- Measurement of voltage, current, frequency, harmonics, inrush current

- Power and energy measurement

- Voltage dips, swells, and flickers in the power network

- Graphical representation of the waveform and vector graphic

- Data logger with 8 GB memory

- LAN and USB data interface

- Flexible current clamps up to 1500 A included

- Standards: IEC61000-4-30, 61000-4-15, 61000-4-7, EN50160

 

Direct voltage DC
Measuring range	1 ... 1000 V
Resolution	0.1 V
Accuracy	±0.5 % v.Mw.
AC voltage AC
Measuring range	1 ... 1000 V
Resolution	0.1 V
Accuracy	±0.5 % v.Mw.
Alternating current AC
Measuring range	1 ... 1500 A
Resolution	0.1 A
Accuracy	±3 % v.Mw.
Power factor
Measurement range	0 ... 1
Resolution	0.01
Accuracy	±0.03
Inrush current
Measuring range	1 ... 1500 A AC
Resolution	0.1 A AC
Accuracy	±3 % v.Mw.
Frequency
Measuring range	42.5 ... 57.5 Hz
Resolution	0.01 Hz
Accuracy	±0.01 Hz
Frequency
Measuring range	51 ... 69 Hz
Resolution	0.01 Hz
Accuracy	±0.01 Hz
Frequency
Measuring range	385 ... 414 Hz
Resolution	0.01 Hz
Accuracy	±0.01 Hz
Harmonic measurement (harmonics)
Measurement range	1 ... 50 (ordinal number)
Current range	0 ... 100 %
Voltage range	0 ... 100 %
Range THD	0 ... 100 %
General technical data
Display type	TFT colour display
Display size	2.6 inch
Storage medium	Internal memory
Storage capacity	8 GB
Storage interval of	1 s
Memory interval to	60 min.
Interface	USB, Ethernet
Standard(s)	IEC61000-4-30, EN50160, IEC61000-4-15, IEC61000-4-7, IEC61010-1
Safety standard	CAT IV 600 V , CAT III 1000V
Menu language	Turkish, English (US), Polish, Spanish, German, Chinese, Russian, French, Portuguese, Korean
Protection class (device)	IP41
Power supply	220 ... 240 V AC
Plug type	Protective contact plug
Weight	1880 g
Operating conditions	0 ... 40 °C , 0 ... 90 % r.H
Storage conditions	-20 ... 60 °C , 0 ... 90 % r.H
Capacity	3800 mAh
Dimensions ( L x W x H )	260 x 190 x 67 mm

 

 

The Three-Phase Power Analyzer sets new standards in electrical measurement technology, offering a wide range of functions for precise and detailed measurements. It allows for accurate detection of voltage, current, frequency, harmonics, and inrush currents. Accurate power and energy measurements ensure effective monitoring and optimization of energy consumption.

The graphical representation of waveforms and vector graphics allows for visual capture and analysis of electrical signals, providing crucial information about current quality and quickly identifying any anomalies in the network. The device can detect and display voltage dips, swells, and flickers in the power network, improving problem diagnosis.

The integrated data logger with 8 GB of memory allows for the storage and archiving of a large number of measurement data for subsequent analysis, ensuring continuous and timed data acquisition. The LAN and USB interfaces facilitate data transfer and enable remote control, ensuring seamless integration into existing systems.

The flexible current clamps, with a capacity of up to 1500 A, make it easy to measure high currents, providing accurate results even in complex applications. Compliant with international testing standards (IEC61000-4-30, 61000-4-15, 61000-4-7, EN50160), the device ensures that measurements meet the most stringent professional requirements.

Regardless of the application, whether it is testing transformers, lighting systems, or complex electronic devices such as frequency converters or power supplies, the power analyzer ensures maximum accuracy, precisely analyzing even the most complex waveforms.

 

1 x Three-Phase Power Analyzer PCE-PA 8500 HP

4 x Flexible current clamps 1 ... 1500 A AC

5 x Test leads (2 m)

5 x Alligator clips

1 x CD software (also available for download)

1 x 12V DC / 2A power adapter

1 x Power cable

1 x Instruction manual (available in English, Italian in translation)

 

A three-phase power analyzer is a versatile and reliable solution for various industrial applications. Primarily used for measuring electrical power and energy consumption in three-phase and single-phase systems, it is an essential tool for monitoring and optimizing energy performance in industrial environments.

 

The three-phase power meter is a device designed to measure and record various electrical parameters such as voltage, current, active, reactive, and apparent power, power factor, as well as harmonics and phase shifts. Thanks to these functionalities, it is possible to obtain a detailed picture of the electrical performance of a system, identifying inefficiencies and anomalies.

 

The three-phase power analyzer is connected directly to the electrical network through current clamps and voltage channels. The flexible clamps, capable of measuring high currents, allow for easy installation even in environments with limited space. Once connected, the device continuously records electrical parameters, storing them on internal or external data memory for subsequent analysis. The collected data can be transferred to a computer for in-depth evaluation or viewed directly on the LCD display, which offers clear and immediate reading of the values.

 

This instrument is widely used in various sectors, including manufacturing, energy, automation, and electrical infrastructure maintenance. It is used for monitoring production plants, verifying the performance of electric motors, optimizing energy efficiency, and analyzing the quality of the electrical grid. Additionally, it can be employed for continuous monitoring of electrical infrastructures, helping to prevent failures and improve energy management.

 

The use of a three-phase power analyzer is essential for those managing or maintaining complex industrial plants. Maintenance managers, electrical engineers, and industry technicians rely on this tool to ensure systems operate efficiently and safely. The ability to quickly detect and diagnose electrical issues reduces downtime and improves the energy sustainability of industrial operations.

 

In summary, the three-phase power analyzer is an indispensable ally for anyone needing to monitor and optimize energy use in industrial environments. Thanks to its precision and advanced features, it ensures high standards of energy efficiency and safety.