PEPPERL FUCHS PROXIMITY SENSOR, NBB4-12GM50-E2,VLM350-F280-2E2-1000

PEPPERL FUCHS PROXIMITY SENSOR, NBB4-12GM50-E2,VLM350-F280-2E2-1000 Specification

Measurement Range
4 mm nominal sensing distance

Cable Length
2 m

Response Time
< 1 ms

Power Consumption
< 10 mA

Operating Temperature
-25°C to +70°C

Signal Type
Discrete/On-Off

Mounting Type
Cylindrical, Threaded Mount

Features
Short-circuit and reverse polarity protection, LED function indicator

Wireless
No

Application
Detection of Metallic Objects

Sensor Type
Inductive

IP Rating
IP67

Interface
2-wire/3-wire connection

Sensitivity
Adjustable

Product Type
Proximity Sensor

Material
Nickel-plated brass, Plastic

Input
DC

Output
PNP

Function
Object Detection, Non-contact Sensing

Usage
Industrial Automation, Position Monitoring

Accuracy
High

Resolution
Precise switching distance

Voltage
10-30 V DC

Weight
Approx. 50 grams

Protection Class
II

EMC Compliance
EN 60947-5-2

Active Face Material
Plastic

Hysteresis
1-15% of Sr

Housing Diameter
12 mm

Switching Frequency
1000 Hz

Cable Material
PVC

Repeat Accuracy
0.02 mm

Output Type
Normally Open (NO)

Electrical Connection
Cable (PVC), 3-wire

About PEPPERL FUCHS PROXIMITY SENSOR, NBB4-12GM50-E2,VLM350-F280-2E2-1000

Discover the hot-selling PEPPERL FUCHS PROXIMITY SENSOR, NBB4-12GM50-E2, VLM350-F280-2E2-1000 famed for precision and rarefied in industrial automation circles. This eminent sensor features a switching frequency of 1000 Hz, adjustable sensitivity, and repeat accuracy up to 0.02 mm. Now available at a reduced price, its robust nickel-plated brass housing (12 mm diameter), PVC cable, and advanced EMC compliance (EN 60947-5-2) make it ideal for high accuracy, non-contact detection of metallic objects. Try now for faster response times, reliable positioning, and IP67 protection in demanding setups. Used by suppliers, traders, and wholesalers throughout China.

Industrial Excellence and Versatile Usage

The PEPPERL FUCHS PROXIMITY SENSOR, NBB4-12GM50-E2, VLM350-F280-2E2-1000 is widely used by professionals in factories and automation plants. It is used as a precise object detection tool and for position monitoring of metallic items in assembly lines. This sensor type is renowned for its high accuracy and reliability, making it a staple in complex industrial processes where non-contact and precise sensing are required for efficient automated operations.

Samples and Certifications With Swift Delivery

Samples of the PEPPERL FUCHS PROXIMITY SENSOR are available for evaluation, supporting a quick dispatch policy upon inquiry. The asking price will be provided, and exchange policies can be discussed to make sampling easy. The sensor carries eminent certifications such as EMC compliance (EN 60947-5-2) and boasts robust construction. These credentials ensure dependable performance and quality assurance for demanding industrial environments, while sample requests are fulfilled promptly for prospective buyers.

FAQs of PEPPERL FUCHS PROXIMITY SENSOR, NBB4-12GM50-E2,VLM350-F280-2E2-1000:

Q: How can the PEPPERL FUCHS PROXIMITY SENSOR be installed in industrial automation systems?

A: This sensor is designed for simple cylindrical, threaded mounting and cable connection, making installation quick within automated machinery. Detailed instructions and wiring diagrams are provided for easy integration.

Q: What type of objects can the sensor detect and how precise is the measurement?

A: It is engineered to detect metallic objects with high precision, offering a repeat accuracy of 0.02 mm and a nominal sensing distance of 4 mm, ensuring reliable and accurate performance.

Q: When is sampling available and what is the process for requesting a sample?

A: Samples are available on request, with quick dispatch upon agreement of the asking price and adherence to the sample policy. Interested parties can contact the supplier for the sample exchange procedure.

Q: Where is the PEPPERL FUCHS PROXIMITY SENSOR primarily used?

A: This sensor is primarily used in industrial settings, such as manufacturing lines, automated machinery, and position monitoring systems where metallic object detection is required.

Q: What are the key benefits of using this proximity sensor in automation applications?

A: Key benefits include non-contact object detection, high repeatability, adjustable sensitivity, fast response time, and robust protection against short-circuit and reverse polarity, ensuring long-term reliability in industrial usage.