Product Description
SPECIFICATION
| Supply Voltage | 10 -30 Vdc |
| Model Name/Number | XUVE04M3KSNM8 |
| Usage/Application | Industrial |
| Brand | Schneider |
| Type | Optical Label Gap Sensor |
| Material | Plastic |
| Color | Black |
Reliable Label Detection for AutomationThe XUVE04M3KSNM8 sensor ensures rapid and precise label gap detection, ideal for high-speed labeling machines and packaging lines. Its superior build quality and responsive performance help boost operational productivity while minimizing errors.
Robust and Compact DesignEngineered with a die-cast zinc housing and certified with an IP67 protection rating, this sensor is both highly durable and compact, enabling easy installation via through-hole mounting even in tight industrial spaces.
FAQs of Telemecanique XUVE04M3KSNM8 non transparent label gap sensor:
Q: How does the Telemecanique XUVE04M3KSNM8 label gap sensor operate?
A: The XUVE04M3KSNM8 uses infrared photoelectric technology to detect gaps between non-transparent labels on a backing paper. It emits infrared light, sensing the difference in transmission when a gap versus a label passes through the detection area.
Q: What is the primary benefit of using this label gap sensor in packaging lines?
A: Its high accuracy (0.1 mm) and ultra-fast response time (<0.05 ms) enable precise and swift detection of label gaps, reducing mislabeling and increasing throughput on automated packaging and labeling lines.
Q: When should I select this sensor for my application?
A: This sensor is ideal for applications requiring detection of non-transparent label gaps at fast speeds, especially when high precision and reliability in industrial environments are essential.
Q: Where can I install the XUVE04M3KSNM8 sensor?
A: Thanks to its compact dimensions and robust, IP67-rated housing, the sensor can be installed in various industrial locations, including areas exposed to dust or water, as well as on compact label dispensers and automatic labeling equipment.
Q: What is the process for connecting and powering this sensor?
A: The sensor connects via an M8 4-pin connector and operates on a voltage range of 10-30 VDC, with a maximum consumption current of less than 35 mA. It outputs a PNP Normally Open (NO) signal at 24 VDC.
Q: How is the sensor typically mounted and secured?
A: It can be securely mounted using through-hole installation, facilitating a stable setup even in environments where vibration or movement is present.
Q: What sets this model apart as a reliable choice for Indian manufacturers and service providers?
A: It combines robust construction, high speed, and precise detection, coupled with broad temperature tolerance. Local availability through manufacturers, service providers, suppliers, and traders in India ensures easy sourcing and support.
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