PEPPERL & FUCHS, P

PEPPERL & FUCHS, P Specification

Power Consumption
< 20 mA

Application
Automation Equipment, Packaging, Material Handling

Signal Type
Digital

Cable Length
2 meters

Operating Temperature
-25C to +55C

Measurement Range
0.014 m (with reflector)

Interface
Cable, M8 Connector

Sensor Type
Retroreflective Sensor

Features
Red Light, Compact Design, High Switching Frequency

Sensitivity
Adjustable via Potentiometer

Mounting Type
Through-hole or Bracket

IP Rating
IP67

Response Time
< 1 ms

Wireless
No

Product Type
ML100-8-H-350-RT/95/103

Material
LDPE

Input
1030 V DC

Output
PNP/NPN, Light/Dark-switching

Function
Photoelectric Sensor

Usage
Object Detection

Accuracy
Not Specified

Resolution
Reliable detection of small objects

Voltage
1030 V DC

Weight
Approximately 100g

Hysteresis
< 15% of Sensing Distance

Reverse Polarity Protection
Yes

Alignment Aid
Bright Modulated Light Spot

Ambient Light Rejection
Up to 10,000 Lux

Switching Frequency
Up to 1 kHz

Light Source
Visible Red LED (650 nm)

Connection Type
3-wire, PNP/NPN Configurable

Short Circuit Protection
Yes

About PEPPERL & FUCHS, P

Take advantage of this Last Chance Deal on the classic PEPPERL & FUCHS, P modelnow at an unbeatable price! Renowned for its blue-ribbon reliability, this stellar photoelectric sensor features a visible red LED (650 nm), high switching frequency, and robust reverse polarity and short-circuit protection. Built with LDPE material, it is ideal for automation equipment and material handling. The sensor easily detects small objects up to 4 meters, boasts IP67 weather resistance, and supports light/dark switching with PNP/NPN outputs. Secure yours while stocks last!

Versatile Application in Modern Automation

PEPPERL & FUCHS, P is extensively used in automation equipment, packaging industries, and material handling solutions. This retroreflective sensor is trusted by industrial engineers and technicians for reliable object detection and process control. Its versatility allows seamless integration with various automation systems, ensuring precision in performance and adaptability for manufacturers, suppliers, and wholesalers overseeing large-scale production operations.

Flexible Sampling and Export Policy

Sample availability for the PEPPERL & FUCHS, P sensor is facilitated through a straightforward quotation and arrival process. Our sample policy ensures minimal expenditure for eligible buyers eager to evaluate the sensors performance before mass procurement. Main export markets include China, North America, and Europe, with quick turnaround and dedicated support. Connect for a quotation and get timely arrival on your sample order, supporting smart investments in automation.

FAQs of PEPPERL & FUCHS, P:

Q: How does the PEPPERL & FUCHS, P sensor maintain accuracy in various lighting conditions?

A: The sensor is equipped with bright modulated light spots and ambient light rejection up to 10,000 lux, ensuring stable operation and reliable detection of objects even in environments with challenging lighting.

Q: What is the recommended process to request a sample of the PEPPERL & FUCHS, P?

A: Contact our sales team to receive a quotation for samples. Once agreed, the sample will arrive promptly according to our streamlined policy, helping you assess compatibility and performance before larger investments.

Q: Where is the PEPPERL & FUCHS, P sensor most commonly used?

A: It finds applications in automation equipment, packaging lines, and material handling systems, where precise and reliable object detection is crucial for efficient workflow and system control.

Q: What are the main benefits of using a retroreflective photoelectric sensor like PEPPERL & FUCHS, P?

A: This sensor offers reliable detection of small objects, rapid response times, and flexible configuration (PNP/NPN), enhancing both accuracy and efficiency in a wide range of automated processes.

Q: How do I configure the output type for specific usage scenarios?

A: The PEPPERL & FUCHS, P sensor supports both PNP and NPN outputs. Configuration is accomplished by connecting the sensor to the desired wiring setup, allowing it to fit seamlessly into different automation frameworks.