Yokogawa WT1600 Digital Power Meter (DISCONTINUED)

Categoria - Power Analyzers and Power Meters

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Presso la compagnia Famaga potete comprare Yokogawa WT1600 Digital Power Meter (DISCONTINUED), nonché altre parti di ricambio della compagnia Yokogawa con consegna in tutto il mondo, compresa la vostra città Dublin. Per domandare dei prezzi, dei tempi di consegna e di altre caratteristiche dei prodotti Yokogawa, vi preghiamo di feedback o d’inviare una descrizione di quello che vi è necessario all’indirizzo di posta elettronica sales@famaga.us

Descrizione

The WT1600 is power meter designed for measurement of extremely small currents in energy-saving equipment, as well as measurement of large currents for evaluating large-sized loads. The WT1600 works with voltages ranging from 1.5 V up to 1000 V, supporting a wide range of applications. Because it can accept signal inputs for up to six phases, a signal WT1600 unit can measure I/O signals on inverters.
Up to Six-Phase Input in One Unit. Synchronized Measurements between two units simplifies your processes. A single WT1600 unit can make up to six different power measurements (six input each for voltage and current). With the measure start-stop function (synchronized measurement), two WT1600 units (12 inputs) can be synchronized.

Up to Six-Phase Input on One Unit. Synchronized Measurements Between Two Units
Wide Current Input Ranges
Data Storing as Fast as 50 ms (20 Times per Second)
High Precision and Wide Bandwidth
Increased Assured-Accuracy Range for High-Precision Measurements
A Variety of Display Formats
Display Harmonic Data as Bar Graphs, Vectors, and Lists
Built-in Printer (Optional)
A Variety of Interfaces (Optional)
Integration Function Capable of Handling Rapid Changes in Input Signal
Other Special Features

Wide Current Input Ranges The WT1600 has two different input elements. A 5 A input element is provided for measuring extremely small currents, while a 50 A input element serves to measure large currents. Both of the elements can be installed together in the WT1600. The current for the 5 A input element can be set as low as 10 mA for measuring extremely small currents in energy-saving equipment.

Two input elements
5 A input element
10/20/50/100/200/500 mA, 1/2/5 A (DC, 0.5 Hz to 1 MHz)
50 A input element
1/2/5/10/20/50 A (DC, 0.5 Hz to 100kHz)

Current sensor input range (same for 5 A and 50 A input elements, standard) 50/100/250/500 mV, 1/2/5/10 V (DC, 0.5 Hz to 500 kHz) Data Storing as Fast as 50 ms (20 Times per Second) The data can be stored at intervals as short as 50 ms. The WT1600 rapidly calculates input parameters such as rms voltage, rms current, and power. Measurements can be stored in a 11-MB internal memory, which is helpful for applications such as: Evaluation of characteristics at motor startup including torque and rpms (requires the optional motor evaluation function) Measurement of rapidly fluctuating secondary voltage and lamp current when a light is turned on. High Precision and Wide Bandwidth The WT1600 has a higher measurement accuracy than any instrument in its class. It also features a 1 MHz measurement bandwidth (voltage, current) effective for such things as the evaluation of high-frequency illumination devices using inverters. Accuracy Characteristics for 50 A input Element (typical value) Accuracy Characteristics for 5 A input Element (typical value) Accuracy Characteristics for External input (typical value) A Variety of Display Formats In addition to numerical data, the WT1600 can display input signal waveforms. Eleven different display formats can be selected on a single WT1600 unit, so it is not necessary to connect an external waveform viewer to check waveforms. The WT1600 displays measurements for each display updating interval in a time series. The time axis (T/div) can be set in the range of 3 seconds to 24 hours (wave off). Changes in up to 16 different parameters, such as voltage, current, active power, and apparent power, can be observed simultaneously in long-term continuous tests. Increased Assured-Accuracy Range For High-Precision Measurements Accuracy is assured at input ranges of 1% to 110% for AC, and 0% to 110% for DC. (However in the case of AC, it is necessary to input either a voltage or current that exceeds 10% relative to the range in order to have the voltage and current rms values calculated precisely.) The diagram shows the effective input measurement range (AC voltage and AC current from 1% to 110%) at which accuracy is assured, by range-value rating. When using a 1 A range-value, accuracy is assured down to 10 mA. Also, DC voltage and DC current have assured accuracy from 0% to 100%. Since the voltage and current ranges are fixed during the integration mode, the WT1600's assured accuracy over a wide range makes it a very useful tool. The WT1600 stands out when it comes to measuring equipment with large input fluctuations such as intermittent control devices and copiers that can repeatedly alternate between normal operation and sleep mode. Display Harmonic Data as Bar Graphs, Vectors, and Lists The harmonic measurements function is a standard feature on the WT1600. It is capable of measuring waveforms with a fundamental frequency ranging from 10 Hz to 1 kHz. Analysis results up to the 100th order from 50/60 Hz fundamental waves can be displayed as numerical values or bar graphs. The WT1600 can display harmonic measurement result as lists, and fundamental waves as vectors. Built-in Printer (Optional) Print out screen images using the built-in printer. The printer is located on the front panel allowing you to rack-mount the instrument. You can output not only hard copies of the screen, but also numerical data, and harmonic analysis data as well. A Variety of Interfaces Ethernet Port (10 BASE-T) and Internal Hard Drive (optional) The Ethernet function allows you to use FTP server, FTP client, Network printing, Automatic Mail Transfer (SMTP), and others.

Motor Evaluation (optional) The WT1600 can measure the output from a speed and torque sensor on the output of an electric motor, and calculate torque, rotating speed, mechanical power, synchronous speed, slip, motor efficiency, and total efficiency. Both analog and pulse inputs can be accepted from the sensor. In addition to numerical values, waveforms can be displayed to provide a visual picture of fluctuations in parameter values.''