FU2200 RS485 PORT THREE PHASE STOP DIGITAL POWER METER

Product catalog summary

Overview: The FU2200 is a versatile three-phase digital power meter designed to measure and display a wide range of electrical parameters, including harmonics. It supports various expansion modules for enhanced functionality.

Electrical Specifications:

Power Supply: AC85-265V / DC85-330V, DC18-90V (optional)
Power Consumption: Less than 4VA
Measurement Parameters: Voltage (Ph-N, Ph-Ph), Current, Frequency, Power Factor, Active Power, Reactive Power, Apparent Power, Harmonics (3rd-19th)
Harmonics: Total harmonics ratio for phase-voltage and current, with RS485 output for detailed harmonics data
Maximum Values: Records maximum values for voltage, current, active, reactive, and apparent power

Features:

High accuracy of 0.5s
Settable PT and CT transformation ratios
Wide screen angle with light blue back-lit LCD display
Supports RS485 communication with Modbus-RTU protocol
Programmable measuring systems and communication settings

Expansion Modules:

FM-485: RS485 communication expansion
FM-E2: Active and reactive energy pulse output
FM-K2: Data collection and relay control
FM-A20: DC 4-20mA analog output

Mechanical and Environmental Parameters:

Dimensions: 96x96 mm panel, 20 mm thickness, 60-80 mm depth
Mounting: Panel mounting with 92x92 mm trepanning
Temperature Range: -25 to +50°C
Humidity: 20%-95% RH without condensation

Catalog excerpts

FU2200 RS485 PORT THREE PHASE STOP DIGITAL POWER METER-1

@ GFUVE FU2200 RS485 Three Phase Stop Digital Power Meter FU2200 is a powerful three phase stop digital power meter, it can measure and display all the electrical parameters as well as harmonics ratio of current and voltage. Four modules can be plugged-in together: RS-485 communication, digital input/output, energy pulse and DC 4-20mA analog output module, in order to meet all kinds of demands. Features 1. Can measure all the electrical parameters 2. Four modules can choose 5. PT, CT transformation ratio is settable WWW.GFUVE.COM P°wer Meter I EDITION : 14-02 | Page 1 of 3 Subject to change without notice

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