Technical Manual Stage Controller MSR
eco
3140
Page 7
Param Co Level Note
Range
Cf1
Cf2
Cf3
Cf4
d01
......--- .......3, 2, 1 ..... Setpoint of the first stage to switch on respective ............... -99,9...+100,0°C .......35,0°C.......35,0°C .........35,0°C ..........35,0°C
the last stage to switch off
d02
......--- .......3, 2, 1 ..... Setpoint 2 ............................................................................ -99,9...+100,0°C .......35,0°C.......35,0°C .........35,0°C ..........35,0°C
d03
......--- .......3, 2, 1 ..... Setpoint 3 ............................................................................ -99,9...+100,0°C .......35,0°C.......35,0°C .........35,0°C ..........35,0°C
d04
......--- .......3, 2, 1 ..... Setpoint 4 ............................................................................ -99,9...+100,0°C .......35,0°C.......35,0°C .........35,0°C ..........35,0°C
d05
......--- .......3, 2, 1 ..... Setpoint 5 ............................................................................ -99,9...+100,0°C .......35,0°C.......35,0°C .........35,0°C ..........35,0°C
d06
......--- .......3, 2, 1 ..... Setpoint 6 ............................................................................ -99,9...+100,0°C .......35,0°C.......35,0°C .........35,0°C ..........35,0°C
d07
......--- .......3, 2, 1 ..... Setpoint 7 ............................................................................ -99,9...+100,0°C .......35,0°C.......35,0°C .........35,0°C ..........35,0°C
d08
......--- .......3, 2, 1 ..... Setpoint 8 ............................................................................ -99,9...+100,0°C .......35,0°C.......35,0°C .........35,0°C ..........35,0°C
d10
......--- .......3, 2, 1 ..... Night Offset ......................................................................... -20,0...+20,0 K .........0,0 K .........0,0 K ...........0,0 K.............0,0 K
d11
......oem ....3, 2 ......... Night Limitation ................................................................... 0...100% ...................100% ........100% .........100% ............100%
d12
......--- .......3, 2, 1 ..... Hysteresis ............................................................................. 0,1...20,0 K ...............2.0 K .........2.0 K ...........2.0 K.............2.0 K
d13
......oem ....3, 2 ......... Hysteresis Position .............................................................. H-- = symmetrical .....H-- .............H-- ...............H-- ................H--
H-- = below the
setpoint
H-- = above the
setpoint
d14
......oem ....3, 2 ......... Setpoint shifting via outdoor temperature, ...........................0,0...+60,0°C ............0,0°C .........0,0°C ...........0,0°C ............0,0°C
lower temperature threshold
d15
......oem ....3, 2 ......... Setpoint shifting via outdoor temperature, .......................... 0,0...20,0 K ...............0,0 K .........0,0 K ...........0,0 K.............0,0 K
temperature range
d16
......oem ....3, 2 ......... Setpoint shifting via outdoor temperature, factor ................ -5,0...+5,0 K/K ..........0,0 K/K ......0,0 K/K ........0,0 K/K .........0,0 K/K
d17
......oem ....3, 2 ......... High pressure alarm limit ..................................................... -99,0...+100,0 ...........42,0°C.......100,0°C.......100,0°C ........100,0°C
d18
......oem ....3, 2 ......... High pressure pre alarm limit ............................................... -99,0...+100,0 ...........40,0°C.......100,0°C.......100,0°C ........100,0°C
d19
......oem ....3, 2 ......... Alarm delay .......................................................................... 1...600 sec. ...............10 sec. ......600 sec. ......600 sec. .......600 sec
d20
......oem ....3, 2 ......... P Analogue Output - Output Delay ...................................... 0...100 sec. ...............0 sec. ........0 sec. ..........0 sec. ...........0 sec.
d21
......oem ....3, 2 ......... P Analogue Output - Step Size ............................................ 1...100% ...................100% ........100% ..........100% ............100%
d22
......oem ....3, 2 ......... Stage Controller - Base Load Change (Stage Sequenc.) .... 000 = off/off/off ........hr0 .............hr0 ...............hr0 ................hr0
....a..../....b..../....c....
At position a, these base load functions can be set:
rr0 = runt/runt/off
0=off, r=forerun dep. on runtime, h=fore. dep. on stop time hr0 = stopt/runt/off
At position b, these base load funktion can be set:
rr1 = runt/runt/on
0 = off, r = backrun dep. on runtime,
hr1 = stopt/runt/on
At position c, these base load functions can be set:
Switch optimization: 0 = off, 1 = on
d41
......tec ......3, 2 ......... Forerun Delay Time Stage 1 (the first turn on stage) ......... 0...900 sec. ................10 sec. .......0 sec. .......... 0 sec. .............0 sec
d42
......tec ......3, 2 ......... Forerun Delay Time Stage 2 ............................................... 0...900 sec. ................10 sec. .......0 sec. .......... 0 sec. .............0 sec
d43
......tec ......3, 2 ......... Forerun Delay Time Stage 3 ............................................... 0...900 sec. ................10 sec. .......0 sec. .......... 0 sec. .............0 sec
d44
......tec ......3, 2 ......... Forerun Delay Time Stage 4 ............................................... 0...900 sec. ................10 sec. .......0 sec. .......... 0 sec. .............0 sec
d45
......tec ......3, 2 ......... Forerun Delay Time Stage 5 ............................................... 0...900 sec. ................10 sec. .......0 sec. .......... 0 sec. .............0 sec
d46
......tec ......3, 2 ......... Forerun Delay Time Stage 6 ............................................... 0...900 sec. ................10 sec. .......0 sec. .......... 0 sec. .............0 sec
d47
......tec ......3, 2 ......... Forerun Delay Time Stage 7 ............................................... 0...900 sec. ................10 sec. .......0 sec. .......... 0 sec. .............0 sec
d48
......tec ......3, 2 ......... Forerun Delay Time Stage 8 ............................................... 0...900 sec. ................10 sec. .......0 sec. .......... 0 sec. .............0 sec
d51
......tec ......3, 2 ......... Backrun Delay Time Stage 1 (the last off stage) ................ 0...900 sec. ................10 sec. .......0 sec. .......... 0 sec. .............0 sec
d52
......tec ......3, 2 ......... Backrun Delay Time Stage 2 ............................................... 0...900 sec. ................10 sec. .......0 sec. .......... 0 sec. .............0 sec
d53
......tec ......3, 2 ......... Backrun Delay Time Stage 3 ............................................... 0...900 sec. ................10 sec. .......0 sec. .......... 0 sec. .............0 sec
d54
......tec ......3, 2 ......... Backrun Delay Time Stage 4 ............................................... 0...900 sec. ................10 sec. .......0 sec. .......... 0 sec. .............0 sec
d55
......tec ......3, 2 ......... Backrun Delay Time Stage 5 ............................................... 0...900 sec. ................10 sec. .......0 sec. .......... 0 sec. .............0 sec
d56
......tec ......3, 2 ......... Backrun Delay Time Stage 6 ............................................... 0...900 sec. ................10 sec. .......0 sec. .......... 0 sec. .............0 sec
d57
......tec ......3, 2 ......... Backrun Delay Time Stage 7 ............................................... 0...900 sec. ................10 sec. .......0 sec. .......... 0 sec. .............0 sec
d58
......tec ......3, 2 ......... Backrun Delay Time Stage 8 ............................................... 0...900 sec. ................10 sec. .......0 sec. .......... 0 sec. .............0 sec
d61
......oem ....3, 2 ..........Motor 1 automatic / manually .............................................. oFF, Aut (autom.) .....Aut .............Aut ............... Aut .................Aut
on (permanently on)
d62
......oem ....3, 2 ..........Motor 2 automatic / manually .............................................. ditto. ...........................Aut .............Aut ............... Aut .................Aut
d63
......oem ....3, 2 ..........Motor 3 automatic / manually .............................................. ditto. ...........................Aut .............Aut ............... Aut .................Aut
d64
......oem ....3, 2 ..........Motor 4 automatic / manually .............................................. ditto. ...........................Aut .............Aut ............... Aut .................Aut
d65
......oem ....3, 2 ..........Motor 5 automatic / manually .............................................. ditto. ...........................Aut .............Aut ............... Aut .................Aut
d66
......oem ....3, 2 ..........Motor 6 automatic / manually .............................................. ditto. ...........................Aut .............Aut ............... Aut .................Aut
d67
......oem ....3, 2 ..........Motor 7 automatic / manually .............................................. ditto. ...........................Aut .............Aut ............... Aut .................Aut
d68
......oem ....3, 2 ..........Motor 8 automatic / manually .............................................. ditto. ...........................Aut .............Aut ............... Aut .................Aut
d71
......oem ....3, 2 ..........Minimium Idle Time Motor 1 ................................................ 0...20 min. .................0 min. ........0 min. ..........0 min. ........... 0 min.
d72
......oem ....3, 2 ..........Minimium Idle Time Motor 2 ................................................ 0...20 min. .................0 min. ........0 min. ..........0 min. ........... 0 min.
d73
......oem ....3, 2 ..........Minimium Idle Time Motor 3 ................................................ 0...20 min. .................0 min. ........0 min. ..........0 min. ........... 0 min.
d74
......oem ....3, 2 ..........Minimium Idle Time Motor 4 ................................................ 0...20 min. .................0 min. ........0 min. ..........0 min. ........... 0 min.
d75
......oem ....3, 2 ..........Minimium Idle Time Motor 5 ................................................ 0...20 min. .................0 min. ........0 min. ..........0 min. ........... 0 min.
d76
......oem ....3, 2 ..........Minimium Idle Time Motor 6 ................................................ 0...20 min. .................0 min. ........0 min. ..........0 min. ........... 0 min.
d77
......oem ....3, 2 ..........Minimium Idle Time Motor 7 ................................................ 0...20 min. .................0 min. ........0 min. ..........0 min. ........... 0 min.
d78
......oem ....3, 2 ..........Minimium Idle Time Motor 8 ................................................ 0...20 min. .................0 min. ........0 min. ..........0 min. ........... 0 min.
Setpoint Page High Pressure
(d)
Access Levels
Not all parameters are visible on the user interface. Depending on the operator‘s
authorization, parameters are switched on or off.
Three Access Levels are available:
Level 1 - only selected parameters - for the customer (default display)
Level 2 - parameter for the technician (P99 = 88)
Level 3 - all parameters (P99 = 70)
To enter the access authorization, there is parameter
P99
in the mode list.
If the value
88
is entered for this parameter, all parameters of level 2 are
displayed.
When the value
70
is entered, all parameters of level 3 are displayed.
If the controller is not operated for 3 minutes, the display returns to the
basic display and only the parameters of level 1 are accessible.
Only required parameters are accessable on the display, depending on
the current configuration.
With parameter
h91
, code 70 can be used to load one of four fixed configu-
rations or a stored configuration. For special protection, the code number
70
must be entered each time for this parameter.
Selection options: „cF1“, „cF2“, „cF3“, „cF4“, „cFU“ and „---“ for termination.
The values of the four fixed configurations can be seen in the parameter
list.
