![Daikin EWLP065KBW1N [10/20] Consulting actual operational information](/img/pdf.png)
Daikin EWLP065KBW1N [10/20] Consulting actual operational information
![Daikin EWLP030KBW1N [10/20] Consulting actual operational information](/views2/1656544/page10/bga.png)
Operation manual
9
EWLP012~065KBW1N
Condenserless water-cooled water chillers
4PW61666-1A – 2012.04
Consulting actual operational information
The actual operational information that can be consulted in the list of
direct parameters consists of:
■ b01: Evaporator inlet water temperature,
■ b02: Evaporator outlet water temperature,
■ b03: When cooling mode is active: inlet water temperature of
the condenser. When heating mode is active: inlet water
temperature of the evaporator.
■ c10: Total running hours of the compressor 1,
■ c11: Total running hours of the compressor 2,
■ c15: Total running hours of the pump.
These are direct parameters, refer to "How to consult and modify the
direct parameters" on page 8.
Resetting alarms
When an alarm is detected, the following happens:
■ the alarm relay is energized,
■ the H LED is displayed
■ the display starts flashing, alternately showing the alarm code
and the inlet water temperature.
The following alarm codes may appear on the screen:
■ a1: indicates an anti-freeze alarm.
■ e1: indicates that the NTC probe used to measure the
evaporator inlet water temperature is defective.
■ e2: indicates that the NTC probe used to measure the
evaporator outlet water temperature is defective.
■ e3: indicates that the fuse for the evaporator heatertape (F4)
is blown or that there is a reverse phase error or that there
is a problem with the I/O PCB (A2P).
■ ehs: indicates that the supply voltage is exceedingly high. In
this case contact a licensed electrician.
■ el1: indicates that there is a power supply error (example:
noise). In this case contact a licensed electrician.
■ el2: indicates that there is a power supply error (example:
noise). In this case contact a licensed electrician.
■ els: indicates that the supply voltage is exceedingly low. In this
case contact a licensed electrician.
■ epb: indicates that the EEPROM on the controller PCB inside
the unit is defective.
■ epr: indicates that the EEPROM on the controller PCB inside
the unit is defective.
■ fl: indicates that there was no sufficient water flow either
during the period of 15 seconds after the pump was
started or for 5 seconds while the compressor is active or
that the overcurrent protection of the pump is activated.
■ hp1: indicates that a high pressure switch, the discharge
thermal protection or the overcurrent protection of the
compressor motor is activated or that the NTC probe used
to measure the ambient temperature is defective.
■
fl + hp1
: indicates that there is most likely an RPP error or that the
F4 fuse is blown.
■ lp1: indicates that the low pressure switch is activated.
■ ter: indicates that there is a remote user interface
communication error.
■
:
communication failure between the digital controller of the
unit and the remote user interface. Confirm the correct
selection of parameter code h23. This should be default
setting 0 and confirm the correction installation according
to the installation manual of the remote user interface
EKRUMCA.
To reset an alarm, proceed as follows:
1 Find the cause of shutdown and correct.
Refer to the chapter "Troubleshooting" on page 15.
2 If the alarm codes a1, fl, hp1 or lp1 appear on the display,
reset the alarm manually by pressing the E combination keys
C and D simultaneously for approximately 5 seconds.
In all other cases the alarm is reset automatically.
Once the alarm is reset, the error code and the H LED no longer
appears on the display. The controller continues its normal
operation, displaying the inlet water temperature.
Resetting warnings
During normal operation, the display of the controller may start
flashing, alternately showing the inlet water temperature and the
following warning code:
■ hc1: indicates that the compressor 1 requires maintenance:
the total running hours of the compressor 1 (direct
parameter c10) has exceeded the setting of the timer
threshold for maintenance warning (user parameter
c14).
■ hc2: indicates that the compressor 2 requires maintenance:
the total running hours of the compressor 2 (direct
parameter c11) has exceeded the setting of the timer
threshold for maintenance warning (user parameter
c14).
To reset the maintenance warning hc1 or hc2, proceed as follows:
1 Consult c10 running hours of compressor 1 or c11 running
hours of compressor 2.
These are direct parameters, refer to "How to consult and modify
the direct parameters" on page 8.
2 When c10 or c11 parameter value is displayed, press the
C and D key simultaneously for 5 seconds. The value of
the timer becomes 0 and the warning is reset.
NOTE
■ The parameters b01, b02 and b03 can also be
consulted by the "sensor readout menu". Refer to
"How to consult the "sensor readout menu"
parameters" on page 8.
■ To reset the timers of parameters c10, c11 and
c15 refer to "Resetting warnings" on page 9.
In case the unit is equipped with freeze protection, it is
highly recommended to install the remote indicator
lamp alarm (H3P) (see wiring diagram supplied with
the unit). By doing so, breakdown of the fuse for the
evaporator heatertape (F4) will be detected sooner
and freezing of the circuit will be avoided during cold
weather.
NOTE
If the alarm codes fl and h1 are flashing alternately,
the alarm is most probably caused by the reverse
phase protector or by the fuse for evaporator heater-
tape (F4) that was blown.
NOTE
Do not forget to carry out the required maintenance
activities after resetting the timers.
Besides resetting timer c10 and c11, it is also
possible to reset timer c15 (running hours of pump) in
the same way.
Содержание
- Condenserless water cooled water chillers 1
- Operation manual 1
- Introduction 2
- Ntroduction 2
- Operation manual 2
- Electrical specifications 3
- Electrical specification 3
- Technical specifications 3
- Technical specification 3
- 14 15 16 4
- Description 4
- Escription 4
- Figure main components 4
- The ewlp condenserless water cooled water chillers are available in 7 standard sizes 4
- Function of the main components 5
- Safety devices 5
- Internal wiring parts table 6
- Before operation 7
- Checks before initial start up 7
- Digital controller 7
- Efore operation 7
- General recommendations 7
- Operation 7
- Peration 7
- Power supply connection and crankcase heating 7
- User interface 7
- Water supply 7
- Adjusting the cooling temperature setpoint on page 8 8
- Consulting actual operational information on page 9 8
- Direct and user parameters 8
- Each parameter is defined by a code and a value for example the parameter used to select local or remote on off control has code h07 and value 1 or 0 8
- Example the leds f and g are displayed when accessing a parameter group or when accessing parameters directly 8
- For an overview of the parameters refer to overview of the direct and user parameters on page 10 8
- Function during main display not inside menu 8
- Keys provided on the controller 8
- Leds provided on the controller and remote interface 8
- Legibility of the numeric display may decrease in direct sunlight 8
- Resetting alarms on page 9 8
- Resetting warnings on page 9 8
- Switching the unit on on page 8 and switching the unit off on page 8 8
- Temperature readout tolerance 1 c 8
- The digital controller provides direct and user parameters the direct parameters are important for the everyday usage of the unit e g to adjust the temperature setpoint or to consult actual operational information the user parameters on the contrary provide advanced features such as adjusting time delays 8
- The function carried out when the user presses one or a combination of these keys depends on the status of the controller and the unit at that specific moment 8
- This chapter deals with the everyday usage of the ewlp units here you will learn how to perform routine tasks such as 8
- When selecting a parameter group or parameter different leds related to the parameter group or parameter are displayed 8
- Working with the units 8
- Adjusting the cooling temperature setpoint 9
- How to consult and modify the direct parameters 9
- How to consult the sensor readout menu parameters 9
- Switching the unit off 9
- Switching the unit on 9
- Consulting actual operational information 10
- Resetting alarms 10
- Resetting warnings 10
- Advanced features of the digital controller 11
- Overview of the direct and user parameters 11
- The list of direct parameters is accessible by pressing the b key for approximately 5 seconds refer also to how to consult and modify the direct parameters on page 8 11
- This chapter gives an overview of the direct parameters and user parameters provided by the controller in the following chapter you will learn how you can set up and configure the unit using these parameters 11
- Defining the cooling temperature differential 12
- Defining the heating temperature differential 12
- How to consult and modify the user parameters 12
- Defining the measurement unit 13
- Defining the time delay between pump and compressor startup 13
- Defining the time delay between unit and pump shutdown 13
- Defining the timer threshold for maintenance warning 13
- Selecting dual setpoint control 13
- Selecting local or remote cool heat control 13
- Selecting local or remote on off control 13
- Bms connection modbus 14
- Connection modbus 14
- Different parts of the communication network 14
- General description of modbus 14
- General information about the modbus protocol 14
- Implemented commands for the modbus protocol 14
- Implemented rs485 communication settings for the modbus protocol 14
- Locking the controller keyboard 14
- 0 for off 15
- 1 for on 15
- Activating the modbus protocol 15
- All digital variables are assigned to bits of consecutive registers each one having 15
- Analogue and integer data an analogue and integer value is represented by a 16 bit word register in binary notation for each register the first byte contains the high order bits and the second byte contains the low order bits 15
- Data representation of the modbus protocol 15
- Defining the bms setting 15
- Defining the bms setting 15
- Defining the unit s serial address 15
- Digital all digital data is coded by a single bit 15
- For addresses of all the direct and user parameters refer to overview of the direct and user parameters on page 10 15
- Implemented error code 15
- In case the bms or supervisory system tries to write a value of a parameter that is out of range the writing will be ignored 15
- Overview of all variables which are not direct or user parameters 15
- The address card operates on registers where one register must be considered at 16 bit 15
- The analogue variables are represented in tenths for example the value 10 is transmitted as 0064h 100d for example the value 10 is transmitted as ff9ch 100d 15
- The bms or supervisory system and the chiller unit communicate through a fixed set of variables also called address numbers hereafter you will find the information you need about the digital integer and analogue variables that the bms or supervisory system can read from or write to the address card of the chiller 15
- The higher address variable assigned to the most significant bit 15
- The integer variables are transferred using the effective value for example the value 100 is transmitted as 0064h 100d 15
- The lower address variable assigned to the less significant bit 15
- The modbus protocol is activated by setting the h23 parameter to 1 15
- This is a user parameter refer to how to consult and modify the user parameters on page 11 15
- To define each unit s unique serial address required for communication with the supervisionary system set parameter h10 15
- Variables database 15
- Before contacting your local dealer read this chapter carefully it will save you time and money 16
- Before starting the trouble shooting procedure carry out a thorough visual inspection of the unit and look for obvious defects such as loose connections or defective wiring 16
- Roubleshooting 16
- This section provides useful information for diagnosing and correcting certain troubles which may occur in the unit 16
- Troubleshooting 16
- When a safety device was activated stop the unit and find out why the safety device was activated before resetting it under no circum stances safety devices may be bridged or changed to a value other than the factory setting if the cause of the problem cannot be found call your local dealer 16
- When carrying out an inspection on the supply panel or on the switch box of the unit always make sure that the circuit breaker of the unit is switched off 16
- Aintenance 17
- Disposal requirements 17
- Important information regarding the refrigerant used 17
- Maintenance 17
- Maintenance activities 17
- Annex i 18
- Saturated temperature 18
- Menu overview 19
Похожие устройства
- Sennheiser M2 OEBT Black Инструкция по безопасности
- Sennheiser M2 OEBT Black Руководство пользователя
- Sennheiser HE 1 Инструкция по эксплуатации
- Sennheiser HD 800 S Инструкция по эксплуатации
- Sennheiser HD 579 Инструкция
- Sennheiser IE 800 S Инструкция
- Sennheiser HDV 820 Инструкция
- Sennheiser HDV 820 Краткая инструкция
- Daikin ERAP110MBY Технические данные
- Daikin ERAP150MBY Технические данные
- Daikin ERAP170MBY Технические данные
- Sennheiser HD 820 Инструкция
- Sennheiser HD 660S Инструкция
- Daikin EWWD380BJYNN Технические данные
- Daikin EWWD380BJYNN Инструкция по монтажу
- Daikin EWWD380BJYNN Инструкция по эксплуатации
- Daikin EWWD460BJYNN Инструкция по монтажу
- Daikin EWWD460BJYNN Технические данные
- Daikin EWWD460BJYNN Инструкция по эксплуатации
- Daikin EWWD550BJYNN Инструкция по монтажу