PEPPEL FUCHS BARRIER

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PEPPEL FUCHS BARRIER Specification

Output Type
Barrier analog/digital (Galvanic Isolation)

Noise Level
< 20 dB

Power Factor
0.95

Working Temperature
-20C to +60C

Connector Type
Screw Terminal

Cooling Method
Natural Air Cooling

Current Range
0-60 mA

Rated Power
As per Model, typically 1.4 W

Phase
Single Phase

Features
DIN Rail Mounting, LED Status Indication, Compact Design

Power Supply
24 V DC nominal

Output Current
Up to 60 mA (per channel)

Rated Current
60 mA

Application
Hazardous Area Signal Transmission

Operating Temperature
-20C to +60C

Product Type
Intrinsic Safety Barrier

Output Power
Max. 60 mA (per channel)

Output Frequency
DC

Input Voltage
24 V DC

Voltage Protection
Built-in overvoltage and short-circuit protection

Efficiency
Approx. 95%

Material
Polycarbonate Enclosure

Line Regulation
0.1%

Storage Temperature
-25C to +70C

Weight
Approx. 150 g

About PEPPEL FUCHS BARRIER

Experience the best-seller in hazardous area signal transmissionthe PEPPEL FUCHS BARRIER, now available with an exclusive Promotion and Price Cut. This device boasts superb efficiency (approx. 95%) and peerless response times of less than 10 ms, delivering world-class reliability under challenging conditions. Certified by ATEX, IECEx, FM, and CSA, it features DIN Rail mounting, built-in voltage protection, and a robust polycarbonate enclosure. Its compact design and status LED indicator ensure convenient installation and monitoring, making it the ideal solution for demanding industrial environments in India.

Versatile Applications and Peerless Advantages

The PEPPEL FUCHS BARRIER finds usage beyond hazardous area signal transmission. Its ideal for petrochemical, pharmaceutical, and processing industries needing galvanic isolation for both analog and digital signals. Its superb line regulation and rapid response time enhance data integrity and system safety. Boasting a compact, robust design, this barrier is the preferred choice for engineers seeking reliable protection, seamless signal transfer, and minimised maintenance in mission-critical facilities.

Sample Availability, Delivery & Supply Estimates

Samples of the PEPPEL FUCHS BARRIER are available for evaluation to optimise your expenditure before full-scale installation. Goods transport is streamlined, with delivery times typically ranging from 3 to 7 business days across India, subject to transport conditions. Supply ability meets high-volume requirements due to established stock management and logistics. You may request a personalised estimate for bulk orders, ensuring prompt fulfillment and excellent service from certified suppliers and traders.

FAQs of PEPPEL FUCHS BARRIER:

Q: How can I order the PEPPEL FUCHS BARRIER from suppliers in India?

A: You can contact authorised suppliers or traders across India to place your order. Most offer sample units so you can evaluate suitability before committing to bulk purchases.

Q: What is the main usage of the PEPPEL FUCHS BARRIER?

A: The barrier is primarily used for safe signal transmission in hazardous environments, ensuring galvanic isolation and protection for analog and digital signals.

Q: When should I consider using the barrier in my facility?

A: Consider using the PEPPEL FUCHS BARRIER when working with flammable gases, explosive atmospheres, or critical data signals requiring precise isolation and regulatory compliance.

Q: Where is the PEPPEL FUCHS BARRIER most beneficially installed?

A: Its installation is most beneficial in petrochemical plants, pharmaceutical labs, and industrial processing zones where certified isolation and fast response times are necessary.

Q: What process should I follow for delivery and installation?

A: Upon order confirmation, goods are transported swiftly with estimated delivery times of 3 to 7 days. Follow manufacturer installation guidelines for DIN Rail mounting and connection.

Q: How does the built-in voltage protection benefit my application?

A: The barriers built-in voltage and short-circuit protection safeguard sensitive equipment, reducing downtime and maintenance costs while boosting system safety.

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