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Z3K-ZN series quick response contrast sensor intelligent color mark photo sensor PNP NPN output similar to Germany SICK
>= 1 Piece(s)
US $90.00 ~ 110.00
Top Selling
- OVERVIEW
- SPECIFICATIONS
- OTHER
Brief Introduction
Z3K-ZN series contrast sensor has a built-in PIC chip, and the background and mark
can be identified intelligently. The sensor chooses appropriate light according
to the color difference of background and mark. In addition, compared with
traditional Z3N and Z3S color mark sensor, Z3K-ZN is highly competitive and
convenient due to its high precision and high response time.
Main Characteristics of Z3K-ZN Series
Intelligent selection of background color code (automatic selection of red, green, and blue light): the sensor can automatically select the appropriate light source color to work according to the color difference between the color code and the background color, with high detection and high sensitivity
15K switching frequency, intelligent setting button: 33μs response time, high precision, high repeat reading
Aviation socket: 4-core aviation socket, convenient and fast connection
Key Technical Parameters of Z3K-ZN Series
| Power supply | DC10-30V |
|---|---|
| Ripple | 2Vpp max |
| Output | 1 NPN output 1 PNP output |
| Output current | 100mA max |
| Output saturation voltage | ≤2V |
| Response time | 33μs |
| Switching frequency | 15kHz |
| Indicators | 0.1~1ms |
| Output mode | OUT LED (yellow)/READY LED (green) |
| DARK/LIGHT selection | Automatic |
| Temperature | operating:-10~5℃ storage:-20~70 ℃ |
| Operating distance | 9mm+/-1mm |
| Emission type | RED(630nm)/GREEN(520nm)/BLUE(465nm)
with automatic selection |
| Housing material | Metal |
| Mechanical protection | IP67 |
| Connection | M12 4 core protection shielding cable |
| Weight | 280g |
Wiring Method
Shell Size
Installation
The sensor can be positioned using threaded M5*6 holes
Do not apply excessive torque when adjusting (max 2.2Nm)
The operating distance is measured starting from the front surface of the sensor optics
Mark detection on a reflective surface is improved by adjusting the beam direction to 5-20℃ from the surface axis
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