Home / Products / Fork Sensors / Leuze / GSU 14D-66.3-S12
Leuze Ultrasonic Fork Sensor
GSU 14D/66.3-S12
Leuze GSU 14D/66.3-S12 Technical Features:
Indmall provides the Leuze GSU 14D/66.3-S12 ultrasonic fork sensor with part number 50126781, which is part of the GS 14 series and label identification with its fork-type design, and Label Width is 10 mm, Label Gap is 2 mm. The sensor features a Transistor, Push-pull, and Digital switching output, and has an M12 connector 5-pin. It operates on a DC supply voltage ranging from 12 to 30 V DC.
Part Number | 50126781 |
Series | 14 |
Principle of Physics | Ultrasonics |
Application | Detection of non-transparent labels Detection of transparent labels |
Label width, min. | 10 mm |
Label gap, min. | 2 mm |
Medium | Transparent and not transparent |
Special version | Teach input |
Supply voltage UB | 12 … 30 V, DC |
Open-circuit current | 0 … 80 mA |
Number of teach inputs | 1 Piece(s) |
Type | Teach input |
Voltage type | DC |
Switching voltage | high: ≥8V low: ≤ 2 V |
Input resistance | 15,000 Ω |
Active switching state | High |
Number of digital switching outputs | 2 Piece(s) |
Type | Digital switching output |
Voltage type | DC |
Switching current, max. | 100 mA |
Switching voltage | high: ≥(UB-2V) low: ≤ 2 V |
Load Capacity | 0.5 µF |
Switching element | Transistor, Push-pull |
Switching(Output 1) principle | Switching signal in label gap |
Switching(Output 2) principle | Switching signal on label |
Response time | 0.2 ms |
Readiness delay | 300 ms |
Max. Bandgeschwindigkeit beim Teach-In | 50 m/min |
Number of connections | 1 Piece(s) |
Function | Signal OUT Teach input Voltage supply |
Type of connection | Connector |
Thread size | M12 |
Type | Male |
Material | Metal |
No. of pins | 5 -pin |
Encoding | A-coded |
Plug outlet | Horizontal (parallel to belt movement) |
Design | Fork |
Mouth width | 4 mm |
Mouth depth | 68.5 mm |
Dimension (W x H x L) | 20.7 mm x 48.2 mm x 101 mm |
Housing material | Metal |
Metal housing | Diecast zinc |
Net weight | 270 g |
Housing color | Black Red |
Type of fastening | Mounting thread Through-hole mounting |
Type of display | LED |
Number of LEDs | 3 Piece(s) |
Operational controls | Teach buttons |
Ambient temperature, operation | 0 … 60 °C |
Ambient temperature, storage | -40 … 70 °C |
Degree of protection | IP 65 |
Certifications | c UL US |
The Leuze GSU 14D/66.3-S12 is a label sensor with a principle of physics based on ultrasonics. It is suitable for detecting both transparent and non-transparent labels with a minimum label width of 10 mm and a minimum label gap of 2 mm. This special version features a teach input and a supply voltage UB of 12-30 V DC. The sensor has an open-circuit current of 0-80 mA and an input resistance of 15,000 Ω, with an active switching state of high.
There is one teach input and two digital switching outputs with a maximum switching current of 100 mA. The Label gap sensor Leuze GSU 14D/66.3 S12 switching voltage for the digital outputs is high: ≥(UB-2V) and low: ≤ 2 V. The load capacity of the sensor is 0.5 µF and the switching element is a transistor push-pull. The response time is 0.2 ms with a readiness delay of 300 ms. The maximum bandgeschwindigkeit beim Teach-In is 50 m/min.
The GSU 14D/66D.3-S12 sensor has one connector type of connection with a M12 thread size, and a male type of connector with 5 pins, encoding A-coded. The design of the sensor is a fork with a horizontal plug outlet parallel to belt movement. The mouth width is 4 mm and the mouth depth is 68.5 mm. The dimensions of the sensor are 20.7 mm x 48.2 mm x 101 mm, with a metal housing made of diecast zinc and a net weight of 270 g.
The housing color is black and red, and the sensor has a type of fastening for both mounting thread and through-hole mounting. There are three LED lights for the type of display and operational controls consist of teach buttons. The ambient temperature, operation ranges from 0 to 60 °C, and the ambient temperature, storage ranges from -40 to 70 °C. The sensor has a degree of protection of IP 65 and is certified with c UL US.