Toshiba TOSVERT VF-S15 series Bedienungsanleitung

E6581922

TOSVERT VF-S15

Trace function Instruction Manual

E6581922

１

- Contents -

1. Introduction .................................................................................................２

2. Trace function..............................................................................................３

2.1 Related parameters..............................................................................................................３

2.2 Acquisition of trace data......................................................................................................５

2.2.1 Example of acquisition of trace data................................................................................５

2.2.2 How to acquire the trace data..........................................................................................６

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1. Introduction

VF-S15 has trace function to retain the data at tripping and at triggering and to read out such

data until resetting the tripped inverter or turning off the power.

Up to 4 types of data can be selected from approximately 25, and 100 consecutive points can

be stored as trace data, which is useful for determining the cause.

RS485 communication and the software for trace function, PCT002Z-E, are used for VF-S15.

Use PC to read data.

*1: Please contact your Toshiba distributor for the software:PCT002Z-E.

*2: USB converters unit (optional), USB cable (optional,A-B connection type), and

commercially available USB cable are necessary to connect to the PC.

Refer to the Trace tool PCT002Z-E Instruction Manual (E6581857) for usage and connection.

PCT002Z-E cannot be used for trace function of VF-AS1 and VF-PS1.

Inverter interconnect cable (optional)

Model number Cable length

CAB0011 1.2m

CAB0013 3.6m

CAB0015 4.8m

USB cable (A-B connection type)

Prepare a commercially available USB cable

(USB1.1/2.0-compliant).

Recommended cable length: 1m

Model No. of USB converters

unit: USB001Z (optional)

Fig.1An example of connection of USB converters unit

RS485 (2-wire

USB

LOGIC

USB

Option Unit

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３

2. Trace function

VF-S15 retains the data collected at the time of tripping or triggering and reads out such data

until resetting the tripped inverter or turning off the power.

Up to 4 types of data can be selected from approximately 25, and 100 consecutive points can

be stored as trace data.

As the data including change of current at tripping can be read out, these trace data is useful

for determining the cause of trip and triggering.

Here is the time at which trace data is acquired.

Tripping : Data collected before the trip occurs

Triggering: Data collected after triggering

Use RS485 communication and the software for trace function, PCT002Z-E.

Use PC to read data.

2.1 Related parameters

Title Function Adjustment range

Default

setting

f740 Trace selection

0: Disabled

1: At tripping

2: At triggering

3: 1+2

f741Trace cycle

0: 4ms

1: 20ms

2: 100ms

3: 1s

4: 10s

f742Trace data 1 0-42 0

f743Trace data 2 0-42 1

f744Trace data 3 0-42 2

f745Trace data 4 0-42 3

Note1: For saving trace data, do not disconnect power supply after inverter tripped. If the

power is disconnected, trace data will be deleted.

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[Setup values of f742 to f745]

Default

setting

Commun

ication

No. Trace (monitor) function Communicati

on unit at

tracing

0FD00 Output frequency (Hz/free unit) 0.01Hz

1FD03 Output current (%/A) 0.01%

2FD02 Frequency command value (Hz/ free

unit) 0.01Hz

3FD04 Input voltage (DC detection) (%/V) 0.01%

4FD05 Output voltage (command value) (%/V) 0.01%

5FD29 Input power (kW) 0.01kW

6FD30 Output power (kW) 0.01kW

7FD18 Torque (%) 0.01%

9FD23 Motor cumulative load factor (%) 0.01%

10FD24 Inverter cumulative load factor (%) 0.01%

11FD25 PBR (Braking resistor) cumulative load

factor (%) 0.01%

12FD15 Motor primary frequency (Hz/ free unit) 0.01Hz

13FE35 VIA input value (%) 0.01%

14FE36 VIB input value (%) 0.01%

18FA51 Arbitrary code from communication -

20 FE37 VIC input value (%) 0.01%

21 FE56 Pulse train input value (pps) 1pps

23 FD22 PID feedback value (Hz/ free unit) 0.01Hz

24 FE76 Input power According to

f749

25 FE77 Output power

26 FE26 Motor load factor (%) 1%

27 FE27 Drive load factor (%) 1%

40 FD06 Input terminal status -

41 FD07 Output terminal status -

42 FD01 Inverter status -

Ex.) When using the S3 terminal as the tracing back trigger signal terminal

Title Function

Adjustment

range Example of setting

f116Input terminal function

selection 6 (S3) 0-203 76: Trace back trigger signal

Setting value 77 is reverse signal.

Note 1:If the inverter trips when no trigger signal is given, trace data is overwritten with

tripping data.

Note 2:Trace data is overwritten each time a trigger signal is given.

Note 3:When retry operation is occurred, the data at first tripping is written. The trace data is

cleared at retry success.

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2.2 Acquisition of trace data

2.2.1 Example of acquisition of trace data

1) To acquire trace data until the occurrence of tripping: f740=1, 3

(Examples of current date output)

* In case of trigger input when setting f740=3, operation is that described in 3).

2) To acquire trace data at the time of triggering: f740=2

3) To acquire trace data until the time of triggering: f740=3

* In case of tripping when setting f740=3, operation is that described in 1).

Trace data

: Trace data

Trigger inpu

Trip

Failure FL signal

: Trace

data

Trace data 1

Monitor value of

output current

: Trace data

Trace data 1

Trigger input

E6581922

６

2.2.2 How to acquire the trace data

Use RS485 communication and the software for trace function, PCT002Z-E to acquire

trace data.

 Trace data communication number

Commun

ication

No. Function Minimum setting

/readout unit Setting/readout

range Default

setting

E000 Trace data 1 to 4 pointer 1/1 0to 99 0

E100 Data 1 of trace data 1 1/1 0to ffff 0

Data 2 to 99 of trace data 1 1/1 0to ffff 0

E199 Data 100 of trace data 1 1/1 0to ffff 0

E200 Data 1 of trace data 2 1/1 0to ffff 0

Data 2 to 99 of trace data 2 1/1 0to ffff 0

E299 Data 100 of trace data 2 1/1 0to ffff 0

E300 Data 1 of trace data 3 1/1 0to ffff 0

Data 2 to 99 of trace data 3 1/1 0to ffff 0

E399 Data 100 of trace data 3 1/1 0to ffff 0

E400 Data 1 of trace data 4 1/1 0to ffff 0

Data 2 to 99 of trace data 4 1/1 0to ffff 0

E499 Data 100 of trace data 4 1/1 0to ffff 0

Ex) When operation frequency data is acquired through a communication device

Data acquired (1f40) h=8000 8000×0.01Hz=80.0Hz

Relationship between pointer and data

The table below shows the relationship between pointer (E000 set value) and trace

data (1 to 4).

Pointer (E000 set value) 012- 9899

Trace data 1（E100 to E199）E100 E101 E102 - E198 E199

Trace data 2（E200 to E299）E200 E201 E202 - E298 E299

Trace data 3（E300 to E399）E300 E301 E302 - E398 E399

Trace data 4（E400 to E499）E400 E401 E402 - E498 E499

<Example of setting> If E000 is set to 2:

(Earliest data) (Latest data)

Trace data 1 E102 to E199, E100, E101

Trace data 2 E202 to E299, E200, E201

Trace data 3 E302 to E399, E300, E301

Trace data 4 E402 to E499, E400, E401

Note 1: Use the parameters f742 through to f745 to specify the types of trace

data (1 to 4).

Note 2: Communication numbers E000 is automatically incremented by the inverter

when data is traced continuously.

* In ordinary cases, these parameters do not need to be rewritten.

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