Inductive Proximity Sensor: The FOTEK PL-05N is an inductive proximity sensor designed to detect metal objects without direct contact.
Sensing Distance: It offers a sensing distance of up to 5 mm, suitable for various industrial and automation applications.
Supply Voltage: Operates with a supply voltage between 10V and 30V DC, offering flexibility for integration into various systems.
NPN Output: The sensor has an NPN output, which means the output is connected to the negative of the power supply when an object is detected.
Rugged Construction: Made of high-quality materials, the FOTEK PL-05N is water and dust resistant (IP67 rating), ensuring reliability and durability even in harsh environments.
Applications:
The FOTEK PL-05N is suitable for a wide range of applications, including:
Industrial Automation: Used to detect the presence and position of metal components in automated production lines.
Machinery: Used in machine tools for positioning control and operational safety.
Robotics: Used for metal object detection and robotic navigation.
Access Control Systems: Integrated into control systems to detect the presence of people or metal objects.
Advantages:
Accurate Detection: The sensor offers accurate and reliable detection of metal objects up to 5 mm away.
Reliability: Robust construction and IP67 rating ensure reliable operation even in harsh environments.
Ease of Installation: Compact size and simple electrical configuration make the FOTEK PL-05N easy to install and integrate into existing systems.
Versatility: Compatible with a wide range of supply voltages and capable of operating in different environmental conditions, the sensor is extremely versatile.
The FOTEK PL-05N is an excellent choice for those seeking a reliable and accurate inductive proximity sensor for industrial and automation applications, offering excellent performance and durable construction.
Package contains: 1 x FOTEK PL-05N - Inductive Proximity Sensor
The item you receive may differ in some features from the one depicted in the photo, depending on the production batch, or the condition in which the photos were taken. Despite this, functionality is maintained.
Qual è la differenza tra un driver stepper silenzioso e uno standard?
I driver di ultima generazione (come i TMC) utilizzano algoritmi avanzati per gestire la corrente del motore, riducendo drasticamente il rumore e le vibrazioni durante il movimento. Questo non solo rende la macchina più silenziosa, ma migliora anche la qualità della superficie nei lavori di stampa 3D o fresatura.
Posso utilizzare le vostre schede di controllo per costruire una macchina CNC personalizzata?
Certamente. Le nostre schede sono compatibili con i firmware più diffusi (come Marlin, GRBL o RepRapFirmware) e possono essere configurate per gestire diversi tipi di cinematica, come assi cartesiani, Delta o CoreXY.
Come posso proteggere l'elettronica di controllo dai disturbi elettromagnetici?
In un ambiente industriale, è fondamentale utilizzare cavi schermati, dissipatori di calore sui driver e alloggiare le schede in case metallici messi a terra. Molti dei nostri componenti sono già progettati con filtri integrati per minimizzare le interferenze.