Technical Specifications Overview

Detailed technical parameters and specifications for the ACCULINE DCT-C solid-core residual current transformers.

Parameter
Specification
Current Range
36 to 630 A per phase
Core Diameter Range
17 to 300 mm
Measurement Type
Type A residual current
Core Design
Solid-core with integral winding
Secondary Output
Universal voltage output
Customization
Primary current and transformation ratio
Compatibility
All differential and protection relays
Immunity
High immunity design
Applications
Residual current protection and monitoring
Country of Origin
🇫🇷 France

Engineered for Superior Performance

Advanced design features deliver reliable residual current monitoring and protection across industrial applications with unmatched precision.

High Immunity Protection

Integral winding design around the core provides exceptional immunity to external interference, ensuring accurate measurements in challenging electrical environments with superior noise rejection capabilities.

Wide Measurement Range

Accommodates current measurements from 36 to 630 A per phase, providing versatile solutions for various industrial applications while maintaining consistent accuracy across the entire range.

Universal Compatibility

Universal secondary output voltage adapts seamlessly to any differential and protection relays, eliminating compatibility concerns and simplifying integration into existing electrical systems.

Infinite Customization

Fully customizable primary current and transformation ratio specifications allow precise tailoring to specific application requirements, ensuring optimal performance for unique electrical configurations.

Flexible Installation

Suitable for all cable diameters ranging from 17 to 300 mm, accommodating diverse installation requirements without compromising measurement accuracy or system performance.

Certified Quality

Compliance with multiple international standards including IEC 61869-1, IEC 60947-2, IEC 62020, and UL 508 ensures reliability and safety in critical protection applications.

Frequently Asked Questions

What is the measurement range for ACCULINE DCT-C transformers?
The ACCULINE DCT-C solid-core residual current transformers provide a wide measurement range from 36 to 630 A per phase, making them suitable for various industrial applications requiring residual current protection and monitoring.
Can these transformers be customized for specific applications?
Yes, ACCULINE DCT-C transformers are infinitely customizable. You can specify primary current and transformation ratio requirements to match your exact application needs, ensuring optimal performance for your specific electrical configuration.
What cable diameters are supported by these transformers?
The DCT-C transformers accommodate all cable diameters ranging from 17 to 300 mm, providing flexible installation options for various cable sizes without compromising measurement accuracy or system reliability.
Are these transformers compatible with existing protection systems?
Absolutely. The universal secondary output voltage design ensures compatibility with any differential and protection relays, making integration into existing electrical systems seamless and eliminating compatibility concerns.
What certifications do these current transformers have?
ACCULINE DCT-C transformers are certified to multiple international standards including IEC 61869-1, IEC 60947-2 Annex M, IEC 62020, and UL 508, ensuring compliance with global safety and performance requirements.

Versatile Applications Across Multiple Industries

ACCULINE DCT-C transformers provide reliable residual current protection and monitoring across diverse industrial sectors requiring precise electrical safety systems.

Electrical protection monitoring systems in industrial facilities with advanced safety equipment#1.5

Residual Current Protection

Essential for electrical safety systems requiring precise residual current detection and protection in industrial and commercial applications.

Circuit fault detection equipment with vector sum measurement technology in control panels#1.5

Circuit Fault Detection

Enables accurate circuit fault detection through vector sum measurement of currents, ensuring rapid response to electrical anomalies.

Type A residual current measurement applications in modern electrical distribution systems#1.5

Type A Measurement

Specialized for Type A residual current measurement applications in systems requiring AC and pulsating DC fault current detection.

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