IFM DI6005 Bedienungsanleitung
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DI6005
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Operating instructions
Compact speed monitor M18
DI6005
11473498 / 0007 / 2022
GB
DI6005 Compact speed monitor M18
6
4 Function
The unit has two independently configurable switching channels.
About the measuring function:
The sensor measures the time between 2 successive transitions from “undamped” to “damped”. The
pulse/pause ratio undamped/damped is not relevant, but both the damped and undamped states
should be reliably detected.
If the frequency determined from this time [1/min] is below the last measured value, the output speed
decreases with 1/t. At less than 0.5 pulses/min, 0.0 pulses/min is measured. There is no underload.
An overload is present at over 32,000.0 pulses/min (533 Hz).
4.1 Single-point mode
SP1
H
SSC
0 PDV
OFF ON
Fig.1: Normally open = low active (factory setting)
SP1: Switch-off point
SP1+H: Switch-on point
If a set rotational speed is not reached, the transistor output will signal this as non-conducting.
H
SSC
0 PDV
SP1
ON OFF
Fig.2: Normally closed = high active
SP1: Switch-on point
SP1+H: Switch-off point
If a set rotational speed is not reached, the transistor output will signal this as conducting.
Imp./min.
3000
2500
2000
1500
1000
500
0
1
0
1
0
OUT
2
3
4
1
OUT
SP1 + H
SP1
t
1: Power-on delay time
2: Start-up delay
3: Normally open = low active
4: Normally closed = high active
DI6005 Compact speed monitor M18
8
4.3 Two-point mode
SP2 SP1
H
SSC
0 PDV
OFF ON
Fig.5: Normally open = low active
SP2: Switch-off point
SP1: Switch-on point
If a set rotational speed is not reached, the transistor output will signal this as non-conducting.
H
SSC
0 PDV
SP2 SP1
ON OFF
Fig.6: Normally closed = high active
SP2: Switch-on point
SP1: Switch-off point
If a set rotational speed is not reached, the transistor output will signal this as conducting.
Imp./min.
3000
2500
2000
1500
1000
500
0
1
0
1
0
OUT
2
3
4
1
OUT
SP1
SP2
t
1: Power-on delay time
2: Start-up delay
3: Normally open = low active
4: Normally closed = high active
It is also possible to configure SP1 as the lower switch point and SP2 as the upper switch point.
The lower switch point must be at least 10% lower than the higher switch point.
4.4 IO-Link mode
IO-Link allows the configuration of internal parameters such as switching threshold, start-up delay and
switching behaviour (normally closed/normally open) as well as reading the current measured values.
Furthermore IO-Link protects against signal faults and measured value losses as well as tampering
with the sensor. IO-Link facilitates the identification of connected devices in the system and provides
diagnostic functions.
Produktspezifikationen
| Marke: | IFM |
| Kategorie: | Nicht kategorisiert |
| Modell: | DI6005 |
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