PEPPERL FUCHS PHOTOELECTRIC SENSOR,OBT500-18GM60-E4

PEPPERL FUCHS PHOTOELECTRIC SENSOR,OBT500-18GM60-E4 Specification

Application
Object detection in industrial automation

Response Time
1 ms

Wireless
No

Features
Compact design reliable performance

Measurement Range
Up to 500 mm

IP Rating
IP67

Sensitivity
Adjustable via potentiometer

Cable Length
No cable included

Mounting Type
Threaded barrel (M18)

Signal Type
Digital

Interface
None

Operating Temperature
-25°C to 70°C

Power Consumption
Max 20 mA

Sensor Type
Diffuse reflection sensor

Product Type
Photoelectric sensor

Material
Metal housing

Input
NPN/PNP

Output
Switching output

Function
Photoelectric sensing

Usage
Industrial and factory automation

Accuracy
1 mm

Resolution
Standard resolution

Voltage
10-30 V DC

Weight
Approx. 50 g

Warranty
12 months

PEPPERL FUCHS PHOTOELECTRIC SENSOR,OBT500-18GM60-E4 About

Introducing the PEPPERL FUCHS PHOTOELECTRIC SENSOR, OBT500-18GM60-E4: a prodigious addition to your automation setup. With its adjustable sensitivity via potentiometer, this sensor offers ravishing accuracy of 1 mm, making object detection dazzlingly efficient. With NPN/PNP input, robust metal housing, and IP67 protection, reliability is guaranteed at the lowest price a true bargain for discerning buyers. Its compact design ensures easy installation, and you can personalise it for various industrial environments. Enjoy 12 months warranty and unmatched performance for factory automation needs.

Versatile Industrial Application & Exceptional Features

The OBT500-18GM60-E4 photoelectric sensor from Pepperl Fuchs stands out in industrial and factory automation. Its core application is in precise object detection, boasting adjustable sensitivity, outstanding 1 mm accuracy, and compactness for space-constrained setups. The machines threaded barrel mounting, durable metal housing, and reliable switching output are complemented by an IP67 rating for impressive dust and water resistance. These extra features result in dependable performance in demanding environments, significantly boosting operational efficiency.

Domestic Market Strength & Reliable Delivery

The PEPPERL FUCHS PHOTOELECTRIC SENSOR, OBT500-18GM60-E4 is ideal for the robust domestic market segment, securing a strong presence with efficient shipment options. With secure shipping methods and prompt delivery timeframes, buyers can trust their orders will arrive safely and swiftly. Sample policies allow for evaluation before bulk orders, enhancing buyer confidence. This commitment to reliable shipment and comprehensive domestic mar coverage ensures seamless procurement for traders, wholesalers, and industrial users alike.

FAQs of PEPPERL FUCHS PHOTOELECTRIC SENSOR,OBT500-18GM60-E4:

Q: How is the PEPPERL FUCHS OBT500-18GM60-E4 sensor typically used in automation?

A: The sensor is primarily used for object detection in industrial and factory automation, ensuring quick, precise identification of items along production lines or in automated systems.

Q: What features distinguish this photoelectric sensor from others?

A: Its key features include adjustable sensitivity via potentiometer, compact design, metal housing with IP67 rating for durability, switched digital output, and a highly accurate 1 mm resolution.

Q: When should I consider using the OBT500-18GM60-E4 sensor in my setup?

A: You should use this sensor when you require reliable object detection within a 500 mm range, rapid response time (1 ms), and the ability to withstand harsh industrial conditions.

Q: Where can the sensor be mounted for optimal performance?

A: It is designed for threaded barrel (M18) mounting, making it suitable for compact and space-restricted industrial settings or automated systems where secure and firm attachment is necessary.

Q: What is the process for ordering and shipping this sensor domestically?

A: You can request a sample to evaluate performance, then proceed with your order. Secure shipping and shipment tracking ensure your product arrives safely within the domestic markets reliable delivery timeline.