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- Products
- AC Power Supplies
- Battery Test System
- CUSTOM-MADE TEST / CONTROL SYSTEM
- DC Power Supplies
- Compact DC Power Supply PMX-E Series
- High-Capacity Wide-Range DC Power Supply PXT Series
- Bidirectional High-Capacity DC power supplies PXB Series
- Compact Wide-Range DC Power Supplies PWR-01 Series
- High-efficiency High-capacity Switching Power Supplies PAT-T Series
- 1U Wide Range Programmable DC Power Supply – PWX Series
- Intelligent Bipolar Power Supply PBZ Series
- Compact Variable-switching Regulated DC Power Supply – PAV Series
- High Reliability DC Power Supply PAN-A Series
- Multi Channel Tracking DC Power Supply PMP Series
- Compact DC Power Supply PMX-A Series
- Compact Multi-Output DC Power Supply PMX-Multi Series
- Variable Regulated DC Power Supply PAD-LA Series
- EMC Test
- FC (Fuel Cell) Impedance Meters
- Safety Testers
- Electronic Load
- High-Capacity Regenerative Electronic Load PXZ Series
- Modular Multifunction Electronic Load(DC) PLZ-U series
- Multifunctional Electronic Load PLZ-5W/5WZ Series
- Multifunctional Electronic Load (CC/CV/CR/CP) PLZ-5WH2 Series
- Multifunctional Electronic Load PLZ-5WH Series
- Multi-functional Electronic Load PLZ-4WH Series
- Multifunctional Electronic Load PLZ-4W Series
- Multifunctional Electronic Load PLZ-4WL Series
- My Account
Posts
Columns
- Dielectric Voltage-Withstand (Hipot) Testing and Insulation Resistance Testing of Rechargeable Batteries
- The Urban Myth that is Incompatibility
- Strange Tales – Part 2
- Thermal Management in Practice
- Crazy Requests
- Improving Your Understanding
- Traps with Charging and Discharging Systems
- Update on ISO20934
- Know Your Enemy, Know Yourself
- Missing the Forest for the Trees
- Turning the Problem Around
- Is that measurement correct?
- The Quickest Way to Boost your Concentration
- Strange Tales – Part1
- Always Keep an Open Mind
- Why Manual Assembly is Best
- Without creativity, you won’t learn from your mistakes
- Casting Your Gaze Higher
- The Value of a Big Cleanout
- Blessings in Disguise
- The Demon in the Circuit
- The Fascinating World of Bespoke Engineering
- Drawing Good Circuit Diagrams
- Guilty by Suspicion
- Things You Should Do Before Questioning Your Circuit Configuration
- Qualities Bad Engineers Lack
- The Best Solutions are the Simplest
- Simulating Series Output with PBZ series Bipolar Power Supplies
- Useful Applications for Electronic Loads (3)
- Operating AC Power Supplies in Constant Current Mode
- Understanding DC Power Supplies (2)
- AC Power Supply Overcurrent Issues when Testing?
- Understanding DC Power Supplies (1)
- Wrestling with Difficult Problems Helps You Grow
- Useful Applications for Electronic Loads (2)
Non-linear modes - Battery Discharge Testing Without Using an Electronic Load
- Simulating Degraded Secondary Batteries with DCPower Supplies
- Troubleshooting with Waveform Simulations Using an AC Power Supply
- At Least Half of Every Job Well Done is Made up of Non-engineering Aspects
- Guide to Wiring for Master-Slave Parallel Operation
- Correct Measurement of High Frequency Pulses
- Useful Applications for Electronic Loads (1)
- Beware of Global Variables
- When the Equipment or Device Does Not Work Properly
- A Note of Caution on the Measurement of Apparent Power
DC Power Supply
- How Kikusui helped a small company gain big company testing capabilities to speed production…and save money, too.
- How Kikusui helped company P gain test environment with high precision variable DC power supplies in their limited installation space.
- DC power supply capable of conducting voltage variation test on the latest model of cars. Solution to support peak current up to 6 times that of the rated output.
- Wanted to streamline multiple Inspection processes. DC multi-output power supply suitable for inspection on electronic circuits.
AC Power Supply
- Distortion of output waveform from AC source deteriorates production throughput. The way to improve product quality and increase the production capacity.
- Test environment conflict happens in a test environment where infrastructure is shared across several development teams. Solution to improve the development environment and contribute to recruiting engineers.
- Shifting to developing the higher capacity power supplies is accelerated. Solution to increase test power supplies efficiently.
- Evolving test standards continuously keeps us upgrading test environments. An intuitive software that reduced the risk of failing the compliance test.
- Manufacturer’s fight with vibration to keep electric motor production line running. A large-capacity inverter type power supply with a low-ripple current and low noise solves problems.
- Motor Manufacturer Needed High-Performance Power Supply for EV Applications. Kikusui’s compact, high-capacity, variable-frequency power supply to the rescue!
- Rethinking Inefficient Testing Power Supplies. We’ll look at an energy-efficient power supply that delivered a 15% reduction in factory CO2 emissions.
- Speeding Up Current Measurement. Kikusui Solution Enables Accurate Analog Readings with no Complex Setup.
Electronic Load
- Wanted to conduct efficient evaluation tests on high voltage batteries. The way to cut down the development period without depending on manpower.
- Wanted to boost efficiency of inspection process on Fuel Cell. Electronic load with impedance measurement capability simplifies the test.
- Insufficient Electronic Load Capacity Means High-Voltage Components Can’t be Tested. The Mission to Find an Efficient, High-Capacity Solution.
- Manufacturer required load that would enable stringent load variation testing of point of load converters.
- The Headache of Imprecise, Low Quality Load Banks (variable resistors). Configuring load banks used to be a chore, but now it’s a breeze for anyone to configure a load precisely at the twist of a dial.
Changelog
- SD006-KHA (Harmonics Explorer) ｜アップデート Ver 2.9.0以降
- SD005-KHA (Harmonics Explorer) ｜アップデート Ver 4.0.0以降
- SD019-PCR-WE/SD020-PCR-WE (Wavy Smart Grid Edition)
- 【確認】SD006-KHA
- SD021-PCR-LE | Update
- SD021-PCR-WE | Update
- （確認用）SD019-PCR-LE, SD020-PCR-LE
- TOS9300(Ver.2.XX) – Firmware Updater
- SD022-PBZ (Wavy for PBZ)
- KIKUSUI PWX Calibration – Application
- KIKUSUI PWR-01 Calibration – Application
- SD036-PXB Battery Emulator for PXB – Application
- SD035-PFX (BPChecker4000)
- PXZ – Firmware Updater
- PXT Firmware Updater
- PXB series Firmware Updater
- OSAPON_v2
- 【確認】SD019-PCR-WE/SD020-PCR-WE (Wavy Smart Grid Edition)
- PCR-WEA/WEA2 (Ver4.X) Firmware Updater
- （確認用）KHA1000
- （確認用）KHA3000｜ファームウェア アップデータ
- PCR-WEA – V.6｜ファームウェア アップデータ
- PCR-WEA/WEA2 Firmware Updater
- KHA3000 Firmware Updater
- KHA1000 Firmware Updater
- Wavy for PAT-T Updater
- Wavy for PLZ4W
- SD032-PCR-WE(Wavy for PCR-WE)
- SD006-KHA (Harmonics Analyzing Suite)
- SD012-PCR-WE (Avionics Test Software)
- TOS5300 Application
- PMX-A Applications（Wavy for PMX Free）
- PIA5100 Applications & Firmware
- Wavy【総合】
- PCR-MA series Firmware Updater
- PLZ-5W series Firmware Updater
- PCR-LE2 series Firmware Updater
- TOS9300 (Ver.1.XX) Firmware Updater
- PCR-LE series Firmware Updater
- PLZ-5WH/5WH2 series Firmware Updater
- PCR-WE/WE2 series Firmware Updater
- SD003-PCR-LA (Quick Immunity Sequencer)
- Wavy for PCZ1000A
- Wavy for PBZ
- SD005-KHA (Harmonics Explorer)
- SD007-PFX (BPChecker3000 V1/V2) V2
- SD007-PFX (BPChecker3000 V1/V2) V1
- SD009-PCR-LE (Quick Immunity Sequencer 2)
- SD010-KPM (Standby Power Tester)
- SD011-PCR-LE (Wavy for PCR-LE)
- SD012-PCR-LE (Avionics Test Software)
- SD013-PWX (Wavy for PWX)
- SD019-PCR-LE/SD020-PCR-LE (Wavy Smart Grid Edition)
- SD023-PLZ-5W (Wavy for PLZ-5W)
- SD025-PMX (Wavy for PMX)
- SD027-PWR-01 (Wavy for PWR-01)
- SD033-PLZ-5WH2 (Wavy for PLZ-5WH2)
- SD003-PCR-LA (Quick Immunity Sequencer)
- SD002 BPChecker2000 V2/V3
Downloads
- PMX500-0.1E
- PMX350-0.2E
- PMX250-0.25E
- PXB20K-100
- PXB10K-50
- OP02-DME
- OP03-DME
- OP04-DME
- IB07-PCR-WE
- RS01-DME
- TL10-PFX
- IB08-DME
- TL02-DME
- TL03-DME
- OP01-DME
- PD05
- PFX2331
- KFM2030
- PL02A-TOS
- KRB9/ KRB400-PCR-LE
- KRB13 / KRB600
- PD03M/S-PCR-LA
- TOS5000A(TOS5050A / TOS5051A)
- PT-PCR-LA
- KJM6710
- KJM6310
- PLZ-U
- PLZ4WB
- RMP4
- KSG3420_3421
- AT500
- TOS9220/9221
- EX0506
- PAD-LA
- OT01-PCR-LA/2
- OT01-PCR-LA/3
- PIA4810 / PIA4820
- COS5030
- RC01/02-ORC
- KDS6-0.2TR
- DPO212 / DPO208
- PIA4830
- PAL10-100P
- SH50 / SH10
- SH100 / SH200
- PD02-PCR-L
- PAR80_160
- HP21-TOS
- 1832 / 1852
- OT01_TOS
- PAL16-20 / PAL35-10
- KES_OPTION_IEC
- KES_OPTION_ISO
- TOS8830
- TOS9320
- TOS6200A/TOS6210
- KFM2151
- TOS8030
- KRA-TOS
- TOS8040
- KES 4021.00
- GP21-KES
- IS21-KES
- TT21-KES
- VC21-KES
- ZC21-KES
- LP01_02_TOS
- CL21-KES
- RC03-PCR-LA
- COM7000A_OLD
- COS2020
- HP11-TOS
- GS21-KES
- OP01-KJM
- EC-KES
- PCC-X
- 458A
- PAL16-40
- RC04-PCR-LA
- IB03-PCR-LA
- COS1610
- COS5020TM
- KRB150
- 865A
- RC01_02_TOS
- PAK3KW
- PAD35-20
- PL01-TOS
- 929
- RX02-PAX/PBX
- PH-5500
- AVM
- BP191A-M
- RL01-TOS
- OPR10
- PS02-COS
- OP51G
- KRB3-TOS
- KJM6335
- PFX2211
- BP191
- PCZ1000
- PAD160-2.5
- PAD35-10
- OP-3
- KRB150-TOS
- OV-76
- KJM6765
- KRB100-PVS2.8KW
- BP193-M
- DSS5040
- TOS6200
- IF01-COR
- PAC55-2
- PCH100-20
- KSG3210
- PAD16-200L
- BH4AT-1
- PAE35-10
- PAD16-500L
- COS5042TM
- BH16
- IB11
- BH4-TOS
- 149-30A
- BP193
- 5650
- KJM2700
- COS5020
- 8520
- RC01-PCR
- COS5020PC
- 871
- POW35-1A
- PAD1K-0.2L
- PDM35-3
- PCR-L_HP
- DPS･VE40-0.5
- PAB25-1TR
- PAB32-1.5DU
- TOS5030
- DPO2212A
- RC02-PCR-L FOR PCR-W/W2
- TOS8850A
- TOS8630
- PMP3
- PAS
- PAD500-0.6A
- 5512
- PLZ300W
- ORC21
- PMP2
- PS01-COM
- RC02-PLZ
- 729A
- 459
- 4502
- 165A
- KBP3-4
- KBP3-6
- TOS9020
- BP2
- BP4
- 115B
- SC05-PFX
- KBP3-2
- SC07-PFX
- KBP3-3
- PCR-LT
- DPO212A
- PLZ152WA
- SD03-IT01 Ver.2.0
- BP191-M
- PLZ2405W
- BP1H-M
- SC01-PFX
- 5515
- 5516
- 5516A
- DPO200
- 5516DL
- 5516ST
- RC02-COM
- 5513
- 5513SF
- 5514
- 5121
- 5121A
- 5122
- 5122A
- 5501
- 5501A
- 5502
- 5502A
- 5505
- 5505D
- 4500A
- 5521
- 4600
- 5091
- OVP-LN
- PCR_LE2
- 7133
- 7133A
- 4500
- 7212
- 5520
- 5519
- 5830
- 5850
- 6701
- 6702
- 5531
- 5630
- 7025
- 7034
- 7124
- 7124A
- 5530A
- 5530GR
- 5650E
- 5804
- 5805
- APC-2000A
- BH3M
- 5530
- APO-R1
- APC-1000
- DSS5020
- APC-2000
- KRB100-KSG
- KRB3-KSG
- PAD500-1.2A
- BH3TM-1
- RC01-COM
- COS6150
- COS5060TM
- COS5041-DM
- COS1711
- 1851A
- IF01-AVM
- 1901
- 1901A
- RC01-COS
- 1834/1854
- 1834A1854C
- 1835A1855C
- PS01-COS
- SC01-COS
- BP01-COS
- CU01-COS
- IF01-COS
- 1635
- 1635A
- 1651B
- MU01-COS
- SC02-COS
- 1506
- PAD500-0.6
- PAD600-1
- PAD500-1.2
- PAD300-1
- PAD35-5LC
- PLZ50-50
- PLZ50-50A
- PLZ50-15
- PAF20-0.7
- PCH100-10
- PCH100-5
- PAF500-1
- PAF500-0.5
- PLZ50-100A
- PCG100-10
- PAC70-2.5
- PAC35-3
- POW35-5
- PAC7-10
- PCG100-3
- PCG100-5
- PCH100-30
- PAA35-60T
- PAC70-1.5
- PAC110-1
- DOM-1
- DSS6520
- RMF4X
- RMF4Y
- RMF4Z
- PAE35-30
- BH4A
- BH19
- BH3-KSG
- DPO91
- DPO290
- DPO7500
- DPO6200
- DOM152
- DOM-2B
- BIM1000
- BH20M
- BH5A
- BH14M
- BH7
- BH23
- BH12A
- BH3AM
- BH6BM
- BH4C
- BH10M
- DPS･V50-3
- DPS･V50-0.5
- CM01-DPS
- IF01-DPS
- CS01-DPS
- DPO100-PC
- BH4AM
- DPS･V20-1
- DPS･VE80-2.5
- User’s Manual
- KSG4500A
- KSG4700
- KSG4700T
- KSG3100
- DPS･C50-0.5
- DPS･C20-1
- DPS･VE10-2
- DPS･VE40-5
- DPS･V40-1
- TOS8870A
- PAN_A_V3
- KPD2050
- PAN-A
- TOS8610
- KSG4481
- KSG3300
- 8510
- DLG7100
- PLZ6000R
- 161D / 161E
- PAB-A
- LTP-2
- POW70-2
- KRB250-PAD
- 552G
- PCR-LA
- PVD-6K
- PL02-TOS
- KRB5-PAD
- BP191C-M
- BP192-M
- BP192D-M
- BP195
- BP194
- BP194-M
- BP191B-M
- PAM_PRL
- PAM_GPIB_TP_BUS
- QPB3420
- KRB100-TOS
- BP5
- BP3H-M
- BP4H-M
- BP5H-M
- 1502
- 1503
- DPS･VE20-1
- 995
- 996
- 1041
- 1234
- 1501
- 1501A
- KRB2-TOS
- ORC27A
- ORC44
- PLZ-3W
- 875C
- 876
- DME1500
- TU03-PIA
- PFX2000
- CH01-PWR
- OT01-KHA
- KRO
- 869-100H
- 870
- 874
- KSG3200
- DME1507
- 1651A
- 852
- 860
- 860A
- 863
- 677C
- 681
- 681A
- 682
- 714B
- KSG4000
- KSG4200
- PAD55-60
- PAD70-10
- 677A
- 677B
- PAD35-60
- PAD55-25
- PAD55-13
- 676
- PAD110-5
- PAD110-10
- PAD7-50
- PAD35-30
- 675
- HC01-TOS
- HC02-TOS
- HC03-TOS
- 1831B / 1851B
- 1633 / 1653
- 1633A / 1653A
- 1633B / 1653B
- 1633C / 1653C
- 1636 / 1656
- 1832A / 1852C
- DOM-2
- KRB5-PFX
- IF02-COR
- 611
- 651
- 651S
- 672A
- 673A
- 587A
- 589
- B23
- 589E
- 866AZ
- COS5040
- DSS5020A
- 572
- 531A
- 573
- 4030
- 583
- 4045
- KJM6135A
- KSG3500A
- 568
- DLG7050
- IF01-DSS
- 557A
- 558
- 559
- 559A
- SSO100-15
- SSO200-25
- BH6AM
- 984CD / 984CD
- SC01
- 556B
- PWB15-0.1
- PCR
- BH12
- BH2M
- B22
- BH4M
- 5510P
- 5510PR
- 5512A
- 555RM
- 556
- 556A
- 5509
- 5509B
- 5510
- 1831A / 1851C
- KRC
- 869
- 717C
- 733
- 863A
- 869-010L
- 986
- 554B
- 554C
- 555
- 555G
- 553P
- 553PRM
- 554A
- 552H
- 552J
- 553
- 553A
- 553AP
- 553APRM
- 537
- 538
- 538A
- 538AC
- 539
- 539A
- 552C
- 552E
- 552F
- 459L
- 461
- 462
- 494BC
- 495A
- DSS6520A
- PAD300-1A
- 536
- 455L
- 456
- 457
- 457A
- 458
- 458ACB
- 459AL
- 459ALS
- 455
- 445A
- 453A
- 453E
- 454
- 454A
- 417B
- 417C
- 418
- 418A
- 426A
- 432
- 432A
- 433
- 417
- 916
- PAE35-20
- PAF20-1
- EX01-PCR
- PAM
- 417A
- PCC-A
- 231A
- 252
- 253
- 255
- 351
- 415
- 183
- 183E
- 5520GR
- 161A
- 163
- 164
- 164D
- 164E
- 167
- 156L
- 155A
- 156A
- TL01_02-BIM
- BP2H
- SA100
- PAL35-30 / PAL16-60 / PAL20-50
- KRB400
- BP6
- 152
- 154
- 155
- PLZ-3WH
- PLZ700W
- 149-30
- 151
- PLZ1002W
- PAB_T-LL
- PAD8_100L
- PAD-L_T1-3
- PAB_T-S
- 149-05A
- CC01-PAV
- RC02-KSG
- KSG4100 / KSG4110
- TOS8650 / TOS8651
- PLZ150W
- BH4M-TOS
- 117A
- 123
- 123A
- 123B
- PAD70-5
- 115
- 115A
- 116
- 116A
- 103
- 103A
- 104
- 105
- 107BC
- 102A
- 111A
- 102B
- 114
- KHA1000
- KRB200
- KRB4
- 875AZ
- 149-10A
- HA01-PCR-L
- KSG3410
- 101
- KHA3000
- PIA3200
- KSG4300
- KSG4310
- OP01-PAT
- COM7202A
- KJM2100
- TOS9213S(TOS9213AS)
- BA01-COM
- KFM2005
- PS01-COR
- TL08-PFX
- RC01-COR
- COR5540R
- PAD500-2L
- PAD600-1.5L
- TL09-PFX
- DPO2212
- KES4021A
- KJM6235
- KES4022A
- KJM6235A
- CR-UNIT/TIP_KES-A
- TL45
- TL44
- TL41 / TL42 / TL43
- TL40
- KRA2 / KRA100
- OT01-KPM
- KRA4 / 200-TOS
- TL20-PFX
- TL21-PFX
- KRB8
- KRB11
- KRB19
- PMR4/4M
- KRB25
- KRA1-PWX
- KRB1-PWX
- KRB1_PWX_SUPP
- TL22-PFX
- PFX2400
- KSG3400A
- KRB5
- 3P05-PCR-LE(500Hz LMT)
- PK_PBZ
- OP0102-PFX
- PFX2512
- KRB6 / KRB6-PAM
- KRB300 / KRB300-PAM
- KJM6755A
- TU01-TOS
- 3P05-PCR-LE
- 2P05-PCR-LE
- PFX40W_08
- PAD55-35L
- RC02_PCR_L
- TL02PLZ / TL03PLZ / LIC40
- TU01_PMX
- KRB1-KFM
- KRB3
- PAD-L_T2
- PAD-L_T0
- PAD-L_T1-2
- KRB1-PVS
- KRB50-PVS
- IF04-COM
- TOS9010
- SD01_PFX
- PCR-W
- DC_CABLE
- B24
- B4-PIA
- HP0102-TOS
- COS5040TM
- KJM6735
- FCO1130
- IB11_RS11_PCR-L
- 1631B
- PCC
- 3P02_PCR_L
- PAK10-150
- SD0102-PCR-L
- PCR-W2
- KDM6380
- TOS5000(TOS5050 / TOS5051 / TOS5101)
- PAD-L_T4
- MC11S
- 5802
- PLZ-WU
- RMF3-WU
- PAD-LPT
- KBM6010
- PMC
- PMM
- TU02-PIA
- DPS_VE100_02
- BH5-TOS
- PWC0620
- DSS6522
- COS5060
- FGE3250
- PAD55-120L
- COM3000
- PMC-A
- COS5060A
- KJM6135
- PAB_T-M
- COM7200
- PADL_TYPE345
- COS5100
- KSG4500T
- PLZ50-15A
- TOS5052
- B11
- BH6A
- BH3M-TOS
- BH12M
- PAD250-5
- DSS6521
- KRB250
- KRB500
- BH4
- KRB850
- COS5042
- IF03-COM
- BH2
- 3P01-PCR
- IB01-PCR
- RC04-KSG
- BP2H-M
- PAC16-10
- 996A
- BP1H
- COS5020ST
- PAC35-5
- DME1400
- COS6100
- RC11
- KRA150/3
- 9801A
- COS5100TM
- COS6100M
- KSG4500
- SA153
- FCO1120
- KRB11-PAD
- KRB500-PAD
- PAB_T-L
- 9203
- COS6100A
- VS01
- KES 4022.00
- SA151 / SA152
- FAE2000
- SD01/02-PCR-L
- RS11
- OP01-PBZ-A
- KSG3400
- TU01-PWR-01
- 630
- 418B
- KBP2-2
- 677D
- BSP
- PAK-A/AM
- PLZ152W
- PCR-L
- PAN
- TOS8700
- IB11_RS11_PCR-W
- TOS1200
- TOS9000
- DME1401
- FCO2000
- HP0102A-TOS
- PLZ72W
- TOS7000(TOS7010L / TOS7100M / TOS7100L)
- TOS6100
- TOS8850
- TL02-PLZ
- TL03-PLZ
- PCE
- BH2M-KSG
- PMR
- 7316
- COM7000A
- TL01-PLZ
- OP-2
- COM7203A
- PFX20W-12
- 865
- 865Z
- 875B
- 7372
- 7372A
- 7375
- 7385
- 7416
- ORC11
- TU01-PIA
- 7337A
- 7353
- 7355
- IT01-PCR-L
- B42
- 7318A
- 7337
- 7335A
- LIN40MA-PCR-L
- HA01F-PCR-L
- 7315
- 7315A
- 7315B
- 7315C
- 7316A
- 7317
- 7318
- 7329
- 7334
- 7335
- 165
- 7354
- PDM18-2.5A
- 7314C
- PAC20-5
- BZ01-TOS
- 7327
- PFS
- 7314
- KRB3-KSG3420
- 7314A
- 7314B
- 7324
- 7325
- 7326
- PD01M-PCR
- KSG3600
- US21/IB21
- EX04-PCR-M
- OP-4600
- PCZ1000A
- PWR LLC MODEL
- PAS LLC MODEL
- B2-PIA4810/4820
- 997
- 122A
- 453
- 552GS
- 531
- 975M
- 984A
- 1504
- TOS5403
- TOS5402
- TOS5401
- TOS5400
- DME1701
- DME1700
- DME1700
- PMX110-0.6E
- PMX70-1E
- PMX35-3E
- PMX35-1E
- PMX18-5E
- PMX18-2E
- PXZ20K-50
- PAG600-5.5
- PAG300-11
- PAG150-22
- PLZ30F-70UA3-150U0
- PLZ30F-70UA2-150U1
- PLZ30F-70UA2-150U0
- PLZ30F-70UA1-150U2
- PLZ30F-70UA1-150U1
- PLZ30F-70UA1-150U0
- PLZ30F-70UA0-150U3
- PLZ30F-70UA0-150U2
- PLZ30F-70UA0-150U1
- PFX2512
- PXZ20K-500
- PXT20K-500
- PXZ20K-1500
- PXT20K-1500
- PLZ1205WZ
- PLZ405WZ
- PLZ205WZ
- PFX2532
- PAG100-33
- PAG80-42
- PAG60-55
- PAG40-85
- PAG30-110
- PAG20-165
- PAG15-220
- PAG10-330
- PAG8-400
- PBZ20-140 BP
- KIKUSUI｜Product Catalogue 2026/2027
- SD021-PCR-LE (RMT CONT SOFTWARE) – Update Module
- SD021-PCR-WE (RMT CONT SOFTWARE) – Update Module
- PCR-WEA2R Constant Current Output / Regenerative Electronic Load Option-equipped model (Ver6.X) Firmware Updater
- TOS9300 (Ver2.XX) – Firmware Updater
- OT02-PBZ
- PXB20K-1500
- PXB20K-1000
- KIKUSUI｜Product Catalogue 2025
- SD025-PMX (Wavy for PMX) – Free Edition
- SD022-PBZ
- PXB20K-500
- PXB20K-250
- Bidirectional High-Capacity DC Power Supply (CV/CC/CP) – PXB Series
- Bidirectional High-Capacity DC Power Supply (CV/CC) – Battery Emulator System
- High-Capacity Wide-Range DC Power Supply – PXT Series
- Compact Wide Range DC Power Supply – PWR-01 Series
- Compact Variable-switching Regulated DC Power Supply – PAV Series
- 1U Wide Range Programmable DC Power Supply – PWX Series
- High-efficiency, high-capacity switching power supplies | PAT-T series
- Compact DC Power Supply – PMX-A Series
- Compact Multi-Output DC Power Supply – PMX-Multi Series
- High Reliability DC Power Supply – PAN-A Series
- Variable Regulated DC Power Supply – PAD-LA Series
- Intelligent Bipolar Power Supply – PBZSeries
- Ultra-Compact AC/DC Programmable Power Supply PCR-WEA/WEA2 Series
- Compact AC Power Supply PCR-MA Series
- High-performance multifunctional AC Power Supplies PCR-LE/LE2 Series
- High-Capacity Regenerative Electronic Load – PXZ Series
- Multifunctional Electronic Load PLZ-5W/5WZSeries
- Compact High Voltage DC Electronic Load PLZ-5WH2 Series
- Modular Multifunction Electronic Load PLZ-U Series
- Multifunctional Electronic Load PLZ-4WL Series
- High-rate Battery Tester PFX2731S
- Charge/Discharge System Controller PFX2500 Series
- EMC Test System for Automotive Electronics｜KES7000 System
- Harmonics/Flicker Analyzers｜KHA Series
- Multifunctional Safety Analyzer (10 kV model)｜TOS9311
- Electrical Safety Multi-analyzer｜TOS9300 Series
- Electrical Safety Testers
- PID Insulation Tester ｜TOS7210S
- Hipot (Withstanding Voltage) & Insulation Resistance Tester｜TOS5300 Series
- Rack assemblies
- Battery Impedance Meter｜BIM1000 Series
- 6 1/2 digit digital multimeter｜DME1600
- Digital power meter (single-phase, 5mA to 20A)
- PMX-E
- PCR6000WEA2R
- PCR12000WEA2R
- PCR18000WEA2R
- PCR24000WEA2R
- PCR30000WEA2R
- PCR36000WEA2R
- TOS9320
- TOS3200
- BIM1030
- PMX500-0.1A
- KEV1002
- PLZ12005WH2
- PCR500MA
- KRC1603L
- PBZ20-80 SR
- PBZ20-60 SR
- PAT60-133T
- PAG100-7.5
- PAG150-34
- PAG20-38
- PAG30-50
- PAG600-4
- PAG6-200
- TOS9311
- PXT20K-1000
- PWR2001MH
- PMX35-1A
- PLZ70UA
- KPM1000
- PCR6000LE
- KRC1603
- PBZ40-50 SR
- PBZ20-20
- PAT40-100T
- PAG12.5-120
- PAG16-310
- PAG20-250
- PAG30-170
- PAG600-1.3
- PAG8-300
- TOS9303
- PXZ20K-1000
- PWR2001ML
- DSI1020
- KHA3000
- PLZ1205W
- PCR4000LE
- PCR2000MA
- PBZ40-100 BP
- PAD250-15LA
- PAT60-67T
- PAG10-500
- PAG20-120
- PAG20-76
- PAG300-8
- PAG40-60
- PAG60-40
- TOS9303LC
- PWX750MLF
- PWR2001H
- PMX70-1A
- KHA1000
- PLZ15005W SR
- PCR6000LE2
- OP01-KRC
- PBZ40-60 BP
- PBZ20-180 BP
- PAT40-200T
- PAG12.5-60
- PAG16-150
- PAN160-2A
- PAG40-125
- PAG60-12.5
- PAG80-19
- VS01
- PWX750LF
- PWR401H
- PMX18-2A
- PLZ164WL
- PLZ150U
- PCR4000MA
- PCR1000WEA
- PBZ40-70 BP
- PBZ20-200 BP
- PAT650-12.3T
- PAN70-8A
- PAN35-30A
- PAN160-3.5A
- PAG40-38
- PAGH/RM
- PAG8-90
- TOS9302
- PWX750MHF
- PWR2001L
- PMX18-5A
- PLZ20005WH2
- KRB11
- LP02-TOS
- OT01-KHA
- PAD16-100LA
- PAD250-8LA
- PAG100-24
- PAG150-16
- PAN35-5A
- PAN110-5A
- PAGH8-90
- PAG60-25
- PAG60-85
- TOS9301PD
- PWX1500ML
- PWR401L
- IB22
- PLZ20005W SR
- PFX2731S
- PCR3000LE
- PCR1000MA
- PBZ60-26.8 SR
- PBZ20-160 BP
- PAG100-15
- PAN70-2.5A
- PAN35-20A
- PAN160-7A
- PAG40-19
- PAGH12.5-60
- PXB20K-50
- TOS9300
- PWX750ML
- PWR401MH
- PMX250-0.25A
- PLZ2005WH2
- PIA5100
- LP01-TOS
- OT01-PCR-WE
- PAD110-32LA
- PBZ20-100 SR
- PAT30-266T
- PAN70-5A
- PAN16-50A
- PAN160-1A
- PAGH80-9.5 / PAGH100-7.5 / PAGH150-5 / PAGH300-2.5
- PAGH100-7.5
- PCR500LE
- TOS9301
- PWX750HF
- PWR1201MH
- PMX110-0.6A
- PLZ205W
- KRB250
- KRO1600
- PBZ80-5
- PBZ60-33.5 SR
- PBZ20-120 BP
- PAT350-22.8T
- PAG150-10
- PAN35-10A
- PAG300-5
- PAGH60-12.5
- PAGH150-5
- TOS7200
- PWR801MH
- PWR1201ML
- PMX32-2QU
- PLZ2405WB
- PCR9000LE
- KSG3600
- PCR1000LE
- PBZ40-80 BP
- PAT80-100T
- PAT20-400T
- PAN60-20A
- PAN250-2.5A
- PAG300-2.5
- PAGH6-100 / PAGH8-90 / PAGH12.5-60 / PAGH20-38 / PAGH30-25 / PAGH40-19 / PAGH60-12.5
- PAG600-8.5
- TOS5302
- PWR801ML
- PWR1201H
- PMX32-3DU
- PLZ10005W SR
- PCR9000LE2
- KRO1250
- OT02-PCR-WE
- PBZ60-6.7
- PAD36-100LA
- PAT250-32T
- PAN60-3A
- PAN16-30A
- PAG300-17
- PAGH40-19
- PAG80-30
- TOS6200A
- PWR801H
- PWR401ML
- PMX32-3TR
- KRA4-TOS
- KRB9
- KRC363L
- PBZ80-15 SR
- PAD60-35LA
- PAT20-200T
- PAN600-2A
- PAN250-4.5A
- PAN110-3A
- PAGH600-1.3
- PAG80-9.5
- TOS5300
- PWX1500H
- PWR1201L
- PLZ405W
- KRA2
- KRB5-PAD
- KRC363
- PAD110-20LA
- PBZ40-90 BP
- PAT850-9.4T
- PAT160-25T
- PAN60-6A
- PAN350-3.5A
- PAG30-25
- PAGH300-2.5
- PAG80-65
- PLZ-30F
- TOS6210
- PWR801L
- DSI3020
- PLZ-50F
- PLZ1005WH2
- KRC1203L
- KRO900
- OT03-PCR-WEA
- PBZ60-20.1 SR
- PAD36-60LA
- PAT160-50T
- PAN60-10A
- PAN16-18A
- PAN110-1.5A
- PAGH30-25
- PAG8-600
- PBZ40-10
- TOS5301
- PWX1500L
- PMX35-3A
- PLZ4005WH2
- KRA200-TOS
- KRB500
- KRC273L
- PBZ40-30 SR
- PBZ80-20 SR
- PAD60-60LA
- PAG100-50
- PAN70-15A
- PAN16-10E
- PAG30-80
- PAGH20-38
- PAG6-100
- PBZ80-25 SR
- TL08-TOS
- PWX1500MH
- PMX350-0.2A
- PLZ6005W SR
- KRA100
- KRC1203
- KRC273
- PBZ40-40 SR
- PBZ20-20A
- PAT500-16T
- PAG10-240
- PAG150-5
- PAN16-10A
- PAN110-10A
- PAG600-2.6
- PAG8-180
- PCR2000WEA
- PCR3000WEA2
- PCR6000WEA2
- PAN35-5E
- PAN16-18E
- PAN35-10E
- PAN16-30E
- PCR12000WEA2
- PCR18000WEA2
- PCR24000WEA2
- PCR30000WEA2
- PAN35-20E
- PCR36000WEA2
- 1505
- PFX2121_CE
- 5514S
- 5502AS
- 121A
- COS6060
- 538B
- SSO200-10
- SRG 24.00
- COM7000A/E
- GX1
- 953C
- DPO100
- SD03-HA01F VER3.1
- 1854A
- SD02-IT01 Ver.1.0
- COR5500U_60/100
- SD03-PFX
- COM5500U_LF
- OVP-L
- SRG418A
- SD04-PCR-L
- SD021-PCR-LE/WE
- PCR27000LE2 3P3W200V / PCR27000LE2 3P4W400V – 2D CAD
- PCR18000LE2 3P3W200V / PCR18000LE2 3P4W400V – 2D CAD
- PCR12000LE2 3P3W200V / PCR12000LE2 3P4W400V – 2D CAD
- PCR6000LE / PCR6000LE 3P3W200V / PCR6000LE 3P4W400V – 2D CAD
- PCR9000LE2 – 2D CAD
- PCR9000LE – 2D CAD
- PCR9000LE 3P4W400V – 2D CAD
- PCR9000LE2 3P4W400V – 2D CAD
- PCR6000LE2 / PCR6000LE2 3P3W200V / PCR6000LE2 3P4W400V – 2D CAD
- PCR3000LE / PCR4000LE -2D CAD
- PCR2000LE – 2D CAD
- PBZ_BP
- PCR1000WEA/PCR2000WEA/PCR3000WEA2 (Ver.4.xx) – 2D CAD
- PCR30000WEA2R/PCR36000WEA2R (Ver.4.xx) – 2D CAD
- PCR12000WEA2R (Ver.4.xx) – 2D CAD
- PCR18000WEA2R/PCR24000WEA2R (Ver.4.xx) – 2D CAD
- PCR6000WEA2R (Ver.4.xx) – 2D CAD
- PCR1000WEA/PCR2000WEA/PCR3000WEA2
- PCR6000WEA2R/PCR12000WEA2R
- PCR18000WEA2R/PCR24000WEA2R (Ver.3.xx) – 2D CAD
- PXB Series
- SD022-PBZ (Wavy for PBZ) – Setup Guide
- SD022-PBZ (Wavy for PBZ) – Update Module
- SD022-PBZ (Wavy for PBZ) – Trial
- KIKUSUI PWX Calibration Application
- KIKUSUI PWR-01 Calibration Application
- PMX-E series – IVI-COM Multi-Environment Drivers(x86)
- PMX-E series – IVI-COM Multi-Environment Drivers(x64)
- SD036-PXB Battery Emulator for PXB – Trial License
- SD036-PXB Battery Emulator for PXB – Installer
- SD036-PXB Battery Emulator for PXB – Manuals
- TOS9301PD / TOS9303LC – Ver.2.XX
- TOS9300(TOS9301 / TOS9311 / TOS9302 / TOS9303) – Ver.2.XX
- SD035-PFX (BPChecker4000) – Update Module
- PXZ_Series
- PXT_Series
- PXZ – Firmware Updater
- PXT Firmware Updater
- PXZ series – IVI-COM Multi-Environment Drivers(x64)
- PXZ series – IVI-COM Multi-Environment Drivers(x86)
- PXZ
- PXT
- PXT series – IVI-COM Multi-Environment Drivers(x64)
- PXT series – IVI-COM Multi-Environment Drivers(x86)
- PLZ-5WZ
- PXB Firmware Updater
- Sample For LabVIEW
- Sample For Excel VBA
- Sample For Visual C++/MFC
- Sample For Visual C#/VB.net
- PWX750ML
- PXB
- SD013-PWX
- TOS9200(TOS9201)
- TOS7200
- PCR_LE
- PIA4850
- PFX2511
- TOS5300
- DSI
- TOS5200
- KRA2-PAV
- SD024-PAV
- PFX2532
- BPChecker2000 (PFX2000) (SD002) VER.3.1
- RMF-COS6000
- RMF-COS5000(TM)
- RMF-COM7000
- KJM6775
- EX03-PCR-LA
- 2P03-PCR-LA
- 3P03-PCR-LA
- KRB150-PLZ-30F
- KRB150-PLZ-50F
- KRB3-PLZ-30F
- KRB3-PLZ-50F
- SD004-TOS5000A（DAQ for TOS5000A）
- SD003-PCR-LA
- B41
- B51
- BP192
- FGA5050
- DME1600
- KPM1000
- OT02-KPM
- SD009-PCR-LE/WE
- SD010-KPM
- LIN3060J
- PXB series – IVI-COM Multi-Environment Drivers(x64)
- SD035-PFX_BPC4000
- LIN_JF
- PLZ_4WH
- PLZ_4W_LP
- PLZ_4WH_LP
- PLZ_4WH_SR
- PLZ_4W_SR
- PLZ_4WL
- PLZ_4W
- PMX
- PVS2800W
- PVS1200W
- PCR-WEA(LCD model)
- PCR-WEA
- PAV
- PBZ_SR
- PBZ
- PAT-T
- TOS3200
- SD006-KHA
- PMP
- PLZ-5WH2
- TOS9300(TOS9301 / TOS9302 / TOS9303 / TOS9303LC) – Ver.1.XX
- PBZ-A
- PLZ5WH
- VC22-KES
- PWR
- PMX_MULTI
- PAX
- PAX-16V
- PCR-WE
- PCR-MA
- PXB series – IVI-COM Multi-Environment Drivers(x86)
- PWX
- SD011-PCR-LE
- SD005-KHA
- 875Z
- PBX
- PWR-01
- PLZ-5W_SR
- PLZ-5W
- SD032-PCR-WE
- SD008
- PFX2731S
- PIA5100
- SD006-KHA (Harmonics Analyzing Suite) – Update Module
- PCR_M
- PAT_TMX
- KFM2150 SYSTEM
- PCR-WEA/WEA2 (Ver4.x) – Firmware Updater
- PMX-Multi series – IVI-COM Multi-Environment Drivers(x86)
- PMX-Multi series – IVI-COM Multi-Environment Drivers(x64)
- PCR-WEA/WEA2 (Ver3.x) – Firmware Updater
- KHA3000 – Firmware Updater guide
- KHA1000 – Firmware Updater guide
- KHA3000 – Firmware Updater
- KHA1000 – Firmware Updater
- TOS9300 Series
- PCR6000WEA2
- Application (Aplication Software for KFM2150) – If your PC does not have an RS232C port
- SD04-PCR-L Quick Wave Sequencer
- Wavy for PAT-T – Updater
- SD032-PCR-WE(Wavy for PCR-WE) – Update Module for Wavy for PCR-WE
- TOS5300 series – Application Operation guide
- Setup Edition
- Excel/VBA Edition
- PWR-01 Series
- PBZ Series
- PMX-A Series
- PAT-T Series
- PMX-M Series
- PAN-E Series
- PWX Series
- SD011-PCR-LE (Wavy for PCR-LE)｜Trial version
- Wavy for PCZ1000A – Trial version
- Wavy for PAT-T｜Trial version
- SD027-PWR-01 (Wavy for PWR-01) – Tryout
- SD013-PWX (Wavy for PWX)｜Trial version
- SD023-PLZ-5W (Wavy for PLZ-5W)｜Trial version
- SD032-PCR-WE (Wavy for PCR-WE)｜Trial version
- SD013-PWX (Wavy for PWX) – Setup Guide
- SD032-PCR-WE (Wavy for PCR-WE) – Setup Guide
- SD011-PCR-LE (Wavy for PCR-LE) – Setup Guide
- Wavy for PLZ-4W｜Trial version
- Wavy for PAS & PWR｜Trial version
- Wavy for PCR-W｜Trial version
- Wavy for PCR-M – Tryouts
- Wavy for PAG｜Trial version
- SD027-PWR-01 (Wavy for PWR-01) – Setup Guide
- Wavy for PLZ-4W – Setup Guide
- Wavy for PLZ-U｜Trial version
- SD023-PLZ-5W (Wavy for PLZ-5W) – Setup Guide
- SD024-PAV (Wavy for PAV)｜Trial version
- SD024-PAV (Wavy for PAV) – Setup Guide
- SD012-PCR-WE (Avionics Test Software) – Update Module
- IVI VISA FAQ
- TOS9201/9200 – Visual Basic (ActiveX) Driver
- TOS6210/6200 – Visual Basic (ActiveX) Driver
- TOS5300 series – Application Setup Guide
- KSG3421/3420 – Application (Quick Pattern Builder for KSG3420 Basic Edition)Sample Program (Source Codes)
- TOS5300 series – Application (Data Acquisition for TOS5300)
- TOS3200 Applications (TOS3200 Assist)
- Wavy for PMX Free Edition
- PLZ (4W/4WA/4WL/4WH/U) series – Applications & Samples
- PIA5100 – Firmware
- PIA5100 – Update Tool
- PIA5100 – GPIB-CONVCustom Config
- PCR-M series Applications (Easy Controller for PCR-M)
- KSG3421/3420 – Application (Quick Pattern Builder for KSG3420 Basic Edition)
- Application (Aplication Software for KFM2150) – Notes
- Application (Aplication Software for KFM2150) – Installation Guide
- FCTester (Fuel Cell Tester)
- KPM1000 Application
- PCR-MA – Firmware Updater guide
- PCR-MA – Firmware Updater
- PCR-MA – Kikusui DFU GUI
- PLZ-5W series – Firmware Updater
- PCR-LE2 Firmware update guide
- PCR-LE2 – Firmware Updater
- PCR-LE Manual(CD image)
- PCR-LE Firmware update guide
- TOS9300 (Ver.1.XX) – Firmware Updater
- PLZ-5WH/5WH2 series – Firmware Updater 2.11
- PCR-LE series – Firmware Updater
- PLZ-5WH/5WH2 series – Firmware Updater
- PCR-WE/WE2 – Firmware Updater
- Wavy for PCZ1000A Updater
- Wavy for PLZ-4W – Updater
- SD025-PMX (Wavy for PMX) – Update Module for Wavy for PMX
- Wavy for PBZ Updater
- SD011-PCR-LE (Wavy for PCR-LE) – Update Module for Wavy for PCR-LE
- SD033-PLZ-5WH2 (Wavy for PLZ-5WH2) – Update Module for Wavy for PLZ-5WH2
- SD027-PWR-01 (Wavy for PWR-01) – Update Module for Wavy for PWR-01
- SD023-PLZ-5W (Wavy for PLZ-5W) – Update Module for Wavy for PLZ-5W
- SD013-PWX (Wavy for PWX) – Update Module for Wavy for PWX
- SD012-PCR-LE (Avionics Test Software) – Update Module
- SD010-KPM (Standby Power Tester) – Update Module for SD010-KPM (Standby Power Tester)
- SD009-PCR-LE (Quick Immunity Sequencer 2) – Update Module
- SD007-PFX (BPChecker3000 V1/V2)-b3k_update_1.4.9.0
- SD007-PFX (BPChecker3000 V1/V2) – Update Module
- SD005-KHA (Harmonics Explorer) – Update Module for Harmonics Explorer
- SD003-PCR-LA (Quick Immunity Sequencer) Updater
- SD002 BPChecker2000 V2/V3 – Update Module for BPChecker2000 V2/V3
- TOS9300 series – IVI-COM Multi-Environment Drivers(x64)
- TOS9300 series – IVI-COM Multi-Environment Drivers(x86)
- TOS5300 series – KiSafetyTester_ClassDriver_1_0_0(x86)
- TOS5300 series – KiSafetyTester_ClassDriver_1_0_0(x64)
- TOS5300 series – IVI-COM Multi-Environment Drivers(x86)
- TOS5300 series – IVI-COM Multi-Environment Drivers(x64)
- PWX series – IVI-COM Multi-Environment Drivers(x86)
- PWX series – IVI-COM Multi-Environment Drivers(x64)
- PWR-01 series – IVI-COM Multi-Environment Drivers(x64)
- PWR-01 series – IVI-COM Multi-Environment Drivers(x86)
- PMX(-A) series – IVI-COM Multi-Environment Drivers(x86)
- PMX(-A) series – IVI-COM Multi-Environment Drivers(x64)
- PMP series – IVI-COM Multi-Environment Drivers(x64)
- PMP series – IVI-COM Multi-Environment Drivers(x86)
- PLZ-5W(5WH/5WH2) series – IVI-COM Multi-Environment Drivers(x86)
- PLZ-5W(5WH/5WH2) series – IVI-COM Multi-Environment Drivers(x64)
- PLZ (3W/3WH/4W/4WA/4WL/4WH/U) series – IVI-COM Multi-Environment Drivers(x64)
- PLZ (3W/3WH/4W/4WA/4WL/4WH/U) series – IVI-COM Multi-Environment Drivers(x86)
- PIA4800 – IVI-COM Multi-Environment Drivers(x86)
- PIA4800 – IVI-COM Multi-Environment Drivers(x64)
- PCZ1000A – IVI-COM Multi-Environment Drivers(x64)
- PCZ1000A – IVI-COM Multi-Environment Drivers(x86)
- PCR-WE/WE2 & WEA/WEA2 – IVI-COM Multi-Environment Drivers(x86)
- PCR-WE/WE2 & WEA/WEA2 – IVI-COM Multi-Environment Drivers(x64)
- PCR-MA series – IVI-COM Multi-Environment Drivers(x64)
- PCR-MA series – IVI-COM Multi-Environment Drivers(x86)
- PCR-M series – IVI-COM Multi-Environment Drivers(x86)
- PCR-M series – IVI-COM Multi-Environment Drivers(x64)
- PCR-LE2 series – IVI-COM Multi-Environment Drivers(x64)
- PCR-LE2 series – IVI-COM Multi-Environment Drivers(x86)
- PCR-LE series – IVI-COM Multi-Environment Drivers(x86)
- PCR-LE series – IVI-COM Multi-Environment Drivers(x64)
- PCR (LA/W/L) Series – LabWindows/CVI Driver (x86)
- PCR (LA/W/L) Series – LabWindows/CVI Driver (x64)
- PCR (LA/W/L) Series – Visual Basic (ActiveX) Driver
- PBZ series – IVI-COM Multi-Environment Drivers(x64)
- PBZ series – IVI-COM Multi-Environment Drivers(x86)
- PAT-T series – IVI-COM Multi-Environment Drivers(x86)
- PAT-T series – IVI-COM Multi-Environment Drivers(x64)
- KSG3421/3420 – Visual Basic (ActiveX) Driver
- KFM2030/2005 – IVI-COM Multi-Environment Drivers(x64)
- KFM2030/2005 – IVI-COM Multi-Environment Drivers(x86)
- KI-VISA｜KI-VISA Library(x64)
- KI-VISA｜KI-VISA Library(x86)
- KDS6-0.2TR – IVI-COM Multi-Environment Drivers(x86)
- KDS6-0.2TR – IVI-COM Multi-Environment Drivers(x64)
- CE・UKCA MARKING Model List
- 50MHz Function Generator｜FGA5050
- LabWindows/CVI Edition
- LabVIEW Edition
- Visual C++ Edition
- Visual C# Edition
- Visual Basic Edition
- Visual C++/CLI Edition
Updata
- Firmware updater update for the TOS9300 series electrical safety standard test multi-analyzer
- SD005-KHA (Harmonics Explorer) Updater Update
- SD006-KHA (Harmonics Analyzing Suite) Updater Release
- Firmware Update for Harmonic/Flicker Analyzer KHA3000
- Firmware Updater Update for Harmonic/Flicker Analyzer KHA1000
- Firmware Updater Update for PCR-WEA/WEA2 Series
- SD025-PMX (Wavy for PMX) Free Version Update
- SD025-PMX (Wavy for PMX) Updater Update
- Updater Update for SD007-PFX (BPChecker3000 V1/V2)
- Firmware Updater Update for PXZ Series
- Firmware Updater Update for PXT Series
- Firmware Updater Update for PXB Series
- IVI-COM/C Instrument Driver for PXB Series Released
- Updater for SD009-PCR-LE/WE (Quick Immunity Sequencer 2)
- Firmware updater update for the TOS9300 series electrical safety standard test multi-analyzer
- Firmware Updater Update for PXZ Series
- Firmware Updater Update for PXT Series
- Firmware Updater Update for PXB Series
- IVI-COM/C Instrument Driver for PXZ Series Released
- Firmware Updater Update for PXB Series
- Firmware Updater Update for PCR-WEA/WEA2 Series
- Firmware Updater Update for PCR-WE/WE2 Series
- SD035-PFX (BPChecker4000) Updater Update
- Firmware updater updated for PCR-LE2 Series
- Firmware updater updated for PCR-LE Series
- Firmware Updater Update for PXB Series
- Firmware Updater Update for PXZ Series
- PXT Series Firmware Updater Update
- SD035-PFX (BPChecker4000) Updater Update
- Firmware Updater Update for PCR-WE/WE2 Series
- Firmware Updater Update for PCR-WEA/WEA2 Series
- SD021-PCR-LE/WE (RMT CONT SOFTWARE) Updater Released
- Firmware Update for Harmonic/Flicker Analyzer KHA3000
- SD006-KHA (Harmonics Analyzing Suite) Updater Release
- Firmware updater update for the Electrical Safety Standards Test Multi-Analyzer TOS9300 Series
- PXT Series Firmware Updater Update
- Firmware Updater Update for PXB Series
- Firmware Updater Update for PCR-WEA/WEA2 Series
- CE/UKCA Marking Compliant Model List Updated
- IVI-COM/C Instrument Driver Update for PLZ-5W (5wh/5wh2) Series
- Firmware Updater Update for PXZ Series
- PXT Series Firmware Updater Update
- Firmware Updater Update for PXB Series
- Application Software Update for PWX Series
- IVI-COM/C Instrument Driver Update for PWR-01 Series
- SD022-PBZ (Wavy for PBZ) Trial Version Updater Update
- SD022-PBZ (Wavy for PBZ) Updater Update
- Firmware Updater Update for PXZ Series
- PXT Series Firmware Updater Update
- Firmware Updater Update for PXB Series
- Calibration Application Software Update for PWR-01 Series
- Updater for SD009-PCR-LE/WE (Quick Immunity Sequencer 2)
- Updater Update for SD007-PFX (BPChecker3000 V1/V2)
- SD006-KHA (Harmonics Analyzing Suite) Updater Release
- SD023-PLZ-5W (Wavy for PLZ-5W) Updater Update
- SD033-PLZ-5WH2 (Wavy for PLZ-5WH2) Updater Release
- SD027-PWR-01 (Wavy for PWR-01) Updater Update
- SD006-KHA (Harmonics Analyzing Suite) Updater Release
- SD005-KHA (Harmonics Explorer) Updater Update
ウェビナー・展示会・イベント
キクスイからのお知らせ
- Kikusui Electronics at electronica India 2026
- NOTICE OF ESTABLISHMENT AND COMMENCEMENT OF OPERATIONS OF KIKUSUI ELECTRONICS INDIA PRIVATE LIMITED (KEI)
- KIKUSUI WEBINAR: FUNDAMENTALS OF ELECTRICAL SAFETY TESTING A Thorough Explanation of Hipot, IR, Ground Bond, and Leakage Current Testing
- NOTICE OF PRODUCTION DISCONTINUATION AND END OF SALES FOR THE DME1600
- PXB SERIES BIDIRECTIONAL HIGH-CAPACITY DC POWER SUPPLIES ARE NRTL-CERTIFIED
- NOTICE OF DISCONTINUATION OF PRODUCTION AND SALES OF THE TOS5300 MODEL OF WITHSTAND VOLTAGE AND INSULATION RESISTANCE TESTERS
- THE PFX2731S HIGH-RATE BATTERY TESTER IS NOW CE AND UKCA MARKED
- High-performance AC regulated power supplies PCR500LE / PCR1000LE / PCR2000LE / PCR3000LE notice of discontinuation of production and sales
- PCR-MA series of compact AC power supplies notice of change of the front panel output outlet
- PLZ-5W Series Specifications Guaranteed Operating Area Notice of Expansion (Specification Change)
Software / Firmware Updater
- TOS9300 – Firmware Updater
- SD006-KHA (Harmonics Analyzing Suite) – Update
- SD005-KHA (Harmonics Explorer) – Update
- KHA3000 – Firmware Updater
- KHA1000 – Firmware Updater
- PCR-WEA/WEA2 – Firmware Updater
- SD025-PMX (Wavy for PMX) – Update
- SD007-PFX (BPChecker3000 V1/V2) – Update
- PXZ – Firmware Updater
- PXT – Firmware Updater
- PXB – Firmware Updater
- SD009-PCR-LE/WE (Quick Immunity Sequencer 2) – Update
- PXZ series – IVI-COM Multi-Environment Drivers
- PCR-WE/WE2 – Firmware Updater
- SD035-PFX (BPChecker4000) – Update
- PCR-LE2 – Firmware Updater
- PCR-LE – Firmware Updater
- SD021-PCR-LE/WE (RMT CONT SOFTWARE) – Update
- PLZ-5W (5WH/5WH2) Series – IVI-COM Multi-Environment Drivers
- KIKUSUI PWX Calibration – Application
- PWR-01 Series – IVI-COM Multi-Environment Drivers
- SD022-PBZ (Wavy for PBZ) – Update
- KIKUSUI PWR-01 Calibration – Application
- SD023-PLZ-5W (Wavy for PLZ-5W) – Update
- SD033-PLZ-5WH2 (Wavy for PLZ-5WH2) – Update
- SD027-PWR-01 (Wavy for PWR-01) – Update
- PMX-E Series – IVI-COM Multi-Environment Drivers
- SD036-PXB Battery Emulator for PXB – Application
- TOS9300 Series – IVI-COM Multi-Environment Drivers
- CE・UKCA MARKING Model List
- SD012-PCR-LE/WE (Avionics Test Software) – Update
- PXB Series – IVI-COM Multi-Environment Drivers
- SD013-PWX (Wavy for PWX) – Update
- PXT series – IVI-COM Multi-Environment Drivers
- SD011-PCR-LE (Wavy for PCR-LE) – Update
- PIA5100 – Applications & Firmware
- SD032-PCR-WE (Wavy for PCR-WE) – Update
- PMX-Multi Series – IVI-COM Multi-Environment Drivers
- PCR-MA Series – IVI-COM Multi-Environment Drivers
- PCR-WE/WE2 & WEA/WEA2 – IVI-COM Multi-Environment Drivers
- License Agreement
- PLZ-5WH/5WH2 – Firmware Updater
- Wavy for PLZ4W – Updater
- SD04-PCR-L Quick Wave Sequencer – Updater
- Wavy for PAT-T – Updater
- Guidebook
- PLZ-5W – Firmware Updater
- KPM1000 – Application
- PCR-LE Series – IVI-COM Multi-Environment Drivers
- PCR-LE2 Series – IVI-COM Multi-Environment Drivers
- SD002 BPChecker2000 V2/V3 – Update Module
- PCR-M Series – IVI-COM Multi-Environment Drivers
- PLZ (3W/3WH/4W/4WA/4WL/4WH/U) Series – IVI-COM Multi-Environment Drivers
- PCR-MA – Firmware Updater
- KI-VISA – KI-VISA Library
- Kikusui KI-VISA – Release Note
- SD003-PCR-LA (Quick Immunity Sequencer) – Updater
- SD010-KPM (Standby Power Tester) – Update
- Wavy for PBZ – Updater
- PMX-A Series – IVI-COM Multi-Environment Drivers
- PLZ (4W/4WA/4WL/4WH/U) – Applications & Samples
- Wavy for PCZ1000A – Updater
- TOS5300 – Application (Data Acquisition for TOS5300)
- PIA4800 Series/PIA4850 – IVI-COM Multi-Environment Drivers
- PBZ Series – IVI-COM Multi-Environment Drivers
- PWX Series – IVI-COM Multi-Environment Drivers
- PAT-T Series – IVI-COM Multi-Environment Drivers
- KDS6-0.2TR – IVI-COM Multi-Environment Drivers
- PMP Series – IVI-COM Multi-Environment Drivers
- PCZ1000A Series – IVI-COM Multi-Environment Drivers
- PCR-M – Applications
- PCR (LA/W/L) Series – LabWindows/CVI Driver
- TOS5300 Series – IVI-COM Multi-Environment Drivers
- KFM2030/2005 – IVI-COM Multi-Environment Drivers
- FCTester (Fuel Cell Tester) – Application
- TOS3200 – Applications (TOS3200 Assist)
- TOS6210/6200 – Visual Basic (ActiveX) Driver
- PCR (LA/W/L) Series – Visual Basic (ActiveX) Driver
- KSG3421/3420 – Application
- TOS9201/9200 – Visual Basic (ActiveX) Driver
- KSG3421/3420 – Visual Basic (ActiveX) Driver
Press
Specification
- TOS5400_Auto Test
- TOS5400_Withstanding Voltage Test Section-Measurement function
- TOS5400_Withstanding Voltage Test Section-Judgment functionÄb0
- TOS5400_Withstanding Voltage Test Section-Output function
- TOS5400_Withstanding Voltage Test Section-Timer functionÄb0
- TOS5400_Insulation Resistance Test Section-Measurement function
- TOS5400_Insulation Resistance Test Section-Judgment function
- TOS5400_Insulation Resistance Test Section-Output functionÄb0
- TOS5400_Insulation Resistance Test Section-Timer function
- TOS5400_General Specifications
- PXB_S_Panel explanation / External control function
- Common Library / Documents
- PXB_Lineup / Main Specifications
- PXB_Protection Features
- Aviation Solutions – Power Solutions Supporting Aerospace Equipment
- Wavy_Trial Version Download
- Wavy_Supported Models
- Haikawa Episode 1_Regulated DC Power Supply & Battery Comparison
- KI-VISA リリースノートx86
- KI-VISA リリースノートx64
- PCR-WEA/WEA2_ Related to IEC61000 standard
- PCR-WEA/WEA2_Example of the combined system using same models
- Kikusui Electronics Solutions
- PCR-WEA/WEA2_Example of the combined system using different models
- PCR-LE_For Standard Compliance testing
- PCR-LE_Selectable response mode
- PCR-LE_Wide-ranging specs DC output also supported
- PBZ BP_Simplified line-up
- PBZ SR_Simplified line-up
- PBZ20-20A_Simplified line-up
- PBZ_Simplified line-up
- PFX2500_Specifications
- PFX2500_Pattern Charge/Discharge
- PFX2500_Comparison of PFX2500 series specifications
- PFX2500_Verified combinations
- BrandnewProducts
- PLZ-5W/5WZ_Number of parallel connected units and capacities
- PLZ-5W/5WZ_Sequence function
- PLZ-5W/5WZ_Duty factor, steps
- PLZ-5W/5WZ_Frequency setting resolution
- PLZ-5W/5WZ_High precision and high resolution
- PLZ-5W/5WZ_Operation modes
- PLZ-5W/5WZ_Line-up
- PMX-Multi_J1
- PLZ-U_Diverse load on/off operations
- PLZ-U_Load Unit
- PLZ-U_Frame section (for page)
- PLZ-U_Switching function
- PLZ-U_Sequence setting parameters
- PLZ-U_Parallel operation
- PLZ-U_Channel-synchronized operations
- PLZ-U_High precision and high resolution
- PLZ-U_Variable slew rate
- PLZ-5WH2_LINEUPS
- PLZ-5WH2_External Control
- PLZ-5WH2_Alarm Function
- PLZ-5WH2_Sequence function
- PLZ-5WH2_Sine function
- PLZ-5WH2_Pulse function
- PLZ-5WH2_Integrated Data Function
- PLZ-5WH2_Data Logging Function
- PLZ-5WH2_Soft start
- PLZ-5WH2_Changing the Response Speed
- PLZ-5WH2_Cutoff function
- PLZ-5WH2_Operation mode
- Communication Interface (Common Specification)
- PXT_Lineup
- PWX_Maximum internal resistance that can be set
- PWX_Variable Internal Resistance
- PWX_Controlling the Output Voltage & Output Current.
- PWX_J1 connector
- Basic configuration example with PWX_LAN interface and VMCB
- PWX_Series Operation Area
- PWR-01_Type
- PAV_J3 connector
- PAV_J1 connector
- PCR-WEA/WEA2_ DC mode output rating regenerative
- PCR-WEA/WEA2_ DC mode output rating
- PCR-WEA/WEA2_ AC mode output rating regenerative
- PCR-WEA/WEA2_ AC mode output rating
- PCR-WEA/WEA2_ Input rating (AC rms) regenerative
- PCR-WEA/WEA2_ Input rating (AC rms)
- TOS9311_General Specifications
- TOS9311_Insulation Resistance Test Section
- TOS9311_Withstanding Voltage Test Section
- PLZ-U_Frame Details
- PLZ164WL_Input /Output signal_Front panel BNC connector
- PLZ164WL_Sequence function_Fast sequence
- PFX2731S_Protection function_Temperature (overheat) protection
- PFX2731S_Protection function_Overcharge/overdischarge capacity protection
- PFX2731S_Protection function_Overcurrent protection
- PFX2731S_Protection function_Undervoltage (overdischarge) protection
- PFX2731S_Setting accuracy_Pttern
- PCR-WEA/WEA2_Output_DC
- PCR-WEA/WEA2_Output_AC
- PMX-Multi_Series operation
- petc
- KES7300_Specification
- SPEC80637_Specification
- SPEC80184_Specification
- SPEC80185_Specification
- SPEC80186_Specification
- SPEC80187_Specification
- SPEC80188_Specification
- SPEC80189_Specification
- PLZ2405WB_Number and capacity of parallel operation with boosters (maximum current and maximum power)
- PLZ2405WB_General specifications
- PLZ2405WB_General specifications
- PLZ2405WB_Protection functions
- PLZ2405WB_Ammeter accuracy
- PLZ2405WB_Voltmeter accuracy
- PLZ2405WB_Setting accuracy
- PLZ2405WB_Current range
- PLZ2405WB_Ratings
- TOS5200_Comparison with the Kikusui previous model
- PLZ164WL_General Specifications
- PLZ164WL_Input /Output signal_J1 connector(26-pin MIL connector)
- TOS3200_51 types of standard test conditions are preset
- PLZ164WL_Other functions
- PLZ164WL_Sequence function_Normal sequence
- PLZ164WL_Protection function
- PLZ164WL_Remote sensing
- PLZ164WL_Response
- PLZ164WL_Soft start
- PLZ164WL_Slew rate
- PLZ164WL_Switching mode
- PLZ164WL_Wattmeter
- PLZ164WL_Ammeter
- PLZ164WL_Voltmeter
- PLZ164WL_Constant power (CP) mode
- PLZ164WL_Constant voltage (CV) mode
- TOS3200_仕様
- PLZ164WL_Constant resistance (CR) mode
- PLZ164WL_Constant current (CC) mode
- PLZ164WL_Ratings
- TOS7210S_Specifications
- TOS7200_Resistance measurement range
- TOS7200_General Specifications
- TOS7200_Interface and Other Functions
- TOS7200_basic functionality
- TOS6200A_Specifications
- TOS5101_specification
- PLZ-4W-LP_Rating
- TOS5200_General
- TOS5200_Other features / Interfaces
- TOS5200_Withstanding voltage tester
- TOS6210_仕様
- TOS5300_SIGNAL I/O
- TOS5300_General
- TOS5300_Other features / Interfaces
- KDS6-0.2TR_Specifications
- TOS5300_Insulation resistance test section
- TOS5300_Withstanding voltage tester
- ショートコード_ソリューション下部メニュー
- PBZ_BP_General
- PBZ_BP_Protection Features / Interface
- PBZ_BP_Measurement function
- PBZ_BP_AC common characteristics
- PBZ_BP_Constant current (CC)
- PBZ_BP_Constant Voltage (CV)
- PBZ_BP_Input / Output
- PBZ_SR_General
- PBZ_SR_Protection Features / Interface
- PBZ_SR_Measurement function
- PBZ_SR_AC common characteristics
- PBZ_SR_Constant current (CC)
- PBZ_SR_Constant Voltage (CV)
- PBZ_SR_Input / Output
- PLZ-4W_General Specifications
- PLZ-4W_Others, Common specifications
- PLZ-4W_Sequence function
- PLZ-4W_Protection function
- PLZ-4W_Remote sensing
- PLZ-4W_Soft start
- PLZ-4W_Slew rate resolution
- PLZ-4W_Switching mode
- PLZ-4W_Meters
- PLZ-4W_CP mode
- PLZ-4W_CV mode
- PLZ-4W_CR mode
- PLZ-4W_CC mode
- PLZ-4W_Rating
- PMX-A_J1 connector pin arrangement
- PMX-A_line-up
- PMX-A_General specifications
- PMX-A_Interface
- PMX-A_Other features
- PMX-A_External Control • Signal output
- PMX-A_Protection functions
- PMX-A_Display function
- PMX-A_Output
- PMX-A_AC input
- Wavy_Operating Environment
- Wavy_PC Environment
- Wavy_general table
- PAN-A_Output wires
- PAN-A_Rush Current
- PAN-A_Remote-control using external resistor
- PAN-A_Remote-control using external voltage
- PAN-A_Lineup
- PAN-A_Common specifications
- PAN-A_250V/350V/600V_Output
- PAN-A_160V_Output
- PAN-A_110V_Output
- PAN-A_70V_Output
- PAN-A_60V_Output
- PAN-A_35V_Output
- PAN-A_16V_Output
- PLZ2004WB_Number and capacity of parallel operation with boosters
- PLZ2004WB_Rating
- PLZ2004WB_General Specifications
- PAT-T_Smart Rack Model Specifications
- PAT-T_Smart Rack Model Specifications_40kW
- PAT-T_Smart Rack Model Specifications_32kW
- PAT-T_Smart Rack Model Specifications_24kW
- PAT-T_Smart Rack Model Specifications_16kW
- PAT-T_Common specifications and general specifications
- PAT-T_Communication Interface (Each Model is the Same)
- PWX_1500W_Lineup
- PWX_750W_line-up
- PAT-T_8kW
- PAT-T_4kW
- PWX_1500W_General
- PWX_1500W_Interface
- PWX_1500W_Control features
- PWX_1500W_Control features
- PWX_1500W_Signal output
- PWX_1500W_Protection functions
- PWX_1500W_Display function
- PWX_1500W_Output
- PWX_1500W_AC input
- PWX_1500W_Variable Internal Resistance Feature
- PWX_750W_Variable Internal Resistance Feature
- PWX_750W_General
- PWX_750W_Interface
- PWX_750W_Other features
- PWX_750W_Control features
- PWX_750W_Signal output
- PWX_750W_Protection functions
- PWX_750W_Display function
- PWX_750W_Output
- AC input
- OP03-PFX_ Specifications
- SL01-PFX_Specifications
- OP02-PFX_Cell temperature measurement
- OP02-PFX_Cell voltage measurement
- OP02-PFX_Cell measurement function
- KES7100_Specification
- SPEC80183_Specification
- PFX2731S_Setting accuracy_Static
- PFX2731S_Measurement accuracy
- PFX2731S_Temperature measurement
- PFX2731S_Rated output
- PFX2731S_Charge/discharge end condition list
- PFX2731S_Main items and setting ranges of protection settings
- PFX2731S_Protection function_Overvoltage (overcharge) protection
- PFX2731S_General specifications
- PAV_800W_Simplified line-up
- PAV_600W_Simplified line-up
- PAV_400W_Simplified line-up
- PAV_200W_Simplified line-up
- PAV_800W_Front panel
- PAV_800W_Setting and readback (USB, RS232, RS485, optional LAN interface)
- PAV_800W_Protection functions
- PAV_800W_Constant current mode
- PAV_800W_Constant voltage mode
- PAV_800W_AC input
- PAV_800W_Output
- PAV_800W_line-up
- OP01-PIA／OP02-PIA_specification
- OP01-PIA / OP02-PIA_Connection example_PMC-A
- OP01-PIA / OP02-PIA_Connection example_PAN-A2
- OP01-PIA／OP02-PIA_Connection diagram_PAN-A
- PAV_600W_Front panel
- PAV_600W_Setting and readback (USB, RS232, RS485, optional LAN interface)
- PAV_600W_Protection functions
- PAV_600W_Constant current mode
- PAV_600W_Constant voltage mode
- PAV_600W_AC input
- PAV_600W_Output
- PAV_600W_line-up
- PAV_400W_Front panel
- PAV_400W_Setting and readback (USB, RS232, RS485, optional LAN interface)
- PAV_400W_Protection functions
- PAV_400W_Constant current mode
- PAV_400W_Constant voltage mode
- PAV_400W_AC input
- PAV_400W_Output
- PAV_400W_line-up
- PAV_200W_Front panel
- PAV_200W_Setting and readback (USB, RS232, RS485, optional LAN interface)
- PAV_200W_Protection functions
- PAV_200W_Constant current mode
- PAV_200W_Constant voltage mode
- PAV_200W_AC input
- PAV_200W_Output
- PAV_200W_line-up
- PAV_Safety / EMC
- PAV_Structure
- PAV_Environmental conditions
- PAV_External control
- DSI_standards compliance
- DSI_line-up
- SD009-PCR-LE/WE_Compatibility_PCR-WE/WE2 Series
- SD009-PCR-LE/WE_List of conformance to the EMCstandard tests_PCR-LE/LE2シリーズ
- SD009-PCR-LE/WE_Compatibility_PCR-WEA/WEA2_Series
- SD012-PCR-LE/WE_ Standard civilian type
- SD012-PCR-LE/WE_Defense Standard
- KHA option_OP02-KHAS
- Configuration of KHA Option_Vf screen
- Configuration of KHA Option_HA screen
- KHA Option_Program configuration of SD006-KHA Harmonics Analyzing Suite and SD005-KHA Harmonics Explorer
- KHA1000_ Single-phase 2-wire System (4kVA) Configuration Example
- KHA1000_Three-Phase Operation System (12kVA) Configuration Example
- KHA1000_Single-Phase 2-Wire (6kVA)/Single-Phase 3-Wire (4kVA)/Three-Phase System (6kVA) Configuration Example
- KSG3600_General specifications
- KSG3600_Specifications-Noise signal generator
- KPM1000_General specifications
- KPM1000_Other functions
- KPM1000_Integration feature
- KPM1000_Math features
- KPM1000_Frequency measurement function
- KPM1000_Power measurement function
- KPM1000_Current measurement function
- KPM1000_Voltage measurement function
- KPM1000_Display items
- KPM1000_Input
- KPM1000_Single-phase two-wire (measurement category: CAT II)
- KPM1000_High-precision resolution
- KPM1000_Values prescribed by ErP Directive Lot 6
- KHA1000_Complied standards
- KHA1000_List of view types
- KHA1000_Specifications
- KHA1000_CF card with verified operation
- PCR-WEA/WEA2_Regeneration Function
- PCR-WEA/WEA2_Measurement
- PCR-WEA/WEA2_Output Voltage Stability (Phase Voltage)
- PCR-WEA/WEA2_Output Impedance Setting
- PCR-WEA/WEA2_Output Impedance-Reactance component（Response: SLOW）
- PCR-WEA/WEA2_Output Impedance-Reactance component（Response: MED）
- PCR-WEA/WEA2_Output Impedance-Reactance component（Response: FAST）
- PCR-WEA/WEA2_Output
- PCR-WEA/WEA2_Input (AC rms)
- PCR-WEA/WEA2_General
- PCR-WEA/WEA2_ Limit Values and Protection Functions (Common Specification)
- PIA4850_Required Drivers and Components
- PIA4850_Control details
- PIA4850_specification
- PIA5100_readout data
- PIA5100_RS232C setting items
- PIA5100_General specifications
- PIA5100_SERVICE PORT connector
- PIA5100_RS232C port
- PIA5100_USB port
- PIA5100_GPIB port
- PIA5100_Measuring instruments/power supplies whose operations have been checked
- LIN
- TOS9300_General Specifications (Common)
- TOS9300_Interface (Common)
- TOS9300_Other Functions (Common)
- TOS9300_Leakage Current Test-Other specifications
- TOS9300_Leakage Current Test-Timer function
- TOS9300_Leakage Current Test-Judgment function
- TOS9300_Leakage Current Test-Measurement section
- TOS9300_Leakage Current Test-Measurement circuit network
- TOS9300_Leakage Current Test-Measurement function
- TOS9300_Partial Discharge Test-Other specifications
- TOS9300_Partial Discharge Test-Timer function
- TOS9300_Partial Discharge Test-Judgment function
- TOS9300_Earth Continuity Test-Timer function
- TOS9300_Partial Discharge Test-Measurement function
- TOS9300_Partial Discharge Test-Output function
- TOS9300_Earth Continuity Test-Judgment function
- TOS9300_Earth Continuity Test-Measurement function
- TOS9300_Earth Continuity Test-Output function
- TOS9300_Insulation Resistance Test-Other specifications
- TOS9300_Insulation Resistance Test-Timer function
- TOS9300_Insulation Resistance Test-Judgment function
- TOS9300_Insulation Resistance Test-Measurement function
- TOS9300_Insulation Resistance Test-Output function
- TOS9300_Withstanding Voltage Test-Other specifications
- TOS9300_Withstanding Voltage Test-Timer function
- TOS9300_Withstanding Voltage Test-Judgment function
- TOS9300_Withstanding Voltage Test-Measurement function
- TOS9300_Withstanding Voltage Test-DC Output function
- TOS9300_Withstanding Voltage Test-AC Output function
- TOS9300_SIGNAL I/O Connector
- TOS9300_Programmable Detection Response Speed
- TOS9300_Test items
- EX05-PCR-LE／EX06-PCR-LE_General specifications
- OT03-PCR-WEA_General specifications
- OT03-PCR-WEA_Functions and Performance
- OT01-PCR-WE_OT02-PCR-WE_Specification
- PLZ-5W/5WZ_SR_Specifications
- PLZ-5WZ_Measurement accuracy_Voltage range at H range (150 V)
- PLZ-5WZ_Measurement accuracy_Voltage range at L range (15 V)
- PLZ-5WZ_Measurement functions
- PLZ-5W/5WZ_General specifications
- PLZ-5W/5WZ_Communication function
- PLZ-5W/5WZ_BNC connector
- PLZ-5W/5WZ_EXT CONT connector
- PLZ-5W/5WZ_Other functions
- PLZ-5W/5WZ_Sequence function
- PLZ-5W/5WZ_Protective function
- PLZ-5W/5WZ_Possible remote sensing compensation voltage
- PLZ-5W/5WZ_Soft start
- PLZ-5W/5WZ_Slew rate
- PLZ-5W/5WZ_Switching function
- PLZ-5W/5WZ_Power display
- PLZ-5W/5WZ_Ammeter
- PLZ-5W/5WZ_Voltmeter
- PLZ-5W/5WZ_Arbitrary I-V characteristics (ARB) mode
- PLZ-5W/5WZ_Constant power (CP) mode
- PLZ-5W/5WZ_Constant voltage (CV) mode
- PLZ-5W/5WZ_Constant resistance (CR) mode
- PLZ-5W/5WZ_Constant current (CC) mode
- PLZ-5W/5WZ_Ratings
- PLZ-5WH2_General specifications
- PLZ-5WH2_Communication function
- PLZ-5WH2_BNC connector
- PLZ-5WH2_EXT CONT connector
- PLZ-5WH2_Other functions
- PLZ-5WH2_Cutoff function
- PLZ-5WH2_Integration display
- PLZ-5WH2_Sequence function
- PLZ-5WH2_Alarm function
- PLZ-5WH2_Soft start
- PLZ-5WH2_Sine function
- PLZ-5WH2_Slew rate
- PLZ-5WH2_Pulse function
- PLZ-5WH2_Measurement function
- PLZ-5WH2_Arbitrary I-V characteristics (ARB) mode
- PLZ-5WH2_Constant power (CP) mode
- PLZ-5WH2_Constant voltage (CV) mode
- PLZ-5WH2_Constant resistance (CR) mode
- PLZ-5WH2_Constant current (CC) mode
- PLZ-5WH2_Rating
- KES7702/7703_Specification
- KES7711_Specification
- KES7714/13B_Specification
- KES7721_Specification
- KES7731_Specification
- KES7750_Specification
- SPEC80677_Specification
- TOS9320_High Voltage Scanner
- Spezifikationen
- RL01-TOS_Specifications
- PCR-LE2_Lineup
- PCR-LE2_Limit Values and Protection Functions
- PCR-LE2_General
- PCR-LE2_Meters (fluorescent display)
- PCR-LE2_Output frequency stability, output voltage waveform distortion ratio, output voltage response speed, efficiency
- PCR-LE2_Output voltage stability
- PCR-LE2_DC mode output ratings, AC+DC mode (for Single-phase and Single-phase Three-wire output only)
- PCR-LE2_AC mode output ratings (AC rms)
- PCR-LE2_Input ratings (AC rms)
- PCR-LE_Lineup
- PCR-LE_AC mode output ratings (AC rms)
- PCR-LE_General
- PCR-LE_Limit Values and Protection Functions
- PCR-LE_BNC terminals
- PCR-LE_Meters (fluorescent display)
- PCR-LE_Output frequency stability, output voltage waveform distortion ratio, output voltage response speed, efficiency
- PCR-LE_Output voltage stability
- PCR-LE_DC mode output ratings
- PCR-LE_Input ratings (AC rms)
- General specifications
- Protection functions
- Temperature measurement
- Measurement accuracy
- Setting accuracy
- Rated output
- Battery Emulator System_General Specifications
- Battery Emulator System_Protection Function LOW Alarm
- Battery Emulator System_Display
- Battery Emulator System_Output Current
- Battery Emulator System_Output Voltage
- Battery Emulator System_Output Ratings
- Battery Emulator System_Lineup
- PMX-Multi_Protection Function
- PMX-Multi_General Specifications
- PMX-Multi_Interface
- PMX-Multi_Other Functions
- PMX-Multi_Parallel operation
- PMX-Multi_Sensing
- PMX-Multi_Control Functions
- PMX-Multi_Signal Output
- PMX-Multi_Display Function
- PMX-Multi_Output
- PMX-Multi_AC Input
- PMX-Multi_ラインアップ
- PAD-LA_Inch rack EIA standard
- PAD-LA_Milli rack JIS standard
- PAD-LA_TypeⅢ
- PAD-LA_Type IV
- PAD-LA_Specifications
- PAD-LA_Common Items
- PAD-LA_Type IV individual
- PAD-LA_TypeⅢindividual
- PCR-MA_AC+DC mode
- PCR-MA_AC mode
- PCR-MA_DC mode
- PCR-MA_Selectable output modes
- PCR-MA_ラインアップ
- PLZ-U_CR mode
- PLZ-U_General specifications
- PLZ-U_Communication function
- PLZ-U_External analog control
- PLZ-U_Inter-frame control and external control
- PLZ-U_Remote sensing & Other
- PLZ-U_Protection function
- PLZ-U_Sequence function
- PLZ-U_Soft start
- PLZ-U_Slew rate
- PLZ-U_Switching mode
- PLZ-U_Wattmeter
- PLZ-U_Ammeter
- PLZ-U_Voltmeter
- PLZ-U_CV mode
- PLZ-U_CC mode
- PLZ-U_Rating
- PLZ-U_Frame
- PLZ-U_Load Unit
- PCR-MA_Specifications of the communication interfacen
- PCR-MA_Analog interface specifications (EX08-PCR-MA: optional)
- PCR-MA_general
- PCR-MA_入力定格
- PCR-MA_測定値表示
- PCR-MA_Output voltage stability
- PCR-MA_Output rating DC mode
- PCR-MA_Output rating AC mode
- RMF
- KRC Series
- KRO series
- BIM1000_General specifications
- BIM1000_Other functions
- BIM1000_Interface
- BIM1000_Judgment function
- BIM1000_Sampling time
- BIM1000_Resistance meter (The range can be AUTO setting available)
- BIM1000_Voltmeter (The range can be AUTO setting available)
- General specifications
- AC Characteristics
- Frequency and period characteristics
- DC Characteristics
- General specifications
- Pattern Mode Characteristic
- Types of modulation
- Common waveform characteristics
- Waveform characteristics
- 149-10A_Specifications
- PBZ_Response switching
- PBZ_Expanded measurement
- PBZ_General specifications
- PBZ_Other functions
- PBZ_Interface
- PBZ_Signal I/O
- PBZ_Control functions
- PBZ_Protection functions
- PBZ_Measurement display function
- PBZ_Constant current (CC mode)
- PBZ_Constant voltage (CV mode)
- PBZ_AC input, rated output
- PXZ_External Control (Terminal)
- PXZ_External Control (Method)
- PXZ_Operating Modes CP
- PXZ_Operating Modes CV
- PXZ_Operating Modes CR
- PXZ_Operating Modes CC
- PXZ_lineup
- PXZ_General Specifications
- PXZ_Others
- PXZ_Communication Specifications
- PXZ_External digital output
- PXZ_External digital input
- PXZ_External analog I/O
- PXZ_Protection Specifications HIGH alarm
- PXZ_Protection Specifications LOW alarm
- PXZ_Display
- PXZ_400 V three-phase three-wire input
- PXZ_200 V three-phase three-wire input
- PXZ_Constant power (CP) mode
- PXZ_Constant voltage (CV) mode
- PXZ_Constant resistance (CR) mode
- PXZ_Constant current (CC) mode
- PXZ_Rating
- PXT_Lineup
- PXT_External Control Function-Method
- PXT_External Control Function-connector pin number
- PXT_Bleeder ON/OFF Function
- PXT_General specifications
- PXT_Others
- PXT_Communication specifications
- PXT_External digital output
- PXT_External digital input
- PXT_External analog I/O
- PXT_Protection Specifications HIGH alarm
- PXT_Protection function LOW alarm
- PXT_Display
- PXT_400 V three-phase three-wire input
- PXT_200 V three-phase three-wire input
- PXT_Output power
- PXT_Output current
- PXT_Output voltage
- PXT_Output rating
- PWR-01_2000W_Display function
- PWR-01_2000W_出力
- PWR-01_2000W_AC input
- PWR-01_1200W_Display function
- PWR-01_1200W_Output
- PXB_General Specifications
- PXB_Others
- PXB_Communication interface
- PXB_External digital output
- PXB_External digital input
- PXB_External analog I/O
- PXB_Protection function HIGH alarm
- PXB_Protection function LOW alarm
- PXB_Display
- 400 V three-phase three-wire input
- PXB_200 V three-phase three-wire input
- PXB_Output power
- PXB_Output current
- PXB_Output voltage
- PXB_Output rating
- PWR-01_1200W_AC input
- PXB_External control function-connector pin number
- PXB_External control function-Functions
- PXB_Variable internal resistance
- PWR-01_800W_Display function
- PWR-01_800W_Output
- PWR-01_800W_AC input
- PWR-01_400W_Line Ups
- PWR-01_【Common specifications】General
- PWR-01_【Common specifications】Interface
- PWR-01_【Common specifications】Operation display
- PWR-01_【Common specifications】Other functions
- PWR-01_【Common specifications】Control functions
- PWR-01_【Common specifications】Signal output and input
- PWR-01_【Common specifications】Protection functions
- PWR-01_400W_Display function
- PWR-01_400W_Output
- PWR-01_400W_AC input
- PWR-01_Product categories – Top specifications
- PWR-01_Variable internal resistance function
- PWR-01_J1 connector pin arrangement
- PWR-01_J2 connector pin arrangement
- PWR-01_J1 and J2 connectors
- Option List for Safety-related Test Equipment-Test Leads
- Option list for safety-related testing equipment-Test Probe
- List of options for safety-related testers – remote control, warning lights, buzzers, terminal units
Products
cables
- HV14-2P3M-M5M5
- AC1-3P2R5M-IEC320-CN
- AC1-3P2R5M-IEC320-EU
- AC2-3P3M-IEC320-UL
- AC8-3P3M-M5C
- RD-8P/9P
- TL12-PFX
- DC200-4P3M-M12M12
- AC8-1P3M-M8C-4S
- AC14-1P3M-M8C-4S
- AC22-4P3M-M6C-4S
- DC80-2P3M-M10M10
- PC01-PXB
- SPEC71230 PARA CABLE
- SPEC71230 AC CABLE
- TL14-PFX
- TL13-PFX
- HV22-2P3M-M12M8
- TL11-PFX
- TL09-PFX
- OP01-PLZ-4W
- OP01-PLZ-4WL
- LIC40-2P2M-M6M6
- LIC40-2P1M-M6M6
- AC14-3P3M-M5C
- ET-11
- OP01-PAS
- TU01-PWR-01
- AC38-7P1.4M-M8M8
- ac38-7p0.7m-m8m8
- AC22-7P1.4M-M6M8
- AC22-7P0.7M-M6M8
- AC22-7P1.4M-M6M6
- AC22-7P0.7M-M6M6
- AC14-7P1.4M-M5M6
- AC14-7P0.7M-M5M6
- CC02-PCR-LE
- CC01-PCR-LE
- CC11-PCR-LE
- PC01-PCR-LE
- DC150-4P3M-M12M12
- DC150-2P3M-M12M12
- DC80-2P3M-M12M12
- DC80-2P3M-M12M8
- DC38-2P3M-M12M8
- dc14-2p3m-m12m8
- TL08-PFX
- TL06-PFX
- TL05-PFX
- TL07-PFX
- TL21-PFX
- TL22-PFX
- SC05-PFX
- SC07-PFX
- TL02-PFX(5M)
- TL02-PFX(3M)
- TL04-PFX
- TL02-PFX(1M)
- TL10-PFX
- TL03-PLZ
- TL02-PLZ
- TL01-PLZ
- PC02-PLZ-4W
- PC01-PLZ-5W
- PC02-PLZ-5W
- PC01-PLZ-4W
- SC03-PIA
- SC04-PIA
- SC01-20
- SC05-PIA
- OP02-PAN-E
- SC01-10
- SC01-PAN-E
- AC2-4P3M-CC (for PAG)
- AC3.5-4P3M-CC (for PAG)
- PC02-PAN-E
- PC01-PAN-E
- AC3.5-3P3M-CC (for PAG)
- PC02-PWX
- PC03-PWX
- PC01-PAT
- AC8-4P4M-M6C
- PAG/RJ45
- PC01-PWX
- PAG/232-9
- PAV/J
- PAV/O
- PAV/U
- PAG/485-9
- OP02-PWR-01
- PAV/E
- OP03-PWR-01
- AC22-1P3M-M8C-3S
- LC01-PCR-LE
- EC05-PCR
- AC5.5-3P3M-M4C-VCTF
- AC5.5-1P3M-M6C-3S
- AC14-1P3M-M6C-3S
- AC14-1P3M-M8C-3S
- AC8-1P3M-M5C-3S
- AC5.5-3P3M-M4C
- 408J-104
- 408J-102
- 408J-101
- AC5.5-1P3M-M5C-4S
- AC14-1P3M-M5C-4S
- AC22-1P3M-M8C-4S
- AC8-1P3M-M5C-5S
- AC38-1P3M-M8C-4S
- AC14-1P3M-M5C-5S
- AC5.5-1P3M-M5C-5S
- AC60-1P3M-M8C-4S
- AC22-1P3M-M5C-5S
- PC01-PCR-WE
- DC600-2P3M-M12M12
Input power cable
- AC8-1P3M-M8C-4S
- AC14-1P3M-M8C-4S
- AC14-3P3M-M5C
- AC2-4P3M-CC (for PAG)
- AC3.5-4P3M-CC (for PAG)
- AC3.5-3P3M-CC (for PAG)
- AC8-4P4M-M6C
- AC22-1P3M-M8C-3S
- AC5.5-3P3M-M4C-VCTF
- AC5.5-1P3M-M6C-3S
- AC14-1P3M-M6C-3S
- AC14-1P3M-M8C-3S
- AC8-1P3M-M5C-3S
- AC5.5-3P3M-M4C
- AC14-1P3M-M5C-4S
- AC22-1P3M-M8C-4S
- AC8-1P3M-M5C-5S
- AC38-1P3M-M8C-4S
- AC14-1P3M-M5C-5S
- AC5.5-1P3M-M5C-5S
- AC5.5-1P3M-M5C-4S
- AC22-1P3M-M5C-5S
- AC60-1P3M-M8C-4S
Options for safety-related test equipment
- TOS9320
- TL34-TOS
- RL01-TOS
- RC02-TOS
- RC01-TOS
- PL01-TOS
- TL12-TOS
- LP02-TOS
- 929-1M（1MΩ）
- 929-10M(10MΩ)
- 929-100M(100MΩ)
- TL13-TOS
- 149-10A
- PL02A-TOS
- OT01-TOS
- DD-5P/9P
- TU01-TOS
- DD-5P/6P
- FP01-TOS
- LP01-TOS
- HP21-TOS
- HP11-TOS
- HP02A-TOS
- HP01A-TOS
- TL51-TOS
- DD-3 5P
- TL21-TOS
- TL22-TOS
- TL33-TOS
- TL07-TOS
- TL08-TOS
- HTL-2.5DH
- TL11-TOS
- TL05-TOS
- TL06-TOS
- TL31-TOS
- TL32-TOS
- TL02-TOS
- TL04-TOS
- TL01-TOS
- TL03-TOS
Safety Testers
- TOS5403
- TOS5402
- TOS5401
- TOS9311
- TOS9303LC
- TOS9303
- TOS9302
- TOS9301PD
- TOS9301
- TOS9300
- TOS5200
- TOS6200A
- TOS6210
- TOS7210S
- TOS7200
- TOS5302
- TOS5301
- TOS3200
- TOS9320
- TL34-TOS
- RL01-TOS
- RC02-TOS
- RC01-TOS
- PL01-TOS
- TL12-TOS
- LP02-TOS
- 929-1M（1MΩ）
- 929-10M(10MΩ)
- 929-100M(100MΩ)
- TL13-TOS
- 149-10A
- PL02A-TOS
- OT01-TOS
- DD-5P/9P
- TU01-TOS
- DD-5P/6P
- FP01-TOS
- LP01-TOS
- HP21-TOS
- HP11-TOS
- HP02A-TOS
- HP01A-TOS
- TL51-TOS
- DD-3 5P
- TL21-TOS
- TL22-TOS
- TL33-TOS
- TL07-TOS
- TL08-TOS
- HTL-2.5DH
- TL11-TOS
- TL05-TOS
- TL06-TOS
- TL31-TOS
- TL32-TOS
- TL02-TOS
- TL04-TOS
- TL01-TOS
- TL03-TOS
Options
- HV14-2P3M-M5M5
- TL34-TOS
- AC1-3P2R5M-IEC320-CN
- AC1-3P2R5M-IEC320-EU
- AC2-3P3M-IEC320-UL
- LAN for PBZ
- AC8-3P3M-M5C
- US05-PCR-LE
- RD-8P/9P
- TU01-PMX
- TL12-PFX
- VS01
- DC200-4P3M-M12M12
- AC8-1P3M-M8C-4S
- AC14-1P3M-M8C-4S
- AC22-4P3M-M6C-4S
- DC80-2P3M-M10M10
- PC01-PXB
- OT03-PCR-WEA
- SPEC71230 PARA CABLE
- SPEC71230 AC CABLE
- TL14-PFX
- TL13-PFX
- HV22-2P3M-M12M8
- PWX Series Variable Internal Resistance Feature (MH/H)
- PWX Series Variable Internal Resistance Feature (L/ML)
- OP01-PBZ-A
- PK03-PBZ(JIS)
- PK02-PBZ(EIA)
- PK01-PBZ
- OP01-PMX
- OP02-PCJ ANCHOR 75K-200KVA
- OP01-PCJ ANCHOR 30KVA
- OP01-PFX-R
- TL11-PFX
- OP03-PFX
- SL01-PFX
- TL09-PFX
- OP02-PFX
- OP01-PFX
- OP01-PLZ-4W
- OP01-PLZ-4WL
- LIC40-2P2M-M6M6
- LIC40-2P1M-M6M6
- AC14-3P3M-M5C
- OP-2
- IS420 (for PAG)
- IS510 (for PAG)
- GPIB (for PAG)
- ISO PROG CURR CONT PWX OPTION
- ISO PROG VOLT CONT PWX OPTION
- OP01-PAT
- LAN for PAT
- USB for PAT
- GPIB for PAT
- ET-11
- CH01-PWR
- OP01-PAS
- TU01-PWR-01
- OP01-PWR-01
- HP02A-TOS
- HP01A-TOS
- OT02-PCR-WE
- OT01-PCR-WE
- AC38-7P1.4M-M8M8
- ac38-7p0.7m-m8m8
- AC22-7P1.4M-M6M8
- AC22-7P0.7M-M6M8
- AC22-7P1.4M-M6M6
- AC22-7P0.7M-M6M6
- AC14-7P1.4M-M5M6
- AC14-7P0.7M-M5M6
- CC02-PCR-LE
- CC01-PCR-LE
- 3P05-PCR-LE / 3P05-PCR-LE(500Hz LMT)
- 2P05-PCR-LE
- CC11-PCR-LE
- PC01-PCR-LE
- PD05S-PCR-LE
- PD05M-PCR-LE
- EX06-PCR-LE
- EX05-PCR-LE
- LN05-PCR-LE
- IB05-PCR-LE
- DC150-4P3M-M12M12
- DC150-2P3M-M12M12
- DC80-2P3M-M12M12
- DC80-2P3M-M12M8
- DC38-2P3M-M12M8
- dc14-2p3m-m12m8
- TL08-PFX
- TL51-TOS
- TL22-PFX
- TL06-PFX
- TL05-PFX
- TL07-PFX
- TL21-PFX
- SC05-PFX
- SC07-PFX
- TL02-PFX(5M)
- TL02-PFX(3M)
- TL04-PFX
- TL02-PFX(1M)
- TL10-PFX
- TL03-PLZ
- TL01-PLZ
- PC02-PLZ-4W
- TL02-PLZ
- PC02-PLZ-5W
- PC01-PLZ-5W
- PC01-PLZ-4W
- SC03-PIA
- SC04-PIA
- SC01-20
- SC05-PIA
- OP02-PAN-E
- SC01-10
- SC01-PAN-E
- AC2-4P3M-CC (for PAG)
- AC3.5-4P3M-CC (for PAG)
- PC02-PAN-E
- PC01-PAN-E
- AC3.5-3P3M-CC (for PAG)
- PC02-PWX
- PC03-PWX
- PC01-PAT
- AC8-4P4M-M6C
- PAG/RJ45
- PC01-PWX
- PAG/232-9
- PAV/J
- PAV/O
- PAV/U
- PAG/485-9
- OP02-PWR-01
- PAV/E
- OP03-PWR-01
- LC01-PCR-LE
- EC05-PCR
- AC5.5-3P3M-M4C-VCTF
- AC22-1P3M-M8C-3S
- AC5.5-1P3M-M6C-3S
- AC14-1P3M-M6C-3S
- AC14-1P3M-M8C-3S
- AC8-1P3M-M5C-3S
- AC5.5-3P3M-M4C
- 408J-104
- 408J-102
- 408J-101
- AC14-1P3M-M5C-5S
- AC5.5-1P3M-M5C-5S
- AC5.5-1P3M-M5C-4S
- AC14-1P3M-M5C-4S
- AC22-1P3M-M8C-4S
- AC8-1P3M-M5C-5S
- AC38-1P3M-M8C-4S
- AC22-1P3M-M5C-5S
- AC60-1P3M-M8C-4S
- EX08-PCR-MA
- IB22
- OP02-PCR-WE
- OP01-PCR-WE
- IB07-PCR-WE
- PC01-PCR-WE
- DC600-2P3M-M12M12
DC Power Supplies
- PXB Series – 10kW model
- PMX-E Series
- PXB Series – 20kW model
- PXT Series – 20kW model
- PWR-01 Series – 400W model
- PWR-01 Series – 800W model
- PWR-01 Series – 1200W model
- PWR-01 Series – 2000W model
- Battery Emulator System
- PAT-T Series Smart Rack System 40 kW
- PAT-T Series Smart Rack System 32kW
- PAT-T Series Smart Rack System 24 kW
- PAT-T Series Smart Rack System 16kW
- PAT-T Series
- PWX Series – 1500W model
- PWX Series – 750W model
- PBZ BP Series
- PBZ SR Series
- PBZ20-20A
- PBZ Series
- PAV Series – 800W Type
- PAV Series – 600 W Type
- PAV Series – 400 W Type
- PAV Series – 200W model
- PAN-A Series
- PMX-Multi Series
- PMX-A Series
- PAD-LA Series
- KDS6-0.2TR
Rack Accessories
- BH4
- KRO1600
- KRO1250
- KRO900
- KRB100-TOS
- KRB150-TOS
- KRB150-PLZ-50F
- RMF4M
- KRA2
- KRA150
- B22
- B42
- BH4M
- BP4
- BP2（1/2巾）
- BP1H-M
- BP1H
- BP2H
- KBP3-6（1/6巾）
- KBP3-3（1/3巾）
- OP03-KRC
- CC01-PAV
- KRA3-TOS
- KRA150-TOS
- KRA200-TOS
- KRA4-TOS
- KRB3-PLZ-30F
- KRB150-PLZ-30F
- KRB3-PLZ-50F
- B2-PIA4810/20
- BH2M
- KRB150
- KRB11-PAD
- KRB11
- KRB1-PWX
- KRB1-PAG
- KRB2-PAG
- KRB2-TOS
- KRB200
- KRB250
- KRB250-PAD
- KRB3
- KRB3-TOS
- KRB300
- KRB4
- KRB400
- KRB500
- KRB500-PAD
- KRB6
- KRB600
- KRB8
- KRB9
- KRB400-PCR-LE
- KRB5
- KRB5-PAD
- KRB13
- OP01-KRC
- OP02-KRC
- OP04-KRC
- KRA1-PWX HALF SINGLE
- KRA2-PAV
- KRA1-PWX HALF PAIR
- BP191
- BP191A(-M)
- BP191（-M）
- KBP3-4 (1/4 width)
- KBP2-6-PAV (1/6 width)
- KBP3-2 (1/2 width)
- RMF4
- KRA3
- KRA100
Rack mount bracket
- BH4
- KRB100-TOS
- KRB150-TOS
- KRB150-PLZ-50F
- B22
- B42
- BH4M
- KRA3-TOS
- KRA150-TOS
- KRA200-TOS
- KRA4-TOS
- KRB3-PLZ-30F
- KRB150-PLZ-30F
- KRB3-PLZ-50F
- B2-PIA4810/20
- BH2M
- KRB150
- KRB11-PAD
- KRB11
- KRB1-PWX
- KRB1-PAG
- KRB2-PAG
- KRB2-TOS
- KRB200
- KRB250
- KRB250-PAD
- KRB3
- KRB3-TOS
- KRB300
- KRB4
- KRB400
- KRB5-PAD
- KRB500
- KRB500-PAD
- KRB6
- KRB600
- KRB8
- KRB9
- KRB400-PCR-LE
- KRB5
- KRB13
Rack Accessories
- BH4
- KRB100-TOS
- KRB150-TOS
- KRB150-PLZ-50F
- RMF4M
- KRA2
- KRA150
- B22
- B42
- BH4M
- BP4
- BP2（1/2巾）
- BP1H-M
- BP1H
- BP2H
- KBP3-6（1/6巾）
- KBP3-3（1/3巾）
- OP03-KRC
- CC01-PAV
- KRA3-TOS
- KRA150-TOS
- KRA200-TOS
- KRA4-TOS
- KRB3-PLZ-30F
- KRB150-PLZ-30F
- KRB3-PLZ-50F
- B2-PIA4810/20
- BH2M
- KRB150
- KRB11-PAD
- KRB11
- KRB1-PWX
- KRB1-PAG
- KRB2-PAG
- KRB2-TOS
- KRB200
- KRB250
- KRB250-PAD
- KRB3
- KRB3-TOS
- KRB300
- KRB4
- KRB400
- KRB5-PAD
- KRB500
- KRB500-PAD
- KRB6
- KRB600
- KRB8
- KRB9
- KRB400-PCR-LE
- KRB5
- KRB13
- OP01-KRC
- OP02-KRC
- OP04-KRC
- KRA1-PWX HALF SINGLE
- KRA2-PAV
- KRA1-PWX HALF PAIR
- BP191
- BP191A(-M)
- BP191（-M）
- KBP2-6-PAV (1/6 width)
- KBP3-4 (1/4 width)
- KBP3-2 (1/2 width)
- RMF4
- KRA3
- KRA100
製品サポート情報
KIKUSUI Knowledge
- How should I use the M5 and M8 mounting holes on the DC OUTPUT terminal of the PXB20K-1000/1500?
- Can the PXB20K-500 output 525 V when the input voltage is 240 Vac?
- Can the input voltage of the PXB series be switched between 200 Vac and 400 Vac?
- How can I calculate the required input power capacity when using multiple PXB series units?
- What is the inrush current of the PXB series?
- Is it necessary to connect the SENSING terminals when using local sensing on the PXB series?
- What is the allowable current of the optional three-phase input power cord for the PXB series?
- Is a power cord included with the PXB series?
- Does the current display differ between the master unit and slave units during parallel operation on the PXB series?
- Can different PXB series models be connected in parallel?
- Is the analog monitor output on the PXB series affected by the measurement trigger setting?
- What measured values are available from the analog monitor output of the PXB series?
- What measured values can be recorded on the PXB series?
- Does the PXB series support 200 Vac input or 400 Vac input?
- When using CV control on the PXB series, do I still need to set the current and power?
- What is the approximate heat generation of the PXB series?
- How does the PXB series operate in CV and CC modes?
- What is the withstand voltage between output and GND for the PXB series?
- When using external voltage control (EXT CV) on the PXB series, do I still need to set the current and power?
- What is the maximum output voltage when the rated current is set on the PXB series?
- What is the output ripple current of the PXB series?
- What does it mean when AC Line Power is displayed as a negative value on the PXB series?
- Does the PXB series support source and sink operation in all operating modes?
- Can the PXB series handle motor back EMF?
- What happens when the output voltage reaches the CV setting while the PXB series is operating in CC mode?
- What happens when the output power reaches the CP setting while the PXB series is operating in CC mode?
- Why does the PXB series operate in CC mode even when CP is set?
- Is a connected capacitor discharged when the output is turned off on the PXB series?
- Can multiple PXB series units operate at the same time?
- Can I gradually increase the voltage setting from 0 V on the PXB series?
- Is there a difference between the setting value and displayed value on the PXB series?
- On the PXB series, does the output automatically turn on again when the OUTPUT OFF signal is released?
- Which terminal is GND on the PXB series?
- What is the insulation resistance between input and GND for the PXB series?
- What is the sink operating voltage range on the PXB series?
- How should I set the PXB series for regenerative operation in CC mode?
- Can regenerative operation be disabled on the PXB series?
- Can I set the voltage, current, and power independently on the PXB series?
- What is the default password for the PXB series Web browser interface?
- Does the PXB series support CAN communication?
- Can I upload and download sequence programs without using a USB memory device on the PXB series?
- Do I need to enter a negative value for the CURR:NEG command in the PXB series?
- Are the remote control commands for the PXB series compatible with the PWR-01 series?
- How can I run multiple programs consecutively on the PXB series?
- How do I ground the negative DC OUTPUT terminal of the PXB series?
- Are there any issues if the DUT is already grounded when using the PXB series?
- Can the PXB series be connected in series?
- Are load cables available for the PXB series?
- What wire size should I use, and where should I connect the ground wire for the PXB series?
- What is the configuration of the AC INPUT terminal block for the PXB series?
- How does the output operate when an alarm occurs in the PXB series?
- When the PXB series regenerates power, is it consumed internally or returned to the power system?
- How can I perform an emergency stop on the PXB series?
- What type of circuit breaker should I select for the PXB series?
- What is the standby power consumption of the PXB series?
- What is the maximum input power of the PXB series?
- Can I use a smaller distribution panel for the PXB series?
- Where can I find dimensional and weight information for Kikusui products?
- Do you have detailed technical information on the Kikusui models?
- What is the cost of repair and calibration?
- Are there any Kikusui models that are RoHS 2 compliant?
- Which Kikusui models have CE marking?
- What Kikusui models can be repaired?
- When measuring resistance using the ANALOG OUT terminals on TOS7200, how long should I wait after starting the test?
- How do I perform the pre-test inspection for TOS5300 series?
- Can I use a generator as the AC power input for TOS5300 series?
- Can I capture voltage and current waveforms during tests with TOS5300 series?
- Why does TOS5300 series sometimes not respond when I control it via USB interface?
- Why does TOS5300 series display a Volt Error Protection error and prevent the withstanding voltage test from being performed?
- Why can’t I establish USB communication with TOS5300 series?
- Why are the test results unstable with TOS5300 series?
- Is the included software Data Acquisition for TOS5300 compatible with Windows 10?
- Why does the optional warning light unit (PL02A-TOS) stop working after I initialize TOS5300 series?
- Can the test voltage setting be adjusted with the rotary knob during withstanding voltage test with TOS5300 series?
- How can I reduce potential noise issues when using TOS5300 series?
- How do I operate the double action feature on TOS5300 series?
- How do I set up the double action feature on TOS5300 series?
- What is the accuracy of the analog and digital voltmeters used in TOS5300 series?
- How can I check the firmware version of TOS5300 series?
- What does the external SIGNAL I/O control for TOS5300 series do?
- Why does the DANGER LED light up briefly when I connect the test lead to the DUT with TOS5300 series?
- Why doesn’t the included software “Data Acquisition for TOS5300” start?
- What is the maximum output power of TOS5300 series?
- What are the short-circuit current ratings for TOS5300 series?
- Can TOS5302 automatically switch between the insulation resistance test (IR) and the withstanding voltage test?
- How do I enable the key lock feature on TOS5300 series?
- What is the voltage drop in the AC withstanding voltage test (ACW) for TOS5300 series?
- What type of grounding is used on TOS5300 series?
- Is it sufficient to plug TOS5300 series into a grounded outlet for proper grounding?
- Is a current of approximately 40 μA at 1.8 kV normal for a custom AC withstanding voltage test jig using TOS5300 Series?
- Can TOS5300 series be controlled by a PLC in which the common terminals for input and output signals have different potentials?
- How can I get the IR test result when running the automatic test (AUTO TEST: IR → ACW)? I get the ACW result only if I send the RES? command.
- What is the function of the REMOTE connector on the front panel of TOS5300 series?
- How can I use both SIGNAL I/O and USB control on TOS5300 series and start the test with the SIGNAL I/O connector?
- Is there a polarity requirement when performing an insulation resistance test with TOS5302?
- How do I connect the optional high voltage test probe (HP01A-TOS or HP02A-TOS) to TOS5300 series?
- Why can’t I start a test when the READY LED lights up briefly and goes off after pressing the STOP switch on TOS5300 series ?
- What should I do when TOS5300 series shows “Calibration Protection” and cannot perform tests?
- What is DCW in TOS5300 series, and when is it used?
- For TOS5300 series, can I recall the panel memory when the system is in an interlock state under SIGNAL I/O control?
- Why does a Volt Error Protection occur during an AC (or DC) withstanding voltage test on TOS5300 series?
- How do I clear a USB Protection error on TOS5300 series?
- Why can’t I adjust the test voltage in 1 V steps on TOS5300 series?
- How can I check the current measurement when TOS5300 series passes a withstanding voltage test?
- When performing a withstanding voltage test with TOS5300 series, do I need to set a lower limit (LOWER) value?
- If TOS5302 displays a FAIL during an insulation resistance test, can I see the actual resistance measurement?
- How can I retrieve test results from TOS5300 series?
- I just set up TOS5300 series for the first time, but it shows a PROTECTION message and won’t start the test. Why is this happening?
- What is the voltage rise time (Rise Time) setting on TOS5200?
- Why does TOS5200 display a U-FAIL error and stop testing?
- What is the outer diameter of the test leads supplied with TOS5200?
- What is TOS5200?
- How long is the power cord that comes with TOS5200?
- Does TOS5200 have a discharge circuit to reduce the output voltage?
- For TOS5200’s withstanding voltage test, is the AC voltage measured in RMS or peak value?
- How can I control TOS5200 externally?
- What is the resolution of the test time setting for TOS5200?
- What is the resolution of the voltage rise time setting on TOS5200?
- What is the resolution of the AC output setting on TOS5200?
- Can TOS5200 detect flashover?
- How do I perform a DC withstanding voltage test with TOS5200?
- I’m using the SIGNAL I/O connector to start and stop tests and the RS232C interface to retrieve measurement results on TOS5200. What should I do if the second test fails to start?
- I’m controlling TOS5200 via RS232C from a PLC. When using the FETC:VOLT? command to read the voltage, why do I only receive CR LF?
- How can I switch from the PASS/FAIL state to the READY state when
controlling TOS5200 via the USB interface? - When controlling TOS5200 via the SIGNAL I/O connector, should I connect unused pins to the circuit’s common terminal (COM)?
- What type of test leads should I use for TOS5200?
- Can the panel settings of TOS5200 be saved?
- After controlling TOS5200 via the SIGNAL I/O connector and changing the ENABLE signal after test completion, why does the DANGER LED briefly light up?
- Does the chassis terminal indicator of the LOW VOLTAGE terminal on TOS5200 indicate connection to the chassis?
- Can TOS5200 be used in a vertical position?
- What is the purpose of the interlock function on TOS5200?
- When unlocking the interlock on TOS5200 via the SIGNAL I/O connector, why does the interlock protection occur?
- How can I call up the panel memory settings on TOS5200 externally?
- How can I control TOS5200 with a remote control box (RC01-TOS or RC02-TOS)?
- What are the specifications of the SIGNAL I/O connector on TOS5200?
- What is the inrush current when the POWER switch of TOS5200 is turned on?
- Can I use the Data Acquisition for TOS5300 application software with TOS5200?
- How can I save the test results via the RS232C interface on TOS5200?
- Why does TOS9303LC come with two power cords?
- What are the differences between TOS6200 and TOS6200A models in TOS6200 series?
- Can I hold the maximum value when measuring with TOS6200 series?
- When testing with TOS6200 series under conditions of 25 A and 0.1 Ω or less, can I perform evaluation by voltage value?
- Can TOS6200 series perform the resistance-based testing?
- Does TOS7200 have a function to output the measured resistance values as an analog voltage?
- How can I recall the panel memory settings on TOS7200?
- What is the test time and wait time for TOS7200?
- Why does TOS7200 display a flashing “64 V” and “0.25 MΩ” when starting a 500 V test?
- Can I send “START” and “STOP” signals from a PLC while retrieving resistance values via RS232C on TOS7200?
- Can I continue testing after a “NOGO” judgment on TOS7200, like I could with TOS7100L?
- Can I check the READY status on the front panel of TOS7200?
- According to the note in the user’s manual (Specifications, Table 2), why does TOS7200 require a 1.0 s wait time for LOWER judgments below 200 nA?
- How can I reduce the tact time on TOS7200?
- Why does the resistance meter on TOS7200 flash at 5000 MΩ?
- Does TOS7200 have protection functions?
- How can I output test results from TOS7200?
- Can TOS9300 perform all safety tests (withstanding voltage, insulation resistance, earth continuity, and leakage current tests including touch current, protective conductor current, and patient leakage current) in a continuous automated sequence?
- Is it possible to turn off the beep sound during Protection mode in TOS9300 series?
- How does AC line noise affect the output voltage of TOS9300 series?
- What are the benefits of adding the optional warning light unit (PL02A-TOS) to TOS9300 series?
- What is the output range for the withstanding voltage test in TOS9300 series?
- What are the main features of TOS9300 series?
- Can insulation resistance measurements be output from TOS9300 series?
- What are the test times for withstanding voltage and insulation resistance tests using TOS9300 series?
- Can TOS9200 series, with a measurement range of 0.01 MΩ to 9.99 GΩ, be calibrated at 10 GΩ at 1000 V?
- What conditions cause a CONTACT FAIL in the contact check of TOS9221 high-voltage scanner?
- How do I set up the contact check for TOS9221 high-voltage scanner?
- What causes the VOLT ERROR indicator to flash during the withstanding voltage test with TOS9200 series?
- What causes the OVER CURR indicator to flash on TOS9200 series?
- When using TOS9200 series to measure the insulation resistance of power filter boards, what causes the readings to fluctuate?
- Can TOS9300 series be controlled via the RS232C interface?
- What are the output time limits for TOS9300 series?
- When using LAN or RS232C interfaces with TOS9300 series, can I start a test through a SIGNAL I/O connector?
- What language is used on the chassis, controls, and panel display of TOS9300 series?
- What’s the contact check threshold in TOS9320 (high-voltage scanner) of TOS9300 series?
- Why doesn’t the READY signal appear during remote control of TOS9300 series?
- What is the auto test function of TOS9300 series?
- How do I replace the backup battery in TOS9300 series?
- What is the wire diameter of the high-voltage test lead (TL31-TOS) included with TOS9320 (high-voltage scanner) of TOS9300 series?
- Can TOS9300 series be used in a vertical position?
- What are the differences between TOS9300 series and TOS9200 series?
- What are the differences between TOS9300 series and TOS5300 series?
- What are the differences between TOS9300 series and previous TOS models?
- How can I remotely control TOS9300 series?
- What are the features of TOS9300 Series?
- How do I save test results with TOS9300 series?
- Is TOS9200 series high voltage scanner compatible with TOS9300 series?
- What is the lineup of TOS9300 series?
- What are the AC withstanding voltage specifications for TOS9300 series?
- Does TOS9300 series have CE marking?
- How do I perform a DC withstanding voltage test using TOS9300 series?
- What are the external dimensions and weight of TOS9300 series?
- Is the output hold time (at the power outrage) described in the specifications of PAV series?
- Can PWR-01 series absorb regenerative power from a DC brushless motor?
- What are the output voltage and current monitor outputs of PWR-01 series?
- How do I set a fixed IP address for LAN communication on PWR-01 series?
- What is the port number of the LAN socket for communication with PWR-01 series?
- What is the control command compatibility between PWR-01 series and PIA4830 (power supply controller)?
- Are the commands for PWR-01 series disclosed or public?
- Can PWR-01 series be controlled via a USB interface?
- How do I use the output shutdown control for PWR-01 series?
- Can PWR-01 series output an alarm signal at shutdown?
- Do I need to use KI-VISA when controlling PWR-01 series via a LAN interface?
- What is the voltage displayed on the panel when I press the OVP/OCP key twice on PWR-01 series?
- Does PWR-01 series have a function to turn off the output if an excess current flows during operation?
- Can PWR-01 series be used as a negative voltage power supply?
- Can multiple PWR-01 series units be controlled via an RS232C interface?
- Should the configuration of the power-up output state setting be applied only to the master unit in parallel operation of PWR-01 series?
- How do I set up PWR-01 series to turn on the output when the POWER switch is turned on?
- Can PWR-01 series automatically restart the output in the event of a short interruption?
- Can the output of PWR-01 series be controlled by external resistor(s)?
- How do I set the soft start for the output voltage in PWR-01 series?
- How do I set the minimum setting resolution for the PWR-01 series output?
- How do I set the soft start for the output current in PWR-01 series?
- Can Wavy for PWR-01 be used with LAN, USB, or RS232C communication interfaces?
- Can multiple PWR-01 series units be synchronized to output the sequence waveforms?
- Does PWR-01 series have CE marking?
- Has PWR-01 series obtain UL or CSA certification?
- What is the output voltage rise time of PWR-01 series?
- What is the input voltage range for PWR-01 series?
- What is the difference between PWR-01 series and PWR series?
- Are the status outputs on the J2 connector of PWR-01 series isolated?
- Why does PWR-01 series not deliver its rated current at its rated voltage?
- What is the setting accuracy of the voltage monitor (VMON) in PWR-01 series?
- Why does the SET key light up on PWR-01 series when I turn the VOLTAGE or CURRENT knob?
- What do “setting” and “rating” mean in terms of voltage and current setting accuracy as described in the PWR-01 series specifications?
- Can PWR-01 series operate to limit the current when the load resistance decreases and the current increases during constant voltage (CV) operation?
- How much heat is dissipated from PWR-01 series?
- Are the front-panel and rear-panel output terminals available on PWR-01 series?
- What is the setting accuracy of the output voltage and current on PWR-01 series?
- Is it possible to set the voltage of multiple PWR-01 series units simultaneously via the RS232C interface?
- Does PWR-01 series have a GPIB interface option?
- Does PWR-01 series come with a load cable for the front-panel output terminals?
- Does PWR-01 series come with a load cable?
- Can PWR-01 series power cord be used in Europe?
- What is the internal resistance for the external voltage control terminal (for the output voltage) at the J1 connector of PWR-01 series?
- What is the internal resistance for the external voltage control terminal (for the output current) at the J1 connector of PWR-01 series?
- How do I choose the load cables and relay terminal block to perform parallel operation on PWR-01 series?
- How do I create and execute sequences in PWR-01 series?
- Does PWR-01 series come with a power cord?
- Can I purchase the J1 connector for PWR-01 series?
- Can I purchase a safety plug for the front-panel output terminals of PWR-01 series?
- Is there an option to convert the J1 and J2 connectors of PWR-01 series to the J1 connector of PAS series for analog control?
- What is the AC input current of PWR-01 series?
- What is the current ripple noise of PWR-01 series?
- How do I connect load cables to the rear-panel output terminals of PWR-01 series?
- What is the transient response of PWR-01 series?
- Is there a converter that can connect the J1 and J2 connectors of PWR-01 series to the J1 connector of PWR series?
- What is the noise level of PWR-01 series?
- What are the external dimensions and weights of PWR-01 series?
- Is it possible to set the sequence program for PWR-01 series by panel operation?
- What is the screw size of the rear-panel output terminals on PWR-01 series?
- Can I use Extended Terminal ET11 with PWR-01 series?
- Can PWR-01 series operate in parallel with PWR series?
- Where can I connect load cables to PWR-01 series?
- What precautions should I take when installing PWR-01 series?
- What precautions should I take when storing PWR-01 series?
- What precautions should I take when the output terminal of PWR-01 series is not grounded (floating)?
- Why is there a difference between the output voltage set value and the displayed voltage value in PWR-01 series?
- What is the rise time of a step in the sequence function of PWR-01 series?
- Does PWR-01 series have overcurrent protection function?
- What are the protection functions of PWR-01 series?
- How many output voltage and current settings can be stored in the preset memory function of PWR-01 series?
- How many sequence programs can be stored in PWR-01 series?
- Can PWR-01 series operate in parallel?
- How can I cancel the slave setting in PWR-01 series?
- What is the input power for PWR-01 series?
- How do I use the external control terminals on the rear side of PWR-01 series?
- Can the output voltage and current of PWR-01 series be logged?
- Why does the alarm indication of AL AC appear on the panel of PWR-01 series?
- Is it possible to adjust the update cycle of the displayed output voltage and current values of PWR-01 series?
- What cables are compatible with the pins of the optional J1/J2 connector plug kit OP01-PWR-01 for PWR-01 series?
- What is the minimum voltage setting resolution of PWR-01 series?
- Can the output voltage go to 0 V when an external resistor is open during the output voltage control in PWR-01 series?
- Is the communication interface isolated from the output in PWR-01 series?
- Can PWR-01 series be used overseas?
- What is the minimum current setting resolution of PWR-01 series?
- Why do I receive an echo back when sending the command for PWR-01 series via the RS232C interface?
- What are the dimensions of the rear-panel output terminals of PWR-01 series?
- Can PWR-01 series import current values into a programmable logic controller (PLC)?
- How do I use the front-panel output terminals of PWR-01 series?
- What are the specifications of the safety plug for the front-panel output terminals of PWR-01 series?
- What is the switching frequency of PWR-01 series?
- What is the MAC address of PWR-01 series?
- Why can’t PWR-01 series be opened via the USB interface?
- What is the need for the optional safety plug for PWR-01 series?
- What precautions should I take when connecting PWR-01 series to a battery?
- What is the stock availability of the options within PWR-01 series?
- What communication interfaces are available for PWR-01 series?
- What is the status signal update interval of PWR-01 series?
- What is the update interval and displayed value of PWR-01 series?
- What is the line-up of PWR-01 series?
- What is the output terminal size of PWR-01 series?
- Does PWR-01 series have a variable internal resistance function?
- Can PWR-01 series perform a short interruption test?
- What is the voltage ripple noise of PWR-01 series?
- Is there a low-leakage current model in PWR-01 series?
- Which residual current devices (RCDs) can be used for PWR-01 series?
- What is the withstanding voltage of PWR-01 series?
- Can banana plugs be used for the front output terminals of PWR-01 series?No, banana plugs cannot be used, as they may cause electric shock. Please use the optional safety plugs TL41 (screw connection type) and TL42 (solder connection type). For the details, read the user’s manual – chapter of Preparation – Connecting to the Output Terminals – Connecting to the front-panel output terminals.
- What is the isolation voltage (AC line-to-ground) for PWR-01 series?
- Can PWR-01 series be connected to and controlled by a PC via a USB interface using PIA4850?
- Can PWR-01 series check statuses such as constant voltage (CV) and constant current (CC) through the communication interface?
- I ground the positive (+) output terminal of PWR-01 series. Can you provide details on the isolation of its external control signals?
- Is the optional rack mount adapter KRA3 for PWR-01 series compatible with the EIA standard?
- Is output on/off control available via an external contact on PWR-01 series?
- What is the communication speed when VSET and OUTPUT ON are performed via the LAN interface in PWR-01 series?
- How do I set up external voltage control for output current in PWR-01 series?
- Are there any protection functions specific to the front-panel output terminals of PWR-01 series?
- Does Wavy for PWR-01 series support Windows 10?
- What is the optional application software available for PCR-WE/WEA series?
- How is the power factor measured and displayed on PCR-WE/WEA series?
- What is the regeneration function of PCR-WE2R/WEA2R in PCR-WE2/WEA2 series?
- Why do PCR1000WE(A)/2000WE(A)/3000WE(A)2 in PCR-WE/WEA series shut down when the POWER switch is turned on?
- Is the rated output voltage listed in the specifications for PCR-WE/WEA series the phase voltage?
- Why do PCR6000WE(A) and higher capacity models in PCR-WE/WEA series shut down when the POWER switch is turned on?
- What is the isolation voltage for PCR-WE/WEA series?
- I cannot find the external control (DIGITAL I/O) connector for PCR-WE/WEA series. Where is it stored?
- Can PCR-WE/WEA series be operated in parallel?
- What is the difference between PCR-WE/WEA, PCR-WE2/WEA2 and PCR-WE2R/WEA2R in PCR-WE/WEA series?
- What is the external control for PCR-WE/WEA series?
- What is the input voltage of PCR6000WE2/WEA2?
- Can PCR-WE/WEA series be operated in parallel in DC mode?
- Which model in PCR-WE/WEA series is capable of a single-phase three-wire output?
- Why does TRBL-19 occur on PCR-WE/WEA series?
- How can I control PCR-WE/WEA series via RS232C communication?
- What is the successor model to PCR-LA series?
- Can PCR-LA series superimpose ripple on an output voltage of 100 VAC?
- What is the input power for PCR-LE series?
- Can I perform the short interruption or volage slow-up/down tests from the panel of PCR-LE series?
- Can PCR-LE series perform the constant current (CC) mode during the DC mode?
- What is the tightening torque of the I/O terminal connecting screws in PCR-LE series?
- How do I insert the GPIB interface board into PCR-LE series?
- Why is the internal semiconductor protection (OCP) activated when turning off the output of PCR-LE series (e.g. PCR500LE) with a capacitor load connected?
- Is a three-phase output possible using three units of PCR-LE series with different output capacities?
- Can PCR-LE series be used to conduct a 10 ms short interruption test in accordance with the international standard IEC61000-4-29?
- Can PCR-LE series output a three-phase line-to-line voltage of 440 V at 60 Hz?
- I am using PCR-LE series to output 100 V between L-N. However, the voltage between L and G is measured as 30 V, and between N and G is measured as 70 V. Why are they unequal?
- How do I change the IP address settings for LAN communication in PCR-LE series?
- Can the compliance testing for the military standard MIL-STD-704, specifically section 5-2-3 and 5-2-4 related to avionics testing, be conducted using PCR-LE series and the optional SD012-PCR-LE/WE (avionics test software)?
- Can three units of PCR-LE series be used to provide a three-phase output of 20 kVA?
- I want to attach a 250V-20A plug to the end of the optional AC8-1P3M-M5C-3S (input power cord) of PCR-LE series, but why doesn’t the 8 sq crimped terminal fit the plug?
- Can two units of PCR-LE series be used to provide a single-phase three-wire output?
- Can PCR-LE series be damaged if an AC line loses power while the output is on?
- Is there any limit to the sensing cable length for PCR-LE series?
- Do I need any options to conduct a power supply fluctuation test using PCR-LE series?
- Why can’t I set the output voltage to 300 V in PCR-LE series?
- Can PCR-LE series be used with both 100 VAC and 200 VAC input voltage?
- I am conducting an IEC61000-4-29 compliance test (DC voltage variation test) using PCR-LE series with SD009-PCR-LE/WE (Power Line Disturbance Immunity Testing Software). Is it possible to conduct the test on PCR-LE series alone without a PC?
- What is the resolution of PCR-LE series ammeter?
- Can a constant voltage constant frequency (CVCF) power source with a three-phase output of 200 V at 60 Hz be used as a input power source for PCR-LE series?
- Can the output frequency of PCR-LE series be varied in steps?
- What is the combination of using PCR-LE series to output 220 V and 50 A at 50 Hz in a three-phase configuration?
- Can the output voltage and current be monitored when multiple units of PCR-LE series are used?
- Is it possible to ground either the L or N terminal of the single-phase two-wire output of PCR-LE series?
- Can PCR-LE2 series and the optional SD012-PCR-LE/WE (avionics test software) be used to simulate power line abnormalities?
- Can the output voltage and output on/off of PCR-LE series be controlled externally?
- Can PCR-LE series operate in constant current (CC) mode?
- I sent the command of “FETC:CURR?” via the programmable logic controller (PLC) to PCR-LE series, but I received no response. How can I retrieve the measured value?
- Is it possible to obtain a PDF version of the communication interface manual for PCR-LE series?
- Why cannot I connect a PC with the optional SD009-PCR-LE/WE (power line disturbance immunity testing software) to PCR-LE series via an RS232C interface?
- Can PCR-LE series be used as a substitute for an isolation transformer?
- Can I set unlimited repetitions of the loop for the sequence function on PCR-LE series?
- After configuring a single-phase three-wire output using the optional 2P05-PCR-LE (single-phase three-wire output driver) for PCR-LE series, is it necessary to adjust the phase once the power is turned on?
- In PCR-LE series, how do I set the output voltage to 230 V between the L and N terminals, 0 V between N and G terminals, and 230 V between L and G terminals?
- I have set the sequence settings of PCR-LE series as follows: the output voltage is set to 200 V and the voltage range is set to L. If I change the sequence setting to the H range, can PCR-LE series output 0 V?
- Why does the error code +202 “Operation denied” appear when executing a sequence in PCR-LE series?
- PCR-LE series can output a negative voltage controlled by a rotary knob. Can I set the negative voltage not to output?
- Is it possible to use one of the phase from a three-phase power distribution system as an input for the single-phase two-wire input model of PCR-LE series?
- Is it possible to import or export arbitrary waveforms created on the optional SD011-PCR-LE (sequence creation software Wavy) to PCR-LE series?
- Where can I find the description in the user’s manual regarding how to set the short interruption setting on a three-phase output in PCR-LE series?
- Is it possible to conduct an IEC61000-4-11 compliance test using the power line abnormality simulation function of PCR-LE series through panel operation?
- Is it possible to conduct a 1-millisecond short interruption test through panel operation of PCR-LE series?
- Why does TRBL-25 occur on PCR-LE series?
- Does PCR-LE series require a setting to switch an AC power line voltage between 100 V and 200 V?
- Can two units of PCR-LE series be synchronized?
- The output voltage modes of PCR-LE series include AC, DC, and AC+DC modes. How is the output terminal block is marked?
- What is the isolation voltage (AC line-to-ground) for PCR-LE series?
- What is the input impedance of the optional EX05-PCR-LE (analog interface) for PCR-LE series?
- How do I set up an emergency stop for PCR-LE series?
- Is it possible to output a voltage of 300 V even if the AC power line voltage for PCR-LE series is 100 Vac?
- Is it possible to test short interruptions using PCR-LE series in the DC mode?
- What is the rise time of the output voltage in the DC mode of PCR-LE series?
- Can PCR-LE series output single-phase three-wire, three-phase, or DC outputs?
- Is the connector of the RS232C interface on PCR-LE series secured by the male pins?
- Can a generator be used as the AC line power source for PCR-LE series?
- Are the screws used to fix the RS232C connector on PCR-LE series in inch size?
- Can the LOCAL key on the front panel of PCR-LE series switch between the local and remote modes?
- Can PCR-LE series output 480 V in the three-phase output mode?
- How much current can PCR-LE series flow when it outputs 400 Vdc?
- Can PCR-LE series be used to measure harmonic currents?
- How do I use the sequence function of PCR-LE series?
- What is the resolution of the voltmeter on PCR-LE series?
- What is the screw size of the output terminal on PCR-LE series?
- What is the screw size of the input terminal on PCR-LE series?
- How many units can be operated in parallel with PCR-LE series?
- What is the maximum load power factor of PCR-LE series in the AC mode?
- What is the ripple noise at the output of PCR-LE series?
- What are the communication interfaces of PCR-LE series?
- What is the maximum input current of PCR-LE series?
- What is the response time for the MEAS:VOLT:AC? command on PCR-LE series?
- Can PCR-LE series handle the peak current for a capacitor-input rectifier load?
- How does the protection function of PCR-LE series work?
- What are the external dimensions and weights of PCR-LE/LE2 series?
- How much heat is dissipated from PCR-LE series?
- What is the optional SD021-PCR-LE/WE (remote control software) for PCR-LE series?
- Can I set the output on/off phase for PCR-LE series?
- What is the difference between PCR-LE and PCR-WE/WEA series?
- Can PCR-LE series be externally controlled by an analog signal?
- What is the output voltage waveform distortion ratio of PCR-LE series?
- What is the regenerative function of PCR-LE series?
- Can I update the firmware of PCR-LE series?
- Can PCR-LE series output 20 Vac?
- How do I set up communication control in PCR-LE series?
- Can PCR-LE series be placed horizontally?
- Can PCR-LE series provide a three-phase four-wire output?
- What is the noise level of PCR-LE series?
- What is the difference between the maximum peak current and inrush current of PCR-LE series?
- What triggers the internal semiconductor protection (OCP) alarm in PCR-LE series?
- Can PCR-LE series be set up for power line abnormality simulations from the panel?
- Can RC04-PCR-LA (remote controller for PCR-LA series) be used for PCR-LE series?
- Why cannot PCR-LE series provide the maximum output when displaying “POW SAVE”?
- Can PCR6000LE2 be operated in parallel?
- Why does PCR-LE series shut down the output and display TRBL-19?
- What communication interfaces does PCR-MA series support?
- Is the sequence creation software Wavy available for PCR-MA series?
- What is the input voltage range of PCR-MA series?
- Can be PCR-MA series considered a frequency converter that can vary the output power frequency from 40 to 500 Hz while maintaining the same voltage as a utility power supply?
- Are the commands of PCR-MA series compatible with those of PCR-M series?
- How does PCR-LE series control the flow of reverse current?
- Are the input and output of PCR-MA series insulated?
- What is the size of the screw for the AC input terminal block of PAT-T series?
- Can PAT-T series 8 kW type switch to the single-phase input?
- What is the size of the screw for the output terminal of PAT-T series?
- What is a maximum weight that can be placed on the top of PAT-T series?
- Does PAT-T series output a peak current that exceeds its rating?
- Can PAT-T series output 0 voltage?
- Can PAT-T series output a negative voltage?
- What is the setting resolution for the output voltage and current of PAT-T series?
- Should I connect the chassis connection wire of PAT-T series?
- What is the specification of the input current for PAT-T series?
- How much airflow does the cooling fan of PAT-T series create?
- How much heat is dissipated from PAT-T series?
- How do I select a circuit breaker for PAT-T series?
- Which firmware version of PAT-T series is available for the setting of CC prioritization?
- How much leakage current will flow through PAT-T series?
- How can I switch between the constant voltage (CV) and the constant current (CC) mode in PAT-T series?
- How do I reset PAT-T series to the factory default settings?
- How do I check the firmware version of PAT-T series?
- How do I connect two units of PAT-T series in series?
- How can I control the output on/off through the external contact on PAT-T series?
- When does the RMT LED light on PAT-T series?
- How do I set the output voltage or current in PAT-T series?
- How can I control the output current by an external voltage on PAT-T series?
- What should I do if PAT-T series doesn’t operate the constant current (CC) mode?
- How can I shut down the output under the external control on PAT-T series?
- Does PAT-T series operate a sequence function?
- Why is there a gap between the external voltage and the actual output voltage/current from PAT-T series?
- What is a detection method of controlling the output on/off through an external contact in PAT-T series?
- Can I use a Form B contact relay for the shutdown control of PAT-T series?No, please use a Form A contact relay instead. PAT-T series cannot change the control logic.
- What is the model of the crimper used for the J1 connector of PAT-T series?
- I am controlling PAT-T series via the J1 connector. Why is the RMT LED off on the front panel?
- Can I change the external control logic of the output on/off in PAT-T series?
- Is it available to use the Wavy during the PAT-T master-slave parallel operation?
- What is the conditions to operate the master-slave parallel operation in PAT-T series?
- How do I externally control the PAT-T master-slave parallel operation system through the J1 connector?
- How do I set up the PAT-T master-slave parallel operation system?
- Which RS232C cable do I use in PAT-T series?
- How do I check DC1 or DC3 during the flow control in RS232C communication in PAT-T series?
- What is the setting resolution of PAT-T series under the remote control through the communication interface?
- Is Windows XP supported by Wavy for PAT-T?
- During the flow control in RS232C communication in PAT-T series, can I set the output voltage/current or turn the output on/off?
- Do you have PLC programming examples for PAT-T series?
- Can I control PAT-T series via a PLC over the LAN interface?
- What happens if the remote sensing voltage exceeds 0.6 V to compensate in PAT-T series (on the one side of the output line) ?
- How do I cancel the PAT-T master-slave parallel operation to use each unit alone?
- How much is the contact rated current on the J1 connector of PAT-T series?
- How do I externally control PAT-T series via the J1 connector?
- The overvoltage protection (OVP) activates before the output voltage reaches the desired value. What should I do?
- Can PAT-T series flow the current more than the rated value if the output voltage is set to less than the rated value?
- How long is the response time speed under the external voltage control in PAT-T series?
- How much is the internal resistance of PAT-T series?
- Does it cause any damage to PAT-T series if a wrong UVW connection is made?
- Can I change the output voltage of PAT-T series under the external voltage control through the J1 connector while the output has been turned on?
- Can I control PAT-T series with Excel VBA or LabVIEW without any option by free?
- Why does the CC LED flash during the CV operation in PAT-T series?
- Can I change the output voltage value of PAT-T series while the output has been turned on?
- How do I set the overcurrent protection (OCP) in PAT-T series?
- What type of power supply is PAT-T series?
- How much is the ripple noise in PAT-T series?
- How long is the rise time of PAT-T series?
- How much does PAT-T series weight?
- What is the dimensions of PAT-T series?
- How much is the transient response speed of PAT-T series?
- Is PAT-T series CE certified?
- What is the output on/off delay function of PAT-T series?
- What is the difference between PAT-TM and PAT-TMX series of the large capacity models (smart rack)?
- What is the maximum number of the units for the parallel operation of PAT-T series?
- What is the preset memory function of PAT-T series?
- What is the rack mounting option of PAT-T series?
- What is the factory option of PAT-T series?
- What is the remote sensing function of PAT-T series?
- Is the input voltage of PAT-T series three-phase 200 VAC?
- What are the options of PAT-T series?
- Does the remote mode cancel by turning the POWER switch off in PAT-T series?
- How do I release the alarm of the overvoltage protection (OVP) in PAT-T series?
- Do I need sealed cables to perform the remote sensing in PAT-T series?
- Why is the incorrect sensing connection protection (SENSE) activated?
- How do I use PAT-T series 4 kW type in the single-phase input?
- Does PAN-A series output the current that exceeds the set value?
- Does PBZ series come with a BNC connector?
- How do I set up PBZ series as a constant current (CC) power supply?
- What type of power cord is available in PBZ series?
- Can PBZ series be used for 24 Vdc short interruption testing?
- Can I perform the firmware update of PBZ series?
- What is the gain setting for the EXT SIG IN signal of PBZ series?
- Does PBZ series support USB 3.0?
- What is the rated output current of PBZ series?
- Can PBZ SR series be modified to a three-phase 200 V input?
- Can the sequence operation of PBZ series be executed and terminated by an external signal other than through the interface?
- Why isn’t the USB interface recognized on Wavy when controlling PBZ series?
- What is the impedance of the OUT terminal of PBZ series when the output is turned off?
- Can I acquire test data from PBZ series?
- What is the frequency response of PBZ series?
- What are the specifications of the transient response time (transient response) in CV mode for PBZ series?
- How do I set up PBZ series as a constant voltage (CV) power supply?
- Can PBZ series provide a three-phase output?
- How do I set the current setting for PBZ series during the CV mode?
- Does PBZ series include a communication interface cable to connect to a PC?
- What are the communication interfaces of PBZ series?
- What is the input voltage for PBZ series?
- What is the setting accuracy of the constant current (CC) for PBZ series?
- Is PBZ series available with an optional LAN interface?
- What is the SCPI ERR -220 in PBZ series?
- When the pin No.3 and 7 (shutdown signal) of the J1 connector of PBZ series is short-circuited, is the POWER switch turned off?
- What is the slew rate of the output voltage for PBZ series?
- What is Wavy for PBZ Ver. 6.X? I use Wavy for PBZ Ver. 6.22. Is it considered Ver. 6.X?
- Can PBZ series perform the parallel operation in the unipolar mode?
- What happens to the sequence operation of PBZ series performed by Wavy for PBZ if the PC stops or communication is interrupted?
- What cables are used for the J1 connector of PBZ series?
- Can PBZ series perform the ramp transition (rising and falling)?
- Are there any restrictions on firmware version when operating PBZ series in parallel?
- Can Wavy for PBZ be used for PBZ SR series?
- Can PBZ series remotely enable/disable the remote sensing?
- Can PBZ series clear the alarm by external control via the J1 connector?
- What is the performance when two PBZ series units are connected in parallel?
- What is the relationship between the output on/off via external control and the output on/off setting of the sequence operation in PBZ series?
- Why cannot I turn off the output of PBZ series when I abort the sequence on Wavy for PBZ?
- Is it possible to use PBZ series with floating output without connecting the COM terminal to the chassis terminal?
- Can PBZ series load and save a sequence data?
- Can PBZ series stop the square wave output at a specified time?
- Can PBZ series synchronize the sequence operation without using a PC?
- Can PBZ series synchronize and sequence-control the output from the multiple units?
- Can the sweep setting for the AC signal frequency be configured to 1000 s or longer in PBZ series?
- How do I control PBZ series by an external voltage via the J1 connector?
- Can the ramp setting for the DC signal in the sequence step be configured to 1000 s or longer in PBZ series?
- Can the sweep setting for the AC signal amplitude be configured to 1000 s or longer in PBZ series?
- How can I set the offset using the EXT SIG IN signal in PBZ series?
- Why cannot I set the voltage while PBZ series displays the current value?
- Does PBZ series have a setting where the output is automatically turned on when the POWER switch is turned on?
- What is the command to clear alarms for PBZ series?
- How do I restart PBZ series when the POWER switch is turned off by a shutdown?
- Can I use Wavy for PBX for PBZ series?
- Can PBZ series turn off the POWER switch (breaker trip) by a shutting down signal via the external contact?
- Is it possible to disable the OVP and OCP functions of PBZ series?
- How do I turn off the output of PBZ series in case of an abnormality?
- Can I change the set value linearly through an electronic communication in PBZ series?
- How do I set the output voltage control by an external resistor for PBZ series?
- Why cannot PBZ series be controlled via the LAN socket interface (5025 port)?
- What is the output capacitance of PBZ series?
- Can PBZ series superimpose a voltage waveform on the output voltage?
- Can I use PBZ series as an electronic load? If yes, how do I make the settings?
- What is the specification guarantee for parallel operation of PBZ series?
- Can PBZ series get measured voltage and current via RS232C interface?
- Can PBZ series be stacked?
- Can PBZ series operate five units in parallel?
- How much does PBZ series weigh?
- Why cannot the PROG:NAME command be specified for PBZ series?
- How do I set up a fixed IP address for LAN interface in PBZ series?
- How long does it take from the output to turn ON to the actual output of PBZ series?
- Can PBZ series be used with both of 100 and 200 V input voltage?
- How do I execute a sequence using a command in PBZ series?
- What is the difference between the trial version and the licensed version of Wavy for PBZ?
- Can PBZ series continue the output after the sequence is complete?
- What is the input current and consumption current of PBZ series?
- Is it possible to set PBZ series to maintain the current limit without turning off the output?
- Why is the repetition count of Wavy for PBZ in the execute window stuck at 10,001?
- Is it possible to limit the output voltage to not exceed a certain value during the CC mode in PBZ series?
- How do I synchronize PBZ series?
- What is the setting resolution in CC mode of PBZ series?
- Is PBZ series capable of 1 ms voltage step setting?
- I’m trying to connect Wavy for PBZ to PBZ series via the USB interface, but the serial number is not displayed on the interface dialog box of Wavy for PBZ. What should I do?
- Can Wavy for PBZ be used for PBZ series in parallel operation?
- Under external voltage control through the J1 connector of PBZ series, what is the output voltage when 10 V is input?
- Is it possible to operate five units of PBZ series in series?
- Is it possible to remove one unit of PBZ series from PBZ SR (Smart Rack) series or PBZ BP (Bipolar Pack) series?
- What do the model names of PBZ series mean?
- Is there any useful software for creating arbitrary waveforms for PBZ series?
- How do I check when I have sent a compound command to PBZ series?
- If the output is turned off via the external contact during sequence operation in PBZ series, how can the sequence be restarted?
- Can PBZ series be controlled by voltage from the GPIB interface while controlling via the J1 connector?
- Can two PBZ series units be connected via their COM terminals to function as a bipolar power supply, providing positive and negative voltage outputs?
- Can PBZ series output the square wave of 10 µs under the output voltage control via the EXT SIG IN terminal?
- Is the trigger in the sequence sheet of Wavy for PBZ
- Can PBZ series be controlled by connecting a function generator to the external control terminal?
- Is it possible to monitor the output voltage and current of PBZ series?
- Does the parallel operation of PBZ series apply only to the same model?
- What is the measurement/display unit of the DC+AC of PBZ series?
- What do the “setting” and “rtg” mean in the DC output accuracy specifications of PBZ series?
- How can I output an AC current from PBZ series using commands?
- Can PBZ series output an AC waveform or noise waveform?
- When does the trigger signal outputs during the sequence operation of PBZ series – at the beginning of the step or at the end of the step?
- How do I synchronize PBZ series using commands?
- What is the lineup of PBZ series?
- What is the setting resolution of PBZ series?
- What are the error codes in PBZ series?
- Is it possible to monitor voltage and current while controlling multiple PWR-01 units with Wavy?
- Can PWR-01 series be controlled by a programmable logic controller (PLC)?
- Does PWR-01 series have a cover on the front-panel output terminals?
- Is the chassis terminal of PBZ series at the same potential as the chassis?
- Why doesn’t PBZ series accept the command of CURR LIM UPP?
- I use PCZ1000A to an AC power supply (output: 100 Vac). While I am setting the CP mode to 1000 W and when the load current reaches 2.2 A, both the C.C and C.R LED blink and the load current can’t go up anymore. What should I do?
- Why doesn’t power on PCR-LE series after connecting the power codes to the AC INPUT terminal block (single-phase, 200 V input)?
- How do I switch the output voltage of PCR-MA series?
- Does PAT-T series draw a sink current when it turns off the output?
- What are the PC requirements for Wavy for PBZ?
- During parallel operation of PBZ series, should I connect the sensing cable to the master or slave unit?
- Is the FINE setting available for the DC setting in PBZ series?
- Can I check the EXT GAIN setting from the front panel of PBZ series?
- Can PBZ series create arbitrary waveforms based on measured data?
- Is it possible to control PBZ series by LabVIEW?
- How do I control the output on/off via the external contact in PBZ series?
- Can PBZ series output arbitrary waveforms during synchronization?
- Why doesn’t PBZ series output its rated AC voltage/current?
- Can PBZ series accept programs during sequence operation?
- What is an output status of PBZ series when the sequence operation is complete?
- Is PBZ series considered high-frequency equipment under the Japanese Radio Law?
- Why doesn’t PBZ series operate by inputting trigger signals via the TRIG IN contact?
- Does PBZ series output an AC waveform based on 0V-0A?
- Does PBZ series record measurement data?
- How do I set the AC signal on PBZ series via Wavy for PBZ?
- While the output is turned on, is there voltage present on the OUTPUT ON STATUS pin of the J1 connector of PBZ series?
- When I operate PAN-A series in the constant current (CC) mode, do I need to turn the VOLTAGE control knob clockwise to the maximum?
- How do I perform the master-slave parallel operation in PAN-A series?
- How much current does flow through PAN-A series when a ground fault occurs on the external control cable connected to the CONTROL terminal board?
- What type of power supply is PAN-A series?
- How much current is flowing through the bleeder circuit of PAN60-20A?
- Can PAN-A series absorb the current?
- What is the rise time of PAN-A series?
- What is the fall time of PAN-A series?
- Why can’t I increase the voltage of PAV series to the desired value?
- Can I connect a 5V pull up to the ILC pin of PAV series?
- How can I control the output on/off via the external contact of the J3 connector in PAV series?
- How do I control the output voltage by an external resistance on PAV series?
- Can PAV series automatically turn on the output after an instantaneous power failure (within a few seconds)?
- How do I select a circuit breaker for PAV series?
- How much leakage current will flow through PAV series?
- How much is the setting resolution on the LIST and WAVE mode of the advanced output programmable function of PAV series?
- Why can’t I make a connection over a RS232C interface in PAT-T series?
- Can multiple PAVs be controlled via a communication interface?
- Can a relay be connected to the status output terminal (PS_OK signal) of PAV series?
- Can I remove the feet from the bottom of the PAV series?
- Can PAV series turn on the output when the POWER switch is turned on?
- When should I replace the PAV parts as a maintenance?
- Are output voltage and output current monitoring standard functions of PAV series?
- Does PAV series output an alarm signal?
- Does PAV series output a ramp voltage?
- What is the LAN port number on PAV series?
- Do you have any particular application software for PAV series?
- Do you have a command list for PAV series?
- How can I control PAV series via a USB interface?
- How can I control PAV series through a LAN interface by a programmable logic controller (PLC)?
- Why doesn’t the ammeter of PAV series show the current value around 0 A?
- What type of power cord is available in PAV series?
- How fast is the rise time of PAV series?
- Can I use my own programs to control PAV series?
- Why is the AC failure alarm triggered in PAV series when the POWER switch is turned off?
- What is the dimension of PAV series?
- Why doesn’t my PAV series communicate via the USB interface?
- What is the foldback protection of PAV series?
- What is the size of the bus bar cover of PAV series?
- What should I do if PWR-01 series has high output ripple under the external control?
- What is the voltage phase at the beginning of the voltage curve of the AC withstanding voltage test performed by TOS series?
- Can I connect Kikusui’s AC power supplies in series?
- Is it possible for PCR6000WE2R to perform the parallel operation during DC output?
- What is the method of the high-voltage output circuit for Kikusui’s AC withstanding voltage testers?
- Why does TOS series detect a very small current (a few μA) when performing an AC withstanding voltage test without a DUT (only the test leads connected)?
- I have the AC/DC withstanding voltage tester of TOS series. What is the difference between an AC and DC withstanding voltage test?
- Can the interfaces such as USB or LAN coexist with GPIB?
- Is it possible to use Kikusui products outside the nominal input voltage range but within the input voltage range?
- Is ‘A COM (external signal common)’ positive or negative on PMC-A series?
- How do I choose a best IVI instrument driver for my development software?
- Why does ‘Reverse Alarm’ appear on PLZ164WA when turning its load off?
- Why do some of Kikusui product name end with ‘S’?
- Can be PCZ1000As with different firmware version connected in parallel?
- Which operation mode should I choose for PCZ1000A to simulate a load for a power conditioner: constant-current (CC) mode or constant-power (CP) mode?
- To use PWR800L as a battery charger, I want to connect a reverse-current-prevention diode as instructed in the user’s manual. How do I choose a diode?
- When should I replace a backup battery in Kikusui products?
- Why do I have to firstly connect the low-voltage test lead of TOS series?
- How do I synchronize the bleeder speed of two PWR-01 series during the master-slave parallel operation?
- What should I consider when replacing PWX750LF (750 W model) with PWX1500L (1500 W model)?
- Can I use the external monitoring on PWR-01 series to monitor the output voltage and current?
- Is it possible to record a data of the output voltage/current of PWR801L with a data logger?
- I want to operate several units of PWR800L in series. What is the isolation voltage?
- Can I control PWR-01 series (switching regulator) and PMX-A series (series regulator) through the USB interface?
- When unpacked and turned on the POWER switch of TOS series, the PROTECTION message lights on the front panel. What should I do?
- What should I do if PCR-WE/WE2/WEA/WEA2/M2 series is powered on and “TRBL-19 EXT.SHUTDOWN” is displayed on the panel with the alarm sounds?
- I set CONFIG parameter CF25 (output status setting at power-on) to ON for PAT-T series. How long does it take from power-on to output turn-on?
- Can I resume the panel settings of TOS series?
- What should I do if PWR-01 series cannot be powered on by tuning the POWER switch on?
- How long is the power cord on PMX-A series?
- On PMX-A series, the external signal common (ACOM) for the output voltage monitor is assigned to the pin No. 3, 5 and 15 on the J1 connector. Which one should I use?
- Can I control the output-on/off for PMP series using an AC timer switch?
- PMP25-2TR has the two channels of +25 V output. Can I use these two channels to output +/- 25 V?
- Can I connect PMC18-2 to a car power inverter?
- Do you have a programming manual for PLZ-5W series?
- Is it possible to apply +/- voltage to PLZ-5WH2 series by a positive and negative output power supply? (i.e., Can PLZ-5WH2 receive +400 V at the positive DC INPUT terminal and -400 V at the negative DC INPUT terminal?)
- How much is the capacitance of the capacitor which is in parallel with the load cable for the equivalent circuit of PLZ-5WH2 series?
- PLZ-4W series does not show the resistance value on the display even when the CR mode is selected, while remotely controlled via the GPIB interface. Is there a command to show the resistance value?
- Why does ‘Reverse Alarm’ appear on PLZ164WA when turning off an output of a switching power supply (DUT)?
- Can I debug the program for PLZ1205W using PLZ4005WH2?
- Do you have AC electronic loads?
- How can I check the result of a contact check of the scanner for TOS9200 series (TOS9220/TOS9221)?
- How can I check the result of a contact check of the scanner for TOS9300 series (TOS9320)?
- Why does the DANGER LED light on the stand-by TOS series tester in the rack system with several testers?
- What should I do if the output voltage from PWR-01 series does not quickly decrease after turning the output off?
- What should I do if the output ripple from PWR-01 series sometimes increases?
- Can I reduce the level of the voltage resolution for PCR-MA series to less than 0.1 V?
- The output ripple increased after PWR-01 series was moved to the different location. What should I do?
- Why does TOS9200 series show the measurement results that fall outside the specification range during insulation resistance testing?
- Why is a DC voltage used for the insulation resistance test?
- Why is a withstanding voltage test necessary?
- I want to control a Kikusui product with a programmable logic controller (PLC). Do you have a protocol specification or communication specification?
- PMX-A series is controlled by the PC through the RS232C interface. Why does the command not work when using the CR delimiter?
- Can I change an AC output frequency of TOS5101?
- Can I use the withstanding voltage testers of TOS series as a high-voltage power supply?
- Do I need a specific qualification to operate the withstanding voltage testers of TOS series?
- I want to operate five units of PCZ1000A at 5 kW capacity. Do I have to get five license of Wavy for PCZ1000A?
- Is RS232C the only available interface for PCZ1000A?
- What if I cannot set the AC+DC mode from Easy Controller for PCR-M?
- How long is the lifetime of the OUTPUT key on PCR-MA series?
- Why do Kikusui’s series regulated DC power supplies make a humming sound even without a load connected?
- What is the value of the internal resistance of your DC power supplies?
- What should I do if the LOCK LED lights on PWR-01 series and any panel operation is invalid?
- Are there any notes when I distribute a finished application?
- Do I need to install KI-VISA if my PC has already installed NI-VISA before starting Wavy?
- I installed Wavy according to the setup guide, however the error pops up at its startup. What should I do?
- Is Wavy provided for each model, or is it provided as a common software?
- Is the Wavy for PCZ1000A compatible with Windows 10?
- I created the sequence data of Wavy for PCZ1000A for 24 hours from midnight to midnight. Can I execute the test from 9:00 a.m. to 9:00 a.m. with this sequence data?
- Why is there only one sequence-data file even I made seven types of sequence pa
- Is there any limitation on firmware version of PCZ1000A to run the Wavy for PCZ1000A?
- Where can I obtain a VISA library from?
- What is a VISA library?
- When I powered on PWR-01 series, the fan seemed to be blowing faster than usual. Is it possible to return it to normal?
- How does the overcurrent protection (OCP) work in Kikusui’s DC power supplies?
- What should I do if I cannot remotely control PWR-01 series through the communication interface?
- What should I do if PWR-01 series does not switch to the local mode by pressing the LOCAL key?
- What should I do if the REMOTE LED lights on PWR-01 series and the panel operation is invalid?
- On PWR-01 series, the output voltage cannot be less than the undervoltage limit (UVL). What should I do?
- On PWR-01 series, the overvoltage protection (OVP) trip point cannot be less than 105% of the output voltage. What should I do?
- On PWR-01 series, the output voltage cannot be more than 95% of the overvoltage protection (OVP) trip point . What should I do?
- Can I stop the alarm of the undervoltage protection (UVP) in PLZ series?
- Why is the load current delayed from the voltage rise in PLZ series when the voltage is applied while PLZ series turns the load on?
- How is power dissipated in the Kikusui’s electronic loads?
- What should I do if I turn on the Kikusui’s electronic load after a long-time interval and it doesn’t work as expected?
- When applying the input voltage (e.g., 24 Vdc) to PLZ series and then opening its DC INPUT terminal, how long does the residual voltage take to drop to 0 V?
- Why does the load current rise not match with the slew rate?
- On PWR-01 series, the overcurrent protection (OCP) trip point cannot be less than 105% of the output current. What should I do?
- On PWR-01 series, the output current cannot be more than 95% of the overcurrent protection (OCP) trip point. What should I do?
- Which Kikusui’s electronic load can be used for a fuel cell testing?
- What is a leakage current?
- Are the PCR-LE commands compatible with the PCR-L/LA commands?
- What are the PC requirements for Wavy for PBZ?
- What are the CC (constant current) response time and OCP (overcurrent protection) response time for PAT-T series
- I want to operate several units of PAT850-9.4T in series. What is the isolation voltage?
- What should I do if no output is generated (the OUTPUT LED does not light) from PWR-01 series by pressing the OUTPUT key?
- What should I do if no output is generated (the OUTPUT LED lights in green) from PWR-01 series by pressing the OUTPUT key?
- Is an IVI instrument driver different from an application software?
- What is necessary for Kikusui’s IVI instrument drivers?
- What are the types of IVI instrument drivers?
- What should I do if an IP address cannot be assigned from the DHCP server on the LAN interface to connect a PC and PWR-01 series?
- PWR-01 series shows “AL/Sd” on the panel with the red ALM LED on, regardless of the output on/off status. What should I do?
- PWR-01 series turns off the output soon after the output is turned on and shows “AL/oUP” on the panel. What should I do?
- PWR-01 series turns off the output soon after the output is turned on under the CC load condition. “AL/oCP” is shown on the panel. What should I do?
- PWR-01 series shut off the output, showing “AL/AC” on the panel with the red ALM LED on. What should I do?
- How long does a warm-up take?
- Can I mount Kikusui products vertically?
- Can I control a Kikusui’s power supply or measuring instrument by a programmable logic controller (PLC) or a micro controller?
- I connect five units of PCZ1000A in parallel and set the load current to 25 Arms, however the load current flows at only 5 Arms. What should I do?
- Can I use a PCZ1000A for testing on a three-phase AC power supply at 200 Vrms?
- I am performing the tracking operation with the three units of PCZ1000A to test a three-phase AC power supply. Why are the input powers different for each PCZ1000A unit?
- Does “Parallel Ope.” of the CONFIG setting of PCZ1000A include the master unit?
- Can I use PCZ1000A for an AC power supply at 24 Vrms?
- Why doesn’t the load current flow in PCZ1000A even when I turn the load on and set the load current setting?
- Is rack mounting bracket for PCZ1000A an accessory?
- Is it possible for PCR-WE2 series to perform the output on/off control through the external control?
- Why is an earth continuity tester necessary to measure a resistance between a protective conductor terminal or a protective grounding pin and a protective grounding part on a chassis?
- Do I need to place a resistor to limit a current supply when performing the pre-inspection of TOS6200(A)/TOS6210?
- Can I use a smaller test lead to TOS6200(A)/6210 instead of the supplied one?
- The voltage measurement cable has been broken during the earth continuity testing performed by TOS series (with the four-terminal wiring method). Does it affect the measurement result?
- What is the specification of the REMOTE connector on the front panel of TOS series?
- How can I conduct a withstanding voltage test on a three-phase input device?
- What is a good way to pre-inspect that the insulation resistance testers of TOS series properly determine the PASS or FAIL status?
- How do I calculate the resistance and power ratings of a dummy resistor required for the pre-inspection of TOS series?
- Is the pre-inspection for TOS series necessary?
- Do I need a specific qualification and facility to perform a calibration of TOS series?
- Can I calibrate TOS series by myself?
- Can I use a different test lead for TOS series than the supplied one?
- Is there a way to check other than short-circuiting between the test leads for TOS series to check whether they are broken?
- I got the screws (M2.6 x 0.45) for the SIGNAL I/O connector of TOS9300 series, as stated in the user’s manual. If the screws didn’t correctly fit in the connector, what should I do?
- What is a response data of IDATA? in TOS9200 series?
- Can I control TOS5300 series by a programmable logic controller (PLC)?
- I want to control TOS5300 series by a programmable logic controller (PLC). Can I connect the COM (circuit common) terminal of the TOS5300’s SIGNAL I/O connector to the COM terminal of the PLC’s +24 V internal power supply terminal?
- In the I/O connector of TOS5050, the INTERLOCK- terminal is connected to the COM (circuit common) terminal. Is it the same for TOS5302?
- Why is the INTERLOCK- terminal not connected to the COM (circuit common) terminal in the I/O connector of TOS5300 series?
- In TOS5300 series, there are two COM terminals of the SIGNAL I/O connector. Are they connected as the circuit common terminals or are they isolated?
- Which USB-RS232C conversion cables can be used?
- Can I use a commercial LAN cable to PLZ-5WH2 series instead of the optional parallel operation signal cable kit (PC01/02-PLZ-5W)?
- Can I access the expanded memory of PCR-MA series from the panel?
- How do I choose a right distribution breaker for PCR-LE series?
- How long is the response time of the external analog control by the external voltage for PAS series?
- How long is the response time of the external control through the USB interface with PIA4850?
- How much is the maximum output current when PAN-A series moves from the constant voltage (CV) mode to the constant current (CC) mode?
- Does PAN-A series output an instantaneous high voltage during the AC power interruption?
- What is an IVI instrument driver?
- Which VISA library should I install to use Kikusui’s IVI instrument drivers?
- Can I use Kikusui’s IVI instrument drivers on other than the Windows OS?
- What is a suitable language for Kikusui’s IVI instrument drivers?
- Can I redistribute Kikusui’s IVI instrument drivers and a KI-VISA?
- PWR-01 series turns off the output soon after the output is turned on under the CC load condition. “AL/FoCP” is shown on the panel. What should I do?
- PCR-WE/WE2 / Firmware Updater
- What is a withstanding voltage test?
