HTU412B-500/L6T-M12 - Ultrasonic sensor

Name: HTU412B-500/L6T-M12 - Ultrasonic sensor
Brand: Leuze
SKU: LEU.50150584
Price: 373.66 EUR
Availability: InStock

SKU: LEU.50150584

373,66 €

incl. 19% VAT plus

Net: 314,00 €

Manufacturer information:

Leuze electronic GmbH + Co. KG
In der Braike 1
Baden-Württemberg
Owen, Deutschland, 73277
info@leuze.com
https://www.leuze.com

Available immediately

Leuze HTU412B-500/L6T-M12 - Ultrasonic sensor More product details

Description

Product Information

HAN:	HTU412B-500/L6T-M12
Category:	Ultrasonic sensors
Switching frequency:	12 Hz
Operating principle:	Diffuse reflection principle with background suppression
Series:	412B
Supply voltage UB:	12 ... 30 V, DC
Type of connection:	Connector
Switching element:	Transistor, Push-pull
Switching principle:	IO-Link / light switching (PNP)/dark switching (NPN), Light switching (PNP)/dark switching (NPN)
Operating range:	Guaranteed operating range
Direction of beam:	Front

Product Description

Technical features

Basic data
Series	412B
Operating principle	Diffuse reflection principle with background suppression
Contains	2x M12 mounting nut
Special version
Special version	Multiplex operation Synchronous operation Teach input
Characteristic parameters
MTTF	411 years
Ultrasonic specifications
Operating range	0.015 ... 0.5 m
Operating range	Guaranteed operating range
Ultrasonic frequency	200 kHz
Shape of sound lobe	standard
Direction of beam	Front
Opening angle	3 ... 11 °
Adjustment range	15 ... 500 mm
Measurement data
Resolution	< 0.3 mm
Repeatability	0.5 mm
Temperature drift	2 %
Reference value, temperature drift	End value
Electrical data - Performance data
Supply voltage UB	12 ... 30 V, DC
Residual ripple	0 ... 10 %, From UB
Open-circuit current	0 ... 35 mA
Switching hysteresis	4 %
Electrical data - Inputs
Number of teach inputs	1 Piece(s)
Switching voltage	high: ≥12V low: ≤ 2 V
Electrical data - Teach inputs
Switching voltage	high: ≥12V low: ≤ 2 V
Electrical data - Outputs
Number of digital switching outputs	2 Piece(s)
Switching current, max.	100 mA
Switching voltage	low: ≤ 2 V
Switching element	Transistor, Push-pull
Switching principle	IO-Link / light switching (PNP)/dark switching (NPN)
Switching element	Transistor, Push-pull
Switching principle	Light switching (PNP)/dark switching (NPN)
Electrical data - Switching outputs
Switching current, max.	100 mA
Switching voltage	low: ≤ 2 V
Electrical data - Switching output 1
Switching element	Transistor, Push-pull
Switching principle	IO-Link / light switching (PNP)/dark switching (NPN)
Electrical data - Switching output 2
Switching element	Transistor, Push-pull
Switching principle	Light switching (PNP)/dark switching (NPN)
Time behavior
Switching frequency	12 Hz
Response time	< 40 ms
Readiness delay	300 ms
Interface - IO-Link
COM mode	COM2
Min. cycle time	COM2 = 8 ms
Frame type	2.2
Specification	V1.1
Device ID	3078
SIO-mode support	Yes
Process data, length	48 bit
Connection - Connection 1
Function	Signal IN Signal OUT Teach input Voltage supply
Type of connection	Connector
Thread size	M12
Material	Metal
No. of pins	5 -pin
Encoding	A-coded
Mechanical data
Design	Cylindrical
Dimension (Ø x L)	12 mm x 50 mm
Thread size	M12 x 1 mm
Housing material	Metal
Metal housing	Nickel-plated brass
Ultrasonic transducer material	Piezoceramics (contains lead zirconium titanate (PZT))
Net weight	32 g
Operation and display
Type of display	LED
Number of LEDs	2 Piece(s)
Environmental data
Ambient temperature, operation	-25 ... 65 °C
Ambient temperature, storage	-40 ... 75 °C
Certifications
Degree of protection	IP 67
Protection class	III
Certifications	c UL US
Standards applied	IEC 60947-5-2
Classification
Customs tariff number	85365019
ECLASS 5.1.4	27272803
ECLASS 8.0	27272803
ECLASS 9.0	27272803
ECLASS 10.0	27272803
ECLASS 11.0	27272803
ECLASS 12.0	27272803
ECLASS 13.0	27272803
ECLASS 14.0	27272803
ETIM 5.0	EC001849
ETIM 6.0	EC001849
ETIM 7.0	EC001849
ETIM 8.0	EC001849
ETIM 9.0	EC001849

Manufacturer according to GPSR
Leuze electronic GmbH + Co. KG, In der Braike 1, 73277 Owen, Baden-Württemberg, Deutschland, info@leuze.com, https://www.leuze.com