Nodehawk FCS521-SP-420E AC Current Transmitter, 0-50A Split Core, 4-20mA Output, High Accuracy, 2000V Isolation, for PLC & Industrial Automation
Model:
FCS521-SP-420E
En stock
0.15 kg
Sí
Nuevo
Amazon
USA
- The Nodehawk FCS521-SP-420E Split Core AC Current Sensor is capable of real-time isolated measurement of AC current in a grid or circuit and converting it to a 4-20mA DC output signal. It can be paired with a variety of AD modules to form a digital centralized acquisition system, connected to a PLC to form an automated control system, or connected to a conventional analog/digital indicator meter to display measured values. The sensor supports measurable through-core currents from 0 to 50A, with the appropriate current range selected via jumper caps on the device. It features high overload capability, high accuracy, high isolation, low power consumption and excellent anti-interference performance. The product is easy to install and use, offering both fixed port and clamp split core options, and can be widely used in industrial automation.
IMPORT EASILY
By purchasing this product you can deduct VAT with your RUT number
Conoce más detalles
High Precision & Wide Range:Accurately measures AC current (0-50A) with ±1% output precision and 200% overload capacity, ideal for industrial automation, PLC systems, and digital monitoring Easy Installation & Versatile Use:Features a split-core (clamp-on) design for hassle-free installation without breaking circuits, with both fixed and clamp-type options for flexible applications. Rugged & High Performance:Offers 2000V isolation, ABS flame-retardant casing, and anti-interference capabilities, ensuring reliability in harsh environments (operating temperature: -20°C~60°C). 4-20mA Standard Output:Converts AC current to a 4-20mA DC signal compatible with PLCs, AD modules, and analog/digital meters for centralized data collection or control systems. Energy-Efficient & Durable:Low power consumption (≤1W), ≤1% magnetic hysteresis, and fast response time (≤200ms) make it perfect for power grids, factories, and machinery monitoring.