Emerson 9070880 KRADCV1.1 KNX Line Coupler Signal Conditioner

Product Overview

The GWK 9070880 KRADCV1.1 is a high-performance signal conditioner designed for KNX automation systems. It connects KNX lines or areas while providing galvanic isolation to improve system reliability and stability.

This PC board supports advanced functionalities such as secure communication, telegram filtering, and repeating signals over extended distances. Its robust design ensures reliable operation in industrial and commercial automation setups.

Key Features

• Galvanic Isolation: Separates different KNX sections to prevent signal interference and enhance stability.

• Secure Communication: Supports KNX Data Secure, ensuring encrypted data transmission.

• Telegram Control: Offers forwarding, filtering, or blocking capabilities for precise system management.

• Repeater Function: Can serve as a line amplifier to extend communication range.

• Compact Mounting: DIN rail installation with a 2-module width footprint.

Technical Specifications

Applications

• KNX Automation Systems: Ensures stable line communication and extended reach.

• Industrial & Commercial Buildings: Provides reliable connectivity for sensors and actuators.

• Extended Network Coverage: Functions as a line repeater to support larger KNX networks.

• Secure Data Transmission: Encrypts telegrams for critical building automation functions.

FAQs

Q1: Is the GWK 9070880 KRADCV1.1 brand new and original?
A1: Yes, every 9070880 KRADCV1.1 unit is 100% original, brand-new, and comes in stock.

Q2: What is the operating voltage and current?
A2: It operates at 24 V DC with a bus current consumption of ≤10 mA.

Q3: Can it function as a line repeater?
A3: Yes, it can amplify KNX signals to extend communication range effectively.

Q4: What mounting options are available?
A4: The unit installs easily on a DIN rail with a 2-module width footprint.

Q5: Is it suitable for secure KNX communication?
A5: Absolutely, it supports KNX Data Secure to ensure encrypted telegram transmission.