DA01 DIN Rail Rogowski Coil Integrator - Complete Specifications

I. Basic Product Information
Model: DA01
Product Type: DIN Rail 1A Output Rogowski Coil Integrator
Installation Method: DIN rail mounting, suitable for installation in distribution boxes
Compatible Coils: Compatible with all series of Rogowski coils including Y-FCT, NRC, ZRC, and TRC
Core Application: Converts weak voltage signals from Rogowski coils into 0-1A standard AC current signals, which can be connected to traditional electricity meters and power monitoring devices, replacing traditional CT .

II. Core Features
Rated measured current can be customized, selectable 100A/600A/1000A/3000A/6000A
Standard output 0-1A AC, overload up to 1.5A AC
High bandwidth measurement: 30Hz-5kHz
DIN rail structure, easy installation, suitable for distribution boxes and control cabinets
Can solve the problems of traditional CT No saturation risk in scenarios involving unmeasurable high current and high frequency current.

III. Electrical Performance Parameters
Table: Parameter Item | Technical Specifications
Rated Output: 1A AC rms
Maximum Output (Overload): 1.5A AC rms
Rated Ratio: 100A/600A/1000A/3000A/6000A (Customizable)
Reading Accuracy: 0.5%, 1% (≥10A) to 110% of full scale, @25℃
Phase Error: ≤0.5°
Linearity: ±0.2% (10%-120%)
Bandwidth: 30Hz-5kHz
Maximum Load: 0.5Ω
Power Consumption: 5W
Zero Drift (OA Output): ≤0.01A
Temperature Drift: 200ppm/℃
Power Supply: 12V DC / 24V DC

IV. Physical and Environmental Parameters
Table: Parameter Item | Technical Specifications
Dimensions: 114×100×22.5mm
Weight: 320g
Operating Temperature: -20℃~70℃
Storage Temperature: -30℃~90℃
Relative Humidity: Maximum 80%, non-condensing

V. Wiring and Installation Instructions
Wiring Logic: Connect the Rogowski coil signal terminal to the integrator input terminal, the power supply terminal to a 12/24V DC power supply, and the output terminal to secondary measuring equipment (such as a secondary CT, electricity meter).
Shielding: The coil shielding wire is grounded according to specifications to reduce electromagnetic interference.
Installation Method: Snap-on DIN rail mounting, compatible with standard electrical rails, can be directly installed inside the distribution box.

VI. Application Scenarios
Arc fault current detection, smart meters, rectifier current measurement
Power quality analysis, motor overload/short circuit protection, power grid harmonic monitoring
Large conductor grounding fault monitoring, power fault indicator, low-voltage monitoring unit
Medium frequency welding machine, medium and high voltage switchgear, electric furnace transformer, capacitor discharge, current detection

VII. System Matching Scheme
Frontend: TRC/NRC series Rogowski coil (high current, flexible, no wire removal required)
Middle End: DA01 Integrator (DIN rail type, signal converter)
Backend: Traditional electricity meter, power monitoring device, protection system, enabling accurate monitoring of high current