Related Manuals for Swegon Beta Series
Summary of Contents for Swegon Beta Series
- Page 1 Controller manual User 17-01-2025 Series: Beta Series Zeta Series Tetris Series Titan Series Tetris Rev W LC Tetris Rev W LC/HP...
- Page 2 Page intentionally blank Translation from original instructions We reserve the right to make changes without any prior notice.
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Page 3: Table Of Contents
Contents Introduction General 1.1.1 Purpose of the manual 1.1.2 IPG315D controller functions 1.1.3 Recommendations for digital security Digital Services 1.2.4 Product data sheet Digital Services Graphics on the display Graphic conventions 2.1.1 Conventions 2.1.2 General button symbols 2.1.3 Function buttons 2.1.4 Enabling/disabling operations 2.1.5... - Page 4 4.1.17 SMART Link , SMART Link+, and SMART Link DX 4.1.18 Energy meter 4.1.19 System management 4.1.20 Smart Grid Ready 4.1.21 Swegon Inside 4.1.22 Energy Trend 4.1.23 Logs Alarms Introduction Alarm table Frequently Asked Questions Switching the unit on and off 6.2.1...
- Page 5 Where to find the controller “MAC address” 6.11 Swegon Inside 6.11.1 The unit can be connected to Swegon INSIDE. 6.11.2 How to access the Swegon INSIDE screens in the unit 6.11.3 How to enable/disable Swegon INSIDE 6.11.4 How to view the certificate expiry date 6.11.5 Validity of ID certificate for connection to Swegon INSIDE 6.11.6...
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Page 6: Introduction
INTRODUCTION 1.1 General Some information on the use of this manual. 1.1.1 Purpose of the manual The purpose of this manual is to provide all the necessary information for the use of the controller and relevant software application in the units indicated on the cover. Information regarding installation of the units and relevant tests and checks for the first starting is not given in this manual. -
Page 7: Digital Services
Some products will come with a valid certificate out of the factory, while other products need to be equipped with a certificate to authorize the product to share data. To find out if the product is INSIDE Ready (i.e. ready to share data) or not visit INSIDE Ready | www.swegon.com. 1.2.4.5 Safety The Swegon INSIDE product is connected to azure IoT Hub. - Page 8 1.2.4.6 Firewall settings for Swegon Cloud Swegon cloud solution is using Microsoft Azure services and certificates from DigiCert to secure the connection. If the firewall in front of the products is allowing outbound traffic to internet it will work. If the firewall is set up to control outbound traffic the following ports and destinations must be allowed.
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Page 9: Graphics On The Display
GRAPHICS ON THE DISPLAY During development of the application, particular attention was given to intuitive use of the user interface. That is why large use has been made of symbols and icons. 2.1 Graphic conventions Thanks to the characteristics of the graphic display, use has been made of the possibility of using symbols and icons for immediate understanding of the functionalities and to make it easy to navigate between the screens of the various menus. -
Page 10: Function Buttons
2.1.3 Function buttons The multifunction buttons are used to navigate through the pages of the display and to edit the parameters. Below is a brief description of the meaning of some of the different icons that the software links to the buttons when surfing the pages. -
Page 11: Service" Menu Icons
2.1.5 "Service" menu icons In the first screen of the "Service" menu, there is a set of icons allowing access to the relevant branch of screens. Access to the branch of screens regarding the programming parameters of the functions of the unit. Access to the branch of screens regarding management of the screw compressors. -
Page 12: The Screens
THE SCREENS 3.1 Main Screens The Visograph display is the interface between the unit and the user. Interaction with the unit and access to the parameters take place through the Visograph display. Information regarding installation of the units and relevant tests and checks for the first starting is not given in this manual. Navigate through the various menus to access the screens where you can carry out the necessary operations for operation of the unit, edit the operating parameters and download the records. -
Page 13: Main Mask
3.1.2 Main mask The main screen is accessed directly when any button is pressed while the screensaver screen is present on the display. You will return to the main screen, from whichever other screen you are in, by pressing once or twice on The main screen is the starting point for navigating through the various branches of the application. -
Page 14: Menu" Screen
3.1.3 "Menu" screen The branch of screens, where the user can edit the values and the functions present in the controller, can be accessed from the "Menu" screen. Fig. 3 "Menu" screen The branches of screens are: - "SET POINT", where the operating setpoint(s) of the unit can be changed; - "ALARM LOG", where the recorded alarms can be seen;... -
Page 15: Main Screen Information
3.2 Main screen information The main screen shows the characteristic operating conditions and values of the unit so that you can easily monitor the operating status. In addition to the lower part, where the functions of the buttons are shown, the main screen can be considered as being virtually made up of 5 areas of uniform content. - Page 16 3.2.1.3 Area 3 Area 3 shows the control set point for the active operation, and the outside air temperature value. Fig. 7 Image of area 3 Also, the following symbol is visible SmartLink (if the accessory is enabled). 3.2.1.4 Area 4 The presence of symbols in this area is linked to the configurations of the unit and to the active functions.
- Page 17 3.2.1.5 Area 5 This area shows the main information regarding operation of the compressors. The screen can vary according to the number of compressors and refrigerant circuits managed by the controller. Fig. 9 Image of area 5 The information refers to circuit 1. Fixed icon: fan not active.
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Page 18: Info Branch Screens
3.3 Info branch screens This branch of screens is accessed by pressing the button with icon To scroll the screens of the branch, use buttons A set of screens that regard the unit and others regarding individual circuits are present in the branch. 3.3.1 Unit information Information regarding the unit present in the screens consists of:... -
Page 19: Probes Branch Screens
3.4 Probes branch screens This branch of screens is accessed by pressing the button with icon To scroll the screens of the branch, use buttons A set of screens that regard the values measured by the temperature probes present in the unit are present in the branch. 3.4.1 Display of probes Depending on the configuration of the unit and as shown in the relevant description, in this screen, probes regarding the... -
Page 20: Circ." Branch Screens
3.5 "CIRC." branch screens A branch of screens is accessed where a refrigerant circuit with relevant operating parameters is represented on each screen. From the main screen, when you press the button with symbol you can access the branch. Using buttons parameters of the same level are displayed for the various refrigerant circuits present in the unit. -
Page 21: Screen Of Expansion Valve Parameters
3.5.2 Screen of expansion valve parameters From the screen of the refrigerant circuit, when you press button you will access the screen where the expansion valve operating parameters are shown. Fig. 13 Expansion valve parameters The following values are displayed: - the opening percentage;... -
Page 22: Inverter Parameter Screens
3.5.3 Inverter parameter screens From the screen of the refrigerant circuit, when you press button you will access the screen where the inverter operating parameters are shown. Fig. 14 Parameters of compressor with inverter The following values are displayed: - inverter demand in percentage; - compressor rotation speed in rpm;... -
Page 23: Software Functions
SOFTWARE FUNCTIONS 4.1 Controller functions The controller manages the units through specially developed logics. Some functions are always present in all the units, others are connected with the type of unit or expressly requested by the customer. The managed functions are summarized in the following chapters. 4.1.1 Set point management The operating set point is the temperature value for which the controller activates the compressors in order to make the... -
Page 24: Refrigerant Leak Detection Management
4.1.7 Refrigerant leak detection management When it is active, this function manages refrigerant leaks. Leaks are controlled through a refrigerant detector whose sensor is installed in the compressor compartment of the unit. On the controller, for each refrigerant circuit of the unit, there are digital inputs to which the refrigerant detectors are con- nected. -
Page 25: 2-Zone Control
4.1.15 2-zone control When featured, this function is designed to control two system zones for the sake of ensuring comfort where different tem- peratures apply. The two zones can be controlled using either one or two 3-way modulating valves. The function also includes optimisation of the unit operating setpoint, taking as reference the setpoints in the active zones. 4.1.16 Thermoregulation from tank-mounted probe Where the system consists of one primary and multiple secondary circuits, the pump in the primary circuit only gets started when required by the probe mounted in the storage tank. -
Page 26: Smart Grid Ready
Registration is confirmed by email to the address specified. A few days are required for the function to be activated. After a few days have elapsed, data can be read in the section of the Swegon website (https://www.swegon.com/it/support/ software/) named “Software for connected products” by clicking the link “Go to INSIDE portal” where you have to log in. -
Page 27: Energy Trend
4.1.22 Energy Trend The function “Energy trend” is featured on units as an option. This function estimates the unit operational efficiency (“EER” when operating in cooling mode or “COP” when operating in heating mode) as the current operating conditions and the set parameters change. If you wish to access the data estimated by the function, go to the main menu and select the function “ENERGY TREND”... -
Page 28: Alarms
ALARMS 5.1 Introduction The controller is programmed to manage the components of the unit safely, by adjusting their operation as conditions chan- ge with the aim of maintaining uninterrupted service. Within the scope of this control function, the controller will partially or completely limit operation of the unit when hazardous conditions are approaching. - Page 29 Code Description Code Description AL41 Therm. fan Free Cooling 1 AL90 Liquid temp. probe error 3 AL42 Therm. fan Free Cooling 2 AL91 Aux. temp. probe error #4 AL43 Therm. fan Free Cooling 3 AL92 Temp. probe error at dry cooler inlet AL44 Therm.
- Page 30 Code Description Code Description AL139 Circ.4 - Maintenance compr. n. 1 AL189 Defrosting timeout circ. 4 AL140 Circ.4 - Maintenance compr. n. 2 AL190 Defrosting timeout -Circ ½ AL141 Circ.4 - Maintenance compr. n. 3 AL191 Defrosting timeout -Circ ¾ AL142 Circ.4 - Maintenance compr.
- Page 31 AL254 Maximum ACS time AL324 System transducer error in return circuit AL255 Maximum AL time AL325 Bypass temperature probe error AL256 Defrost failed - user disab. AL326 Auxiliary heating alarm AL257 ACS overridden output AL327 Error in liquid pressure probe 1 AL258 Failure to perform AL cycle AL328 Error in liquid pressure probe 2 AL261 Alarm: liquid injection in circ.
- Page 32 Code Description Code Description AL374 Circ. 3 - High discharge temp. in compr. 1 AL392 User AHU 7 Offline AL375 Circ. 3 - High discharge temp. in compr. 2 AL393 User AHU 8 Offline AL376 Circ. 3 - High discharge temp. in compr. 3 AL394 User AHU 9 Offline AL378...
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Page 33: Faq
6.1 Frequently Asked Questions The necessary instructions for working on the controller, with regard to the main functions of the unit, are given below. 6.2 Switching the unit on and off 6.2.1 Switch the unit on and off from the keypad In order to switch the unit on and off from the keypad, make sure the feature is active. -
Page 34: Change Of Operating Mode From Heating To Cooling And Vice Versa From The Bms
6.3.3 Change of operating mode from heating to cooling and vice versa from the BMS The change of operating mode from the BMS is equivalent to the change from the keypad, and therefore it is an alternative to the change from digital input. In order to switch the unit on and off from the BMS, make sure the feature is active. -
Page 35: Time Band Setup Procedure
6.4.7 Time band setup procedure A click on the “MENU” button in the main screen gives access to the “MENU” screen. Use the “arrow down” button to select “ENERGY SAVING” and press “ENTER” to confirm and thus access the menu with the function setup screens. -
Page 36: Managing Recovery
6.5 Managing recovery 6.5.1 Activate and deactivate recovery from the keypad From the main screen, press button to move around in the recovery management screen. On pressing and holding down, for 2 seconds, button recovery will be deactivated. On pressing and holding down, for 2 seconds, button recovery will be activated. -
Page 37: Acs" Management
6.6 “ACS” management 6.6.1 Switch the “ACS” on and off using the keypad. To enable the “ACS” function using the controller, the operator has to go to the Home page and press button which gives access to the screen for function management. Once in the “ACS”... -
Page 38: Rs485 Serial Port And Ethernet
6.7 RS485 serial port and Ethernet 6.7.1 RS485 serial connection Controller IPG315 “V2” is provided with 5 RS485 serial ports. Serial port “B”, which corresponds to the terminals in boards 97, 98, and 99, has been provided for con- nection to a BMS or to a management system. The use of the other ports is reserved. -
Page 39: Resetting Of Partial Counters
6.8 Resetting of partial counters 6.8.1 Resetting the compressor hours of operation and starts To reset the number of hours of operation of the compressors, the loop of "Maintenance" screens must be accessed. The "Maintenance" loop screens are present in the "info" branch. In the "info"... -
Page 40: Resetting Of The Number Of Hours Of Operation Of The Pumps
6.8.3 Resetting of the number of hours of operation of the pumps To reset the number of hours of operation of the pumps, the loop of "Maintenance" screens must be accessed. The "Maintenance" loop screens are present in the "info" branch. In the "info"... -
Page 41: Controller Functions
6.9 Controller functions 6.9.1 Updating the time and date of the controller Since these updates require a reboot of the controller, the unit must be "OFF" in order to do them. From the main screen, press button MENU Pressing twice on the button select "CONFIG", confirm with button ENTER to enter the "Configuration"... -
Page 42: Web Pages
6.10 WEB pages The web server integrated in the controller is accessed through the Ethernet port. Access to these pages requires the user to know his/her IP address. The factory-set IP address is 10.2.3.20 The set IP address is in any case displayed in one of the controller screens. The steps to access the screen with the IP address are as follows: - go to the main screen and press the “menu”... -
Page 43: Swegon Inside
6.11 Swegon Inside 6.11.1 The unit can be connected to Swegon INSIDE. All the units are supplied with an identification certificate “ID” which is required to connect them to Swegon INSIDE. If problems are experienced, please contact the Swegon after-sales service network. -
Page 44: How To View The Certificate Expiry Date
The ID certificate is valid for 2 years from the date of unit factory acceptance testing and it is renewed automatically if the connection to the Swegon INSIDE portal is made within the validity term. if the connection to the Swegon INSIDE portal is not made within the validity term of the ID certificate, the certificate expires. Translation from original instructions... -
Page 45: What To Do If The Id Certificate Has Expired Or Is Missing
6.11.6 What to do if the ID certificate has expired or is missing If you need a new ID certificate, you have to access the Swegon portal - ref. section “How to access the Swegon INSIDE portal” - and click the link to ask for a new certificate. -
Page 46: How To Gain Access To The Swegon Inside Portal
“SUBMIT”. Select “Cooling & Heating” in the field “Select product”. Create your account and register at least one unit, after which access the “log in” screen in the Swegon INSIDE portal. Translation from original instructions We reserve the right to make changes without any prior notice. -
Page 47: Information Displayed In The Swegon Inside Portal
6.11.8 Information displayed in the Swegon INSIDE portal The “Products” menu in the Swegon INSIDE portal gives access to the associated units. The last registered operating status and active alarms, if any, are visible for units that have an active connection. - Page 48 Page intentionally blank Translation from original instructions We reserve the right to make changes without any prior notice.
- Page 49 Page intentionally blank We reserve the right to make changes without any prior notice. Translation from original instructions...
- Page 50 Page intentionally blank Translation from original instructions We reserve the right to make changes without any prior notice.
- Page 51 Page intentionally blank We reserve the right to make changes without any prior notice. Translation from original instructions...
- Page 52 Via Valletta, 5 - 30010 Cantarana di Cona, (VE) Italy - T. +39 0426 921111 - F. +39 0426 302222 www.blueboxcooling.com - info@swegon.it Swegon Operations s.r.l. with sole shareholder - VAT no. 02481290282 Company directed and coordinated by Investment Latour (Sweden)
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