The Hioki PW3337-03 provides precise multi-channel measurement for monitoring voltage, current, and power across three independent channels. Each channel can measure active, reactive, and apparent power, along with power factor, enabling comprehensive analysis of electrical systems. This capability makes it perfect for evaluating complex loads, energy efficiency, and system performance in both industrial and laboratory settings.
Equipped with GP-IB and D/A output, the PW3337-03 supports automated data acquisition, remote monitoring, and integration with control systems. High-speed sampling ensures accurate detection of dynamic events and transient loads, while its intuitive interface and clear display make multi-channel readings straightforward. Compact, reliable, and easy to integrate, this power meter is a versatile tool for engineers and technicians seeking detailed, real-time electrical measurements.
Key Features:
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3 independent channels for simultaneous voltage, current, and power measurement
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Measures active, reactive, and apparent power, plus power factor
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GP-IB interface for remote control and automation
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D/A output for external monitoring and system integration
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High-speed sampling for dynamic load and transient detection
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Clear, user-friendly display for real-time monitoring
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Compact and robust design suitable for lab and industrial applications
Compatible Applications:
Ideal for industrial monitoring, laboratory testing, R&D experiments, energy efficiency analysis, and electrical system troubleshooting.
Included Accessories:
Power meter unit, connection leads, user manual, and software for GP-IB/D/A integration.
Compliance:
CE certified and compliant with IEC and ISO standards for electrical measurement instruments.
Benefits for Lab/Field Users:
The PW3337-03 provides accurate multi-channel measurements with flexible output options, enabling engineers to efficiently monitor, analyze, and optimize electrical systems. Its combination of GP-IB and D/A outputs makes it easy to integrate into automated test setups and energy management systems.





