Worcester 30E LK39Z1 R3 Proximity Sensor 

1. Type of Sensor:

   • The Worcester 30E LK39Z1 R3 is likely an inductive proximity sensor (though the exact type would depend on its internal design). Inductive proximity sensors are primarily used for detecting metallic objects, making them suitable for applications where only metal objects need to be sensed.

2. Sensing Range:

   • Proximity sensors have a detection range, which is the maximum distance at which the sensor can detect an object. The Worcester 30E LK39Z1 R3 would have a defined sensing range that is important to know to ensure it works correctly in your system. The range typically depends on the size of the target object and the sensor’s specific design (e.g., up to several millimeters or centimeters).

3. Output Type:

   • This proximity sensor likely offers either a digital (on/off) output or analog output depending on the application needs. Digital outputs are common for basic presence/absence detection, while analog outputs might provide continuous information depending on the proximity of the object.
   • NPN or PNP transistor outputs might be available depending on the wiring configuration.

4. Application:

   • The Worcester 30E LK39Z1 R3 is often used in automation systems, machine control, and robotics for applications like detecting the position of parts, actuating switches, or controlling systems where objects need to be detected without direct physical contact.
   • Common uses include position sensing, safety interlocks, counting parts, or monitoring assembly lines.

5. Environmental Protection:

   • Proximity sensors are often rated for resistance against elements like dust, water, and other environmental factors. The Worcester 30E LK39Z1 R3 may have a high IP rating (Ingress Protection), meaning it is resistant to both dust and water, making it suitable for harsh environments.
   • If it’s used in outdoor or industrial environments, check its IP rating (e.g., IP67) for details on how well it can withstand exposure to moisture and dust.

6. Material and Durability:

   • These sensors are typically built with robust materials designed to withstand mechanical stress, vibrations, and the harsh conditions often found in industrial and manufacturing environments.
   • The sensor’s housing would likely be made of metal or high-strength plastic, providing both protection and durability.

7. Wiring and Installation:

   • The Worcester 30E LK39Z1 R3 would likely feature standard electrical connections such as M12 connectors or cable terminals for easy installation in existing automation systems or equipment.
   • Proper installation of the sensor requires ensuring it is positioned within its effective range and aligned to detect objects accurately.

8. Voltage and Current Specifications:

   • The sensor would be designed to operate with a specific voltage range (often 10–30V DC) and would have current specifications to ensure compatibility with the devices or controllers it interfaces with.
   • It’s important to check the datasheet for exact electrical specifications like voltage, current, and wiring details.

Common Applications:

• Manufacturing: Used in automated machinery and robotic arms for detecting object position or machine status.
• Safety Systems: Employed in interlock or safety systems to ensure machines are operating safely.
• Conveyor Systems: Used for part detection and object counting on conveyor belts.
• Material Handling: Monitoring the presence or absence of objects during transport.