Yokogawa CW240 Complete Setup (14 available), US $3,006.00 – Picture 0

Yokogawa CW240 Complete Setup (14 available), US $3,006.00 – Picture 1

Yokogawa CW240 Complete Setup (14 available), US $3,006.00 – Picture 2

Yokogawa CW240 Complete Setup (14 available), US $3,006.00 – Picture 3

Yokogawa CW240 Complete Setup (14 available), US $3,006.00 – Picture 4

Yokogawa CW240 Complete Setup (14 available), US $3,006.00 – Picture 5

Yokogawa CW240 Complete Setup (14 available), US $3,006.00 – Picture 6

Yokogawa CW240 Complete Setup (14 available), US $3,006.00 – Picture 7

Yokogawa CW240 Complete Setup (14 available), US $3,006.00 – Picture 8

Yokogawa CW240 Complete Setup (14 available), US $3,006.00 – Picture 9

Yokogawa Cw240 Complete Setup (14 Available)

US $3,006.00

Vienna, Virginia, United States
Jun 9th

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This meter set was used for one power quality survey. The meter comes complete with; (4) 200 Amp clamp on style CT's, (4) Alligator style clamps, Power cord, 2 GB memory card (for additional storage capacity, 1MB internal memory included), and adapter from CW240 slot to CF memory card and a Yokogawa case. This unit also comes complete with a rechargeable battery pack, and the standard battery pack that takes AA batteries. We have more meters and different ranges of CT's available. The Ct's we have range from 50Amps to 3000Amps. If you would like more units, or a different range of CT's please contact us, pricing will vary depending on the CT's desired. Thank you for viewing. Better determine the maintenance, repair and replacement schedules for each piece of electrical equipment, such as transformers and motors, by analyzing detailed information with respect to load and demand factors. Review detailed information on current and voltage fluctuations 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 Perform data collection at intervals from 60 times per second to hourly in order to cover every application in the plant from low interval (e.g., plant watt hours) to high interval testing (e.g., troubleshooting a motor) Data Collection Time(s): 1/2/5/10/15/30 seconds 1/2/5/10/15/30/60 minutes One cycle (waveform) Power Quality Measurement Improve power measurment and data collection for compliance with ISO14001 and other standards by showing exactly how and when power is being used. Power measurement is broken down into individual phases to provide a more comprehensive view of overall power usage. Measurement Elements: Active power quantity, Regenerative power quantity, Reactive power quantity (leading/lagging) Data Collection Time(s): 1/2/5/10/15/30 seconds 1/2/5/10/15/30/60 minutes The CW240 also provides real-time and data log capabilities that are seamlessly downloadable into an available software package that can display graphs, trends and reports. Select the Number of Display Digits and Units Standard (voltage/current range is selected by range according to the phase) Arbitrary (decimal point position and display unit can be specified) Auto (decimal point position and display unit are selected automatically according to the integration result) Demand Management Investigate electric power consumption rate for an item of equipment, an area of a plant or a complete facility. Get data beyond the 30-minute demand time frame that most utilities use to obtain average power usage by setting the demand time to units of seconds or minutes. Power quality is an important and often overlooked element in reducing energy costs. If the power factor is not taken into account, an energy efficiency program could accidentally implement steps that increase the utility bill instead of lowering it. For example, replacing 100-watt incandescent bulbs with low-watt fluorescent bulbs saves energy but can worsen the power factor, possibly resulting in low power factor fines from the electric utility. Measurement Elements: Maximum power demand required from the start of logging measurement and the time it occurs Active power, reactive (lag), power factor Active power quantity (consumption, regeneration), reactive power quantity (lagging/leading) The CW240 also provides a demand feature that can be used to measure peak power usage over a specified time period. This data can be used to minimize peak power usage, or to shift peak usage to a more favorable time in accordance with electric utility time-of-day pricing. Demand Time Setting: 1/2/5/10/15/30 seconds 1/2/5/10/15/30/60 minutes Harmonic Measurement Obtain detailed date to ensure a smooth power supply for operations, and prolong the life of equipment by reducing the effects of harmonics. Inverter power supplies can cause distortions in voltages and currents, resulting in malfunctions, equipment damage and power loss. Therefore, it is critical to understand and monitor harmonics to ensure a reliable power supply. The CW240 provides displays of harmonics from the 1st to 50th for analysis to prevent problems. Display Data: List, bar graph (linear/log) Vector (inflow/outflow judgment) Measurement Elements: Level, content Phase angle (voltage, current, electric power of each harmonic) Agggregate value (voltage, current, electric power, power factor) Agggregate 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 Waveform Measurement View in-depth information on waveforms through easy-to-understand graphs. Waveform measurement provides multiple ways to measure and analyze waveforms to see large waveform distortions that can indicate a potential problem in the system. 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 Management Protect equipment from harmful power fluctuations by understanding exactly when and where these flucutuations occur. The CW240 detects dates/times of when fluctuations occur as well as the type of fluctuation, the channels where they occur, rms values and the periods between start and end. Once the voltage threshold is set, the fluctuations exceeding the threshold are detected. Measurement Element: Voltage dip (voltage drop) Voltage swell (voltage rise) Instantanreous power failure Data Saving Detected based on the voltage rms value of one waveform Up to 100 data sets can be saved

Condition:	Used: An item that has been used previously. The item may have some signs of cosmetic wear, but is fully operational and functions as intended. This item may be a floor model or store return that has been used. See the seller’s listing for full details and description of any imperfections. ...	Brand	Yokogawa
MPN	CW240/DA S2 NO. T1JC005
Model	CW240 D