PEPPERL + FUCHS SMART CURRENT DRIVER KCD2-SCD-EX1

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PEPPERL + FUCHS SMART CURRENT DRIVER KCD2-SCD-EX1 Specification

Features
HART communication compatible, Short-circuit proof, Removable terminals, Input/output isolation (375 V AC), SIL 2 capability

Output Type
Current (Active Output, loop-powered)

Cooling Method
Natural convection

Connector Type
Plug-in screw terminals

Current Range
0/4 mA to 20 mA

Output Current
0/4 mA to 20 mA

Operating Temperature
-20 C to +60 C

Rated Power
650 mW

Rated Current
20 mA max.

Phase
Single Phase

Application
Intrinsic safety interface for active signals or smart transmitters

Power Supply
Powered via input (loop-powered device)

Working Temperature
-20 C to +60 C

Product Type
Smart Current Driver

Output Power
Max. 650 mW at output

Output Frequency
DC

Input Voltage
20 V DC to 35 V DC

Voltage Protection
Surge protection; Reverse polarity protection

Material
Polycarbonate enclosure

Line Regulation
< 0.1 %

Storage Temperature
-25 C to +70 C

Weight
~120 g

About PEPPERL + FUCHS SMART CURRENT DRIVER KCD2-SCD-EX1

Spotlight your operations with the extraordinary PEPPERL + FUCHS SMART CURRENT DRIVER KCD2-SCD-EX1, designed for unbeatable performance in intrinsically safe interface applications. Buy online to secure this DIN rail (EN 60715) mounted device, featuring a robust polycarbonate enclosure, single channel operation, and HART communication compatibility. With noteworthy safety certifications (ATEX, IECEx, FM, UL, CSA, SIL2) and comprehensive protection features like surge and reverse polarity protection, you get the lowest price for cutting-edge reliability. Ideal for active signals or smart transmitters, its quick response time and short-circuit proof design deliver efficiency and peace of mind for traders and suppliers across India.

Versatility and Features Across Industries

The PEPPERL + FUCHS SMART CURRENT DRIVER KCD2-SCD-EX1 excels in applications requiring a reliable intrinsic safety interface for active signals or smart transmitters. Its durable polycarbonate enclosure, single-channel configuration, and isolation voltage of 375 V AC make it suitable for industrial automation, hazardous area control, and process monitoring. Support for HART communication, removable terminals, and short-circuit protection position it as the ideal choice for sectors prioritizing both precision and protection.

Shipping, Export Markets, and Packaging Details

The KCD2-SCD-EX1 is dispatched efficiently through secure shipping solutions, designed for express delivery to maintain product integrity. With a FOB Port in India, this device is readily available for major export markets in Asia, Middle East, and Europe. Packaging details include high-strength cartons to ensure safe transit, protecting against physical and environmental stress during shipping and handling for traders and suppliers worldwide.

FAQs of PEPPERL + FUCHS SMART CURRENT DRIVER KCD2-SCD-EX1:

Q: How can the PEPPERL + FUCHS KCD2-SCD-EX1 be mounted in an industrial setting?

A: The device features a DIN rail (35 mm) mounting system, compatible with EN 60715 standards for easy and secure placement within industrial control panels.

Q: What makes this current driver noteworthy for safety and reliability?

A: It boasts multiple international approvals (ATEX, IECEx, FM, UL, CSA, SIL2), has surge and reverse polarity protection, and provides input/output isolation at 375 V AC, ensuring uncompromised operational safety.

Q: Where is the KCD2-SCD-EX1 commonly applied?

A: This product is primarily utilized in hazardous area automation, process monitoring, and environments where intrinsically safe signaling for smart transmitters is essential.

Q: What is the process for secure shipping and packaging?

A: Each current driver is packed in robust cartons and dispatched with secure and express shipping services, minimizing transit risks and ensuring direct delivery to traders and suppliers.

Q: What benefit does HART communication compatibility provide?

A: HART compatibility enables advanced device diagnostics and seamless integration with existing control networks, enhancing operational responsiveness and maintenance efficiency.

Q: How does the response time contribute to its performance?

A: A rapid response time of less than 10 ms ensures precise signal transmission and control, which is vital for real-time automation and safety systems.

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