YASKAWA GA500 series Bedienungsanleitung

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EZZ023995<1>

December 2019

YASKAWA AC Drive GA500

Supplemental Technical Manual

Introduction

This supplemental technical manual describes the modified specifications with a GA500 software upgrade and

corrections. Read this manual together with “ Installation & Primary Operation” (TOEP C710617 52) included with

the product and the “ GA500 Technical Reference” (SIEP C710617 52) that you can download from our

documentation website. Read and understand the safety information and precautions before you start to use the

product.

Revised Contents and Applicable Drive Models

Item Description Model

Setting range of C6-02 [Carrier Frequency Selection] when in

AOLV/PM

GA500

Software version PRG: 01013 or

later <1>

Addition of Parameter Not Initialized when A1-03 = 2220, 3330

[Initialize Parameters = 2-Wire Initialization, 3-Wire Initialization]

3. Revised default setting of o1-37 [LCD Backlight ON/OFF Selection]

4. Revised default setting of T1-13 [No-load voltage]

5. Correction of Ferrule Terminal Sizes

All GA500 drives

Correction of H2-01 to H2-03 terminal MA/MB-MC, P1-C1, P2-C2

function selection

7. Correction of interlock circuit example

Corrections of the status of digital input/output terminals during

Auto-Tuning

<1> The software version is indicated on the nameplate affixed to the side of the product, and also can be viewed

when you use monitor parameter U1-25 [Software number].

1. Setting Range of C6-02 [Carrier Frequency Selection] when in AOLV/PM

The maximum carrier frequency is different when A1-02 ＝ 6 [Control Method Selection ＝ PM Advanced Open Loop

Vector].

PRG: 01012 or earlier: 4.0 kHz (C6-02 = 2)

PRG: 01013 or later: 12.0 kHz (C6-02 = 6)

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EZZ023995<1>

December 2019

2. Addition of Parameter Not Initialized when A1-03 = 2220, 3330 [Initialize

Parameters = 2-Wire Initialization, 3-Wire Initialization]

Even when you set A1-03 = 2220, 3330 [Initialize Parameters = 2-Wire Initialization, 3-Wire Initialization] to initialize

the drive, A1-12 [Bluetooth ID] is not initialized.

PRG: 01012 or earlier: The setting value of A1-12 is initialized.

PRG: 01013 or later: The setting value of A1-12 is not initialized.

3. Revised Default Setting of o1-37 [LCD Backlight ON/OFF Selection]

The default setting of o1-37 [LCD Backlight ON/OFF Selection] is different.

PRG: 01012 or earlier: 0 [OFF]

PRG: 01013 or later: 1 [ON]

4. Revised Default Setting of T1-13 [No-load voltage]

The default setting of T1-13 [No-load voltage] is different.

PRG 01012 or Earlier 01013 or Later

Drive Model

B001 to B018

2001 to 2056

4001 to 4031

2070 to 2082

4038 to 4060

B001 to B006

2001 to 2008

4001 to 4004

B010 to B018

2010 to 2082

4005 to 4060

Default value

of T1-13

T1-03 × 0.85 T1-03 × 0.90 T1-03 × 0.85 T1-03 × 0.90

5. Correction of Ferrule Terminal Sizes

Wrong:

Wire Gauge

(AWG) Model L (mm) L1 (mm) φ d1 (mm) φ d2 (mm)

0.25 (24) AI 0.25-8YE 12.5 8.0 0.8 2.0

0.34 (22) AI 0.34-8TQ 12.5 8.0 0.8 2.0

0.5 (20) AI 0.5-8 WH

AI 0.5-8 OG 14.0 8.0 1.1 2.5

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EZZ023995<1>

December 2019

Correct:

Bold texts show additions and modifications.

Wire Gauge

(AWG) Model L (mm) L1 (mm) φ d1 (mm) φ d2 (mm)

0.25 (24) AI 0.25-6 YE

AI 0.25-6 BU 10.5 6.0 0.8 2.0

0.34 (22) AI 0.34-6 TQ 10.5 6.0 0.8 2.0

0.5 (20) AI 0.5-6 WH

AI 0.5-6 OG 12.0 6.0 1.1 2.5

0.75 (18) AI 0.75-6 GY

AI 0.75-6 WH 12.0 6.0 1.3 2.8

1.0 (17) AI 1-6 RD

AI 1-6 YE 12.0 6.0 1.5 3.0

6. Correction of H2-01 to H2-03 Terminal MA/MB-MC, P1-C1, P2-C2 Function

Selection

Wrong: p.634, SIEPC71061752B

Table 12.59 MFDO Terminals Default Function Settings

No. Name Default Function

H2-01 Term MA/MB-MC Function Selection (Contact) 0 During Run

H2-02 Term P1-C1 Function Selection 1 Zero Speed

H2-03 Term P2-C2 Function Selection 2 Speed Agree 1

Correct:

Bold texts show additions and modifications.

Table 12.59 MFDO Terminals Default Function Settings

No. Name Default Function

H2-01 Term MA/MB-MC Function Selection (Contact) E Fault

H2-02 Term P1-C1 Function Selection 0 During Run

H2-03 Term P2-C2 Function Selection 2 Speed Agree 1

4 / 5

EZZ023995<1>

December 2019

7. Correction of Interlock Circuit Example

Wrong: p.92, SIEPC71061752B

Figure 3.52 Interlock Circuit Example

Correct:

These are the modifications:

Drive 1 Terminal C2 → Terminal C1

Diagram of Photocoupler 1

Figure 3.52 Interlock Circuit Example

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EZZ023995<1>

December 2019

8. Corrections of the Status of Digital Input/Output Terminals during

Auto-Tuning

Wrong: p.137, SIEPC71061752B

Table 4.16 Status of Input/Output Terminals during Auto-Tuning

Correct:

Underlined texts show modifications.

Table 4.16 Status of Input/Output Terminals during Auto-Tuning

Document No. EZZ024174

Prepared in August 2020

YASKAWA AC Drive GA500

Supplemental Manual

Introduction

Thank you for purchasing YASKAWA AC Drive GA500.

This supplemental technical manual describes the functions added with a GA500 software upgrade (PRG: 01014),

and should be read to ensure proper usage. Read this manual together with the manual (TOEP C710617 xx) included

with the product and the GA500 Technical Manual (SIEP C710617 xx) that can be found on our documentation

website. Always observe the safety messages and precautions to ensure correct application of the product.

Applicable Software Version

This manual applies to GA500 for software versions PRG: 01014 or later.

The software version is indicated on the nameplate affixed to the side of the product, and also can be viewed by using

monitor parameter U1-25.

Modified Contents

This supplemental manual explains about these modifications:

1. Specification Change for “ Parameter Setting Change during Run”

2. Addition of Speed Search Regeneration Determination Parameter

1. Specification Change for “ Parameter Setting Change during Run”

The specification of “ Parameter Setting Change during Run” has been changed.

Parameter

Modified Specification

C4-02 [Torque Compensation Delay

Time]

PRG: 01014 or Later: Added note

Note: When A1-02 = 5 [PM Open Loop Vector], you cannot change the

parameter setting during Run.

Document No. EZZ024174

Prepared in August 2020

C4-23[Current Control Gain]

PRG: 01013 and Earlier

PRG: 01014 or Later: [RUN] icon removed

You cannot change the parameter setting during Run.

2. Addition of Speed Search Regeneration Determination Parameter

Parameter for setting the regeneration determination level during speed search has been added.

■Added parameter

No.

(Hex.)

Name

Description

Default

(Range)

b3-39

(1B8F)

Expert

Regen

Judgment Lv

of Spd Search

Sets the level to determine the regenerative state during speed

search.

Usually it is not necessary to change this parameter.

15%

(0 - 50%)

If the speed search is not completed after starting the speed search, increase the setting value in 5% increments after

the drive stops.

If the drive detects ov [Overvoltage] during speed search, decrease the setting value in 5% increments after the drive

stops.

Document No. EZZ024243

Prepared in January 2021

YASKAWA AC Drive GA500

Supplemental Manual

Introduction

Thank you for purchasing YASKAWA AC Drive GA500.

This supplemental manual describes the functions added with a GA500 software upgrade (PRG: 01015), and should

be read to ensure proper usage. Read this manual together with the GA500 Quick Start Guide (TOEP C710617 xx)

included with the product and the GA500 Technical Manual (SIEP C710617 xx) that can be found on our

documentation website. Always observe the safety messages and precautions to ensure correct application of the

product.

Applicable Software Version

This manual applies to GA500 for software versions PRG: 01015 or later.

The software version is indicated on the nameplate affixed to the side of the product, and also can be viewed by using

monitor parameter U1-25.

Modified Contents

This supplemental manual explains about these modifications:

1. Improved Log Function during Operation of the External 24 V Power Supply

Document No. EZZ024243

Prepared in January 2021

1. Improved Log Function during Operation of the External 24 V Power Supply

By supplying an external 24 V power supply to terminals PS-AC, the GA500 can operate control circuits even when the

main circuit power supply is OFF.

The data log can now be recorded continuously while the GA500 is in operation on an external 24 V power supply.

[Appendix] Operation of Drive and Options during Operation of the External 24 V Power Supply

The following table summarizes operation of the drive and options when the main circuit power supply is OFF and

external 24 V power supply is being provided to terminals PS-AC.

Function

Operation

Remedy

Keypad

Can be operated in the same way as when the main

circuit power supply is ON.

Note that oPr [Keypad Connection Fault] is not

detected.

Data Log

Operates in the same way as when the main circuit

power supply is ON.

Operation differs according to the software version.

Communications by

Communication Option Card,

MEMOBUS/Modbus

Communication Terminal

Operates in the same way as when the main circuit

power supply is ON.

Multi-Function Analog Input

Operates in the same way as when the main circuit

power supply is ON.

Multi-Function Analog Output

Operates in the same way as when the main circuit

power supply is ON.

Multi-Function Digital Input

Does not operate when the main circuit power supply

of the drive is OFF.

Provide the external 24 V

power supply to the

multi-function input

selection common terminal

(SC). *1

Multi-Function Digital Output

Operates in the same way as when the main circuit

power supply is ON.

Operation of the multi-function digital output terminal

and fault relay output terminal to which fault [H2-xx

= E, 10E] is set differs according to the software

version.

Multi-Function Photocoupler

Output

Fault Relay Output Terminal

Pulse Train Input

Operates in the same way as when the main circuit

power supply is ON.

Pulse Train Output

Operates in the same way as when the main circuit

power supply is ON.

Document No. EZZ024243

Prepared in January 2021

*1 Multi-function digital inputs operate as follows.

Multi-function digital inputs

If the main circuit power supply is turned OFF, the multi-function digital input terminal will not operate even if

the external 24 V power supply is provided to terminals PS-AC.

When N.O. functions are set to H1-xx [MFDI Function Selection], digital input is always OFF. Also, when N.C.

functions are set, digital input is always ON.

Provide the external 24 V power supply to the multi-function input selection common terminal (SC). For details

on wiring, refer to Figure 1.

Figure 1. Wiring of Multi-function Digital Input Terminal

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