20-14
Maximum
Reference/Feedb.
20-2*
Feedback/Setpoint
20-20
Feedback
Function
20-21
Setpoint
1
20-22
Setpoint
2
20-23
Setpoint
3
20-3*
Feedb.
Adv.
Conv.
20-30
Refrigerant
20-31
User
Defined
Refrigerant
A1
20-32
User
Defined
Refrigerant
A2
20-33
User
Defined
Refrigerant
A3
20-34
Duct
1
Area
[m2]
20-35
Duct
1
Area
[in2]
20-36
Duct
2
Area
[m2]
20-37
Duct
2
Area
[in2]
20-38
Air
Density
Factor
[%]
20-6*
Sensorless
20-60
Sensorless
Unit
20-69
Sensorless
Information
20-7*
PID
Autotuning
20-70
Closed
Loop
Type
20-71
PID
Performance
20-72
PID
Output
Change
20-73
Minimum
Feedback
Level
20-74
Maximum
Feedback
Level
20-79
PID
Autotuning
20-8*
PID
Basic
Settings
20-81
PID
Normal/
Inverse
Control
20-82
PID
Start
Speed
[RPM]
20-83
PID
Start
Speed
[Hz]
20-84
On
Reference
Bandwidth
20-9*
PID
Controller
20-91
PID
Anti
Windup
20-93
PID
Proportional
Gain
20-94
PID
Integral
Time
20-95
PID
Differentiation
Time
20-96
PID
Diff.
Gain
Limit
21-**
Ext.
Closed
Loop
21-0*
Ext.
CL
Autotuning
21-00
Closed
Loop
Type
21-01
PID
Performance
21-02
PID
Output
Change
21-03
Minimum
Feedback
Level
21-04
Maximum
Feedback
Level
21-09
PID
Autotuning
21-1*
Ext.
CL
1
Ref./Fb.
21-10
Ext.
1
Ref./Feedback
Unit
21-11
Ext.
1
Minimum
Reference
21-12
Ext.
1
Maximum
Reference
21-13
Ext.
1
Reference
Source
21-14
Ext.
1
Feedback
Source
21-15
Ext.
1
Setpoint
21-17
Ext.
1
Reference
[Unit]
21-18
Ext.
1
Feedback
[Unit]
21-19
Ext.
1
Output
[%]
21-2*
Ext.
CL
1
PID
21-20
Ext.
1
Normal/Inverse
Control
21-21
Ext.
1
Proportional
Gain
21-22
Ext.
1
Integral
Time
21-23
Ext.
1
Differentation
Time
21-24
Ext.
1
Dif.
Gain
Limit
21-3*
Ext.
CL
2
Ref./Fb.
21-30
Ext.
2
Ref./Feedback
Unit
21-31
Ext.
2
Minimum
Reference
21-32
Ext.
2
Maximum
Reference
21-33
Ext.
2
Reference
Source
21-34
Ext.
2
Feedback
Source
21-35
Ext.
2
Setpoint
21-37
Ext.
2
Reference
[Unit]
21-38
Ext.
2
Feedback
[Unit]
21-39
Ext.
2
Output
[%]
21-4*
Ext.
CL
2
PID
21-40
Ext.
2
Normal/Inverse
Control
21-41
Ext.
2
Proportional
Gain
21-42
Ext.
2
Integral
Time
21-43
Ext.
2
Differentation
Time
21-44
Ext.
2
Dif.
Gain
Limit
21-5*
Ext.
CL
3
Ref./Fb.
21-50
Ext.
3
Ref./Feedback
Unit
21-51
Ext.
3
Minimum
Reference
21-52
Ext.
3
Maximum
Reference
21-53
Ext.
3
Reference
Source
21-54
Ext.
3
Feedback
Source
21-55
Ext.
3
Setpoint
21-57
Ext.
3
Reference
[Unit]
21-58
Ext.
3
Feedback
[Unit]
21-59
Ext.
3
Output
[%]
21-6*
Ext.
CL
3
PID
21-60
Ext.
3
Normal/Inverse
Control
21-61
Ext.
3
Proportional
Gain
21-62
Ext.
3
Integral
Time
21-63
Ext.
3
Differentation
Time
21-64
Ext.
3
Dif.
Gain
Limit
22-**
Appl.
Functions
22-0*
Miscellaneous
22-00
External
Interlock
Delay
22-01
Power
Filter
Time
22-2*
No-Flow
Detection
22-20
Low
Power
Auto
Set-up
22-21
Low
Power
Detection
22-22
Low
Speed
Detection
22-23
No-Flow
Function
22-24
No-Flow
Delay
22-26
Dry
Pump
Function
22-27
Dry
Pump
Delay
22-3*
No-Flow
Power
Tuning
22-30
No-Flow
Power
22-31
Power
Correction
Factor
22-32
Low
Speed
[RPM]
22-33
Low
Speed
[Hz]
22-34
Low
Speed
Power
[kW]
22-35
Low
Speed
Power
[HP]
22-36
High
Speed
[RPM]
22-37
High
Speed
[Hz]
22-38
High
Speed
Power
[kW]
22-39
High
Speed
Power
[HP]
22-4*
Sleep
Mode
22-40
Minimum
Run
Time
22-41
Minimum
Sleep
Time
22-42
Wake-up
Speed
[RPM]
22-43
Wake-up
Speed
[Hz]
22-44
Wake-up
Ref./FB
Difference
22-45
Setpoint
Boost
22-46
Maximum
Boost
Time
22-5*
End
of
Curve
22-50
End
of
Curve
Function
22-51
End
of
Curve
Delay
22-6*
Broken
Belt
Detection
22-60
Broken
Belt
Function
22-61
Broken
Belt
Torque
22-62
Broken
Belt
Delay
22-7*
Short
Cycle
Protection
22-75
Short
Cycle
Protection
22-76
Interval
between
Starts
22-77
Minimum
Run
Time
22-78
Minimum
Run
Time
Override
22-79
Minimum
Run
Time
Override
Value
22-8*
Flow
Compensation
22-80
Flow
Compensation
22-81
Square-linear
Curve
Approximation
22-82
Work
Point
Calculation
22-83
Speed
at
No-Flow
[RPM]
22-84
Speed
at
No-Flow
[Hz]
22-85
Speed
at
Design
Point
[RPM]
22-86
Speed
at
Design
Point
[Hz]
22-87
Pressure
at
No-Flow
Speed
22-88
Pressure
at
Rated
Speed
22-89
Flow
at
Design
Point
22-90
Flow
at
Rated
Speed
23-**
Time-based
Functions
23-0*
Timed
Actions
23-00
ON
Time
23-01
ON
Action
23-02
OFF
Time
23-03
OFF
Action
23-04
Occurrence
23-0*
Timed
Actions
Settings
23-08
Timed
Actions
Mode
23-09
Timed
Actions
Reactivation
23-1*
Maintenance
23-10
Maintenance
Item
23-11
Maintenance
Action
23-12
Maintenance
Time
Base
23-13
Maintenance
Time
Interval
23-14
Maintenance
Date
and
Time
23-1*
Maintenance
Reset
23-15
Reset
Maintenance
Word
23-16
Maintenance
Text
23-5*
Energy
Log
23-50
Energy
Log
Resolution
23-51
Period
Start
23-53
Energy
Log
23-54
Reset
Energy
Log
23-6*
Trending
23-60
Trend
Variable
23-61
Continuous
Bin
Data
23-62
Timed
Bin
Data
23-63
Timed
Period
Start
23-64
Timed
Period
Stop
23-65
Minimum
Bin
Value
23-66
Reset
Continuous
Bin
Data
23-67
Reset
Timed
Bin
Data
23-8*
Payback
Counter
23-80
Power
Reference
Factor
23-81
Energy
Cost
23-82
Investment
23-83
Energy
Savings
23-84
Cost
Savings
25-**
Pack
Controller
25-0*
System
Settings
25-00
Cascade
Controller
25-02
Motor
Start
25-04
Pump
Cycling
25-05
Fixed
Lead
Pump
25-06
Number
of
Pumps
25-2*
Bandwidth
Settings
25-20
Staging
Bandwidth
25-21
Override
Bandwidth
25-22
Fixed
Speed
Bandwidth
25-23
SBW
Staging
Delay
25-24
SBW
Destaging
Delay
25-25
OBW
Time
25-26
Destage
At
No-Flow
25-27
Stage
Function
25-28
Stage
Function
Time
25-29
Destage
Function
25-30
Destage
Function
Time
25-4*
Staging
Settings
25-40
Ramp
Down
Delay
25-41
Ramp
Up
Delay
25-42
Staging
Threshold
25-43
Destaging
Threshold
25-44
Staging
Speed
[RPM]
25-45
Staging
Speed
[Hz]
25-46
Destaging
Speed
[RPM]
25-47
Destaging
Speed
[Hz]
25-5*
Alternation
Settings
25-50
Lead
Pump
Alternation
25-51
Alternation
Event
25-52
Alternation
Time
Interval
25-53
Alternation
Timer
Value
25-54
Alternation
Predefined
Time
25-55
Alternate
if
Load
<
50%
25-56
Staging
Mode
at
Alternation
25-58
Run
Next
Pump
Delay
25-59
Run
on
Mains
Delay
25-8*
Status
25-80
Cascade
Status
25-81
Pump
Status
25-82
Lead
Pump
25-83
Relay
Status
25-84
Pump
ON
Time
25-85
Relay
ON
Time
25-86
Reset
Relay
Counters
25-9*
Service
25-90
Pump
Interlock
25-91
Manual
Alternation
26-**
Analog
I/O
Option
26-0*
Analog
I/O
Mode
26-00
Terminal
X42/1
Mode
26-01
Terminal
X42/3
Mode
26-02
Terminal
X42/5
Mode
26-1*
Analog
Input
X42/1
26-10
Terminal
X42/1
Low
Voltage
26-11
Terminal
X42/1
High
Voltage
26-14
Term.
X42/1
Low
Ref./Feedb.
Value
26-15
Term.
X42/1
High
Ref./Feedb.
Value
26-16
Term.
X42/1
Filter
Time
Constant
26-17
Term.
X42/1
Live
Zero
26-2*
Analog
Input
X42/3
26-20
Terminal
X42/3
Low
Voltage
26-21
Terminal
X42/3
High
Voltage
26-24
Term.
X42/3
Low
Ref./Feedb.
Value
26-25
Term.
X42/3
High
Ref./Feedb.
Value
26-26
Term.
X42/3
Filter
Time
Constant
26-27
Term.
X42/3
Live
Zero
26-3*
Analog
Input
X42/5
26-30
Terminal
X42/5
Low
Voltage
26-31
Terminal
X42/5
High
Voltage
26-34
Term.
X42/5
Low
Ref./Feedb.
Value
26-35
Term.
X42/5
High
Ref./Feedb.
Value
26-36
Term.
X42/5
Filter
Time
Constant
26-37
Term.
X42/5
Live
Zero
26-4*
Analog
Out
X42/7
26-40
Terminal
X42/7
Output
26-41
Terminal
X42/7
Min.
Scale
26-42
Terminal
X42/7
Max.
Scale
26-43
Terminal
X42/7
Bus
Control
26-44
Terminal
X42/7
Timeout
Preset
26-5*
Analog
Out
X42/9
26-50
Terminal
X42/9
Output
26-51
Terminal
X42/9
Min.
Scale
26-52
Terminal
X42/9
Max.
Scale
26-53
Terminal
X42/9
Bus
Control
26-54
Terminal
X42/9
Timeout
Preset
26-6*
Analog
Out
X42/11
26-60
Terminal
X42/11
Output
26-61
Terminal
X42/11
Min.
Scale
26-62
Terminal
X42/11
Max.
Scale
26-63
Terminal
X42/11
Bus
Control
26-64
Terminal
X42/11
Timeout
Preset
28-**
Compressor
Functions
28-2*
Discharge
Temperature
28-20
Temperature
Source
28-21
Temperature
Unit
28-24
Warning
Level
28-25
Warning
Action
28-26
Emergency
Level
28-27
Discharge
Temperature
28-7*
Day/Night
Settings
28-71
Day/Night
Bus
Indicator
28-72
Enable
Day/Night
Via
Bus
28-73
Night
Setback
28-75
Night
Speed
Drop
Override
28-76
Night
Speed
Drop
[Hz]
Programming
VLT® Refrigeration Drive 110-250 kW Operating Instructions
42
MG16F102 - VLT® is a registered Danfoss trademark
6
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