AC power supply PCR-LE2 series

Appendix


Option

Input power cord

GPIB/USB/LAN Interface Boards

Analog signal Interface boards (EX05-PCR-LE, EX06-PCR-LE)

Base Hold Angles (OP03-KRC)

Control Panel Extension Cable (EC05-PCR)

Line Impedance Network (LIN3060J, LIN1020JF, LIN3020JF)

Sequence creation and control software (SD011-PCR-LE)

RMT CONT SOFTWARE FOR PCR-LE
(SD021-PCR-LE)

Immunity Tester (DSI1020, DSI3020, SD009-PCR-LE)

Input power cord

These are power cords for the PCR-LE Series. The switchboard ends of the power cords have not been prepared for connection. The power cords do not conform to IEC standard.

For detail of the AC code of PCR12000LE2/ PCR18000LE2/ PCR27000LE2, contact your Kikusui agent or distributor.

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Model

Cable

Length

Nominal cross sectional area

Input terminal

PCR6000LE2

Single-phase, two-wire input

AC14-1P3M-M8C-3S

Three single-core cables

3 m

14 mm2

M8

PCR6000LE2

PCR9000LE2

Three-phase, three-wire input

AC14-1P3M-M5C-4S

Four single-core cables

3 m

14 mm2

M5

PCR6000LE2

PCR9000LE2

Three-phase, four-wire input

AC5.5-1P3M-M5C-5S

Five single-core cables

3 m

5.5 mm2

M5

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GPIB/USB/LAN Interface Boards

By using one of the interface boards listed below, you can use an interface other than RS232C to control the PCR-LE Series.

US05-PCR-LE: This board enables you to control the PCR-LE Series over USB.

IB05-PCR-LE: This board enables you to control the PCR-LE Series over GPIB.

LN05-PCR-LE: This board enables you to control the PCR-LE Series over a LAN.

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(The figure here is an example of the IB05-PCR-LE.)

Insert the interface board in SLOT 4 on the rear panel.

Installing

Do not handle the interface board in environments where static electricity is easily produced.

1

Check that the POWER switch is off.

2

Touch a grounded metal object (for example, the metal parts of the rear panel) to discharge any static electricity from your body.

3

Remove the screws that are holding the SLOT 4 cover in place on the rear panel, and remove the cover from the panel.

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4

Hold the panel parts of the board so that the printed circuit board side is facing up.

5

Insert the board into the slot so that the printed circuit board's connector is inserted into the connector at the back of the slot.

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6

Insert the board all the way into the slot.

7

Use the screws that you removed in step 3 to fix the board in place in the panel.

8

If you installed the LAN interface board (LN05-PCR-LE), to change the host name, use the Web interface.

The factory default host name is “PCR-LE.” To access several PCR-LEs using host names, you need to change the host name.

For details on the Web interface, see “Interface Setup” in the Communication Interface Manual.

9

If you have installed the USB interface board (US05-PCR-LE), attach the ferrite core and the cable tie.

A ferrite core (96-01-0210) and cable tie (P4-000-551) are included with the USB interface US05-PCR-LE.

Attach the ferrite core at a position 10 cm or less from the USB port. Check that the ferrite core is locked securely in place.

Attach the cable tie to fix the position of the ferrite core.

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Analog signal Interface boards (EX05-PCR-LE, EX06-PCR-LE)

By using one of the analog signal interface boards listed below, you can control PCR-LE2 Series AC power supply output with analog signals.

EX05-PCR-LE simply amplifies the waveforms that it receives and outputs the result.

EX06-PCR-LE varies the voltage of the output AC waveform (sine wave) on the basis of DC signals that it receives.

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Insert the board in SLOT 3 on the rear panel.

For connections, see the EX05-PCR-LE/ EX06-PCR-LE Setup Guides.

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Base Hold Angles (OP03-KRC)

These are used when you want to fix the PCR6000LE2, or PCR9000LE2 to a rack or the floor.

For details, see the OP03-KRC section in the OP03-KRC Manual.

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When you are using these with the PCR6000LE2, or PCR9000LE2, you can use a coin or similar object to detach the caps that are included with the PCR-LE Series, then attach the base hold angles. Nuts that are included with the OP03-KRC will not be used.

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The dimensions of the product when the base hold angles are attached to it are shown in the following figure.

Unit: mm

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Control Panel Extension Cable (EC05-PCR)

This is an extension cable (2 m in length) that enables you to use the control panel while it is detached from the PCR-LE2 Series.

1

Check that the POWER switch is off.

2

Remove the screw on the back of the control panel that is fixing the connector cover in place.

Slide the connector cover up to detach it from the control panel.

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3

Remove the cable that is connected to the control panel.

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4

Connect the cable from the PCR-LE2 Series to the control panel extension cable. Use the band and the bracket to fix the control panel extension cable to the PCR-LE2 Series.

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5

Connect the control panel extension cable to the control panel.

Store the cable in the upper or lower groove.

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6

Slide the connector cover back onto the control panel.

Use the screws that you detached in step 2 to fix the cover in place.

The following figures show an example in which the cable is stored in the lower groove.

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Line Impedance Network (LIN3060J, LIN1020JF, LIN3020JF)

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Connecting a standardized line impedance network between the PCR-LE2 Series and the load enables you to simulate a commercial power supply.

Insert the supplied board in SLOT 3 on the rear panel.

LIN3060J

This product contains impedances required for testing grid-connected power conditioners as defined in the applicable JIS/JET standards. It is a reference impedance unit necessary for constructing a JETGR0002-1-2.0 grid-interconnection test system.

For details, see the LIN3060J Operation Manual.

LIN1020JF/ LIN3020JF

This product contains JIS- and IEC-compliant impedances required for harmonic and flicker testing of devices connected to power distribution systems. A test system can be configured easily by combining this product with AC power supplies.

The LIN1020JF can be used to test single-phase devices. When used in combination with the OP01-LIN1020JF, it can be used to test single-phase three-wire devices and three-phase devices.

The LIN3020JF can be used to test single-phase three-wire devices and three-phase devices.

For details, see the LIN1020JF/ LIN3020JF Operation Manual.

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Sequence creation and control software (SD011-PCR-LE)

Sequence creation and control software SD011-PCR-LE Wavy for PCR-LE is used to create and execute sequences for PCR-LE series.

For details, see the SD011-PCR-LE Operation Manuals (Setup Guide, Operation Guide).

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RMT CONT SOFTWARE FOR PCR-LE
(SD021-PCR-LE)

SD021-PCR-LE is a software application for controlling a Kikusui PCR-LE/PCR-LE2 series AC power supply from a Windows OS tablet PC.

For details, see the SD021-PCR-LE Operation Manual.

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Immunity Tester (DSI1020, DSI3020, SD009-PCR-LE)

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By using the control software (SD009-PCR-LE), the dip simulator (DSI1020/ DSI3020), and the PCR-LE2 Series, you can perform voltage dip, short interruptions, and voltage variation immunity tests in accordance with IEC61000-4-11 (2004).

The DSI1020 supports single-phase two-wire tests. The DSI3020 supports single-phase two-wire, single-phase three-wire, three-phase three-wire, and three-phase four-wire tests.

Insert the supplied board in SLOT 3 on the rear panel.

For details, see the DSI1020/DSI3020 Operation Manual, and SD009-PCR-LE Setup guide and Operation manual.

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AC power supply PCR-LE2 seriesAC power supply PCR-LE2 series
Appendix