. Check for objects stuck between the
load cell and the scale base, remove
if present
3. Perform zero calibraon
Input data or loaded weight is too small,
or too big
Input correct data, load correct weight
onto plaorm
Weight signal is unstable, non-linear Return the scale for repair
Low Baery Replace the baeries