| Technical data |
| General Specifications |
| Sensing distance 70…1000mm |
| Adjustment range 90…1000mm |
| Unusable area 0…70mm |
| Standard target plate 100mm×100mm |
| Transducer frequency About 255kHz |
| Response delay About 125ms |
| Indicators/Operating means |
| LED blue Power on |
LED yellow indication of the switching state
Flashing:program function object detected |
| LED red permanently red: Error Red,flashing:program function,object not detected |
| Electrical specifications |
| Operating voltage UB 10…30VDC,ripple10%ss |
| No-load supply current ≤45mA |
| Output |
| Output type 1 analogue output 4…20mA |
| Resolution 0.35mm at max.sensing range |
Deviation of the characteristic
curve ±1% of full-scale value |
| Repeat accuracy ±0.1% of full-scale value |
| Load impedance 0…300 Ohm |
| Temperature influence ±1.5% of full-scale value |
| Ambient conditions |
| Ambient temperature -25…70ºC |
| Storage temperature -40…85ºC |
Mechanical specifications
|
| Protection grade IP67 |
| Connection Connector M12x1,4-PIN |
Material
Housing brass,nickel-plated |
Transducer epoxy resin/hollow glass sphere mixture;
Polyurethane foam |
| Weight 60g |
External synchronization
The sensor can be synchronised by the external application of a square wave voltage. A synchronisation pulse at the synchronisation
input starts a measuring cycle. The pulse must have a duration greater than 100 μs. The measuring cycle starts with
the falling edge of a synchronisation pulse. A low level > 1 s or an open synchronisation input will result in the normal operation
of the sensor. A high level at the synchronisation input disables the sensor. Two operating modes are available:
1. Multiple sensors can be controlled by the same synchronisation signal. The sensors are synchronised.
2. The synchronisation pulses are sent cyclically to individual sensors. The sensors operate in multiplex mode.
Internal synchronization
The synchronisation connections of up to 5 sensors capable of internal synchronisation are connected to one another. When
power is applied, these sensors will operate in multiplex mode.
The response delay increases according to the number of sensors to be synchronised. Synchronisation cannot be performed
during TEACH-IN and vice versa. The sensors must be operated in an unsynchronised manner to teach the evaluation limits.
Note:
If the option for synchronisation is not used, the synchronisation input has to be connected to ground (0V) or the sensor has to
be operated via a V1 cable connector (4-pin).
Adjusting the evaluation limits
The ultrasonic sensor features an analogue output with two teachable evaluation limits. These are set by applying the supply
voltage - UB or + UB to the TEACH-IN input. The supply voltage must be applied to the TEACH-IN input for at least 1 s. LEDs
indicate whether the sensor has recognised the target during the TEACH-IN procedure. The lower evaluation limit A1 is taught
with - UB, A2 with + UB.
Two different output functions can be set:
1. Analogue value increases with rising distance to object (rising ramp)
2. Analogue value falls with rising distance to object (falling ramp)
Evaluation limits may only be specified within the first 5 minutes after
Power on. To modify the evaluation limits later,
the user may specify the desired values only after a new Power On.
TEACH-IN rising ramp (A2 > A1)
- Position object at lower evaluation limit
- TEACH-IN lower limit A1 with - UB
- Position object at upper evaluation limit
- TEACH-IN upper limit A2 with + UB
TEACH-IN falling ramp (A1 > A2):
- Position object at lower evaluation limit
- TEACH-IN lower limit A2 with + UB
- Position object at upper evaluation limit
- TEACH-IN upper limit A1 with - UB
Default setting
A1: unusable area
A2: nominal sensing range
Mode of operation: rising ramp
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