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Compliance – EN 50160:2010 

EN 50160 is a European standard for the statistical 
analysis of power quality data. The statistical package 
called Quality of Supply (QOS) is built into the Dranetz 
HDPQ, with monitoring and setup protocols available 
to determine compliance with the EN 50160:2010 
standard. The EN 50160-required measurement 
parameters include Power Frequency, Supply Voltage 
Variations, Rapid Voltage Changes, Supply Voltage 
Unbalance, Harmonic Voltage, Interharmonic Voltage, 
and Mains Signaling. The monitoring site is said to be 
IN COMPLIANCE if the statistical value over one week 
for the specified parameters is 95% or greater. The EN 
50160 options setup allows users to define up to five 
mains signaling frequencies below 3KHz. Users can also 
select pre-defined values for main voltage 
characteristics of the electricity supplied.  
 

 

 
 

Reporting 

Any instrument can provide trends and event lists 
detailing what’s been recorded during a power survey, 
but users want results quickly. The Dranetz HDPQ 
reporting functions make analysis quick and easy by 
summarizing survey data and results in easy-to-use 
formats. When combined with the advanced remote 
control capabilities of Dranetz HDPQ, users can easily 
see their results from anywhere with connectivity to 
the instrument.  
 

Mini-Reports 

The Dranetz HDPQ Mini-Report is a fast and easy way 
to generate custom reports directly from the 
instrument’s front panel. Mini-Reports are a 
compilation of user snapshots of any screen shown on 
the local Dranetz HDPQ display. By simply pressing the 
Snapshot (camera) button on the front panel, a .bmp 
file containing a picture of the screen presently 
displayed is added to the Mini-Report. The Mini-Report 
is stored in an .xml format and can be uploaded to any 
computer, Tablet, or Smartphone for viewing in a web 
browser. Once uploaded, users can annotate the Mini-
Report and add  comments or make any changes using 
Microsoft Word or any other .html editor. Users can 
keep the file in a .xml format or “Save As” and convert 
to .doc, .rtf, or other formats. Also, each screen image 
displayed in the Mini-Report is a separate .bmp file, so 

it can be treated individually for emailing, 
incorporating in other documents, or any other use.  
Mini-Reports can be sent to your colleagues or 
customers to easily share monitoring information, or 
sent to Dranetz Technical Support for assistance with 
the instrument setup, operation, interpretation of data 
or other questions.    
 

 

 
 
Dashboard Alarm Panel 

 
The Dashboard alarm panel is a combination of real-
time measurements and triggered data on one screen, 
summarizing your monitoring survey in one easy-to-use 
reporting screen. The Dashboard is an alarm panel with 
cells that represent real-time meters and recording 
status of parameters being measured. Cells are color-
coded so the user can easily know if events have been 
recorded for the parameters displayed. For Power 
Quality, Voltage and Current cells are green or red 
indicating if HI or LOW trigger conditions have been 
met. Green cells indicate no alarms or events have 
been recorded for that parameter. A red cell indicates 
an alarm condition and that an event has been 
recorded for that parameter. By pressing the cell, the 
user can view details of the event(s). For Harmonics, 
Flicker, Power, Demand, Energy, and other 
parameters, HI/LO and VERY HI/VERY LO triggers are 
available to indicate both warning and severe 
conditions. For such parameters, HI/LO alarms are 
indicated by a yellow color and VERY HI/VERY LO 
alarms are indicted by a red color. Once the user has 
reviewed the Dashboard, the alarms can be cleared 
and all red and yellow cells will return to a green color 
until the next alarm condition occurs. A grey color 
indicates monitoring for that parameter is disabled. 
  

Shop for Power Metering products online at:

1.800.561.8187

www.

PowerMeterStore

.ca

Содержание hdpq

Страница 1: ...roducts from Dranetz The Dranetz HDPQ family is comprised of four portable instruments with the difference being the availability of Wi Fi communications advanced intelligent AnswerModules high speed...

Страница 2: ...ly available in certain instruments which are noted below MEASUREMENT INPUTS ALL HDPQ INSTRUMENTS Voltage Dranetz HDPQ has 4 differential AC DC voltage channels rated 1000V CAT III 600V CAT IV Voltage...

Страница 3: ...are available to the user at all times regardless of the user interface screen being displayed The left and center buttons are for the Mini Report feature Mini Reports are screen snapshots pictures of...

Страница 4: ...ecure password protected remote control Users download a free program or App and connect remotely to the Dranetz HDPQ via an Ethernet Wireless or Bluetooth PAN network VNC uses the Dranetz HDPQ s remo...

Страница 5: ...offers the latest in Power Quality Demand and Energy measurement and monitoring capabilities Each Dranetz HDPQ product is Class A compliant with IEC 61000 4 30 2008 and also supports EN 50160 2010 IEE...

Страница 6: ...e requirements of IEC 61000 4 30 and EN 50160 In addition the Dranetz HDPQ family employs the methods used for voltage transients to trigger on current transients Transient trigger methods available a...

Страница 7: ...hat any processing by the instrument must be completed in time to process the next 200ms window without any gaps between windows Being Class A the Dranetz HDPQ family fully complies with these require...

Страница 8: ...rd alarm panels and a Mini Report are also available Like all Dranetz portable products the Dranetz HDPQ is fully compatible with Dran View 7 Power Quality Demand and Energy analysis and reporting sof...

Страница 9: ...nce uploaded users can annotate the Mini Report and add comments or make any changes using Microsoft Word or any other html editor Users can keep the file in a xml format or Save As and convert to doc...

Страница 10: ...EMAND ENERGY MEASUREMENT FUNCTIONS ALL HDPQ INSTRUMENTS In addition to Power Quality the Dranetz HDPQ family also has extensive Power Demand Energy metering survey and reporting functions The user can...

Страница 11: ...Dranetz HDPQ Dimensions Shop for Power Metering products online at 1 800 561 8187 www PowerMeterStore ca...

Страница 12: ...phase Wye where n 512 samples Volts 0 1 of Reading 15 KHz BW Vrms ab Vrms bc Vrms ca Measured for Delta Calculated for Wye Volts DC Derived from 200mS 10 12 cycles 50 60 Hz Aggregated to selected inte...

Страница 13: ...rgest Absolute magnitude of 256 samples 1 2 cycle Volts 0 2 of Reading Vpk ab Vpk bc Vpk ca Measured for Delta Not Calculated for Wye Phase of fundamental on individual cycle Derived from DFT output b...

Страница 14: ...Wye Vx is channel with largest deviation from average Vavg is average of the three channels 1 Vunbal max Vunbal ab Vunbal bc Vunbal ca Measured for Delta Not Calculated for Wye Symmetrical Components...

Страница 15: ...n 512 samples Amps 0 2 of Reading 0 1 of FS RMS Deviation Subtraction of 1 cycle RMS from adjacent cycles Used for cyclic waveshape transient trigger system Icycw a Icycw b Icycw c Icycw d Single pha...

Страница 16: ...cycdeg d Any where g phase where n 1 for 1st harmonic Degree 1 Amps RMS of fundamental Derived from DFT Ifnd a Ifnd b Ifnd c Ifnd d Any Ipk is calculated from the 1st harmonic of DFT Volts 0 2 of Read...

Страница 17: ...lues VA VRMS x IRMS VA 0 2 of Reading 0 05 of FS VA b VA c VA d VA total A VAa VAb VAc Volt Amps Reactive VAR a Wye uses measured values Delta uses calculated phantom Neutral Values VAR Calculated usi...

Страница 18: ...ts and Amps None 1 of Reading DPF b DPF c DPF d Phase of Volts to Amps of fundamental on individual cycle Derived from DFT VIdeg a Not meaningful for Delta Degree 1 VIdeg b VIdeg c VIdeg d where g pha...

Страница 19: ...dfund bc HVthdfund ca Total Current Harmonic Distortion Normalized to the fundamental HIthdfund a All 100 Per 61000 4 7 5 HIthdfund b HIthdfund c HIthdfund d Total Voltage InterHarmonic Distortion Nor...

Страница 20: ...5 HVtidrss b HVtidrss c HVtidrss d HVtidrss ab HVtidrss bc HVtidrss ca Total Odd Voltage Harmonic Distortion Normalized to the fundamental HVohd a All 100 Per 61000 4 7 5 HVohd b HVohd c HVohd d HVoh...

Страница 21: ...RMS at frequency f Wf Single frequency weighing factor at fre quency f Per IEEE 519 D7 1990 covers weigh ing factors up to 5 KHz None 1 HVtiffund b HVtiffund c HVtiffund d Telephone Influence Factor...

Страница 22: ...mer K Factor HIxfmrk a All K None 5 HIxfmrk b HIxfmrk c HIxfmrk d Transformer De Rating Factor HIxfmrdrat a All Defined in IEEE C57 110 1998 None 5 HIxfmrdrat b HIxfmrdrat c HIxfmrdrat d Volts Under D...

Страница 23: ...2 Main Signaling Frequencies Volts only 5 individually recorded frequencies derived from DFT expansion User selectable in 5 Hz increments Volts or Amps 5 Individual Harmonic Voltages 0 127 0 DC Volts...

Страница 24: ...inst a All Compliant to 61000 4 15 None 8 Pinst b Pinst c Pinst ab Pinst bc Pinst ca Instantaneous Flicker Low Pass Filter output stage Pinstlpf a All Compliant to 61000 4 15 LPF 1 minute TC None 8 Pi...

Страница 25: ...Current of 1 sec readings over the user selected Demand interval Amps 0 2 Idmd b Idmd c Peak Current Demand Ipk a All Peak Current of 1 sec readings over the user selected Demand interval Amps 0 2 Ipk...

Страница 26: ...Demand PFavgcoVAR All Average True PF at time of Peak VAR during a Demand interval None 0 5 Watts coincident with Peak VA Demand WcoVA All Watts Demand at time of Peak VA during a Demand interval Wat...

Страница 27: ...sitive flow into load WHrpos a All Absolute value of Sum of each 1 second accumulation that has a positive value Watt h 0 22 WHrpos b WHrpos c WHrpos d WHrpos tot Energy Watt Hours Negative flow into...

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