SCTH/SCTX series current sensors are mainly used for measuring currents in medical equipment, smart power grids, and high-precision inverters, offering more reliable and higher-performance solutions for the manufacturing and use of relevant equipment.
SCTH/SCTX Series Current Sensor
Compact, portable, high precision current sensors with no preheating time required, enabling technicians to measure currents anytime and anywhere.
Maximum accuracy: 0.05%
Exceptional stability and precision
Outstanding linearity: <5ppm
Low temperature coefficient: <0.1ppm/K
No preheating time required
Extremely low output noise
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Compact, portable, high precision current sensors
Accurate and fast current measurement
No preheating time required and maximum accuracy of 0.05% (SCTH) and 0.008% (SCTX), ensuring fast and accurate measurements.
Our premier power analyzer with top-tier quality and precision measurements
High measurement accuracy data acquisition, customized for enterprise R&D testing with modular solutions.
High precision
Maximum accuracy up to 0.05% SCTH and up to 0.008% SCTX, which effectively avoids transmission loss and interference for more accurate results.
Low noise
Extremely low output noise, significantly reducing noise pollution and ensuring the physical and psychological safety of indoor operators.
Anti-interference
Exceptional anti-interference capabilities for use in confined spaces, reducing installation costs and ensuring more accurate results by minimizing other sources of interference.
No preheating time required
The current sensor can be used immediately after powering on, saving valuable time for test engineers and ensuring faster and improved measurements.
Solution
Discover how our INNO Instrument can assist you in overcoming significant challenges, delivering exceptional service that exceeds customer expectations.
Photovoltaic Energy Storage Testing Solution
Today, countries around the world are vigorously building a new type of power system with a primary focus on renewable energy. The most prominent feature of this new power system is the dominant role played by sources like photovoltaic and wind energy within the power structure. The grid is evolving into a layout consisting of “large grid + active distribution grid + microgrid” to optimize the utilization of alternative energies and balance the grid load, giving rise to the mainstream power system known as “Photovoltaic + Energy Storage”. Energy storage systems have the capacity to significantly alleviate the instability of renewable energy power generation. They can swiftly provide the grid with energy buffering, thereby maintaining stable voltage and frequency within the grid.
Why should I choose INNO Instrument?
How can we make testing easier, faster and better? This is the challenge that INNO has been diligently addressing, and our team of experts continuously delivers outstanding and innovative solutions to tackle this issue.
We are currently collaborating closely with globally renowned automotive manufacturers and leading companies in battery, solar panel, energy storage, semiconductors, manufacturing, and R&D. Our objective is to consistently enhance our solutions and assist our customers in achieving industrial upgrades.
It is well-suited for applications in the renewable energy, battery, energy storage, and other related sectors. It is versatile and can be utilized in a variety of tests, offering strong extensibility.
It provides long-term real-time data storage and playback analysis.
Phase compensation is implemented to enhance power measurement accuracy.