RCS-1205-VAR MAGNELAB | Alldatasheet
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Technical content
**Magnelab reserves the right to implement modifi cations without prior notice MAGNELAB
5 A Output Three-Phase RopeCT®
The RCS-5A Series integrator converts Magnelab RopeCT input voltage to 5 A AC RMS output. It was designed for use with any power meter or equipment with a 5 A current transformer input. The integrator ships with three RopeCTs and a 24 V DC power supply. This unit is an ideal replacement for bulky 5 A CTs. Rogowski Coils with 5 A RMS Current Output Integrator
- Submetering
- Smart Home Energy Management System
- Power Generation Monitoring
- Industrial Pump Monitoring
- Solar Consumption Monitoring
- EV Charging Stations
- Lifecycle Management of Equipment R. A Output Load 50 mΩ Maximum (or 1.8 V A max.)* Inputs Selectable to 5,000 A with RopeCT Outputs 5 A @ 50 mΩ (6A max.) Accuracy ±1.0% Full Scale Error Phase Displacement < 0.5° Temperatures UL Rated Ambient: -20% to 55°C Leads 8 ft, 600 V insulated leads (RopeCT to integrator). Suggest 18 AWG wire or larger (12” included) for connecting 5 A AC output. Power Supply 24 V DC 40 Watt Din Rail , 0.9 A DC min. Lead wire included UL Max V oltage 600 V on bare conductor (RopeCT rating) RMS V oltage 10,000 V withstand (RopeCT rating) Rated Frequency 50 to 60 Hz Certifi cations UL Listed, conforms to IEC 61010-1, (RopeCT meets IEEE C57.13, IEC 60044-1) Weight 3.57 lb (1.62 kg) in RCT-1800 Confi guration Mounting DIN TS-35/7.5 or 15 (integrator + power supply) 12” DIN Rail + two stops provided SPECIFICATIONS MAGNELAB
APPLICATIONS
MAGNELAB .COM /g32 /g32 /g32 /g32 /g32 /g32 /g32 RCS-1205-VAR RCS-1805-VAR RCS-2405-VAR RCS-3605-VAR MODEL NUMBER SELECTABLE INPUT RANGE 500, 1000, 2500, 5000 Amp 500, 1000, 2500, 5000 Amp 500, 1000, 2500, 5000 Amp 500, 1000, 2500, 5000 Amp COIL LENGTH 12” 18” 24” 36” Dimensions are Inches & Millimeters * Output leads not shown. * Important Note: RCS-5A Series integrator should be installed as close to the meter as possible to keep the load impedance under 50 mΩ, because the lead resistance increases the impedance