Daikin Hubbard GCU2040PXB1, Инструкция по установке, пусконаладке и обслуживанию

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67
ENG
pRack PR300T +0300018EN rel. 1.5 - 02.05.2017
Mask index Display description Description Def . U . of M . V alues
Eeab11 Pump Management Setpoint: Setpoint if HR1 pump is regulated by temperature 55 °C/°F
Kp: Kp if HR1 pump is regulated by temperature 1 %/°C
Integral time: Integral time if HR1 pump is regulated by temperature 120 s
Eeab13 HR1 enable HR probe temp.
Filter: Enable multiple measurements of temperature probe No YES | NO
Number of samples Number of samples 1…200
Eeab14 Max. water temp. Alarm
thresh: Maximum water temperature Alarm threshold 85 °C/°F
Diff erential: Diff erential for maximum water temperature Alarm threshold 5 °C/°F
Eeab15 HR2 Regulation type: Diff erent type of regulation of fi rst heat reclaim Temperat. External Signal
Temperature
Digital Input
Setpoint Setpoint if HR2 is regulated by temperature 40 °C/°F
Kp: Kp if HR2 is regulated by temperature 1 %/°C
Integral time: Integral time if HR2 is regulated by temperature 200 s
Eeab16 HR2 Valve type: Type of valve of fi rst heat reclaim ON/OFF ON | OFF | 0
| 10V
Activation thr: Threshold to activate valve output HR2 10.0 %
De-activat thr: Threshold to de-activate valve output HR2 5.0 %
Activation delay: Delay to activate valve output HR2 30 s
Eeab17 En. Pump: Enable pump of fi rst heat reclaim No YES | NO
Pump type: Selection of pump type of fi rst heat reclaim Modulating | ON
| OFF
Pump delay off : Delay to switch off pump HR2 0 s
Eeab18 Pump regulation type: Diff erent type of pump regulation of fi rst heat reclaim HR request HR request |
Diff temperature
On threshold: Threshold to activate pump output HR2 5.0 %
Off threshold: Threshold to de-activate pump output HR2 0.0 %
Eeab19 Pump Management Setpoint: Setpoint if HR2 pump is regulated by temperature 55 °C/°F
Kp: Kp if HR2 pump is regulated by temperature 1 %/°C
Integral time: Integral time if HR2 pump is regulated by temperature 120 s
Eeab20 HR2 enable HR probe temp.
Filter: Enable multiple measurements of temperature probe No YES | NO
Number of sample Number of samples 1…200
Eeab21 Maximum water temp. Alarm
thresh: Maximum water temperature Alarm threshold 85 °C/°F
Diff erential: Diff erential for maximum water temperature Alarm threshold 5 °C/°F
Eeab25 Actions on HPV valve and gas
cooler fans setpoints done in: Type of HPV setpoint increment Simultan.
Mode Simultaneous
Sequential mode
with Threasold
Wait. Time to act: Delay to start HPV setpoint increment 120 s
Eeab26 En. GasCool.bypass: Enable Gas Cooler bypass No YES | NO
Gas cooler bypass 3way
valve type: Gas cooler bypass 3way valve type 0/10 V 0 | 10 | ON | OFF
Valve Mode Bypass valve mode ON/OFF Modulating
ON | OFF
Eval. Time to byp: Evaluation time to start GC bypass 30 s
Max receiver press.
To allow byp: Max receiver pressure to allow bypass 60.0 barg
Eeab28 HPV valve modul. Setp.min%: Min. HPV setpoint with heat reclaim total request upper setted threshold 75.0 barg
HPV valve modul. Setp.100%: Max. HPV setpoint with heat reclaim total request equal to 100% 85.0 barg
Time to min setp.: Time to reach minimum setpoint 60 s
Incr. Step: Value of incremental step between setpoint min& e setpoint 100% 0.5 barg
Wait time: Time each step 60 s
Eeab29 Gas cool. Fans modulat. Incr.
Step: Value of GC incremental step 1.0 °C/°F
Gas cool. Fans modulat. Wait
time: Time each step 60 s
Gas cool. Fans modulat. Max
off set: GC maximum off set 5.0 °C/°F
Gas cool. Fans modulat. Min.
HR request: Minimum HR total request to start GC action 30.0 %
Gas cool. Fans modulat. Diff .
OFF: Diff erential to decrease GC action 5.0 %
Eeab30 Max decrease time of HPV
off set: Time to decrease total HPV off set 240 s
Max decrease time of GC
off set: Time to decrease total GC off set 120 s
Max t.close byp. Time to close bypass valve 120 s
Efa05 Min.HR request: Enable generic stage function 1 30.0 %
Diff .OFF: … 5.0 %
JAN.funct.5 Enable generic stage function 5 disable --- disable | enable
Efa06 Regulation variable Regulation variable for stage 1 generic function --- --- …
Mode Direct or reverse regulation direct --- direct | Reverse
Efa07 Enable Enabling variable for stage 1 generic function --- --- …
Description Enable description change skip --- skip | change
--------------- --------------- --- --- …
Efa08 Setpoint Setpoint stage 1 generic function 0.0 °C … … (**)
Diff erential Stage 1 generic function diff erential 0.0 °C … … (**)
Efa09 High alarm High alarm enabling for stage 1 generic function disable --- disable | enable
High alarm High alarm threshold for stage 1 generic function 0.0 °C … … (**)
Delay High alarm delay for stage 1 generic function 0 s 0…9999
Alarm type High alarm type for stage 1 generic function Normal --- Normal | Serious
Low alarm Low alarm enabling for stage 1 generic function disable --- disable | enable
Low alarm Low alarm threshold for stage 1 generic function 0.0 °C … … (**)
Delay Low alarm delay for stage 1 generic function 0 s 0…9999
Alarm type Low alarm type for stage 1 generic function Normal --- Normal | Serious
… … … … … …
Efb05 JAN.modulat.1 Enable generic modulating function 1 management disable --- disable | enable
JAN.modulat.2 Enable generic modulating function 2 management disable --- disable | enable
Efb06 Regulation variable Regulation variable for generic modulating function 1 --- --- …
Mode Direct or reverse regulation direct --- Direct | Reverse
Efb07 Enable Enabling variable for generic modulating function 1 --- --- …
Description Enable description change Skip --- skip | change
--------------- --------------- --- --- …
Efb08 Setpoint Setpoint for generic modulating function 1 0.0 °C … … (**)
Diff erential Diff erential for generic modulating function 1 0.0 °C … … (**)
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Copyright HPL March 2021 P4114S Rev 03