Brief: Let’s dive in — see this solution in action and notice the key moments. This video provides a detailed walkthrough of the Schneider 3CT-H2-200-Z Combined Current Transformer, demonstrating its integration with EOCR motor protectors. You'll learn how this high-precision device monitors current, detects motor waveforms during startup, and supports multiple protection functions to prevent equipment damage.
Related Product Features:
High-precision combined current transformer designed for EOCR motor protectors with a 200/5 ratio and Class 1 accuracy.
Compact structure allows integration as an all-in-one unit or separate installation, reducing space and simplifying wiring.
Rapid detection of motor current waveforms during startup to prevent overcurrent damage and ensure reliable operation.
Supports multiple protection functions including overload, short circuit, undervoltage, and stall protection.
Rated current range from 10 to 480A with a maximum voltage of 1150V and power consumption of 5VA.
Robust mechanical design with dimensions of 154.5mm x 86.2mm x 91.4mm and terminal tightening torque of 1.7 N.m.
Operates in temperatures from -20 to 60°C and complies with IEC standards for reliable performance in various environments.
Part of the Schneider EOCR series, originally from SAMWHA, ensuring quality and compatibility with motor protection systems.
Faqs:
What is the primary application of the Schneider 3CT-H2-200-Z Combined Current Transformer?
It is specifically designed for relay-specific current measurement with EOCR motor protectors, providing reliable monitoring and protection for electrical equipment and motors.
What protection functions does this current transformer support?
It supports multiple protection functions including overload, short circuit, undervoltage, and stall protection to prevent motor damage.
What are the key electrical specifications of the Schneider 3CT-H2-200-Z?
Key specifications include a current ratio of 200/5, accuracy Class 1, rated current range from 10 to 480A, power consumption of 5VA, and a maximum voltage of 1150V.
How does the design of this transformer benefit installation?
Its compact structure allows it to be integrated as an all-in-one unit with EOCR protectors or installed separately, effectively reducing space and simplifying wiring.