UB1000-30GM-U-V1

UB1000-30GM-U-V1

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UB1000-30GM-U-V1



Technical data                      

General Specifications
Sensing distance 65…1000mm
Adjustment range 70…1000mm
Unusable area 0…65mm
Standard target plate 100mm×100mm
Transducer frequency About 175kHz
Response delay About 65ms
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 U B 10…30VDC,ripple10%ss
No-load supply current ≤45mA
Output
Output type 1 analogue output 0…10V
Resolution 0.11mm at max.sensing range
Deviation of the characteristic
curve
±1% of full-scale value
Repeat accuracy ±0.1% of full-scale value
Load impedance >1k Ohm
Temperature influence ±1.5% of full-scale value
Ambient conditions
Ambient temperature -25…70℃
Storage temperature -40…85℃
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

Dimension                          

Connection                                 


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).

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