PEPPEL FUCHS BARRIER

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PEPPEL FUCHS BARRIER Specification

Rated Power
Max 750 mW (per channel, model dependent)

Cooling Method
Natural Air Cooling

Features
Diode Return, Galvanic Isolation, Compact Design, LED Status Indicator

Rated Current
Up to 100 mA

Working Temperature
-20C to +60C

Output Current
Max 100 mA (varies with model)

Output Type
Signal Conditioning Output

Power Supply
24 V DC Nominal

Phase
Single-Phase

Connector Type
Screw Terminal or Spring Clamp (depending on model)

Operating Temperature
-20C to +60C

Current Range
4 mA to 20 mA

Noise Level
Low

Application
Explosion Protection, Hazardous Area Signal Transfer

Product Type
Intrinsic Safety Barrier

Output Power
According to model (typically low power for signal circuits)

Output Frequency
DC (for signal transfer)

Input Voltage
20 V DC to 35 V DC

Voltage Protection
Overvoltage Protection Integrated

Efficiency
High Efficiency Design (exact value varies by model)

Material
Flame-retardant Polycarbonate Housing

Line Regulation
< 0.01%/V

Storage Temperature
-25C to +70C

Weight
Approx. 150 g - 230 g (model dependent)

About PEPPEL FUCHS BARRIER

Explore the latest PEPPEL FUCHS BARRIER, designed for prodigious performance and wondrous reliability in hazardous environments. Celebrated for its high efficiency and flame-retardant polycarbonate housing, it offers superior galvanic isolation and integrated overvoltage protection. Utilise offer for the lowest price available from Indias renowned supplier and trader. Boasting compact DIN rail mountable design, this barrier delivers precise signal conditioning, natural air cooling, and low noise operation for single or multiple channels. Ideal for explosion protection and hazardous area signal transfer applications.

Features and Special Usage of PEPPEL FUCHS BARRIER

The PEPPEL FUCHS BARRIER stands out due to its high efficiency, robust flame-retardant housing, and advanced galvanic isolation. Unique features include an integrated LED status indicator, diode return, and compact DIN rail mounting, making it highly suitable for hazardous area signal transfer. With flexible channel options and precise line regulation, it is specifically designed for explosion protection, ensuring safe and reliable operation in Zone 0, Zone 1, and Zone 2 classified environments.

Delivery, Export Market, and Packaging Details

Benefit from the lowest price and competitive quotations for the PEPPEL FUCHS BARRIER, with prompt delivery assured by trusted suppliers and traders in India. Main export markets include Asia, Middle East, and Europe. Each unit is carefully packaged to minimise outlay risks, preserving quality during transit. Standard packaging includes shock-proof materials and clear labeling. Delivery times are tailored to your requirements, ensuring swift and reliable dispatch to your location.

FAQs of PEPPEL FUCHS BARRIER:

Q: How does the PEPPEL FUCHS BARRIER ensure safety in hazardous areas?

A: The PEPPEL FUCHS BARRIER is designed with flame-retardant polycarbonate housing, galvanic isolation, and integrated overvoltage protection. These features make it suitable for reliable signal transfer in Zone 0, Zone 1, and Zone 2 classified hazardous environments.

Q: What is the specific usage of this barrier device?

A: This barrier device is employed for explosion protection and hazardous area signal transfer, especially where signal conditioning and isolation are required for safety and operational efficiency.

Q: When can I expect delivery after placing a quotation?

A: Delivery times depend on your location and shipment requirements. Typically, prompt dispatch is provided, with suppliers in India ensuring reliable and expedited delivery once the quotation is confirmed.

Q: Where is the PEPPEL FUCHS BARRIER exported to?

A: The PEPPEL FUCHS BARRIER is exported primarily to Asia, the Middle East, and Europe, supplied by reputable Indian traders offering competitive prices.

Q: What are the benefits of using a DIN rail mountable barrier?

A: A DIN rail mountable barrier enables easy installation, compact placement, secure mounting, and simplified maintenance, making it ideal for industrial and hazardous area applications.

Q: How does its high efficiency design impact performance?

A: The high efficiency design minimizes energy consumption, reduces operational noise, and ensures consistent signal transfer, thus enhancing safety and system reliability.

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