PEPPEL FUCHS BARRIER

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PEPPEL FUCHS BARRIER Specification

Cooling Method
Natural convection

Rated Current
50 mA (maximum, typical)

Connector Type
Screw terminals

Output Type
Signal (analog/digital depending on model)

Features
Intrinsic safety, compact DIN rail mount, status LED, fail-safe relay output (model-dependent)

Phase
Single Phase

Current Range
420 mA (typical)

Power Supply
24 V DC nominal

Output Current
up to 50 mA (typical for such barriers)

Rated Power
1 W (typical signal barrier load)

Working Temperature
-20C to +60C

Operating Temperature
-20C to +60C

Application
Hazardous area interface for field devices (transmitters, sensors)

Noise Level
Low, <1 mV

Product Type
Intrinsic Safety Barrier

Output Power
Limited (For low-power field device signals)

Output Frequency
DC Signal Transmission

Input Voltage
20 V DC

Voltage Protection
Surge suppression integrated

Efficiency
High (specific value not provided)

Material
Plastic housing

Line Regulation
<0.01% of output voltage

Storage Temperature
-25C to +70C

Weight
Approx. 0.15 kg

About PEPPEL FUCHS BARRIER

Experience dazzling performance with PEPPEL FUCHS BARRIER, offering rare precision and stellar reliability for hazardous area interfaces. Designed for hazardous process environments, this ATEX/IECEx-certified barrier features competitive pricing and special rates for bulk orders. DIN rail mounting and sturdy IP20-rated plastic housing ensure seamless installation and enduring safety. Benefit from soaring signal transmission distances (up to 1000 m, model-dependent) and dual/single channel variants. LED status indicators, surge protection, intrinsic safety, and high efficiency elevate its appeal, making it a preferred choice among traders and suppliers across India.

Key Features, Usage & Application Venues

The PEPPEL FUCHS BARRIER boasts features such as integrated surge suppression, fail-safe relay (model-dependent), and status LED indicators, making it ideal for flawless analog or digital signal interface in hazardous areas. Commonly used with field transmitters and sensors, its perfectly suited for industries like oil & gas, chemical plants, and pharmaceuticals. DIN rail mounting and compact design allow easy integration within control panels, providing stellar protection and efficiency for vital automation and safety applications.

Export Markets, Packaging & Delivery Logistics

This PEPPEL FUCHS BARRIER is widely exported across diverse markets, with major shipments headed to Asia, the Middle East, and Africa. Thanks to well-organized logistics, prompt delivery times can be expected, subject to domestic market availability and order processing. Secure packaging ensures products arrive safely, maintaining functional integrity. Interested buyers may request a quotation tailored to their requirements, allowing seamless sourcing of this rare and reliable safety barrier solution.

FAQs of PEPPEL FUCHS BARRIER:

Q: How does the PEPPEL FUCHS BARRIER provide explosion protection?

A: The barrier is ATEX and IECEx certified, ensuring it meets international standards for explosion protection, making it safe for use in hazardous environments by limiting energy transfer.

Q: What applications are best suited for this signal barrier?

A: It is optimized for hazardous area interfaces with field devices such as transmitters and sensors, especially in industries like oil & gas, pharmaceuticals, and chemical processing.

Q: Where can the PEPPEL FUCHS BARRIER be installed?

A: Thanks to its DIN rail mounting and compact enclosure, the barrier can be installed inside control panels within industrial facilities requiring explosion-protected electrical equipment.

Q: When is it beneficial to choose a dual-channel over a single-channel model?

A: A dual-channel model is ideal when multiple signal interfaces are required in close proximity, maximizing space efficiency and providing cost advantages over using two single-channel barriers.

Q: What are the benefits of using LED status indicators on the barrier?

A: LED status indicators offer immediate visual feedback on operational status, aiding maintenance teams in quickly identifying faults or verifying active signal paths, improving system reliability.

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