Applied Precision PTE 2300 Series User Manual

Portable Test Equipment
User’s Guide
PTE-UGFW56a-EN www.appliedp.com
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Meter Error Test Parameters shown in Table of Parameters of selected test:
DATE
test date
TIME
test time
METERERROR
test result
METERSTDEV
standard deviation of result
METERCONST
meter constant value
METERUNIT
meter constant unit
OPSINPUTTYPE
input type
OPSINTTIME
integration time [s]
TESTSAMPLES
number of samples
MDFIXActive;
MDFIXApparent
MD power register actualized
in fixed time window
MDSlidActive;
MDSlidApparent
MD power register actualized
in “slided” time window
MDPeriod
Size of time window
(Fix/Slide) of MD test
MDSubPeriods
Number of sub periods of MD
Test
ENERGYTYPE
energy type
CONTYPE
connection type
MSINPH
Sinus of phase shift between
current and voltage (3x)
MACTCURR
Ohmic load of current
component (3x)
MREACTCURR
Reactive component of
current (3x)
MZ
Load impedance (3x)
MPHZ
Phase shift of impedance
load (3x)
FREQ
frequency
MCURR
current (3x)
MVOLT
voltage (3x)
MPHI
current phase angle (3x)
MPHU
voltage phase angle (3x)
MDFI
current distortion (3x)
MDFU
voltage distortion (3x)
MPOWER
active power (3x)
MQPOWER
reactive power (3x)
MSPOWER
apparent power (3x)
MPOWFACT
power factor (3x)
MENERGY
active energy (3x)
MQENERGY
reactive energy (3x)
MSENERGY
apparent energy (3x)
MSPOWERSUM
sum of apparent powers
MPOWERSUM
sum of active powers
MQPOWERSUM
sum of reactive powers
MSENERGYSUM
sum of apparent energies
MENERGYSUM
sum of active energies
MQENERGYSUM
sum of reactive energies
MVOLT12
line voltage between L1;L2
MVOLT23
line voltage between L2;L3
MVOLT31
line voltage between L3;L1
MPHU12
phase shift between line
voltage L12 and L1
MPHU23
phase shift between line
voltage L23 and L2
MPHU31
phase shift between line
voltage L31 and L3

Applied Precision PTE 2300 Series Specifications

General

Brand	Applied Precision
Model	PTE 2300 Series
Category	Portable Generator
Language	English