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Eeab11
Pump Management Setpoint: Setpoint if HR1 pump is regulated by temperature
Kp:
Integral time:
Eeab13
HR1 enable HR probe temp.
Filter:
Number of samples
Eeab14
Max. water temp. Alarm
thresh:
Diff erential:
Eeab15
HR2 Regulation type:
Setpoint
Kp:
Integral time:
Eeab16
HR2 Valve type:
Activation thr:
De-activat thr:
Activation delay:
Eeab17
En. Pump:
Pump type:
Pump delay off :
Eeab18
Pump regulation type:
On threshold:
Off threshold:
Eeab19
Pump Management Setpoint: Setpoint if HR2 pump is regulated by temperature
Kp:
Integral time:
Eeab20
HR2 enable HR probe temp.
Filter:
Number of sample
Eeab21
Maximum water temp. Alarm
thresh:
Diff erential:
Eeab25
Actions on HPV valve and gas
cooler fans setpoints done in:
Wait. Time to act:
Eeab26
En. GasCool.bypass:
Gas cooler bypass 3way
valve type:
Valve Mode
Eval. Time to byp:
Max receiver press.
To allow byp:
Eeab28
HPV valve modul. Setp.min%: Min. HPV setpoint with heat reclaim total request upper setted threshold
HPV valve modul. Setp.100%: Max. HPV setpoint with heat reclaim total request equal to 100%
Time to min setp.:
Incr. Step:
Wait time:
Eeab29
Gas cool. Fans modulat. Incr.
Step:
Gas cool. Fans modulat. Wait
time:
Gas cool. Fans modulat. Max
off set:
Gas cool. Fans modulat. Min.
HR request:
Gas cool. Fans modulat. Diff .
OFF:
Eeab30
Max decrease time of HPV
off set:
Max decrease time of GC
off set:
Max t.close byp.
Efa05
Min.HR request:
Diff .OFF:
JAN.funct.5
Efa06
Regulation variable
Mode
Efa07
Enable
Description
---------------
Efa08
Setpoint
Diff erential
Efa09
High alarm
High alarm
Delay
Alarm type
Low alarm
Low alarm
Delay
Alarm type
...
...
Efb05
JAN.modulat.1
JAN.modulat.2
Efb06
Regulation variable
Mode
Efb07
Enable
Description
---------------
Efb08
Setpoint
Diff erential
Copyright HPL March 2021
Description
Kp if HR1 pump is regulated by temperature
Integral time if HR1 pump is regulated by temperature
Enable multiple measurements of temperature probe
Number of samples
Maximum water temperature Alarm threshold
Diff erential for maximum water temperature Alarm threshold
Diff erent type of regulation of fi rst heat reclaim
Setpoint if HR2 is regulated by temperature
Kp if HR2 is regulated by temperature
Integral time if HR2 is regulated by temperature
Type of valve of fi rst heat reclaim
Threshold to activate valve output HR2
Threshold to de-activate valve output HR2
Delay to activate valve output HR2
Enable pump of fi rst heat reclaim
Selection of pump type of fi rst heat reclaim
Delay to switch off pump HR2
Diff erent type of pump regulation of fi rst heat reclaim
Threshold to activate pump output HR2
Threshold to de-activate pump output HR2
Kp if HR2 pump is regulated by temperature
Integral time if HR2 pump is regulated by temperature
Enable multiple measurements of temperature probe
Number of samples
Maximum water temperature Alarm threshold
Diff erential for maximum water temperature Alarm threshold
Type of HPV setpoint increment
Delay to start HPV setpoint increment
Enable Gas Cooler bypass
Gas cooler bypass 3way valve type
Bypass valve mode
Evaluation time to start GC bypass
Max receiver pressure to allow bypass
Time to reach minimum setpoint
Value of incremental step between setpoint min& e setpoint 100%
Time each step
Value of GC incremental step
Time each step
GC maximum off set
Minimum HR total request to start GC action
Diff erential to decrease GC action
Time to decrease total HPV off set
Time to decrease total GC off set
Time to close bypass valve
Enable generic stage function 1
...
Enable generic stage function 5
Regulation variable for stage 1 generic function
Direct or reverse regulation
Enabling variable for stage 1 generic function
Enable description change
---------------
Setpoint stage 1 generic function
Stage 1 generic function diff erential
High alarm enabling for stage 1 generic function
High alarm threshold for stage 1 generic function
High alarm delay for stage 1 generic function
High alarm type for stage 1 generic function
Low alarm enabling for stage 1 generic function
Low alarm threshold for stage 1 generic function
Low alarm delay for stage 1 generic function
Low alarm type for stage 1 generic function
...
Enable generic modulating function 1 management
Enable generic modulating function 2 management
Regulation variable for generic modulating function 1
Direct or reverse regulation
Enabling variable for generic modulating function 1
Enable description change
---------------
Setpoint for generic modulating function 1
Diff erential for generic modulating function 1
67
Page 116 of 169
Def.
U. of M.
Values
55
°C/°F
1
%/°C
120
s
No
YES | NO
1...200
85
°C/°F
5
°C/°F
Temperat.
External Signal
Temperature
Digital Input
40
°C/°F
1
%/°C
200
s
ON/OFF
ON | OFF | 0
| 10V
10.0
%
5.0
%
30
s
No
YES | NO
Modulating | ON
| OFF
0
s
HR request
HR request |
Diff temperature
5.0
%
0.0
%
55
°C/°F
1
%/°C
120
s
No
YES | NO
1...200
85
°C/°F
5
°C/°F
Simultan.
Simultaneous
Mode
Sequential mode
with Threasold
120
s
No
YES | NO
0/10
V
0 | 10 | ON | OFF
ON/OFF
Modulating
ON | OFF
30
s
60.0
barg
75.0
barg
85.0
barg
60
s
0.5
barg
60
s
1.0
°C/°F
60
s
5.0
°C/°F
30.0
%
5.0
%
240
s
120
s
120
s
30.0
%
5.0
%
disable
---
disable | enable
---
---
...
direct
---
direct | Reverse
---
---
...
skip
---
skip | change
---
---
...
0.0 °C
...
... (**)
0.0 °C
...
... (**)
disable
---
disable | enable
0.0 °C
...
... (**)
0
s
0...9999
Normal
---
Normal | Serious
disable
---
disable | enable
0.0 °C
...
... (**)
0
s
0...9999
Normal
---
Normal | Serious
...
...
...
disable
---
disable | enable
disable
---
disable | enable
---
---
...
direct
---
Direct | Reverse
---
---
...
Skip
---
skip | change
---
---
...
0.0 °C
...
... (**)
0.0 °C
...
... (**)
P4367 Rev 01
pRack PR300T +0300018EN rel. 1.5 - 02.05.2017
ENG
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