Dc Current Transformer - CE Certification & Pricelist

We deliver a reliable DC Current Transformer that delivers precise current sensing for DC link monitoring, battery management, and power electronics. With high accuracy, wide measurement range, and strong isolation, it fits PCB, DIN rail, and enclosure installations. We ensure low phase error, temperature stability, and rugged construction for harsh environments. Our product carries CE Certification, so you can trust compliance with international safety standards. We support multiple turns ratios and custom options to match your exact system requirements. If you need the latest pricing for bulk orders, just ask for our Pricelist—we tailor quotes for volume and lead time. We pride ourselves on fast response, technical support, and datasheets that simplify integration. From design to testing, we guide you to a reliable solution that reduces measurement drift and improves protection schemes. Reach out today to discuss your application and get samples or a formal quote.

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Dc Current Transformer Supplies the World\u2019s Top Brands Outperforms the Competition

Global buyers need a DC current transformer that combines accuracy, stability and ruggedness. Modern designs deliver precise DC measurement across wide temperatures, minimize drift under DC bias, and maintain linear response for reliable monitoring in data centers, renewable energy, EV charging, and industrial power networks. Compliance with standards such as IEC, UL, CE and RoHS ensures interoperability worldwide, while robust insulation and compact form factors simplify integration and field service. Top supplier capabilities include customizable current ranges, robust packaging, rigorous quality control, and scalable production with reliable lead times. A dependable supply chain provides documented test results, factory inspections, and multi-site support, backed by experts who translate specifications into repeatable performance. For global procurement teams seeking efficiency and long-term value, a proven DC current transformer partner can reduce calibration costs, improve data accuracy, and support energy transition needs.

{ Dc Current Transformer Supplies the World’s Top Brands Outperforms the Competition }
Model Core Type Nominal Primary Current (A) Turn Ratio Accuracy at Rated Current (%FS) Linearity (%FS) Burden (Ω) Response Time (μs) Operating Temp Range (°C) Isolation Voltage (V) Standards
A1 Closed-loop 50 1000:1 0.15 0.05 0.25 15 -40 to 85 2500 IEC 61010; IEC 61869
A2 Closed-loop 100 2000:1 0.12 0.04 0.50 20 -40 to 85 3000 IEC 61010; IEC 61869
B1 Open-loop 200 5000:1 0.10 0.02 1.00 25 -40 to 125 4000 IEC 61869-3
B2 Closed-loop 50 500:1 0.18 0.05 0.10 12 -20 to 85 2000 IEC 61869-2
C1 Fluxgate 75 1800:1 0.14 0.03 0.30 18 -40 to 100 3000 IEC 61869-5
C2 Open-loop 120 2400:1 0.11 0.02 0.60 22 -40 to 125 4000 IEC 61869-5

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Dc Current Transformer Your Trusted OEM Partner Custom Solutions,

Data Dimension: Monthly Secondary Current Trend (A)

This chart presents a data dimension representing the monthly secondary current trend measured from a DC current transformer designed for OEM customization. The x-axis lists calendar months (Jan to Dec), while the y-axis shows current in amperes, scaled to accommodate values up to 520 A to reflect typical CT secondary ratings. The line illustrates how the secondary current responds to changing load conditions across the year, with peaks typically occurring during periods of higher demand and seasonal activity. Observing the trajectory from January through December allows engineers to infer patterns such as rising load during mid-year and a gradual decline toward year-end, which can inform decisions about transformer cooling needs, insulation stress, and regulation performance. The data points are synthetic yet chosen to demonstrate a realistic range of operation under varying duty cycles, inrush events, and transient loading. While the chart captures a high-level trend, in practice it can be augmented with related metrics such as temperature, power factor, and harmonic content to deliver a comprehensive performance profile. This visualization supports OEM teams in calibrating control software, selecting appropriate burden resistors, and validating the stability of current sensing under representative service conditions. It also serves as a reference for maintenance planning, reliability assessment, and product benchmarking against specification tolerances. The monthly average current dimension helps translate electrical behavior into actionable design and operational insights, guiding decisions about cooling strategies, material choices, and long-term reliability planning.

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