Hioki PW3337 3-Channel Power Meter

The Hioki PW3337 3-Channel Power Meter is engineered for accurate and reliable monitoring of electrical systems across three independent channels. Each channel can measure voltage, current, active, reactive, and apparent power, as well as power factor, providing comprehensive insights into energy usage, load balance, and system efficiency.

This meter offers high-speed sampling to capture transient events and dynamic load changes, making it ideal for detailed analysis of electrical circuits and equipment performance. Its intuitive interface and clear display provide real-time readings of multi-channel measurements, allowing engineers and technicians to quickly assess system conditions. Compact and robust, the PW3337 is suitable for both field use and laboratory environments, offering flexibility for monitoring, testing, and energy management applications.

Key Features:

• Three independent channels for simultaneous voltage, current, and power measurement

• Measures active, reactive, and apparent power, plus power factor

• High-speed sampling for accurate detection of transients and load changes

• Real-time multi-channel display for easy monitoring

• Compact and durable design for laboratory and industrial use

• Supports integration with data acquisition systems (depending on configuration)

Compatible Applications:
Ideal for industrial energy monitoring, laboratory testing, R&D experiments, preventive maintenance, and energy efficiency analysis.

Included Accessories:
Power meter unit, connection leads, user manual, and optional software for data logging (depending on configuration).

Compliance:
CE certified and meets IEC and ISO standards for electrical measurement equipment.

Benefits for Lab/Field Users:
The PW3337 provides accurate and simultaneous multi-channel measurements, helping engineers analyze energy consumption, optimize system performance, and detect anomalies efficiently. Its compact form factor and robust design make it ideal for both field and laboratory applications.