PEPPEL FUCHS BARRIER

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PEPPEL FUCHS BARRIER Specification

Operating Temperature
-20C to +60C

Noise Level
Low noise operation

Current Range
4 mA to 20 mA (typical analog models)

Output Type
Isolated Analog/Digital Signal

Phase
Single Phase

Features
DIN rail mounting, LED status indication, Slim design

Working Temperature
-20C to +60C

Power Supply
24 V DC nominal

Connector Type
Screw terminals

Output Current
Up to 25 mA (depending on model)

Cooling Method
Natural convection

Application
Hazardous Area Signal Isolation and Transmission

Product Type
PEPPERL+FUCHS Intrinsically Safe Barrier

Output Frequency
DC (Not applicable)

Input Voltage
20 V DC to 30 V DC

Voltage Protection
Reverse polarity protection, Surge protection

Efficiency
Typically >85%

Material
Flame retardant plastic housing

Line Regulation
<0.01% per volt change in supply voltage

Storage Temperature
-25C to +70C

Weight
Approx. 150 g

Response Time
<10 ms (signal transfer)

Channel Type
Single and dual channel options available

Protection Degree
IP20

Dimensions
Approx. 12.5 mm (width) x 115 mm (height) x 100 mm (depth)

Isolation Voltage
Up to 375 V AC

Mounting Method
35 mm DIN rail

About PEPPEL FUCHS BARRIER

Procure the transcendent PEPPEL FUCHS BARRIER and secure optimal hazardous area signal isolation with monumental efficiency. Featuring wondrous protection degree of IP20, swift response time under 10 ms, and robust isolation voltage up to 375 V AC, this barrier assures reliability. Limited stockget it now for superior analog/digital signal transfer with low noise. Its single/dual channel options, flame retardant housing, and advanced surge and reverse polarity protections make it a prime choice for demanding environments. Lightweight and easily mountable via 35 mm DIN rail, its engineered for seamless installation.

Direction Of Use and Key Features

Install the PEPPEL FUCHS BARRIER on a standard 35 mm DIN rail using the screw terminals for secure connection. The machines slim profile, LED status indication, and natural convection cooling method contribute to user convenience. Main competitive advantages include rapid signal response, high electrical isolation, and low noise operation, making it highly reliable for hazardous area applications. Its flame-retardant plastic housing offers additional safety and durability for critical industrial environments.

Certifications, Export Market, and Payment Terms

PEPPEL FUCHS BARRIER is manufactured in line with strict certification standards, ensuring reliability in international export markets. Highly favored across India, the proposal amount is tailored for competitive bidding. Export packaging is reinforced for safe global shipment. Primary export destinations include the Middle East, Europe, and Southeast Asia. Payment terms are flexible, accommodating advance payment, letters of credit, and other secure transaction methods, ensuring smooth procurement for every client.

FAQs of PEPPEL FUCHS BARRIER:

Q: How is the PEPPEL FUCHS BARRIER installed?

A: The barrier is easily mounted onto a 35 mm DIN rail using screw terminals, making installation quick and secure for both single and dual channel options.

Q: What protection features does this device offer for signal transmission?

A: It provides reverse polarity protection, surge protection, and robust insulation up to 375 V AC, ensuring safe and reliable signal isolation in hazardous environments.

Q: When should I use the PEPPEL FUCHS BARRIER in my application?

A: Deploy this device in situations where safe and efficient analog or digital signal isolation is required, particularly in hazardous industrial areas demanding reliable signal transmission and low noise operation.

Q: Where is the PEPPEL FUCHS BARRIER primarily exported?

A: The barrier is exported mainly to markets in the Middle East, Europe, and Southeast Asia, serving clients who require certified signal isolation equipment.

Q: What is the benefit of the devices low noise operation?

A: Low noise operation ensures that sensitive signal transmission occurs without interference, improving the accuracy and reliability of data in industrial control systems.