Toshiba E6581830 instruction manual Description of monitor code, 0DH

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E658130

5.5.11.Description of monitor code

Divide the monitor code (RWw n) into half and select the monitor value 1 (RWr n) from the lower 8 bits and the monitor value 2 (RWr n) from the upper 8 bits.

For Example: When output voltage is selected for the monitor value 1 and output torque is selected for the monitor value 2. -> The monitor code is 0703H.

Address

Upper 8 bits

Lower 8 bits

RWw n

Monitor value 2

Monitor value 1

RWw n+4

-

Monitor value 3

RWw n+5

-

Monitor value 4

RWw n+6

-

Monitor value 5

RWw n+7

-

Monitor value 6

Monitor code (When an invalid monitor code is set up, monitor value fixes to 0.)

Code Number

Second Monitor Description

First Monitor Description

Unit

(upper 8 bits)

(lower 8 bits)

 

 

00H

Output frequency

None monitor (Monitor value is 0)

0.01Hz

(Only the second monitor )

 

 

 

01H

Output frequency

Output frequency

0.01Hz

02H

Output current

Output current

0.01A

03H

Output voltage

Output voltage

0.1V

04H

None monitor (Monitor value is 0)

None monitor (Monitor value is 0)

05H

Frequency command value

Frequency command value

0.01Hz

06H

Output speed

Output speed

1min-1

07H

Output torque (With sign)

Output torque (With sign)

0.1%

08H

DC voltage

DC voltage

0.1V

09H

PBR load factor

PBR load factor

0.1%

0AH

Motor overload factor

Motor overload factor

0.1%

0BH0CH

None monitor (Monitor value is 0)

None monitor (Monitor value is 0)

0DH

Input power

Input power

0.01kW

0EH

Output power

Output power

0.01kW

0FH

Input terminal information

Input terminal information

10H

Output terminal information

Output terminal information

11H

Output current

Output current

0.1%

12H

Exciting current

Exciting current

0.01A

13H

None monitor (Monitor value is 0)

None monitor (Monitor value is 0)

14H

Cumulative operation time

Cumulative operation time

1h

15H16H

None monitor (Monitor value is 0)

None monitor (Monitor value is 0)

17H

Accumulation power supply ON time

Accumulation power supply ON time

1h

18H

Motor overload factor

Motor overload factor

0.1%

19H

Integral input power

Integral input power

1kWh

1AH

Integral output power

Integral output power

1kWh

1BH

Analog input(VIA)

Analog input(VIA)

0.01%

1CH

Analog input(VIB) (With sign)

Analog input(VIB) (With sign)

0.01%

1DH

Analog input(VIC)

Analog input(VIC)

0.01%

1EH1FH

None monitor (Monitor value is 0)

None monitor (Monitor value is 0)

21H

Torque current (With sign)

Torque current (With sign)

0.1%

22H

None monitor (Monitor value is 0)

None monitor (Monitor value is 0)

23H

Factory specific monitor

Factory specific monitor

24H

PID feedback value

PID feedback value

0.01Hz

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Contents CCL003Z Introduction Handling in general Table of Contents Basic specifications OverviewCC-Link Version CC-Link VerOutline Names and functionsSLD Connection cable Installation on inverterTerminating resistor Connection of CC-Link master unit and inverter DA,DBMaximum connection number of units Page RUN ERR LED indicatorRUN Initial setting FunctionsCommunication parameters for CCL003Z C101CC-Link function setting Station number setting Baud rate settingCC-Link extended setting Monitor Run and frequency operation commandBasic functions Writing and reading the parameterI/O signal list One station is occupied CC-Link Ver.1 c122=0 RAMDouble setting is selected CC-Link Ver.2 c122=1 Quadruple setting is selected CC-Link Ver.2 c122=2Octuple setting is selected CC-Link Ver.2 c122=3 Trip history Detail of input and output signals RYnF Instruction code execution request120 OFF ST = on On ST = OFFRemote Register Assignment Instruction code 3 It is the same as instruction code 1 Monitor code RWwn is set Signal Description 00FCH Instruction Codes00EDH 00FDHEx A900 A900H, C123 C123H Details of an error code Fault record display example Description of reply code Reply codeDescription of monitor code Description of input terminal information Description of output terminal informationProgramming examples SB0 SW0RWr0 X0F Program example for reading the inverter statusEND Program example for setting the operation mode PLS Program example for setting the operation commandsProgram example for setting the running frequency SETProgram example for monitoring the output frequency Program example for parameter writing Program example for parameter reading Program example for trip information reading MOVProgram example for resetting the inverter at inverter error Instructions Disconnection error of network cable Option errorUnusual diagnosis How to check the error using the LEDs CPUTime CCL003ZTime Line ERR RUN Line RUNERR Time RUN Time RUNERR Line RUN Time ERR