Yokogawa CW240 Clamp on Power Quality Meter

The Yokogawa CW240 supports four single-phase two-wire systems, two single-phase three-wire systems and even SCOTT connections. The Yokogawa CW240 supports currents ranging from 200.0 mA to 3000 A and voltages up to 1000 V. Electric power (instantaneous values, electric energy, and demand), harmonics, voltage fluctuations (dip, swell, and instantaneous power failure) and waveform scan all be measured simultaneously.

Easy-to-read LCD screen display
Up to 4 loads can be measured
Connection checking function
Portable
Built-in 1 MB Internal Memory; Can be expanded up to 512 MB by use of external Memory cards
Multi-Lingual Support
Zoom Function
Backup Power supply attachments available

Yokogawa CW240-E_datasheet

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SKU: Yokogawa CW240 Categories: Digital Power Analyzers, YOKOGAWA Tags: Power Measurement/Quality, YOKOGAWA

Description

Measurement of Instantaneous Values: The Yokogawa CW240 can be used to carry out investigation regarding renewal of electric equipment such as transformers in building, check load factors and demand factors,

Example of the CW240 Measurement of instananeous Values

and to check current/voltage fluctuation at motor start-up.

Measurement elements:Voltage/current/electric power (active, reactive, apparent)/power factor/phase angle of each phase, average/minimum/maximum values of each measurement element.
Data collection time: 1/2/5/10/15/30 seconds, 1/2/5/10/15/30/60 minutes One cycle (waveform), 100/200/500 ms (short time interval)

Power Quantity Measurement: The Yokogawa CW240 can measure and display the power quantity consumed up to the specified time (from the start of integration until the end).

Measurement elements: Active power quantity, regenerative power quantity, reactive power quantity (leading/lagging)
Data collection time: 1/2/5/10/15/30 seconds, 1/2/5/10/15/30/60 minutes

Demand Measurement: Measurement elements:

Active power quantity (consumption, regeneration), reactive power quantity (lagging/leading)
Active power, reactive power (lag), power factor
Maximum power demand required since the start of logging measurement and the time it occurred.

Demand

Demand time limit: Length of time set to obtain the average power (normally 30 minutes) Demand power: Average power during the demand time limit

Harmonic Measurement: In many cases, inverter power supplies are used to drive air-conditioners and compressors. These power supplies cause distortions in voltages and currents, leading to malfunctions and power loss. Therefore, investigation and control of influences on the main power supplies by harmonics is necessary.
- Harmonics for Analysis: 1st to 50th
- Display Data: List, Bar graph (linear/log), vector (inflow/outflow judgment)
- Measurement Elements: Level, Content, phase angle (voltage/current/electric power of each harmonic), aggregate value (voltage, current, electric power, power factor), aggregate harmonic distortion factors (THD-F or THD-R) of voltage/current
- THD-F: Distortion factor for the fundamental wave, THD-R: Distortion factor for all rms values voltage/current
- Data collection time: 1/2/5/10/15/30/60 minutes
Demand time limit: Length of time set to obtain the average power (normally 30 minutes)Demand power: Average power during the demand time limit

Waveform Measurement:

Measurement elements: Voltage of each phase, current of each phase Voltage and current of each phase

Data saving format: Binary (can be converted to CSV format using a standard application program)

Voltage Fluctuation Measurement: The CW240 detects dates/times of when fluctuations occur, fluctuation type, channels where they occur, rms values, and periods between start and end. The voltage threshold is set, and fluctuations exceeding the threshold are detected.

Measurement element: Voltage dip (voltage drop), voltage swell (voltage rise), instantaneous power failure
Data saving: Detected based on the voltage rms value of one waveform. Up to 100 data sets can be saved.

Measures Loads in Four Systems Simultaneously: The Yokogawa CW240 enables simultaneous measurement of loads in four systems in the case of the single-phase 2-wire system, and in two systems in the case of the single/three-phase 3-wire system (common to voltage). Current clamp probe/range can be set for each system.Reduces Operations Errors at Work Site:

Writing Check Function Prior to start of measurement, the CW-240 checks whether wiring is correct. Wiring errors, reverse connection of current clamps, and phases to be checked can be displayed in a vector diagram.

Setting Check Function: Settings made for data saving can be checked in the screen. This prevents data acquisition errors that may occur due to mistakes in voltage range setting, current clamp selection or data save item selection.

Saving Large Amounts of Data: Use of an external memory card (compact flash) makes it possible to save a large amount of data. A memory card (*1) of up to 512 MB can be used, and the data is saved in CSV format. (*2)In addition, the Yokogawa CW240 has a 1MB internal memory. *1: Memory cards purchased from Yokogawa should be used. *2: Data shorter than one second is saved in binary format. Screen copies can be made in bitmap format. Voltage fluctuation data is saved in text format.

Yokogawa CW240 Clamp on Power Quality Meter

<img class="alignnone size-full wp-image-1367" src="https://ledaelectronics.com.au/wp-content/uploads/2016/03/logopdf-2.jpg" alt="PDF" width="58" height="58" /> Yokogawa CW240-E_datasheet

Demand

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Yokogawa CW240-E_datasheet