PEPPEL FUCHS BARRIER

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PEPPEL FUCHS BARRIER Specification

Connector Type
Plug-in terminal

Noise Level
Low; suitable for safe signal transmission

Phase
Single Phase

Current Range
090 mA

Rated Power
--

Working Temperature
-20C to +60C

Cooling Method
Natural convection

Power Supply
External DC supply

Output Current
Max. 90 mA

Rated Current
90 mA

Application
Hazardous area interface, process automation

Operating Temperature
-20C to +60C

Features
Short-circuit proof, galvanic isolation, compact design

Output Type
Current/Voltage

Power Factor
--

Product Type
Intrinsic Safety Barrier

Output Power
--

Output Frequency
--

Input Voltage
1830 V DC

Voltage Protection
Built-in surge protection

Efficiency
--

Material
Polyamide housing

Line Regulation
< 0.1 % of output voltage

Storage Temperature
-25C to +70C

Weight
Approx. 150 g

Mounting Type
DIN Rail Mountable

Ingress Protection
IP20

Safety Integrity Level (SIL)
SIL2 according to IEC 61508

Dimensions
114.5 mm x 12.5 mm x 124 mm

Isolation Voltage
375 V AC (Input/Output)

Model Number
KFD0-CS-EX1.51P

Input Signal Type
Analog/Digital

Output Signal Type
Analog/Digital

Response Time
< 10 µs

About PEPPEL FUCHS BARRIER

Experience the resplendent PEPPEL FUCHS BARRIER KFD0-CS-EX1.51Pa trending solution for hazardous area applications. This ace device is DIN Rail Mountable and supports both analog and digital input and output signals. Offering remarkable features like galvanic isolation, built-in surge protection, and short-circuit proof design, it ensures safe and efficient process automation. With its compact polyamide housing, SIL2 rating, and ultra-fast < 10 s response time, it is remarked as a hot deal at the best price in India. Secure your operations today!

PEPPEL FUCHS BARRIER: Extra Features & Site of Application

The PEPPEL FUCHS BARRIER is engineered for superior performance with galvanic isolation, natural convection cooling, and a compact, noise-reducing design. It is ideal for hazardous area interfaces and process automation. Frequently used by process industry professionals, system integrators, and plant operators, this device ensures safe and stable signal transmission in critical environments. The plug-in terminal connectors make it especially valued for ease of installation and maintenance across various industrial sites.

PEPPEL FUCHS BARRIER: Packaging, Main Market & Payment Terms

Each PEPPEL FUCHS BARRIER is shipped in secure, industry-standard packaging ensuring product safety during transit. With our extensive supply chain across India, we offer the lowest price and quick quotation options for trusted clients. Secure shipping methods guarantee timely deliveries. Our main domestic market covers all major industrial hubs in India, and we accept a range of flexible payment terms, making every transaction smooth and reliable for traders and suppliers alike.

FAQs of PEPPEL FUCHS BARRIER:

Q: How does the PEPPEL FUCHS BARRIER enhance safety in process automation?

A: The device provides galvanic isolation and built-in surge protection, safeguarding both input and output signals. Its SIL2 certification guarantees compliance with safety standards, reducing risk in hazardous area applications.

Q: What are the main input and output signal types supported by this barrier?

A: It supports analog and digital signal types on both input and output, offering exceptional flexibility for varied process automation setups.

Q: Where is this barrier most commonly used?

A: The PEPPEL FUCHS BARRIER is primarily used in hazardous areas as an interface solution for process automation industries, such as oil, gas, chemical, and manufacturing plants.

Q: What is the process for installing this device?

A: Installation is straightforward with DIN Rail Mounting and plug-in terminal connectors, allowing for quick and hassle-free integration into existing control panels.

Q: When should the PEPPEL FUCHS BARRIER be preferred over other signal isolators?

A: Choose this barrier when you require rapid response times, robust noise reduction, compliance with SIL2 safety standards, and compatibility with distinct analog and digital signal types.