Menu 7 − Analog I/O

Mode: RFC‑A


Thermistor Input


Drive thermal monitoring

 


Parameter07.001  Analogue Input 1
Short descriptionDisplays the value of analog input 1
ModeRFC‑A
Minimum-100.00Maximum100.00
Default Units%
Type16 Bit VolatileUpdate Rate4ms
Display FormatStandardDecimal Places2
CodingRO, FI, ND, NC, PT

The Analog input 1 can operate in different modes as defined by Analogue Input 1 Mode (07.007) including current modes. See Analog I/O.

Voltage mode: Resolution of 12 bits (11 bits + sign). It is a single ended bipolar voltage input +/-10V

Current mode: Resolution of 11 bits. It is a differential unipolar current through input 0-20mA (burden in series)

The "Input Level" is defined for the different modes in the table below.

Mode Input Level
Voltage (Input Voltage/ 10V) x 100.00%
0-20mA (Input Current / 20mA) x 100.00%
20-0mA (20mA - Input Current) / 20mA x 100.00%
4-20mA (Input Current - 4mA) / 16mA x 100.00%
20-4mA

(20mA - Input Current) / 16mA x 100.00%


Parameter07.002  Analogue Input 2
Short descriptionDisplays the value of analog input 2
ModeRFC‑A
Minimum0.00Maximum100.00
Default Units%
Type16 Bit VolatileUpdate Rate4ms
Display FormatStandardDecimal Places2
CodingRO, FI, ND, NC, PT

 See Analog I/O.

Voltage mode: This input is a unipolar voltage 0-10V.

Digital mode: This input can also be configured as a digital input in which case this parameter will indicate 0.00% or 100.00% depending on the state of the input.

Current mode: This input can be a single ended unipolar current input 0-20mA.

The "Input Level" is defined for the different modes in the table below.

Mode Input Level
Voltage (Input Voltage/ 10V) x 100.00%
0-20mA (Input Current / 20mA) x 100.00%
20-0mA (20mA - Input Current) / 20mA x 100.00%
4-20mA (Input Current - 4mA) / 16mA x 100.00%
20-4mA

(20mA - Input Current) / 16mA x 100.00%

Digital 0.00% (corresponds to logical 0 if less than 9V) or 100.0% (corresponds to logical 1 if more than 11V)


Parameter07.004  Stack Temperature
Short descriptionDisplays the temperature currently being measured on the heat sink
ModeRFC‑A
Minimum-250Maximum250
Default Units°C
Type16 Bit VolatileUpdate RateBackground write
Display FormatStandardDecimal Places0
CodingRO, ND, NC, PT

This parameter displays the temperature currently being measured on the heat sink. This is used as part of the drive thermal model, see Drive Over-temperature Alarm (10.018) for further details.


Parameter07.005  Auxiliary Temperature
Short descriptionDisplays the temperature currently being measured on the power system
ModeRFC‑A
Minimum-250Maximum250
Default Units°C
Type16 Bit VolatileUpdate RateBackground write
Display FormatStandardDecimal Places0
CodingRO, ND, NC, PT

This parameter displays the temperature currently being measured on the power system on large frame. This is used as part of the drive thermal model.


Parameter07.007  Analogue Input 1 Mode
Short descriptionDefines the mode of analog input 1
ModeRFC‑A
Minimum-6Maximum6
Default6Units 
Type8 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW, TE

ValueText
‑64-20mA Stop
‑520-4mA Stop
‑44-20mA Low
‑320-4mA Low
‑24-20mA Hold
‑120-4mA Hold
00-20mA
120-0mA
24-20mA Trp
320-4mA Trp
44-20mA
520-4mA
6Voltage

See Analogue Input 1 (07.001).

The table below gives all the possible analogue input modes.

Value Mode Function

-6

4-20mA Stop Stop on loss
-5 20-4mA Stop Stop on loss
-4 4-20mA Low 4-20mA switching to equivalent of 4mA input current on loss(1). See Analog Input 1 Preset on Current Loss (07.026).
-3 20-4mA Low 20-4mA switching to equivalent of 4mA input current on loss(1). See Analog Input 1 Preset on Current Loss (07.026)
-2 4-20mA Hold 4-20mA hold at level before loss on current loss (2)
-1 20-4mA Hold 20-4mA hold at level before loss on current loss (2)
0 0-20mA 0-20mA
1 20-0mA 20-0mA
2 4-20mA Trip 4-20mA trip on current loss (1), (3)
3 20-4mA Trip 20-4mA trip on current loss (1), (3)
4 4-20mA 4-20mA no action on loss (1)
5 20-4mA 20-4mA no action on loss (1)
6 Voltage Voltage

(1) Analogue input level is 0.00% if the current is below 3mA.

(2) Analogue input level remains at the value it had in the previous sample before the current fell below 3mA.

(3) A An Input 1 Loss is initiated if the current falls below 3mA.


Parameter07.008  Analogue Input 1 Scaling
Short descriptionDefines the scaling factor of analog input 1
ModeRFC‑A
Minimum0.000Maximum10.000
Default1.000Units 
Type16 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places3
CodingRW

See Analog I/O.

Analogue Input 1 (07.001) is modified by Analogue Input 1 Scaling (07.008), Analogue Input 1 Offset (07.030) and Analogue Input 1 Invert (07.009) before it is routed to its destination as follows:

A1O = Analogue Input 1 (07.001) + Analogue Input 1 Offset (07.030)
A1O is the value after the offset has been applied and is limited between -100.00% and 100.00%

A1S = A1O x Analogue Input 1 Scaling (07.008)
A1S is the value after the scaling and the offset have been applied and is limited between -100.00% and 100.00%

If Analogue Input 1 Invert (07.009) = 0 then A1I = A1S otherwise A1I = -A1S

A1I is the value after the invert, scaling and offset have been applied and is the final value that is routed to the destination defined by


Parameter07.009  Analogue Input 1 Invert
Short descriptionInverts the signal for analog input 1
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW

See Analogue Input 1 Scaling (07.008).


Parameter07.010  Analogue Input 1 Destination A
Short descriptionDefines the output parameter for analog input 1
ModeRFC‑A
Minimum0.000Maximum30.999
Default1.036Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, DE, PT

See Analogue Input 1 Scaling (07.008).


Parameter07.011  Analogue Input 2 Mode
Short descriptionDefines the mode for analog input 2
ModeRFC‑A
Minimum-6Maximum7
Default6Units 
Type8 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW, TE

ValueText
‑64-20mA Stop
‑520-4mA Stop
‑44-20mA Low
‑320-4mA Low
‑24-20mA Hold
‑120-4mA Hold
00-20mA
120-0mA
24-20mA Trp
320-4mA Trp
44-20mA
520-4mA
6Voltage
7Digital

See Analogue Input 2 (07.002).

The table below gives all the possible analogue input modes.

Value Mode Function

-6

4-20mA Stop Stop on loss
-5 20-4mA Stop Stop on loss
-4 4-20mA Low 4-20mA switching to equivalent of 4mA input current on loss(1). See Analog Input 2 Preset on Current Loss (07.027).
-3 20-4mA Low 20-4mA switching to equivalent of 4mA input current on loss(1). See Analog Input 2 Preset on Current Loss (07.027).
-2 4-20mA Hold 4-20mA hold at level before loss on current loss (2)
-1 20-4mA Hold 20-4mA hold at level before loss on current loss (2)
0 0-20mA 0-20mA
1 20-0mA 20-0mA
2 4-20mA Trip 4-20mA trip on current loss (1), (3)
3 20-4mA Trip 20-4mA trip on current loss (1), (3)
4 4-20mA 4-20mA no action on loss (1)
5 20-4mA 20-4mA no action on loss (1)
6 Voltage Voltage
7 Digital Digital

(1) Analogue input level is 0.00% if the current is below 3mA.

(2) Analogue input level remains at the value it had in the previous sample before the current fell below 3mA.

(3) A An Input 2 Loss is initiated if the current falls below 3mA.


Parameter07.012  Analogue Input 2 Scaling
Short descriptionDefines the scaling factor for analog input 2
ModeRFC‑A
Minimum0.000Maximum10.000
Default1.000Units 
Type16 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places3
CodingRW

See Analog I/O.

Analogue Input 2 (07.002) is modified by Analogue Input 2 Scaling (07.012)Analogue Input 2 Offset (07.031) and Analogue Input 2 Invert (07.013) before it is routed to its destination as follows:

A2O = Analogue Input 2 (07.002)+ Analogue Input 2 Offset (07.031)
A2O is the value after the offset has been applied and is limited between 0.00% and 100.00%

A2S = A2O x Analogue Input 2 Scaling (07.012)
A2S is the value after the scaling and the offset have been applied and is limited between 0.00% and 100.00%

If Analogue Input 2 Invert (07.013) = 0 then A2I = A2S otherwise A2I = -A2S

A2I is the value after the invert, scaling and offset have been applied and is the final value that is routed to the destination defined by


Parameter07.013  Analogue Input 2 Invert
Short descriptionInverts the signal for analog input 2
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW

See Analogue Input 2 Scaling (07.012).


Parameter07.014  Analogue Input 2 Destination A
Short descriptionDefines the output parameter for analog input 2
ModeRFC‑A
Minimum0.000Maximum30.999
Default1.037Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, DE, PT

See Analogue Input 2 Scaling (07.012).


Parameter07.019  Analogue Output 1 Source A
Short descriptionDefines the input parameter for analog output 1
ModeRFC‑A
Minimum0.000Maximum30.999
Default2.001Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, PT

Analogue Output 1 Source A (07.019) defines the source parameter for Analogue Output 1. The value is then scaled with Analogue Output 1 Scaling (07.020) and if the scaling is greater than 1.000 the value is clamped between -100.0% and +100.0% which corresponds to:

M200, M201, M300:

M400:


Parameter07.020  Analogue Output 1 Scaling
Short descriptionDefines the scaling factor for analog output 1
ModeRFC‑A
Minimum0.000Maximum40.000
Default1.000Units 
Type16 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places3
CodingRW, BU

See Analogue Output 1 Source A (07.019).


Parameter07.021  Analogue Output 1 Mode
Short descriptionDefines the mode of analog output 1
ModeRFC‑A
Minimum0Maximum3
Default0Units 
Type8 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW, TE

ValueText
0Voltage
10-20mA
24-20mA
3Digital

The table above gives all possible analogue output 1 modes.


Parameter07.022  Analogue Output 2 Source A
Short descriptionDefines the input source for analog output 2
ModeRFC‑A
Minimum0.000Maximum30.999
Default4.002Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, PT

Analogue output 2 operates in the same way as analogue output 1. See Analogue Output 1 Source A (07.019).


Parameter07.023  Analogue Output 2 Scaling
Short descriptionDefines the scaling factor for analog output 2
ModeRFC‑A
Minimum0.000Maximum40.000
Default1.000Units 
Type16 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places3
CodingRW, BU

Analogue output 2 operates in the same way as analogue output 1. See Analogue Output 1 Source A (07.019).


Parameter07.024  Analogue Output 2 Mode
Short descriptionDefines the mode of analog output 2
ModeRFC‑A
Minimum0Maximum3
Default0Units 
Type8 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW, TE

ValueText
0Voltage
10-20mA
24-20mA
3Digital

The table above gives all possible analogue output 2 modes.


Parameter07.026  Analog Input 1 Preset on Current Loss
Short descriptionDefines the current level held on analogue input 1 current loss
ModeRFC‑A
Minimum4.00Maximum20.00
Default4.00UnitsmA
Type16 Bit User SaveUpdate Rate4ms read
Display FormatStandardDecimal Places2
CodingRW

If Analogue Input 1 Mode (07.007) is set to any of the 4-20mA Low or 20-4mA Low modes and the current falls below 3mA (Analogue Input 1 Current Loop Loss (07.028) = 1) then the analogue input 1 is held to Analog Input 1 Preset on Current Loss (07.026).

If the current rise above 4mA (Analogue Input 1 Current Loop Loss (07.028) = 0) then the analogue input 1 current is used as normal.


Parameter07.027  Analog Input 2 Preset on Current Loss
Short descriptionDefines the current level held on analogue input 2 current loss
ModeRFC‑A
Minimum4.00Maximum20.00
Default4.00UnitsmA
Type16 Bit User SaveUpdate Rate4ms read
Display FormatStandardDecimal Places2
CodingRW

If Analogue Input 2 Mode (07.011) is set to any of the 4-20mA Low or 20-4mA Low modes and the current falls below 3mA (Analogue Input 2 Current Loop Loss (07.029) = 1) then the analogue input 2 is held to Analog Input 2 Preset on Current Loss (07.027).

If the current rise above 4mA (Analogue Input 2 Current Loop Loss (07.029) = 0) then the analogue input 2 current is used as normal.


Parameter07.028  Analogue Input 1 Current Loop Loss
Short descriptionDisplays when analog input 1 falls below 3mA
ModeRFC‑A
Minimum0Maximum1
Default Units 
Type1 Bit VolatileUpdate RateBackground write
Display FormatStandardDecimal Places0
CodingRO, ND, NC, PT

See Analog Input 1 Preset on Current Loss (07.026).


Parameter07.029  Analogue Input 2 Current Loop Loss
Short descriptionDisplays when analog input 2 falls below 3mA
ModeRFC‑A
Minimum0Maximum1
Default Units 
Type1 Bit VolatileUpdate RateBackground write
Display FormatStandardDecimal Places0
CodingRO, ND, NC, PT

See Analog Input 2 Preset on Current Loss (07.027).


Parameter07.030  Analogue Input 1 Offset
Short descriptionDefines the offset of analog input 1
ModeRFC‑A
Minimum-100.00Maximum100.00
Default0.00Units%
Type16 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places2
CodingRW

See Analogue Input 1 Scaling (07.008).


Parameter07.031  Analogue Input 2 Offset
Short descriptionDefines the offset of analog input 2
ModeRFC‑A
Minimum-100.00Maximum100.00
Default0.00Units%
Type16 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places2
CodingRW

See Analogue Input 2 Scaling (07.012).


Parameter07.034  Inverter Temperature
Short descriptionDisplays the estimated junction temperature of the hottest power device within the drive inverter
ModeRFC‑A
Minimum-250Maximum250
Default Units°C
Type16 Bit VolatileUpdate RateBackground write
Display FormatStandardDecimal Places0
CodingRO, ND, NC, PT

Inverter Temperature (07.034) shows the estimated junction temperature of the hottest power device within the drive inverter. If this temperature exceeds the switch down threshold defined for the power stage the switching frequency is reduced provided this feature has not been disabled (i.e. Auto-switching Frequency Change Disable (05.035) = 0) or the minimum switching frequency has not been reached. The switching frequency can be reduced from 12kHz to 6kHz to 3kHz, or from 16kHz to 8kHz to 4kHz to 2kHz. If the switching frequency has been reduced the drive will attempt to restore it to the required level when the Inverter Temperature (07.034) reduces.


Parameter07.035  Percentage Of d.c. Link Thermal Trip Level
Short descriptionDisplays the percentage of the maximum allowed temperature as estimated by the thermal model of the d.c. link components
ModeRFC‑A
Minimum0Maximum100
Default Units%
Type8 Bit VolatileUpdate RateBackground write
Display FormatStandardDecimal Places0
CodingRO, ND, NC, PT

Percentage Of d.c. Link Thermal Trip Level (07.035) gives the percentage of the maximum allowed temperature as estimated by the thermal model of the d.c. link components.


Parameter07.036  Percentage Of Drive Thermal Trip Level
Short descriptionDisplays the percentage of the thermal trip level of the temperature monitoring point or thermal model in the drive that is highest
ModeRFC‑A
Minimum0Maximum100
Default Units%
Type8 Bit VolatileUpdate RateBackground write
Display FormatStandardDecimal Places0
CodingRO, ND, NC, PT

Percentage Of Drive Thermal Trip Level (07.036)  gives the percentage of the thermal trip level of the temperature monitoring point or thermal model in the drive that is highest. This includes all thermal monitoring points Stack Temperature (07.004), Auxiliary Temperature (07.005), Inverter Temperature (07.034) and Percentage Of d.c. Link Thermal Trip Level (07.035).

Percentage Of d.c. Link Thermal Trip Level (07.035) is used directly to give Percentage Of Drive Thermal Trip Level (07.036), but for all other monitored values which are temperatures this is given by

Percentage of thermal trip level = (Temperature - 40°C) / (Trip temperature - 40°C) x 100%

The location of the measurement or the thermal model that is related to this temperature is given in Temperature Nearest To Trip Level (07.037). If Percentage Of Drive Thermal Trip Level (07.036) exceeds 90% Drive Over-temperature Alarm (10.018) is set to one. If Percentage Of Drive Thermal Trip Level (07.036) reaches 100% one of the trips given in the table below is initiated. The trip can be reset when the percentage of thermal trip level fall below 95%.

Temperature Trip
Inverter Temperature (07.034) OHt Inverter
Auxiliary Temperature (07.005) OHt Power
Percentage Of d.c. Link Thermal Trip Level (07.035) OHt dc bus


Parameter07.037  Temperature Nearest To Trip Level
Short descriptionDisplays the location or the model that corresponds to the value shown in Percentage Of Drive Thermal Trip Level
ModeRFC‑A
Minimum0Maximum29999
Default Units 
Type32 Bit VolatileUpdate RateBackground write
Display FormatStandardDecimal Places0
CodingRO, ND, NC, PT

Temperature Nearest To Trip Level (07.037)  shows the location or the model that corresponds to the value shown in Percentage Of Drive Thermal Trip Level (07.036) in the form xxyzz as shown in the table below.

Source xx y zz
Control system 00 1 00: Inverter thermal model
Control system 00 2 00: D.c. link thermal model
Power system 01 0 zz: Thermistor location defined by zz in the power system
Power system (Large frame only) 01 1 zz: Thermistor location defined by zz in the rectifier


Parameter07.046  Thermistor Type
Short descriptionDefines the thermistor type when used
ModeRFC‑A
Minimum0Maximum4
Default0Units 
Type8 Bit User SaveUpdate RateBackground write
Display FormatStandardDecimal Places0
CodingRW, TE

ValueText
0DIN44081
1KTY84
2PT1000
3PT2000
4Other

Thermistor Type (07.046) defines the operation of the temperature feedback interface for DI/O 05 when Digital input 5 mode (08.035) is 1, 2 or 3.

If Thermistor Type (07.046) = 0, the thermistor DIN44081 is designed to react like a temperature switch and therefore Thermistor Temperature (07.050) always reads 0.0°C.

If Thermistor Type (07.046) = 1 to 3 is selected, the digital input operation of the terminal is disabled.

If Thermistor Type (07.046) = 4, any thermistor can be used but Thermistor Temperature (07.050) always reads 0.0°C.


Parameter07.047  Thermistor Feedback
Short descriptionDisplays the measured resistance of the thermistor when used
ModeRFC‑A
Minimum0Maximum4000
Default Units
Type16 Bit VolatileUpdate RateBackground write
Display FormatStandardDecimal Places0
CodingRO, FI, ND, NC, PT

Thermistor Feedback (07.047) shows the measured resistance. If Digital input 5 mode (08.035) is 2 then {Th} trip is initiated if the feedback value is higher than Thermistor Trip Threshold (07.048). The trip cannot be reset unless the feedback is below Thermistor Reset Threshold (07.049). The default values for Thermistor Trip Threshold (07.048) and Thermistor Reset Threshold (07.049) are the levels specified in the DIN 44082 standard.


Parameter07.048  Thermistor Trip Threshold
Short descriptionDefines the thermistor trip threshold when used
ModeRFC‑A
Minimum0Maximum4000
Default3300Units
Type16 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW

See Thermistor Feedback (07.047).


Parameter07.049  Thermistor Reset Threshold
Short descriptionDefines the thermistor reset threshold when used
ModeRFC‑A
Minimum0Maximum4000
Default1800Units
Type16 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW

See Thermistor Feedback (07.047).


Parameter07.050  Thermistor Temperature
Short descriptionDisplays the temperature of the device based on the resistance to temperature characteristic for the specified device
ModeRFC‑A
Minimum-50Maximum300
Default Units°C
Type16 Bit VolatileUpdate RateBackground write
Display FormatStandardDecimal Places0
CodingRO, FI, ND, NC, PT

If a KTY84, PT1000 or PT2000 type device is selected for temperature feedback (i.e. Thermistor Type (07.046) = 1 to 3) then Thermistor Temperature (07.050) shows the temperature of the device based on the resistance to temperature characteristic specified for this device. Otherwise Thermistor Temperature (07.050) = 0.0.


Parameter07.051  Analogue Input 1 Control
Short descriptionDefines the functionality of analog input 1
ModeRFC‑A
Minimum0Maximum5
Default0Units 
Type8 Bit User SaveUpdate RateActioned on exit of edit mode and on drive reset
Display FormatStandardDecimal Places0
CodingRW

Value Description Analogue Input 1 Destination B  (07.090)
0 User defined by Analogue Input 1 Destination A (07.010) 00.000
1 Frequency reference 1 01.036
2 Frequency reference 2 01.037
3 Maximum reference clamp 01.006
4 Current limit 04.007
5 Torque reference 04.008

This offers a simple control of parameter to change the analogue input 1 functionality.

If Analogue Input 1 Control (07.051) is more than 0 then the destination is defined by Analogue Input 1 Destination B  (07.090). The destination Analogue Input 1 Destination B  (07.090) is written by Analogue Input 1 Control (07.051) selection. (i.e. If Analogue Input 1 Control (07.051) = 3 then Analogue Input 1 Destination B  (07.090) = 01.006)

If Analogue Input 1 Control (07.051) is 0 then then the destination is defined by Analogue Input 1 Destination A (07.010).


Parameter07.052  Analogue Input 2 Control
Short descriptionDefines the functionality of analog input 2
ModeRFC‑A
Minimum0Maximum5
Default0Units 
Type8 Bit User SaveUpdate RateActioned on exit of edit mode and on drive reset
Display FormatStandardDecimal Places0
CodingRW

Value Description Analogue Input 2 Destination B  (07.094)
0 User defined by Analogue Input 2 Destination A (07.014) 00.000
1 Frequency reference 1 01.036
2 Frequency reference 2 01.037
3 Maximum reference clamp 01.006
4 Current limit 04.007
5 Torque reference 04.008

This offers a simple control of parameter to change the analogue input 2 functionality.

If Analogue Input 2 Control (07.052) is more than 0 then the destination is defined by Analogue Input 2 Destination B  (07.094). The destination Analogue Input 2 Destination B  (07.094) is written by Analogue Input 2 Control (07.052) selection. (i.e. If Analogue Input 2 Control (07.052)= 3 then Analogue Input 2 Destination B  (07.094) = 01.006)

If Analogue Input 2 Control (07.052) is 0 then then the destination is defined by Analogue Input 2 Destination A (07.014).


Parameter07.055  Analogue Output 1 Control
Short descriptionDefines the functionality of analog output 1
ModeRFC‑A
Minimum0Maximum15
Default0Units 
Type8 Bit User SaveUpdate RateActioned on exit of edit mode and on drive reset
Display FormatStandardDecimal Places0
CodingRW, BU

Value Description Analogue Output 1 Source B (07.099)
0 User defined by Analogue Output 1 Source A (07.019) 00.000
1 Frequency output 02.001
2 Frequency reference 01.003
3 Motor speed 05.004
4 Current output vs drive 04.001
5 Current output vs motor TBD: 0 ~ double motor rated current
6 Torque output 04.020
7 Torque current output 04.002
8 Voltage output 05.002
9 DC bus voltage (0~800V) 05.005
10 Analogue Input 1 07.001
11 Analogue Input 2 07.002
12 Power output (0~2*Pe) 05.003
13 Torque limitation 04.018
14 Torque reference (0~300%Tem) 04.008
15 External function of host (0~4095) TBD (from comms)

This offers a simple control of parameter Analogue Output 1 Source B (07.099) to change the analogue output 1 source.

If Analogue Output 1 Control (07.055) is more than 0 then the source is defined by Analogue Output 1 Source B (07.099). The source Analogue Output 1 Source B (07.099) is written by Analogue Output 1 Control (07.055) selection. (i.e. If Analogue Output 1 Control (07.055) = 13 then Analogue Output 1 Source B (07.099) = 04.018)

If 07.055 is 0 then then the source is defined by 07.019.


Parameter07.056  Analogue Output 2 Control
Short descriptionDefines the functionality of analog output 2
ModeRFC‑A
Minimum0Maximum15
Default0Units 
Type8 Bit User SaveUpdate RateActioned on exit of edit mode and on drive reset
Display FormatStandardDecimal Places0
CodingRW, BU

Value Description Analogue Output 2 Source B  (07.102)
0 User defined by Analogue Output 2 Source A (07.022) 00.000
1 Frequency output 02.001
2 Frequency reference 01.003
3 Motor speed 05.004
4 Current output vs drive 04.001
5 Current output vs motor TBD: 0 ~ double motor rated current
6 Torque output 04.020
7 Torque current output 04.002
8 Voltage output 05.002
9 DC bus voltage (0~800V) 05.005
10 Analogue Input 1 07.001
11 Analogue Input 2 07.002
12 Power output (0~2*Pe) 05.003
13 Torque limitation 04.018
14 Torque reference (0~300%Tem) 04.008
15 External function of host (0~4095) TBD (from comms)

This offers a simple control of parameter Analogue Output 2 Source B  (07.102) to change the analogue output 2 source.

If Analogue Output 2 Control (07.056) is more than 0 then the source is defined by Analogue Output 2 Source B  (07.102). The source Analogue Output 2 Source B  (07.102) is written by Analogue Output 2 Control (07.056) selection. (i.e. If Analogue Output 2 Control (07.056) = 13 then Analogue Output 2 Source B  (07.102) = 04.018)

If Analogue Output 2 Control (07.056) is 0 then then the source is defined by Analogue Output 2 Source A (07.022).


Parameter07.061  Analogue Input 1 Minimum Reference
Short descriptionDefines the minimum reference for analog input 1
ModeRFC‑A
Minimum-100.00Maximum100.00
Default-100.00Units%
Type16 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places2
CodingRW

Analogue Input 1 (07.001) can be scaled and limited using the following parameters:

Parameters above can be selected to limit the range of Analogue Input 1 (07.001) and also scale it between the minimum and maximum reference.

If Analogue Input 1 Minimum Reference (07.061) ≥ Analogue Input 1 Maximum Reference (07.063) then Ai1 = 0.00%whatever the input level.

Input Level is limited between Analogue Input 1 At Minimum Reference (07.062) and Analogue Input 1 At Maximum Reference (07.064)

Analogue Input 1 (07.001) = [(Analogue Input 1 At Maximum Reference (07.064) - Analogue Input 1 At Minimum Reference (07.062)) / (Analogue Input 1 Maximum Reference (07.063) - Analogue Input 1 Minimum Reference (07.061))] x (Input level - Analogue Input 1 Minimum Reference (07.061)) + Analogue Input 1 At Minimum Reference (07.062).


Parameter07.062  Analogue Input 1 At Minimum Reference
Short descriptionDefines the value of analog input 1 at minimum reference
ModeRFC‑A
Minimum-100.00Maximum100.00
Default-100.00Units%
Type16 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places2
CodingRW

See Analogue Input 1 Minimum Reference (07.061).


Parameter07.063  Analogue Input 1 Maximum Reference
Short descriptionDefines the maximum reference for analog input 1
ModeRFC‑A
Minimum-100.00Maximum100.00
Default100.00Units%
Type16 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places2
CodingRW

See Analogue Input 1 Minimum Reference (07.061).


Parameter07.064  Analogue Input 1 At Maximum Reference
Short descriptionDefines the value of analog input 1 at maximum reference
ModeRFC‑A
Minimum-100.00Maximum100.00
Default100.00Units%
Type16 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places2
CodingRW

See Analogue Input 1 Minimum Reference (07.061).


Parameter07.065  Analogue Input 2 Minimum Reference
Short descriptionDefines the minimum reference for analog input 2
ModeRFC‑A
Minimum0.00Maximum100.00
Default0.00Units%
Type16 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places2
CodingRW

See graph in Analogue Input 1 Minimum Reference (07.061).

Analogue Input 2 (07.002) can be scaled and limited using the following parameters:

Parameters above can be selected to limit the range of Analogue Input 2 (07.002) and also scale it between the minimum and maximum reference.

If Analogue Input 2 Minimum Reference (07.065) ≥ Analogue Input 2 Maximum Reference (07.067) then Ai2 = 0.00% whatever the input level.

Input Level is limited between Analogue Input 2 At Minimum Reference (07.066) and Analogue Input 2 At Maximum Reference (07.068)

Analogue Input 2 (07.002) = [(Analogue Input 2 At Maximum Reference (07.068) - Analogue Input 2 At Minimum Reference (07.066))/(Analogue Input 2 Maximum Reference (07.067) - Analogue Input 2 Minimum Reference (07.065))] x (Input level - Analogue Input 2 Minimum Reference (07.065))+ Analogue Input 2 At Minimum Reference (07.066).


Parameter07.066  Analogue Input 2 At Minimum Reference
Short descriptionDefines the value of analog input 2 at minimum reference
ModeRFC‑A
Minimum-100.00Maximum100.00
Default0.00Units%
Type16 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places2
CodingRW

See Analogue Input 2 Minimum Reference (07.065).


Parameter07.067  Analogue Input 2 Maximum Reference
Short descriptionDefines the maximum reference for analog input 2
ModeRFC‑A
Minimum0.00Maximum100.00
Default100.00Units%
Type16 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places2
CodingRW

See Analogue Input 2 Minimum Reference (07.065).


Parameter07.068  Analogue Input 2 At Maximum Reference
Short descriptionDefines the value of analog input 2 at maximum reference
ModeRFC‑A
Minimum-100.00Maximum100.00
Default100.00Units%
Type16 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places2
CodingRW

See Analogue Input 2 Minimum Reference (07.065).


Parameter07.090  Analogue Input 1 Destination B
Short descriptionDefines the secondary destination for analog input 1
ModeRFC‑A
Minimum0.000Maximum30.999
Default0.000Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRO, DE, PT

See Analogue Input 1 Destination A (07.010).


Parameter07.094  Analogue Input 2 Destination B
Short descriptionDefines the secondary destination for analog input 2
ModeRFC‑A
Minimum0.000Maximum30.999
Default0.000Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRO, DE, PT

See Analogue Input 2 Destination A (07.014).


Parameter07.099  Analogue Output 1 Source B
Short descriptionDefines the secondary source for analog output 1
ModeRFC‑A
Minimum0.000Maximum30.999
Default0.000Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRO, PT

See Analogue Output 1 Source A (07.019).


Parameter07.102  Analogue Output 2 Source B
Short descriptionDefines the secondary source for analog output 2
ModeRFC‑A
Minimum0.000Maximum30.999
Default0.000Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRO, PT

See Analogue Output 2 Source A (07.022).