Balluff BCM R15E-00 DI00 S4 Serie Betriebsanleitung Seite 76

BCM R15E-00 _ -DI00-_ _ , _-S4
Condition Monitoring Sensor
6
IO-Link interface (continued)
6.2.9 Vibration
The parameters as well as the measurement and analysis
variables of the vibration module are introduced below. The
function of these parameters is explained in section
Vibration on page 10.
Index Sub- Access
index
SUPPORTED VIBRATION PROFILES
0x2100 0x01 Read only
(8448) (1)
0x02 Read only
(2)
0x03 Read only
(3)
0x04 Read only
(4)
0x05 Read only
(5)
VIBRATION EXPRESS CONFIGURATION
0x2101 0x00 Read/Write APPLICATION TYPE – Selection of profiles for
(8449) (0)
VIBRATION TIME WINDOW
0x2102 0x00 Read/Write TIME WINDOW VIBRATION – Time window over
(8450) (0)
VIBRATION CONFIGURATION
0x2103 0x01 Read/Write EVENT RESPONSE DELAY – Time interval that a
(8451) (1)
0x02 Read/Write LOWER BANDWIDTH LIMIT – Lower limit of the
(2)
0x03 Read/Write UPPER BANDWIDTH LIMIT – Upper limit of the
(3)
1) The time window depends on the lower band limit (for functional description, see page 10)
The lower band limit depends on the time window (for functional description, see page 10)
2)
The upper band limit must be higher than the lower band limit
3)
28 english
Description
VIBRATION VELOCITY LEVEL – For the meaning,
see Tab. 6-14 on page 35
VIBRATION VELOCITY LEVEL ADVANCED – For the
meaning, see Tab. 6-14 on page 35
VIBRATION ACCELERATION LEVEL – For the
meaning, see Tab. 6-14 on page 35
ADVANCED STATISTICS – For the meaning, see
Tab. 6-14 on page 35
SEVERITY ZONE – For the meaning, see Tab. 6-14
on page 35
vibration monitoring for preconfigured applications
(see Application choice (APPLICATION TYPE) on
page 36)
which the statistical evaluation of the signal takes
place (see Time window of the vibration module
(TIME WINDOW VIBRATION) on page 37)
threshold must exceed (or undershoot) so that a
corresponding event is detected (or reset). Value in
ms.
observed frequency band in Hz
observed frequency band in Hz
Data Value range Default
type value
bool
bool
bool
bool
bool
uint8 0...7 4
uint8 0...4 2
1)
uint16 0...28800 1000 [ms]
[ms]
uint16 2...3199 10 [Hz]
[Hz]
2)
uint16 2...3199 3199 [Hz]
[Hz]
3)