The document outlines specifications and capabilities for a measurement system designed for evaluating power efficiency in various electrical devices, especially in high-performance applications like inverters. It highlights features such as automatic sensor identification, error reduction in measurements, and real-time data processing for a variety of power scenarios. The system also supports extensive functionalities for simultaneous analysis across multiple channels, thus enhancing accuracy and effectiveness in power analysis.

1. 1
5HOHDVH L
+L KHVW FF UDF
/DU HVW 1 PEHU RI &KD HOV
0D LP P )OH LELOLW

2. +L K DFF UDF PHDV UHPH W RI 6L& D1 L HUWHU
ef ciency and reactor/transformer loss
%DVLF DFF UDF
FF UDF IRU & 3R HU
5HOHDVH L
%DVLF DFF UDF IRU + 3R HU
6DPSOL IUHT H F 0+
& UHVRO WLR ELW
1 PEHU RI FKD HOV 0D FK
Measurement frequency band & + WR 0+
0D LP P L S W ROWD H 9 & 9 &
Maximum rated line-to-ground voltage
9 & 7 ,,,
9 & 7 ,,
Input module 8
For research evaluation and shipping
L VSHFWLR V RI VRODU L HUWHUV
9 & 7 ,, PHDV UHPH W
%DVLF DFF UDF IRU + 3R HU
6DPSOL IUHT H F 0+
& UHVRO WLR ELW
1 PEHU RI FKD HOV 0D FK
Measurement frequency band & + WR 0+
0D LP P L S W ROWD H 9 & 9 &
Maximum rated line-to-ground voltage
9 & 9 & & 7 ,,,
9 & 9 & & 7 ,,
Input module 8
.H IHDW UHV
)URP 5 WR VKLSSL L VSHFWLR V
– combine the input modules that suit your application
*3 ,% L WHUIDFH
5 & L WHUIDFH
*L DELW (W HU HW L WHUIDFH
%1& V F L WHUIDFH
:DYHIRUP RXWSXW RSWLR
& 1 RU & 1 ) L WHUIDFH RSWLR
8 % L WHUIDFH
IUR W
& UUH W VH VRU WHUPL DOV
+L K SHUIRUPD FH
F UUH W VH VRU WHUPL DOV
+L K SHUIRUPD FH
F UUH W VH VRU WHUPL DOV
&R HFW D RSWLR DO
FXUUH W VH VRU S
7 H L VWUXPH W LOO
DXWRPDWLFDOO LGH WLI D G
SR HU W H VH VRU
&R HFW D %1& W SH
VH VRU VXF DV D
FXUUH W SUREH RU &7
0RWRU 0RWRU 0RWRU 0RWRU
DO H IR U PRWRUV VLP OWD HR VO RSWLR
2SWLFDO OL N L WHUIDFH RSWLR
&K &K &K &K
&K &K &K &K

3. Reliable reproduction of input waveforms with
15 MHz sampling and 18-bit resolution
:LW XS WR WLPHV EHWWHU L VSHHG VDPSOL D G G DPLF UD H
SHUIRUPD FH W H 3: WDNHV W H IOD V LS SRVLWLR L RXU OL HXS RI
L DFFXUDF SR HU D DO HUV VHWWL H EH F PDUNV WR DFFXUDWHO
analyze loads with large uctuations from high to miniscule power levels.
.H IHDW UHV
&RPEL H FR HFWLR V WR LPSOHPH W
a diverse range of measurement capabilities.
Automatic sensor identi cation and phase compensation*
for more accurate and error-free measurements
7 H 3: FD DXWRPDWLFDOO DFTXLUH L IRUPDWLR DERXW FR HFWHG
VH VRUV D G SHUIRUP S DVH FRUUHFWLR 7 LV FDSDELOLW VL LILFD WO
UHGXFHV WLPH VSH W R SUH PHDVXUHPH W FR IL XUDWLR D G SURYLGHV
UREXVW VXSSRUW IRU DFFXUDWH HUURU IUHH SR HU PHDVXUHPH W
0 OWL FLUF LW PHDV UHPH W RI S WR FKD HOV RI
power data with a single instrument
0L D G PDWF W R DYDLODEOH X LW W SHV DFURVV R H WR HL W F D HOV WR
create a single-instrument measurement system that’s ideally suited to
RXU DSSOLFDWLR
+LRNL LOO ODX F D XPEHU RI SURGXFWV W DW VXSSRUW W H PW8001’s automatic
identi cation function 3OHDVH VHH S IRU GHWDLOHG L IRUPDWLR DERXW W H SURGXFW OL H
Capture the slightest power loss with a wideband
power measurement of world-class accuracy
7 H 3: LV H L HHUHG WR HOS RX DFFXUDWHO PHDVXUH PL XVFXOH
losses in today’s increasingly efficient devices. In addition to 50/60
+ IX GDPH WDO IUHTXH FLHV LW GHOLYHUV L DFFXUDF PHDVXUHPH W
SHUIRUPD FH L & D G OR SR HU IDFWRU V LWF L IUHTXH F ED GV
LF DUH LPSRUWD W L SR HU HOHFWUR LFV GHYLFHV

4. 0RGHO RUGHU FRGH 0RWRU D DO VLV :DYHIRUP D G RXWSXW & 1 RU & 1 ) L WHUIDFH 2SWLFDO OL N L WHUIDFH
3:
3: HV
3: HV
3: HV
3: HV HV
PW8001-06 HV HV
3: HV
3: HV HV
3: HV HV
3: HV HV
3: HV HV HV
PW8001-16 HV HV HV
&RPEL DWLR RI 2SWLR DO ) FWLR V
.H IHDW UHV
6LP OWD HR VO D DO H PRWRUV LWK
D VL OH L VWU PH W*1
7 H 3: FD VLPXOWD HRXVO PHDVXUH IRXU WRUTXH YDOXHV D G
IRXU 530 YDOXHV DOOR L IRXU PRWRUV WR EH D DO HG LW D VL OH
L VWUXPH W 7 LV FDSDELOLW LV H WUHPHO XVHIXO H D DO L V VWHPV
W DW XVH PXOWLSOH PRWRUV IRU H DPSOH HOHFWULF YH LFOHV LW IRXU HHO
PRX WHG PRWRUV
/L N W R 3: LWV WR
double the number of channels via optical link*1
% FR HFWL W R 3: V LW D RSWLFDO FDEOH RI XS WR P L
OH W RX FD D UH DWH PHDVXUHPH W GDWD L UHDO WLPH R R H
instrument. This setup can be used as a 16-channel power analyzer,
allowing you to simultaneously analyze up to 16 channels of power data
D G HL W PRWRUV LOH GLVSOD L D G UHFRUGL HIILFLH F D G ORVV
FDOFXODWLR V R D VL OH L VWUXPH W
( WH VL H OL H S RI DFF UDWH F UUH W VH VRUV H DEOHV
applications from HILS development to equipment evaluation
& RRVH W H UL W FXUUH W VH VRUV IRU RXU DSSOLFDWLR V IURP D H WH VLYH
VHOHFWLR W DW H DEOHV D LGH UD H RI RSWLPDO PHDVXUHPH W VROXWLR V
& 1 RU & 1 ) R WS W H DEOHV WR L WH UDWH
measurement data into existing CAN networks*1
7 H 3: FD RXWSXW PHDVXUHPH W GDWD WR D & 1 EXV DV & 1 RU
& 1 ) VL DOV L UHDO WLPH % UHFRUGL (&8 GDWD D G PHDVXUHPH W
GDWD R D & 1 EXV LW D & 1 EXV GDWD OR HU RX FD L WH UDWH GDWD
LW RXW WLPH V LIWV RU GH UDGHG DFFXUDF H DEOL FRPSUH H VLYH
HYDOXDWLR
Clamp-type sensors can be af xed
WR W H LUH TXLFNO D G HDVLO
7 HLU H FHSWLR DO H YLUR PH WDO
SHUIRUPD FH PHD V W H FD EH XVHG
L D EURDG UD H RI VHWWL V IURP +,/
GHYHORSPH W WR HTXLSPH W HYDOXDWLR
+L K DFF UDF FODPS W SHV
3DVV W URX VH VRUV RIIHU W H XOWLPDWH
OHYHO RI DFFXUDF ED G D G VWDELOLW
%URDGED G PHDVXUHPH W RI XS WR
0+ D G W H DELOLW WR PHDVXUH ODU H
FXUUH WV RI XS WR PDNH W HVH
VH VRUV LGHDO IRU XVH L VWDWH RI W H DUW
5
+L K DFF UDF SDVV WKUR K W SHV
2XU SURSULHWDU &&7 PHW RG DOOR V
RXU GLUHFW LUHG VH VRU WR GHOLYHU
RUOG FODVV DFFXUDF D G ED G LGW
High-accuracy direct-wired types
0 O 3 O

5. Evaluation of dual-inverter drive system performance
Dual-inverter systems where each inverter drives a motor will increase reliability and ef ciency. The PW8001’s ability to measure eight
F D HOV RI SR HU GDWD DFURVV D EURDG IUHTXH F ED G DFFXUDWHO D G LW H FHOOH W UHSURGXFLELOLW LV L O HIIHFWLYH H HYDOXDWL
W H SHUIRUPD FH RI GXDO L YHUWHU V VWHPV
Evaluation of solar inverter based power interchange systems
3R HU L WHUF D H V VWHPV W DW FD DFFRPPRGDWH ERW VWRUD H EDWWHULHV D G (9V LOO EH D PHW RG WR XVH H HU PRUH HIIHFWLYHO
The PW8001’s ability to accurately and simultaneously measure power at multiple points, for example at DC-DC converter, inverter, and
VWRUD H EDWWHU L SXWV D G RXWSXWV LV L O HIIHFWLYH H HYDOXDWL VRODU L YHUWHU SHUIRUPD FH
Case studies

7. & UUH W
VH VRU
W SHV
,PD H
WRPDWLF
VH VRU
detection Model
Rated
SULPDU
F UUH W
)UHT H F
UD H
%DVLF DFF UDF
(amplitude)
Conductor
diameter
1R RI
FKD HOV
&DEOH OH WK
2SHUDWL
WHPSHUDW UH
UD H
+L K
DFF UDF
direct
FR HFWLR
HV 3: UPV & WR 0+
UG
I V
M6 screw
WHUPL DOV
F
& WR &
) WR )
HV 3: UPV & WR 0+
UG
I V
M6 screw
WHUPL DOV
F
& WR &
) WR )
8OWUD KL K
DFF UDF
SDVV
WKUR K
HV CT6904A UPV & WR 0+
UG
I V
PP
L
P
IW
& WR &
) WR )
HV CT6904A-1 UPV & WR 0+
UG
I V
PP
L
P
IW
& WR &
) WR )
HV CT6904A-2 UPV & WR 0+
UG
I V
PP
L
P
IW
& WR &
) WR )
HV CT6904A-3 UPV & WR 0+
UG
I V
PP
L
P
IW
& WR &
) WR )
+L K
DFF UDF
SDVV
WKUR K
CT6862-05 UPV & WR 0+
UG
I V
PP
L
P
IW
& WR &
HV CT6872 UPV & WR 0+
UG
I V
PP
L
P
IW
& WR &
) WR )
HV CT6872-01 UPV & WR 0+
UG
I V
PP
L
P
IW
& WR &
) WR )
CT6863-05 UPV & WR N+
UG
I V
PP
L
P
IW
& WR &
) WR )
HV CT6873 UPV & WR 0+
UG
I V
PP
L
P
IW
& WR &
) WR )
HV CT6873-01 UPV & WR 0+
UG
I V
PP
L
P
IW
& WR &
) WR )
HV CT6875A UPV & WR 0+
UG
I V
36 mm
L
P
IW
& WR &
) WR )
HV CT6875A-1 UPV & WR 0+
UG
I V
36 mm
L
P
IW
& WR &
) WR )
HV CT6876A UPV & WR 0+
UG
I V
36 mm
L
P
IW
& WR &
) WR )
HV CT6876A-1 UPV & WR 0+
UG
I V
36 mm
L
P
IW
& WR &
) WR )
HV CT6877A UPV & WR 0+
UG
I V
PP
L
P
IW
& WR &
) WR )
HV CT6877A-1 UPV & WR N+
UG
I V
PP
L
P
IW
& WR &
) WR )
+L K
DFF UDF
FODPS
HV CT6841A UPV & WR 0+
UG
I V
PP
L
P
IW
& WR &
) WR )
HV CT6843A UPV & WR N+
UG
I V
PP
L
P
IW
& WR &
) WR )
HV CT6844A UPV & WR N+
UG
I V
PP
L
P
IW
& WR &
) WR )
HV CT6845A UPV & WR N+
UG
I V
PP
(1.96 in.)
P
IW
& WR &
) WR )
HV CT6846A UPV & WR N+
UG
I V
PP
(1.96 in.)
P
IW
& WR &
) WR )
H HUDO
FODPS
UPV
UPV
+ WR N+
UG
I V
46 mm
L
P
IW
& WR &
) WR )
& UUH W VH VRU OL H S

8. All information correct as of June 11, 2021. All speci cations are subject to change without notice. 0 W -
3 6 :
N N
, J NJ
6 EB /B B B B
IUU T IJ J D N
Model 3: 8 3: 8 3: 3:
,PD H
SSOLFDWLR V
)RU UHVHDUFK H DO DWLR RI
SiC/GaN inverter ef ciency and
UHDFWRU WUD VIRUPHU ORVV
For research evaluation and shipping
L VSHFWLR V RI IGBT inverters and
VRODU L HUWHUV
)RU UHVHDUFK H DO DWLR RI
SiC inverter ef ciency and
UHDFWRU WUD VIRUPHU ORVV
For eld evaluation of
IGBT inverters and VRODU L HUWHUV
V
U
H
W
H
P
D
U
D
S
W
H
P
H
U
V
D
H
0
0HDVXUHPH W OL HV
S DVH LUH 3 :
S DVH LUH 3 :
S DVH LUH 3 : 0 9 3 : 0
S DVH LUH 3 :
S DVH LUH 3 :
S DVH LUH 3 :
S DVH LUH 3 : 0 9 3 : 0
S DVH LUH 3 :
S DVH LUH 3 :
S DVH LUH 3 :
S DVH LUH 3 : 0 9 3 : 0
S DVH LUH 3 :
1XPEHU RI SR HU
PHDVXUHPH W F D HOV
WR F D HOV
SHFLI 8 RU 8 H SODFL D RUGHU 0L HG DYDLODEOH
1 to 6 channels
SHFLI H RUGHUL
F D HOV
0HDVXUHPH W
IUHTXH F ED G
& + WR 0+ & + WR 0+ & + WR 0+ & + WR N+
9ROWD H FXUUH W
& VDPSOL IUHTXH F
0+ 0+ 0+ N+
9ROWD H FXUUH W & UHVROXWLR ELW 16-bit ELW 16-bit
Basic accuracy for 50/60 Hz
SR HU
RI UHDGL RI UD H RI UHDGL RI UD H RI UHDGL RI UD H RI UHDGL RI UD H
FFXUDF IRU & SR HU RI UHDGL RI UD H RI UHDGL RI UD H RI UHDGL RI UD H RI UHDGL RI UD H
FFXUDF IRU N+ SR HU RI UHDGL RI UD H RI UHDGL RI UD H RI UHDGL RI UD H RI UHDGL RI UD H
FFXUDF IRU N+ SR HU RI UHDGL RI UD H RI UHDGL RI UD H RI UHDGL RI UD H RI UHDGL RI UD H
9ROWD H UD H 6 V, 15 V, 30 V, 60 V, 150 V, 300 V, 600 V, 1500 V 6 V, 15 V, 30 V, 60 V, 150 V, 300 V, 600 V, 1500 V 15 V, 30 V, 60 V, 150 V, 300 V, 600 V, 1500 V
&XUUH W UD H 100 mA to 2000 A (6 ranges, based on sensor)
probe 1: 100 mA to 2000 A (6 ranges, based on sensor)
SUREH P9 P9 P9 9 9 9
probe 1: 100 mA to 2000 A (6 ranges, based on sensor)
SUREH P9 P9 P9 9 9 9
P WR (6 ranges, based on sensor)
&RPPR PRGH YROWD H
UHMHFWLR UDWLR
50/60 Hz: 120 dB or greater
N+ G% RU UHDWHU
50/60 Hz: 100 dB or greater
N+ G% W SLFDO
50/60 Hz: 100 dB or greater
N+ G% RU UHDWHU
50/60 Hz: 80 dB RU UHDWHU
Temperature coef cient & & &
9ROWD H L SXW PHW RG 3 RWRLVRODWHG L SXW UHVLVWRU YROWD H GLYLVLR ,VRODWHG L SXW UHVLVWRU YROWD H GLYLVLR 3 RWRLVRODWHG L SXW UHVLVWRU YROWD H GLYLVLR ,VRODWHG L SXW UHVLVWRU YROWD H GLYLVLR
&XUUH W L SXW PHW RG ,VRODWHG L SXW IURP FXUUH W VH VRU ,VRODWHG L SXW IURP FXUUH W VH VRU ,VRODWHG L SXW IURP FXUUH W VH VRU
( WHU DO FXUUH W VH VRU L SXW HV 0( : HV 0( : %1& HV 0( : %1& HV 0( :
3R HU VXSSOLHG WR H WHU DO
FXUUH W VH VRU
HV HV HV
DWD XSGDWH UDWH PV PV PV PV PV PV PV
W
S
L
H
D
W
O
R
9
0D LPXP L SXW YROWD H 9 9 & 9 & 9 9
0D LPXP UDWHG
OL H WR URX G YROWD H
600 V CAT III
9 & 7 ,,
600 V AC, 1000 V DC CAT III
9 & 9 & & 7 ,,
600 V CAT III
9 & 7 ,,
600 V CAT III
9 & 7 ,,
V
L
V
O
D
1XPEHU RI PRWRU D DO VLV
F D HOV
0D LPXP PRWRUV 0D LPXP PRWRUV PRWRU
0RWRU D DO VLV L SXW IRUPDW DOR & IUHTXH F SXOVH DOR & IUHTXH F SXOVH DOR & IUHTXH F SXOVH
R
L
W
F
)
&XUUH W VH VRU
S DVH V LIW FDOFXODWLR
HV DXWR HV HV
+DUPR LFV PHDVXUHPH W HV IRU HDF F D HO Yes (6, for each channel) HV
0D LPXP DUPR LFV
D DO VLV RUGHU
W W W
+DUPR LFV V F UR L DWLR
IUHTXH F UD H
+ WR 0+ + WR 0+ + WR N+ + WR N+
,(& DUPR LFV PHDVXUHPH W HV HV
IEC icker measurement HV
))7 VSHFWUXP D DO VLV HV & WR 0+ HV & WR 0+ HV & WR 0+ HV & WR N+
User-de ned calculations HV HV
HOWD FR YHUVLR HV Δ Δ HV Δ Δ HV Δ
RXWSXW HV F DYHIRUP RXWSXW D DOR RXWSXW HV F DYHIRUP RXWSXW D DOR RXWSXW HV 16ch DYHIRUP RXWSXW D DOR RXWSXW
D
O
S
V
L
LVSOD :9* 7)7 FRORU /& :9* 7)7 FRORU /& :9* 7)7 FRORU /&
7RXF VFUHH HV HV
H
F
D
I
U
H
W
O
( WHU DO VWRUD H PHGLD 8 % 8 % 8 % &) FDUG
/ 1 % ( 7
% ( 7
HV HV
HV
% ( 7 D G % ( 7 R O
*3 ,% HV HV
5 & HV PD LPXP ESV HV PD LPXP ESV HV PD LPXP ESV
( WHU DO FR WURO HV HV HV
F UR L DWLR RI PXOWLSOH L VWUXPH WV HV XS WR L VWUXPH WV HV XS WR L VWUXPH WV
2SWLFDO OL N HV HV
& 1 RU & 1 ) HV
3R HU VXSSO 9 & WR 9 & (50/60 Hz) 9 & WR 9 & (50/60 Hz) 9 & WR 9 & (50/60 Hz)
LPH VLR V :HL W
: +
430 mm (16.93 in.) × 221 mm (8.70 in.) × 362 mm (14.25 in.)
N R
430 mm (16.93 in.) × 177 mm (6.97 in.) × 450 mm (17.72 in.)
N R
PP L mm (6.69 in.) × 156 PP (6.14 in.)
4.6 kg (162.26 oz.)
3R HU D DO HU OL H S
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8 8