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AMC VIBRATION SENSOR / ©AMC VIBRO Sp. z o.o.
AMC VIBRO provides a spreadsheet for determining register addresses. System operator only needs to
enter the ID number of AVS 2000R device. Then addresses of registers assigned to the sensor with the
given ID are automatically displayed. The figure 26 shows example date read using the Modbus client.
Table 9. Modbus registers
AVM 2000R
ID 1
Register
Address
Type
Size
[B]
Unit / Range
Status
OPC Status
2000
uint16_t
2
boolean
Modbus Status
2001
uint16_t
2
boolean
WWW status
2002
uint16_t
2
boolean
A
VS
20
00R
Time
Stamp
Day
2025
uint16_t
2
1-31
Month
2026
uint16_t
2
1-12
Year
2027
uint16_t
2
number
Hour
2028
uint16_t
2
0-23
Minute
2029
uint16_t
2
0-59
Second
2030
uint16_t
2
0-59
Status
RF MAC
2031
8 x
uint16_t
16
ASCII
Id
2039
uint16_t
2
number
Battery Life
2040
uint16_t
2
%
Temperature
2041
int16_t
2
°
C
Voltage supply
2042
uint16_t
2
mV
SENSOR Status
2043
uint16_t
2
binary
RF Status
2044
uint16_t
2
binary
Left Estimates
2045
uint16_t
2
binary
Free memory
2046
uint16_t
2
number
Esti
mates
C
H
1
Warning
2047
uint16_t
2
binary
Alarm
2048
uint16_t
2
binary
acceleration 0-
Peak
2049
uint16_t
2
x0.001 m/s2
acceleration
RMS
2050
uint16_t
2
x0.001 m/s2
acceleration
Kurtosis
2051
uint16_t
2
number
velocity 0-Peak
2052
uint16_t
2
x0.001 m/s
velocity RMS
2053
uint16_t
2
x0.001 m/s
ISO-velocity
RMS
2054
uint16_t
2
x0.001 m/s
envelope Peak-
Peak
2055
uint16_t
2
x0.001 m/s2
envelope RMS
2056
uint16_t
2
x0.001 m/s2
Band[8]
2057
8x
uint16_t
16
x0.001 m/s2 or x0.001
m/2
Esti
m
ate
s
CH
2
Warning
2065
uint16_t
2
binary
Alarm
2066
uint16_t
2
binary
acceleration 0-
Peak
2067
uint16_t
2
x0.001 m/s2