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Series: 46C
Operating principle: Throughbeam principle
Device type: Transmitter
Contains: 1x rod mount, diameter of 12 mm BTU 046M.25-D12, 2x M4 x 25 screw
Operating range: 0.5 - 120 m
Operating range limit: 0 - 150 m
Light source: LED, Red
Protective circuit: Polarity reversal protection, Short circuit protected, Transient protection
Supply voltage: 10 - 30 V, DC, Incl. residual ripple
Residual ripple: 0 - 15 %, From UB
Open-circuit current: 0 - 20 mA
Type of connection: Connector
Thread size: M12
Material: Plastic
No. of pins: 4 -pin
Design: Cubic
Dimension (W x H x L): 20.5 mm x 76.3 mm x 44 mm
Housing material: Plastic, PC-PBT
Lens cover material: Plastic / PMMA
Type of fastening: Via optional mounting device, Through-hole mounting
Ambient temperature, operation: -40 - 60 degrees Celcius
Degree of protection: IP 69K, IP 67
With high performance reserves and large ranges, these sensors with plastic housing are ideal for use in conveyor and storage systems, in the wood-processing industry and in special-purpose machinery manufacture. The extended series of sensors, with large lenses, degrees of protection IP 67 and IP 69K, and the patented autocontrol function reserve warning, opens many application fields.
Series Advantages:
High function reserves
Large operating ranges (partially within several ranges)
Models with IO-Link interface for configuration and quick format change via control unit
Increased availability through warning output
Degrees of protection IP 67 and IP 69K
Very robust plastic housing
Large operating temperature range from -40 to 60 degrees Celcius.
Brightly visible brightVision light spot or infrared
High extraneous light protection through A^2LS
Adaptation via potentiometer or teach
Additional Info
Brand | Leuze |
---|---|
Component Type | Photoelectric Sensor Transmitter |
Connection | M12 Plug |
Housing Material | Plastic |
Leuze Product Series | leuze-product-series, Leuze 46 Photoelectric Sensor Cubic |
Operating Range | 0.5-120 m |
Sensing Method | Throughbeam Set, Throughbeam Transmitter |