Menu 9 − User Functions 1

Mode: RFC‑A

Menu 9 provides the parameters for the following features:

  1. Logic functions
  2. Motorised Pot
  3. Binary Sum
  4. Timers
  5. Scope function


Logic functions

The logic functions are always active even if the sources and destinations are not routed to valid parameters. If the sources are not valid parameters then the source values are taken as 0. The update rate for each of the logic functions is always 4ms.

The logic function consists of an AND gate with inverters on each input and an inverter on the output. Some of the other standard logic functions can be produced as shown in the table below.

Logic function Source 1 Invert Source 2 Invert Output Invert
AND 0 0 0
NAND 0 0 1
OR 1 1 1
NOR 1 1 0

A delay function is provided at the output of the logic functions. If Logic Function 1 Delay (09.009) or Logic Function 2 Delay (09.019) is positive then the output does not become 1 until the input to the delay has been at 1 for the delay time. If Logic Function 1 Delay (09.009) or Logic Function 2 Delay (09.019)  is negative then the output remains at 1 until the input to the delay has been 0 for the delay time.


Motorised pot

If Motorised Pot Reset (09.028) = 1 then the motorised pot is disabled and held in its reset state with Motorised Pot Output (09.003) = 0.0%. If Motorised Pot Reset (09.028) = 0 the motorised pot is enabled even if Motorised Pot Destination (09.025) is not routed to a valid parameter. The sample rate of the motorised pot is always 4ms.

When the motorised pot is active Motorised Pot Output (09.003) can be increased or decreased by setting Motorised Pot Up (09.026) or Motorised Pot Down (09.027) to 1 respectively. If both Motorised Pot Up (09.026) and Motorised Pot Down (09.027) are 1 then Motorised Pot Output (09.003) is increased. The rate of change of Motorised Pot Output (09.003) is defined by Motorised Pot Rate (09.023) which gives the time to change from 0 to 100%. The time to change from -100% to 100% is Motorised Pot Rate (09.023) x 2. If Motorised Pot Bipolar Select (09.022) = 0 then Motorised Pot Output (09.003) is limited in the range 0.00% to 100.00%, otherwise it is allowed to change in the range from -100.00% to 100.00%.

Motorised Pot Mode (09.021) defines the mode of operation as given in the table below.

Motorised Pot Mode (09.021) Motorised Pot Output (09.003) Motorised Pot Up (09.026) and Motorised Pot Down (09.027) active
0 Reset to zero at power-up Always
1 Set to power-down value at power-up Always
2 Reset to zero at power-up When Drive Active (10.002) = 1
3 Set to power-down value at power-up When Drive Active (10.002) = 1
4 Reset to zero at power-up and when Drive Active (10.002) = 0 When Drive Active (10.002) = 1

Motorised Pot Scaling (09.024) introduces a scaling factor at the output of the motorised pot before the output is routed to the destination. If Motorised Pot Scaling (09.024) Motorised Pot Scaling (09.024) > 1.000 the output will exceed the range of the destination parameter, and so the destination parameter will be at its maximum or minimum before the output of the motorised pot reaches the limits of its range.


Binary sum function

The binary sum function is always active even if the destination is not routed to valid a parameter. The update rate for the binary sum is always 4ms.

The output of the binary sum block is given by:

Binary Sum Output (09.032)Binary Sum Offset (09.034) + (Binary Sum Ones (09.029) x 1) + (Binary Sum Twos (09.030) x 2) + (Binary Sum Fours (09.031) x 4)

Binary Sum Destination (09.033) defines the destination for the binary sum output. The routing for this destination is special if the maximum of the destination parameter ≤ 7 + Binary Sum Offset (09.034) as follows:

Destination parameter = Binary Sum Output (09.032), subject to the parameter minimum.

If the maximum of the destination parameter > 7, Binary Sum Output (09.032) is routed in the same way as any other destination where the destination target is at its full scale value when the Binary Sum Output (09.032) = 7 + Binary Sum Offset (09.034).


Timers

If the enable input to a timer is active and the repeat function is set to a non-zero value then the timer is active even if the destination is not routed to valid a parameter. The timers are updated in the background task and have a resolution of 1s.

The following is a description of Timer 1, but Timer 2 behaves in the same way. If Timer 1 Invert (09.041) = 0 then Timer 1 Output (09.042) is inactive before the Timer 1 Start Date (09.035) / Timer 1 Start Time (09.036), active between this date/time and Timer 1 Stop Date (09.037)Timer 1 Stop Time (09.038) and then inactive after the stop time/date within the timer 1 repeat period as shown in the diagram below.

Timer 1 Repeat Function (09.039) defines the length of the repeat period. For example, if Timer 1 Repeat Function (09.039) = 2 then the repeat period is one day. The output is inactive until the time reaches the hour, minute and second defined in Timer 1 Start Time (09.036), and remains active until the time reaches the hour, minute and second defined in Timer 1 Stop Time (09.038). Different repeat periods may be selected as given in the table below. The table shows the constituent parts of the date and time that are used to determine the start and stop events. If the repeat period is set to every week then Timer 1 Start Date (09.035) and Timer 1 Stop Date (09.037) define the day of the week and not the date (i.e. 00.00.00 = Sunday, 00.00.01 = Monday, etc.). The week repeat period starts at 00.00.00 on sunday morning and ends at 23.59.59 on Saturday night. If the stop time event is set to occur at or before the start time event or the Timer 1 Repeat Function (09.039) = 0 or Timer 1 Enable (09.040) = 0 the output remains inactive at all times (i.e. Timer 1 Output (09.042) = 0 if Timer 1 Invert (09.041) = 0).

Timer 1 Repeat Function (09.039) Repeat period Second Minute Hour Day Month Year Day of week
0 None






1 Hour





2 Day




3 Week



4 Month



5 Year


6 One off

7 Minute






As Timer 1 Invert (09.041) inverts the timer output it can be used to give an active state of 0 instead of 1. Alternatively it can be used to give an active state of 1, but for a time period that spans the ends of the repeat period as shown in the example above. It should be noted that if this method is used to allow the active period to span the ends of the repeat period then if the timer is disabled the output of the timer block before the invert becomes 0, and so the final output of the timer after the invert is 1.

If Date/Time Selector  (06.019) is changed and the drive is reset then the source for the timers will change, therefore Timer 1 Repeat Function (09.039) and Timer 2 Repeat Function (09.049) are reset to 0 to disable the timers, and the date and time entries in the trip log are cleared.


Scope function


Parameter09.001  Logic Function 1 Output
Short descriptionShows the output state of logic function 1
ModeRFC‑A
Minimum0Maximum1
Default Units 
Type1 Bit VolatileUpdate Rate4ms write
Display FormatStandardDecimal Places0
CodingRO, ND, NC, PT

Logic Function 1 Output (09.001) shows the output of logic function 1.


Parameter09.002  Logic Function 2 Output
Short descriptionShows the output state of logic function 2
ModeRFC‑A
Minimum0Maximum1
Default Units 
Type1 Bit VolatileUpdate Rate4ms write
Display FormatStandardDecimal Places0
CodingRO, ND, NC, PT

Logic Function 2 Output (09.002) shows the output of logic function 2.


Parameter09.003  Motorised Pot Output
Short descriptionShows the output level of the motorised pot function
ModeRFC‑A
Minimum-100.00Maximum100.00
Default Units%
Type16 Bit Power Down SaveUpdate Rate4ms write
Display FormatStandardDecimal Places2
CodingRO, ND, NC, PT

Motorised Pot Output (09.003) shows the output of the motorised pot function.


Parameter09.004  Logic Function 1 Source 1
Short descriptionDefines input source 1 of logic function 1
ModeRFC‑A
Minimum0.000Maximum59.999
Default0.000Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, PT, BU

Logic Function 1 Source 1 (09.004) defines input source 1 of logic function 1.


Parameter09.005  Logic Function 1 Source 1 Invert
Short descriptionSet to invert input 1 of logic function 1
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit User SaveUpdate Rate4ms read
Display FormatStandardDecimal Places0
CodingRW

Setting Logic Function 1 Source 1 Invert (09.005) inverts input 1 of logic function 1.


Parameter09.006  Logic Function 1 Source 2
Short descriptionDefines input source 2 of logic function 1
ModeRFC‑A
Minimum0.000Maximum59.999
Default0.000Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, PT, BU

Logic Function 1 Source 2 (09.006) defines input source 2 of logic function 1.


Parameter09.007  Logic Function 1 Source 2 Invert
Short descriptionSet to invert input 2 of logic function 1
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit User SaveUpdate Rate4ms read
Display FormatStandardDecimal Places0
CodingRW

Setting Logic Function 1 Source 2 Invert (09.007) inverts input 2 of logic function 1.


Parameter09.008  Logic Function 1 Output Invert
Short descriptionSet to invert the ouptut of logic function 1
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit User SaveUpdate Rate4ms read
Display FormatStandardDecimal Places0
CodingRW

Setting Logic Function 1 Output Invert (09.008) inverts the output of logic function 1.


Parameter09.009  Logic Function 1 Delay
Short descriptionDefines the output delay of logic function 1
ModeRFC‑A
Minimum-25.0Maximum25.0
Default0.0Unitss
Type16 Bit User SaveUpdate Rate4ms read
Display FormatStandardDecimal Places1
CodingRW

Logic Function 1 Delay (09.009) defines the delay at the output of logic function 1. If Logic Function 1 Delay (09.009) is positive then the output does not become 1 until the input to the delay has been at 1 for the delay time. If Logic Function 1 Delay (09.009) is negative then the output remains at 1 until the input to the delay has been 0 for the delay time.


Parameter09.010  Logic Function 1 Destination
Short descriptionDefines the output destination of logic function 1
ModeRFC‑A
Minimum0.000Maximum59.999
Default0.000Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, DE, PT, BU

Logic Function 1 Destination (09.010) defines the output destination of logic function 1.


Parameter09.014  Logic Function 2 Source 1
Short descriptionDefines input source 1 of logic function 2
ModeRFC‑A
Minimum0.000Maximum59.999
Default0.000Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, PT, BU

Logic Function 2 Source 1 (09.014) defines input source 1 of logic function 2.


Parameter09.015  Logic Function 2 Source 1 Invert
Short descriptionSet to invert input 1 of logic function 2
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit User SaveUpdate Rate4ms read
Display FormatStandardDecimal Places0
CodingRW

Setting Logic Function 2 Source 1 Invert (09.015) inverts input 1 of logic function 2.


Parameter09.016  Logic Function 2 Source 2
Short descriptionDefines input source 2 of logic function 2
ModeRFC‑A
Minimum0.000Maximum59.999
Default0.000Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, PT, BU

Logic Function 2 Source 2 (09.016) defines input source 2 of logic function 2.


Parameter09.017  Logic Function 2 Source 2 Invert
Short descriptionSet to invert input 2 of logic function 2
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit User SaveUpdate Rate4ms read
Display FormatStandardDecimal Places0
CodingRW

Setting Logic Function 2 Source 2 Invert (09.017) inverts input 2 of logic function 2.


Parameter09.018  Logic Function 2 Output Invert
Short descriptionSet to invert the ouptut of logic function 2
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit User SaveUpdate Rate4ms read
Display FormatStandardDecimal Places0
CodingRW

Setting Logic Function 2 Output Invert (09.018) inverts the output of logic function 2.


Parameter09.019  Logic Function 2 Delay
Short descriptionDefines the output delay of logic function 2
ModeRFC‑A
Minimum-25.0Maximum25.0
Default0.0Unitss
Type16 Bit User SaveUpdate Rate4ms read
Display FormatStandardDecimal Places1
CodingRW

Logic Function 2 Delay (09.019) defines the delay at the output of logic function 1. If Logic Function 2 Delay (09.019) is positive then the output does not become 1 until the input to the delay has been at 1 for the delay time. If Logic Function 2 Delay (09.019) is negative then the output remains at 1 until the input to the delay has been 0 for the delay time.


Parameter09.020  Logic Function 2 Destination
Short descriptionDefines the output destination of logic function 2
ModeRFC‑A
Minimum0.000Maximum59.999
Default0.000Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, DE, PT, BU

Logic Function 2 Destination (09.020) defines the output destination of logic function 2.


Parameter09.021  Motorised Pot Mode
Short descriptionDefines the motorised pot mode
ModeRFC‑A
Minimum0Maximum4
Default0Units 
Type8 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW

Motorised Pot Mode (09.021) defines the mode of operation as given in the table below.

Motorised Pot Mode (09.021) Motorised Pot Output (09.003) Motorised Pot Up (09.026) and Motorised Pot Down (09.027) active
0 Reset to zero at power-up Always
1 Set to power-down value at power-up Always
2 Reset to zero at power-up When Drive Active (10.002) = 1
3 Set to power-down value at power-up When Drive Active (10.002) = 1
4 Reset to zero at power-up and when Drive Active (10.002) = 0 When Drive Active (10.002) = 1


Parameter09.022  Motorised Pot Bipolar Select
Short descriptionSet to enable bipolar operation of the motorised pot
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit User SaveUpdate Rate4ms read
Display FormatStandardDecimal Places0
CodingRW

If Motorised Pot Bipolar Select (09.022) = 0 then Motorised Pot Output (09.003) is limited in the range 0.00% to 100.00%, otherwise it is allowed to change in the range from -100.00% to 100.00%.


Parameter09.023  Motorised Pot Rate
Short descriptionDefines the rate of change of the motorised pot output
ModeRFC‑A
Minimum0Maximum250
Default20Unitss
Type8 Bit User SaveUpdate RateBackground
Display FormatStandardDecimal Places0
CodingRW, BU

The rate of change of Motorised Pot Output (09.003) is defined by Motorised Pot Rate (09.023) which gives the time to change from 0 to 100%. The time to change from -100% to 100% is Motorised Pot Rate (09.023) x 2.


Parameter09.024  Motorised Pot Scaling
Short descriptionDefines the scaling factor for the motorised pot output
ModeRFC‑A
Minimum0.000Maximum4.000
Default1.000Units 
Type16 Bit User SaveUpdate Rate4ms read
Display FormatStandardDecimal Places3
CodingRW

Motorised Pot Scaling (09.024) introduces a scaling factor at the output of the motorised pot before the output is routed to the destination. If Motorised Pot Scaling (09.024) Motorised Pot Scaling (09.024) > 1.000 the output will exceed the range of the destination parameter, and so the destination parameter will be at its maximum or minimum before the output of the motorised pot reaches the limits of its range.


Parameter09.025  Motorised Pot Destination
Short descriptionDefines the output destination of the motorised pot
ModeRFC‑A
Minimum0.000Maximum59.999
Default0.000Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, DE, PT, BU

Logic Function 2 Destination (09.020) defines the output destination of the motorised pot function.


Parameter09.026  Motorised Pot Up
Short descriptionSet to increase the motorised pot output
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit VolatileUpdate Rate4ms read
Display FormatStandardDecimal Places0
CodingRW, NC

If Motorised Pot Up (09.026) = 1, then the Motorised Pot Output (09.003) will increase.


Parameter09.027  Motorised Pot Down
Short descriptionSet to decrese the motorised pot output
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit VolatileUpdate Rate4ms read
Display FormatStandardDecimal Places0
CodingRW, NC

If Motorised Pot Down (09.027) = 1, then the Motorised Pot Output (09.003) will decrease.


Parameter09.028  Motorised Pot Reset
Short descriptionSet to reset the motorised pot output to zero
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit VolatileUpdate Rate4ms read
Display FormatStandardDecimal Places0
CodingRW, NC

If Motorised Pot Reset (09.028) = 1 then the motorised pot is disabled and held in its reset state with Motorised Pot Output (09.003) = 0.0%. If Motorised Pot Reset (09.028) = 0 the motorised pot is enabled even if Motorised Pot Destination (09.025) is not routed to a valid parameter.


Parameter09.029  Binary Sum Ones
Short descriptionSet to add one to the binary sum output
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit VolatileUpdate Rate4ms read
Display FormatStandardDecimal Places0
CodingRW, NC

See Binary Sum Output (09.032).


Parameter09.030  Binary Sum Twos
Short descriptionSet to add two to the binary sum output
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit VolatileUpdate Rate4ms read
Display FormatStandardDecimal Places0
CodingRW, NC

See Binary Sum Output (09.032).


Parameter09.031  Binary Sum Fours
Short descriptionSet to add three to the binary sum output
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit VolatileUpdate Rate4ms read
Display FormatStandardDecimal Places0
CodingRW, NC

See Binary Sum Output (09.032).


Parameter09.032  Binary Sum Output
Short descriptionShows the output level of the binary sum
ModeRFC‑A
Minimum0Maximum255
Default Units 
Type8 Bit VolatileUpdate Rate4ms write
Display FormatStandardDecimal Places0
CodingRO, ND, NC, PT, BU

The output of the binary sum block is given by:

Binary Sum Output (09.032)Binary Sum Offset (09.034) + (Binary Sum Ones (09.029) x 1) + (Binary Sum Twos (09.030) x 2) + (Binary Sum Fours (09.031) x 4)

Binary Sum Destination (09.033) defines the destination for the binary sum output. The routing for this destination is special if the maximum of the destination parameter ≤ 7 + Binary Sum Offset (09.034) as follows:

Destination parameter = Binary Sum Output (09.032), subject to the parameter minimum.

If the maximum of the destination parameter > 7, Binary Sum Output (09.032) is routed in the same way as any other destination where the destination target is at its full scale value when the Binary Sum Output (09.032) = 7 + Binary Sum Offset (09.034).


Parameter09.033  Binary Sum Destination
Short descriptionDefines the output destination of the binary sum
ModeRFC‑A
Minimum0.000Maximum59.999
Default0.000Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, DE, PT, BU

Binary Sum Destination (09.033) defines the destination for the binary sum output.

See Binary Sum Output (09.032) for more information.


Parameter09.034  Binary Sum Offset
Short descriptionDefines the offset added to the output of the binary sum
ModeRFC‑A
Minimum0Maximum248
Default0Units 
Type8 Bit User SaveUpdate Rate4ms read
Display FormatStandardDecimal Places0
CodingRW, BU

See Binary Sum Output (09.032).


Parameter09.035  Timer 1 Start Date
Short descriptionDefines the start date for timer 1
ModeRFC‑A
Minimum0
(Display: 00-00-00)
Maximum311299
(Display: 31-12-99)
Default0
(Display: 00-00-00)
Units 
Type32 Bit User SaveUpdate RateBackground read
Display FormatDateDecimal Places0
CodingRW

Timer 1 Start Date (09.035) defines the start date within the repeat period of timer 1.

See Timer 1 Repeat Function (09.039) for more information.


Parameter09.036  Timer 1 Start Time
Short descriptionDefines the start time for timer 1
ModeRFC‑A
Minimum0
(Display: 00:00:00)
Maximum235959
(Display: 23:59:59)
Default0
(Display: 00:00:00)
Units 
Type32 Bit User SaveUpdate RateBackground read
Display FormatTimeDecimal Places0
CodingRW

Timer 1 Start Time (09.036) defines the start time within the repeat period of timer 1.

See Timer 1 Repeat Function (09.039) for more information.


Parameter09.037  Timer 1 Stop Date
Short descriptionDefines the stop date for timer 1
ModeRFC‑A
Minimum0
(Display: 00-00-00)
Maximum311299
(Display: 31-12-99)
Default0
(Display: 00-00-00)
Units 
Type32 Bit User SaveUpdate RateBackground read
Display FormatDateDecimal Places0
CodingRW

Timer 1 Stop Date (09.037) defines the stop date within the repeat period of timer 1.

See Timer 1 Repeat Function (09.039) for more information.


Parameter09.038  Timer 1 Stop Time
Short descriptionDefines the stop time for timer 1
ModeRFC‑A
Minimum0
(Display: 00:00:00)
Maximum235959
(Display: 23:59:59)
Default0
(Display: 00:00:00)
Units 
Type32 Bit User SaveUpdate RateBackground read
Display FormatTimeDecimal Places0
CodingRW

Timer 1 Stop Time (09.038) defines the stop time within the repeat period of timer 1.

See Timer 1 Repeat Function (09.039) for more information.


Parameter09.039  Timer 1 Repeat Function
Short descriptionDefines the length of the repeat period
ModeRFC‑A
Minimum0Maximum7
Default0Units 
Type8 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW, TE

ValueText
0None
1Hour
2Day
3Week
4Month
5Year
6One off
7Minute

Timer 1 Repeat Function (09.039) defines the length of the repeat period. For example, if Timer 1 Repeat Function (09.039) = 2 then the repeat period is one day. The result is inactive until the time reaches the hour, minute and second defined in Timer 1 Start Time (09.036), and remains active until the time reaches the hour, minute and second defined in Timer 1 Stop Time (09.038). Different repeat periods may be selected as given in the table below. The table shows the constituent parts of the date and time that are used to determine the start and stop events. If the repeat period is set to every week then Timer 1 Start Date (09.035) and Timer 1 Stop Date (09.037) define the day of the week and not the date (i.e. 00.00.00 = Sunday, 00.00.01 = Monday, etc.).  If the stop time event is set to occur at or before the start time event or the Timer 1 Repeat Function (09.039) = 0 or Timer 1 Enable (09.040) = 0 the result remains inactive at all times (i.e. Timer 1 Output (09.042) = 0 if Timer 1 Invert (09.041) = 0).

Timer 1 Repeat Function (09.039) Repeat period Second Minute Hour Day Month Year Day of week
0 None






1 Hour





2 Day




3 Week



4 Month



5 Year


6 One off

7 Minute






 


Parameter09.040  Timer 1 Enable
Short descriptionSet to enable the timer 1 function
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW

Timer 1 Enable (09.040) enables the timer 1 function. If Timer 1 Enable (09.040) = 0, then the output of the timer is always inactive, i.e. Timer 1 Output (09.042) = 0.


Parameter09.041  Timer 1 Invert
Short descriptionSet to invert the output of timer 1
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW

Timer 1 Invert (09.041) inverts the timer output to give an active state of 0 instead of 1. Alternatively it can be used to give an active state of 1, but for a time period that spans the ends of the repeat period as shown in the example above. It should be noted that if this method is used to allow the active period to span the ends of the repeat period then if the timer is disabled the output of the timer block before the invert becomes 0, and so the final output of the timer after the invert is 1.

See Timer 1 Repeat Function (09.039) for more information.


Parameter09.042  Timer 1 Output
Short descriptionShows the output state of timer function 1
ModeRFC‑A
Minimum0Maximum1
Default Units 
Type1 Bit VolatileUpdate RateBackground write
Display FormatStandardDecimal Places0
CodingRO, ND, NC, PT

Timer 1 Output (09.042) shows the output of timer function 1.


Parameter09.043  Timer 1 Destination
Short descriptionDefines the output destination of timer function 1
ModeRFC‑A
Minimum0.000Maximum59.999
Default0.000Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, DE, PT, BU

Timer 1 Destination (09.043) defines the output destination of timer function 1.


Parameter09.045  Timer 2 Start Date
Short descriptionDefines the start date for timer 2
ModeRFC‑A
Minimum0
(Display: 00-00-00)
Maximum311299
(Display: 31-12-99)
Default0
(Display: 00-00-00)
Units 
Type32 Bit User SaveUpdate RateBackground read
Display FormatDateDecimal Places0
CodingRW

Timer 2 Start Date (09.045) defines the start date within the repeat period of timer 2.

See Timer 1 Repeat Function (09.039) for more information.


Parameter09.046  Timer 2 Start Time
Short descriptionDefines the start time for timer 2
ModeRFC‑A
Minimum0
(Display: 00:00:00)
Maximum235959
(Display: 23:59:59)
Default0
(Display: 00:00:00)
Units 
Type32 Bit User SaveUpdate RateBackground read
Display FormatTimeDecimal Places0
CodingRW

Timer 2 Start Time (09.046) defines the start time within the repeat period of timer 2.

See Timer 1 Repeat Function (09.039) for more information.


Parameter09.047  Timer 2 Stop Date
Short descriptionDefines the stop date for timer 2
ModeRFC‑A
Minimum0
(Display: 00-00-00)
Maximum311299
(Display: 31-12-99)
Default0
(Display: 00-00-00)
Units 
Type32 Bit User SaveUpdate RateBackground read
Display FormatDateDecimal Places0
CodingRW

Timer 2 Stop Date (09.047) defines the stop date within the repeat period of timer 2.

See Timer 1 Repeat Function (09.039) for more information.


Parameter09.048  Timer 2 Stop Time
Short descriptionDefines the stop time for timer 2
ModeRFC‑A
Minimum0
(Display: 00:00:00)
Maximum235959
(Display: 23:59:59)
Default0
(Display: 00:00:00)
Units 
Type32 Bit User SaveUpdate RateBackground read
Display FormatTimeDecimal Places0
CodingRW

Timer 2 Stop Time (09.048) defines the stop time within the repeat period of timer 2.

See Timer 1 Repeat Function (09.039) for more information.


Parameter09.049  Timer 2 Repeat Function
Short descriptionDefines the length of the repeat period
ModeRFC‑A
Minimum0Maximum7
Default0Units 
Type8 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW, TE

ValueText
0None
1Hour
2Day
3Week
4Month
5Year
6One off
7Minute

See Timer 1 Repeat Function (09.039).


Parameter09.050  Timer 2 Enable
Short descriptionSet to enable the timer 2 function
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW

Timer 2 Enable (09.050) enables the timer 2 function. If Timer 2 Enable (09.050) = 0, then the output of the timer is always inactive, i.e. Timer 2 Output (09.052) = 0.


Parameter09.051  Timer 2 Invert
Short descriptionSet to invert the output of timer 2
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW

Timer 2 Invert (09.051) inverts the timer output to give an active state of 0 instead of 1.

See Timer 1 Invert (09.041) for more information.


Parameter09.052  Timer 2 Output
Short descriptionShows the output state of timer function 2
ModeRFC‑A
Minimum0Maximum1
Default Units 
Type1 Bit VolatileUpdate RateBackground write
Display FormatStandardDecimal Places0
CodingRO, ND, NC, PT

Timer 2 Output (09.052) shows the output of timer function 2.


Parameter09.053  Timer 2 Destination
Short descriptionDefines the output destination of timer function 2
ModeRFC‑A
Minimum0.000Maximum59.999
Default0.000Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, DE, PT, BU

Timer 2 Destination (09.053) defines the output destination of timer function 2.


Parameter09.055  Scope Trace 1 Source
Short descriptionDefines the source of scope trace 1
ModeRFC‑A
Minimum0.000Maximum59.999
Default3.002Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, PT, BU

Up to four scope sources can be selected using Scope Trace 1 Source (09.055) to Scope Trace 4 Source (09.058). If the source value is set to 0.000, or the source parameter does not exist or is non-visible, then no source is selected. The sources do not operate in the same way as normal source parameters in that the input to the scope is the actual value of the parameter and not a value scaled to a percentage based on the range of the parameter. If a scope trace source parameter is modified the actual change is not effective until the drive is reset.


Parameter09.056  Scope Trace 2 Source
Short descriptionDefines the source of scope trace 2
ModeRFC‑A
Minimum0.000Maximum59.999
Default4.002Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, PT, BU

See Scope Trace 1 Source (09.055).


Parameter09.057  Scope Trace 3 Source
Short descriptionDefines the source of scope trace 3
ModeRFC‑A
Minimum0.000Maximum59.999
Default0.000Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, PT, BU

See Scope Trace 1 Source (09.055).


Parameter09.058  Scope Trace 4 Source
Short descriptionDefines the source of scope trace 4
ModeRFC‑A
Minimum0.000Maximum59.999
Default0.000Units 
Type16 Bit User SaveUpdate RateDrive reset read
Display FormatStandardDecimal Places3
CodingRW, PT, BU

See Scope Trace 1 Source (09.055).


Parameter09.059  Scope Trigger
Short descriptionSet to trigger the scope function
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit VolatileUpdate Rate250µs read
Display FormatStandardDecimal Places0
CodingRW

The scope is triggered by a rising edge at the input to the main scope block. If Scope Trigger Source (09.060) is set at its default value of 0.000 then the output of the trigger threshold comparator is 0, and so the scope can be triggered with Scope Trigger (09.059)Scope Trigger Invert (09.062) can be used to invert the trigger signal.


Parameter09.060  Scope Trigger Source
Short descriptionDefines the source of the scope trigger
ModeRFC‑A
Minimum0.000Maximum59.999
Default10.001Units 
Type16 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places3
CodingRW, PT, BU

If Scope Trigger (09.059) = 0, the scope can be triggered based on the level of a parameter defined by Scope Trigger Source (09.060) and the Scope Trigger Threshold (09.061). This source operates in the same way as the trace sources and a direct comparison is made between the actual parameter value and the threshold. Decimal places are ignored. The threshold detector output is 1 when the value from the scope trigger source is greater than Scope Trigger Threshold (09.061). If Scope Trigger Source (09.060) = 0.000, or it is used to select a parameter that does not exist or is non-visible, then the output of the threshold detector is 0.


Parameter09.061  Scope Trigger Threshold
Short descriptionDefines the scope trigger threshold
ModeRFC‑A
Minimum-2147483648Maximum2147483647
Default0Units 
Type32 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW

See Scope Trigger Source (09.060).


Parameter09.062  Scope Trigger Invert
Short descriptionSet to invert the scope trigger
ModeRFC‑A
Minimum0Maximum1
Default1Units 
Type1 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW

See Scope Trigger (09.059).


Parameter09.063  Scope Mode
Short descriptionDefines the mode of the scope
ModeRFC‑A
Minimum0Maximum2
Default1Units 
Type8 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW, TE

ValueText
0Single
1Normal
2Auto

Single (0):
If Scope Arm (09.064) is set to 1 the scope starts to acquire pre-trigger data (i.e. enough data to provide information for the pre-trigger period) and Scope Data Not Ready  (09.065) is set to 1. The scope can then be triggered on the next trigger event (i.e. a rising edge on the trigger input of the main scope block). Note that the scope can only be triggered once the required amount of pre-trigger data has been sampled. Failure to do this will result in the scope function not triggering correctly. When the trigger event occurs Scope Arm (09.064) is set to 0, and when the post-trigger data has been stored Scope Data Not Ready  (09.065) is set to 0. If Scope Auto-save Mode (09.070) is non-zero, the data in the scope trace buffer is saved to a non-volatile media card fitted in the drive. When the save is complete (or data cannot be saved, i.e. no card fitted or no space left) the scope is ready again to receive data. If Scope Arm (09.064) is set to 1 the scope will start to acquire data again.

It is possible to read scope files via comms or into an option module. However, scope file transfer can only be initiated when Scope Arm (09.064) = 0, Scope Data Not Ready  (09.065) = 0, Scope Saving Data (09.066) = 0 and at least one trace has been set up. While the file transfer is in progress Scope Saving Data (09.066) is set to 1.

The scope system is reset under any of the following conditions:

  1. At power-up.
  2. If the drive is reset when Scope Trace 1 Source (09.055) to Scope Trace 4 Source (09.058) have been modified.
  3. The drive mode is changed.
  4. If Scope Mode (09.063)Scope Sample Time (09.067) or Scope Trigger Delay (09.068) are modified.

When the scope is reset Scope Arm (09.064) is reset to 0 and the trace data is all cleared to 0..

Normal (1):
The scope operates in the same way as single mode except that Scope Arm (09.064) is automatically set back to 1 after a time delay of 1s once the post-trigger data has been acquired, and the scope data has been saved to a non-volatile media card if Scope Auto-save Mode (09.070) > 0.

Auto (2):
After the scope system is reset Scope Data Not Ready  (09.065) is set to 1 and the scope begins to acquire data. Once the buffer is full Scope Data Not Ready  (09.065) is set to 0 and the scope continues to acquire data. Scope Arm (09.064) has no effect on data acquisition. Provided Scope Data Not Ready  (09.065) = 0 and Scope Saving Data (09.066) = 0 it is possible to read the data from the scope buffer as a scope file. Data acquisition is stopped when the file transfer begins. When the file transfer is complete, data acquisition begins again and Scope Data Not Ready  (09.065) is set to 1 for a period that is long enough to fill the scope buffer with new data.


Parameter09.064  Scope Arm
Short descriptionSet to arm the scope
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit VolatileUpdate Rate250µs read
Display FormatStandardDecimal Places0
CodingRW, NC

See Scope Mode (09.063).


Parameter09.065  Scope Data Not Ready
Short descriptionShows that the data in the scope buffer is not ready to be read out
ModeRFC‑A
Minimum0Maximum1
Default Units 
Type1 Bit VolatileUpdate Rate250µs write
Display FormatStandardDecimal Places0
CodingRO, ND, NC, PT

See Scope Mode (09.063).


Parameter09.066  Scope Saving Data
Short descriptionShows when the scope is saving data
ModeRFC‑A
Minimum0Maximum1
Default Units 
Type1 Bit VolatileUpdate RateBackground write
Display FormatStandardDecimal Places0
CodingRO, ND, NC, PT

See Scope Mode (09.063).


Parameter09.067  Scope Sample Time
Short descriptionDefines the sample time of the scope
ModeRFC‑A
Minimum1Maximum200
Default4Units 
Type8 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW, BU

Scope Sample Time (09.067) defines the sample rate of the scope function for all traces in 250μs units (i.e. if Scope Sample Time (09.067) = 4, the sample time is 1ms).


Parameter09.068  Scope Trigger Delay
Short descriptionDefines how much pre-trigger data is stored by the scope
ModeRFC‑A
Minimum0Maximum100
Default100Units%
Type8 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW

Scope Trigger Delay (09.068) defines how much data is stored before and after the scope is triggered. If Scope Trigger Delay (09.068) = 0% then no data is stored before the trigger and all the data is after the trigger. If Scope Trigger Delay (09.068) = 100% then no data is stored after the trigger, but all the data is before the trigger.


Parameter09.069  Scope Time Period
Short descriptionShows the time period covered by the scope buffer
ModeRFC‑A
Minimum0.00Maximum200000.00
Default Unitsms
Type32 Bit VolatileUpdate RateBackground write
Display FormatStandardDecimal Places2
CodingRO, ND, NC, PT

The scope function can capture up to 4000 bytes of parameter data. The Scope Time Period (09.069) gives the length of the time period covered by the scope buffer in milliseconds which depends on the number of traces stored, the sample time and the size of the parameters used as trace sources.

Sample time in milliseconds = (250 x 10-6Scope Sample Time (09.067)) x 1000

Size of trace data is the sum of the number of bytes in each of the trace sources selected by Scope Trace 1 Source (09.055) to Scope Trace 4 Source (09.058).

Scope Time Period (09.069) (ms) = 4000 x Sample time in milliseconds / Size of trace data


Parameter09.070  Scope Auto-save Mode
Short descriptionDefines the mode for auto-saving scope files to the NV media card
ModeRFC‑A
Minimum0Maximum2
Default0Units 
Type8 Bit User SaveUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW, TE

ValueText
0Disabled
1Overwrite
2Keep

Auto-save mode can be used to store a scope file on a non-volatile media card at each trigger event. The auto-save system is held in reset if Scope Auto-save Reset (09.072) = 1. When the auto-save system is reset all the scope files in scope file folder on the NV media card are deleted, Scope Auto-save File Number (09.071) is reset to 0 and the auto-save system is inactive. If any of the file operations fail during reset Scope Auto-save Status (09.073) is 3 (Failed) when the reset is removed.

The following conditions must be met for auto-saving to be active:

  1. Scope Auto-save Mode (09.070) is non-zero
  2. Scope Auto-save Reset (09.072) = 0
  3. Scope Auto-save Status (09.073) = 1 (Active)
  4. Scope Mode (09.063) = 0 (Single) or 1 (Normal)

If auto-saving is active an attempt is made to copy the scope file to a non-volatile media card fitted to the drive each time the post-trigger data has been acquired. The file name is SCP00XY.DAT, where XY is defined by Scope Auto-save File Number (09.071). If Scope Auto-save Mode (09.070) = 1 (Overwrite) then a file is over-written if it already exists. If Scope Auto-save Mode (09.070) = 2 (Keep) then if the file already exists the auto-save process is aborted. Scope Auto-save File Number (09.071) is incremented after a file is saved successfully and rolls over to 0 if it exceeds its maximum value.

If Scope Auto-save Status (09.073) = 0 (Disabled) and all the other conditions listed above for auto-saving to be active are met, then Scope Auto-save Status (09.073) changes to 1 (Active), so that auto-saving becomes active. If the scope file cannot be saved because the file exists and Scope Auto-save Mode (09.070) = 2 (Keep) then Scope Auto-save Status (09.073) is set to 2 (Stopped). If the scope file cannot be saved for any other reason then Scope Auto-save Status (09.073) is set to 3 (Failed). If Scope Auto-save Status (09.073) is no longer 1 (Active), auto-saving is aborted. Auto-saving can be made active again by setting Scope Auto-save Reset (09.072) to 1 and then to 0. If Scope Auto-save Mode (09.070) = 0 (Disabled) then Scope Auto-save Status (09.073) is set to 0 (Disabled), or if Scope Auto-save Mode (09.070) is non-zero then Scope Auto-save Status (09.073) is set to 1 (Active). It should be noted that Scope Auto-save Status (09.073) is a power-down save parameter, and so auto-save will remain inactive if Scope Auto-save Status (09.073) is 2 or 3 even if the drive is powered down and then powered up again.


Parameter09.071  Scope Auto-save File Number
Short descriptionShows the file number to be used for the next auto-saved scope file
ModeRFC‑A
Minimum0Maximum99
Default0Units 
Type8 Bit Power Down SaveUpdate RateBackground read/write
Display FormatStandardDecimal Places0
CodingRO, NC

See Scope Auto-save Mode (09.070).


Parameter09.072  Scope Auto-save Reset
Short descriptionSet to reset the scope auto-save function
ModeRFC‑A
Minimum0Maximum1
Default0Units 
Type1 Bit VolatileUpdate RateBackground read
Display FormatStandardDecimal Places0
CodingRW

See Scope Auto-save Mode (09.070).


Parameter09.073  Scope Auto-save Status
Short descriptionShows the status of the scope auto-save function
ModeRFC‑A
Minimum0Maximum3
Default0Units 
Type8 Bit Power Down SaveUpdate RateBackground write
Display FormatStandardDecimal Places0
CodingRO, TE, NC

ValueText
0Disabled
1Active
2Stopped
3Failed

See Scope Auto-save Mode (09.070).