Balluff BCM R16E-004-CI01-S4 Series, Руководство по настройке, Страница: 216 / 322

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5
Primary device functions (continued)
5.3.3 ISDU
Name Index Sub-
index
Access Length Data
Type
Data
Storage
Default
Vibration Acceleration
Configuration
0x2161
(8545)
0 RW 5 bytes ArrayT Yes –
a-Time Window 1 RW 1 byte UINT8 No 4
Min.: 0, Max.: 4
a-Lower Bandwidth Limit 2 RW 2 bytes UINT8 No 10
Min.: 2, Max.: 5990
a-Upper Bandwidth Limit 3 RW 2 bytes UINT8 No 6000
Min.: 12, Max.: 6000
Vibration Acceleration RMS 0x216A
(8554)
0 RO 16 bytes ArrayT – –
a-RMS X 1 RO 4 bytes FLOAT32 n/a –
a-RMS Y 2 RO 4 bytes FLOAT32 n/a –
a-RMS Z 3 RO 4 bytes FLOAT32 n/a –
a-RMS M 4 RO 4 bytes FLOAT32 n/a –
Vibration Acceleration Peak 0x216B
(8555)
0 RO 16 bytes ArrayT – –
a-Peak X 1 RO 4 bytes FLOAT32 n/a –
a-Peak Y 2 RO 4 bytes FLOAT32 n/a –
a-Peak Z 3 RO 4 bytes FLOAT32 n/a –
a-Peak M 4 RO 4 bytes FLOAT32 n/a –
Vibration Acceleration Crest Factor 0x216C
(8556)
0 RO 16 bytes ArrayT – –
a-Crest Factor X 1 RO 4 bytes FLOAT32 n/a –
a-Crest Factor Y 2 RO 4 bytes FLOAT32 n/a –
a-Crest Factor Z 3 RO 4 bytes FLOAT32 n/a –
a-Crest Factor M 4 RO 4 bytes FLOAT32 n/a –
Vibration Acceleration Kurtosis
1)
0x216E
(8558)
0 RO 12 bytes ArrayT – –
a-Kurtosis X 1 RO 4 bytes FLOAT32 n/a –
a-Kurtosis Y 2 RO 4 bytes FLOAT32 n/a –
a-Kurtosis Z 3 RO 4 bytes FLOAT32 n/a –
Vibration Acceleration Skewness
1)
0x216D
(8557)
0 RO 12 bytes ArrayT – –
a-Skewness X 1 RO 4 bytes FLOAT32 n/a –
a-Skewness Y 2 RO 4 bytes FLOAT32 n/a –
a-Skewness Z 3 RO 4 bytes FLOAT32 n/a –
Vibration Velocity Configuration 0x2160
(8544)
0 RW 5 bytes ArrayT Yes Production Mode
Strategy/Use Cases:
~3
v-Time Window 1 RW 1 byte UINT8 No 4
Min.: 0, Max.: 4
v-Lower Bandwidth Limit 2 RW 2 bytes UINT16 No 10
Min.: 2, Max.: 5990
v-Upper Bandwidth Limit 3 RW 2 bytes UINT16 No 6000
Min.: 12, Max.: 6000
1)
only for BCM R16E-004-CI02-_ _ , _-S4
BCM R16E-004-CI0 _ - _ _ , _-S4
Condition Monitoring Sensor