PANASONIC, PHOTOELECTRIC SENSOR, LX-101-P-Z

PANASONIC, PHOTOELECTRIC SENSOR, LX-101-P-Z Specification

Wireless
No

Sensitivity
Adjustable

Cable Length
2m

Operating Temperature
-10C to +55C

Application
Object presence detection, Conveyor system

Features
Compact size, Easy installation, LED indicator

Signal Type
Digital

Power Consumption
30mA or less

Interface
Cable

Mounting Type
Panel/Surface Mount

Measurement Range
0.1 to 15m (with LX-101-P-Z, through-beam type)

IP Rating
IP64

Response Time
500s or less

Sensor Type
Through-beam

Product Type
Photoelectric Sensor

Material
Plastic/ABS Housing

Input
DC

Output
PNP (Normally Open)

Function
Object Detection

Usage
Industrial Automation

Accuracy
High

Voltage
12-24V DC

Weight
Approx. 30g

About PANASONIC, PHOTOELECTRIC SENSOR, LX-101-P-Z

Take advantage of an outstanding discount on the PANASONIC PHOTOELECTRIC SENSOR LX-101-P-Z, a crowning achievement in object detection for industrial automation. This extraordinary device utilizes a rare combination of high accuracy and robust features such as sun and light immunity, reverse polarity and short-circuit protection. Its through-beam sensing method ensures reliable results with an impressive measurement range from 0.1 to 15 meters and fast response time. Compact, lightweight, and simple to install, the LX-101-P-Z is CE and RoHS compliantideal for conveyor systems and essential object presence detection. Exceptional quality at a competitive price awaits.

Optimized Usage and Versatile Applications

The LX-101-P-Z is designed for easy panel or surface mounting and is best used for industrial automation tasks such as object presence detection on conveyor systems. This sensor operates through a through-beam type detection method, ideal for high-accuracy requirements. Suitable for use in factories, warehouses, and automated production lines, the Panasonic sensor ensures consistent performance even in challenging, high-ambient light environments.

Seamless Transport and Certification Assured

The PANASONIC LX-101-P-Z is shipped conveniently via reliable transport services from China, providing a cost-effective solution to your expenditure concerns. With certifications such as CE and RoHS, each sensor upholds strict quality standards. The delivery time is prompt, ensuring your equipment is delivered on schedule to keep automation projects on track and minimize downtime in your operations.

FAQs of PANASONIC, PHOTOELECTRIC SENSOR, LX-101-P-Z:

Q: How do I install the Panasonic LX-101-P-Z photoelectric sensor?

A: The LX-101-P-Z is designed for easy installation with its pre-wired cable and compact panel/surface mount configuration. Simply follow the mounting instructions, connect the wires to your control system, and securely fasten in place.

Q: What environments is the LX-101-P-Z suitable for use in?

A: This sensor is built for demanding industrial settings such as factories, warehouses, and conveyor systems. With ambient light immunity and durable ABS housing, it reliably functions in both bright and harsh environments.

Q: When should I use a through-beam type sensor versus other sensor types?

A: A through-beam sensor like the LX-101-P-Z is ideal when you require high-accuracy object presence detection over longer distances or in environments with high ambient light, as it minimizes false detections.

Q: Where is the LX-101-P-Z manufactured and shipped from?

A: The LX-101-P-Z is supplied, traded, and wholesaled from China, with international shipping options available to ensure timely delivery.

Q: What benefits does the LX-101-P-Z offer for industrial automation?

A: Its outstanding accuracy, compact design, and robust protection features, including reverse polarity and short-circuit protection, make it a reliable choice for reducing errors and optimizing efficiency in automated systems.

Q: How does the sensors ambient light immunity enhance its performance?

A: With immunity up to 10,000 lux sunlight and 3,000 lux incandescent light, the sensor maintains high detection accuracy even in brightly lit environments, reducing the risk of operational errors.