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Robur Roburbox100 Installation And Use Manual

Plant control interface
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  • Page 1 Installation and use manual Roburbox100 Plant Control Interface...
  • Page 2 EDITION: 06/2014 – FW version 1.002 Code: D-LBR468 This instruction manual has been drawn up and printed by Robur S.p.A.; whole or partial reproduction of this manual is strictly prohibited. The original is filed at Robur S.p.A. Any use of this manual other than for personal consultation must be previously authorised by Robur S.p.A..
  • Page 3 Foreword FOREWORD This "Installation and Use Manual" is a guide for installation and use of RB100 (Robur Box) interface device, between one or more external control system and GA and GAHP series Direct digital controller (DDC). This manual is specifically intended for: installation technicians for the carrying out of a correct installation of Robur appliances;...
  • Page 4 Meaning of terminology and icons Appliance: by this term we mean to indicate the interface device between an external system and DDC Direct Digital Controller, named RB100 (or Robur Box). Service request: by this expression we mean to indicate every single request for plant turning on, sent from appliance to DDC;...
  • Page 5 Foreword The icons shown in the margin of this manual have the following meanings: Danger signal Warning Note Start of operating procedure Reference to another part of the manual or to another manual/book Descriptive icons Table 1 "GENERAL AND TECHNICAL FEATURES" section "ELECTRIC INSTALLER"...
  • Page 6 RB100 : Installation and Use Manual Ed. 06/2014 – FW version 1.002...

  • Page 7: Table Of Contents

    Table of contents TABLE OF CONTENTS SECTION 1 GENERAL AND TECHNICAL FEATURES...........3 WARNINGS .............................3 SHORT DESCRIPTIONS OF APPLIANCE OPERATION ..............7 MANUFACTURING TECHNICAL FEATURES ................13 OPERATING TECHNICAL FEATURES..................15 TECHNICAL DATA........................20 OVERALL DIMENSIONS ......................21 SECTION 2 ELECTRIC INSTALLER ................23 GENERAL INFORMATION ......................23 APPLIANCE INSTALLATION AND COLLECTION TO ELECTRIC NETWORK......25 ELECTRIC CONNECTIONS FOR REQUEST SERVICES............26 ELECTRIC CONNECTIONS FOR VALVE SERVICE ..............29...
  • Page 8 RB100 : Installation and Use Manual Ed. 06/2014 – FW version 1.002...

  • Page 9: Section 1 General And Technical Features

    GENERAL AND TECHNICAL FEATURES section SECTION 1 GENERAL AND TECHNICAL FEATURES This section, intended for all installers and TACs, contains general warnings, short descriptions of appliance operation and its manufacturing features. It also contains appliance technical data and dimensional drawings. 1.1 WARNINGS This manual is integral and essential for the product and must be delivered to the final user together with the appliance.
  • Page 10 RB100 : Installation and Use Manual Installation and reference standards Before starting appliance installation phases, visually inspect that no sign of breaking or damage to the packaging appears, as this could indicate that a damage has occurred during transport. After the packaging is removed, ensure appliance is integral and complete. The appliance can only be installed by an authorized firm, under legislation enforced in the installation country or by professionally qualified personnel.
  • Page 11 46. Contact local Robur Authorised Technical Assistance Centres only (TAC). In order to know the local TAC, contact Robur S.p.a (phone +39 035 888.111). Warranty could be void if commissioning is not performed (and validated) by a Robur TAC.
  • Page 12 Any appliance repair is to be performed by a Robur Authorised Technical Assistance Centres only (TAC). The non-respect of the above-mentioned indications can affect appliance operation and safety and possibly make its warranty void, if active.

  • Page 13: Short Descriptions Of Appliance Operation

    1.2 SHORT DESCRIPTIONS OF APPLIANCE OPERATION RB100: description Robur Box RB100 device (Figure 1), interfaces the requests from one or more external control systems with GA and GAHP series Direct Digital Controller (DDC). It also provides for a valve activation service to be used by a DDC.
  • Page 14 RB100 : Installation and Use Manual 4. No. 1 system for producing hot water only. Up to 16 AY 00-119 maximum can be connected. The Direct Digital Controller (DDC) can be connected to two more DDCs maximum, to control a 48 units (96 modules: 48 cold modules and 48 hot modules). Each DDC can be connected to 16 cold/hot units maximum (each one supporting 1 hot module and 1 cold module, for 32 total modules) or 32 units, with 16 hot and 16 cold maximum (always 32 total modules).
  • Page 15 In this case, for DDC use and configuration/programming instructions, refer to two booklets: DDC Installation Manual (D-LBR 273) and DDC Use and Programming Manual (D-LBR 249). DDC configuration/programming operations must be performed by Robur Authorised Technical Assistance Centres (TAC) during first turning-on procedures and following manufacturer’s instructions.
  • Page 16 MINIMUM WATER 3200 5000 5000 5000 5000 FLOW MAXIMUM 2500 2500 2300 2000 COOLING MINIMUM 3200 3200 4700 4000 MAXIMUM Flow values to be provided to the Robur units during switching phase. Table 3 Ed. 06/2014 – FW version 1.002...
  • Page 17 GENERAL AND TECHNICAL FEATURES section Operation of inputs for request services One of the following types apply to each request service used: Analogue input: this configuration allows receiving a 0-10 Volt input signal. RB100 interface sends to Direct Digital Controller a setpoint request proportional with input voltage.
  • Page 18 RB100 : Installation and Use Manual Operation of valve service As already said before, this service is used to control three-way motorized valves, which allow acting directly on hydraulic plant, mainly meeting one of the following two needs: manage hydraulic separation of separable unit from basic group; switch plant operation from heating to cooling and vice versa.

  • Page 19: Manufacturing Technical Features

    GENERAL AND TECHNICAL FEATURES section 1.3 MANUFACTURING TECHNICAL FEATURES RB100 interface has the manufacturing technical features listed below. Shell structure: • cover in polycarbonate; • container in polycarbonate; • terminal-cover in polycarbonate; • protection level IP20; • external connections: 3.5-pitch screw-type input terminals; sect. 0.14 to 1.5 mm²; 5.08-pitch screw-type input terminals;...
  • Page 20 RB100 : Installation and Use Manual Device check (Figure 4): • electronic board with integrated microprocessor, display and knob (encoder) for adjustment; • electronic board inputs: for request services, they are named XI1, XI2, XI3, XI4, respectively; they can be configured as analogue or digital according to the position of jumpers located on each input side, to parameter value 63, 83, 103, 123 (depending on service referred to): o position “A”...

  • Page 21: Operating Technical Features

    GENERAL AND TECHNICAL FEATURES section 1.4 OPERATING TECHNICAL FEATURES Input management For each request service on interface (4 in total), according to input configuration (analogue/digital), RB100 sends turning-on or setpoint request to its DDC in different ways. Input specifications only apply if service is active, otherwise no request is transmitted to DDC: In particular: Input configured as digital setpoint:...
  • Page 22 RB100 : Installation and Use Manual If no request arrives from RB100, it does not mean that DDC-controlled units remain off; this depends on the set-up of a specific menu on the Control Panel [ref. to DDC Installation Manual (D-LBR 273) and DDC Use and Programming Manual (D-LBR 249)] which allows system to operate with the only requests coming from RB100 or with the only DDC internal request or both.
  • Page 23 GENERAL AND TECHNICAL FEATURES section If no request arrives from RB100, it does not mean that DDC-controlled units remain off; this depends on the set-up of a specific menu on the Control Panel [ref. to DDC Installation Manual (D-LBR 273) and DDC Use and Programming Manual (D-LBR 249)] which allows system to operate with the only requests coming from RB100 or with the only DDC internal request or both.
  • Page 24 RB100 : Installation and Use Manual Output management Service non-availability is signalled: when a “permanent” non-availability exists, due to wrong configuration of Direct Digital Controller (DDC), RB100 interface or abnormality on CAN communication; when a “temporary” non-availability exists, since service is not temporarily provided for by DDC.
  • Page 25 GENERAL AND TECHNICAL FEATURES section Valve service To manage valve service operation, valve service must be enabled and valve configured on Direct Digital Controller (DDC). Each valve is controlled when RB100 receives from DDC a switching request (cold/hot or separable/basic). Now, RB100, after reversing, sends to Control Panel the status of limit switch auxiliary contacts, by which DDC can diagnose good or bad result of switching.

  • Page 26: Technical Data

    RB100 : Installation and Use Manual 1.5 TECHNICAL DATA TECHNICAL FEATURES: RB100 INTERFACE ROBUR BOX SERIES meas. GENERAL TECHNICAL DATA Value/Feature units OPERATING FEATURES OPERATING FIELD (T MINIMUM °C EMPERATURE MAXIMUM °C CLASSIFICATIONS EN 60730-1 CONTROL DEVICE FOR TYPE DEFINITION ACCORDING TO MANUFACTURE...

  • Page 27: Overall Dimensions

    GENERAL AND TECHNICAL FEATURES section 1.6 OVERALL DIMENSIONS Dimensions of Robur Box series: front and side view Figure 7 In figure, appliance depth includes knob exposure. Ed. 06/2014 – FW version 1.002...
  • Page 28 RB100 : Installation and Use Manual Ed. 06/2014 – FW version 1.002...

  • Page 29: Section 2 Electric Installer

    Wrong installation or non-compliance with law can provoke damages to persons, animals and things; Robur S.p.A is not responsible for damages due to wrong installation or non-compliance with law. 2.1 GENERAL INFORMATION The power supply transformer must be SELV/PELV (min.
  • Page 30 RB100 : Installation and Use Manual RB100 R O B U R B O X 24V~ (±20%) 10VA 50/60Hz 1,2,3,4,5,6: 250V~4(3)A IP20 RB100 - representation scheme of main elements Figure 8 LEGEND OF RB100 ELEMENTS SHOWN IN FIGURE 10 (above) LEGEND DESCRIPTION elements along upper horizontal margin...

  • Page 31: Appliance Installation And Collection To Electric Network

    Wrong installation or non-compliance with law can provoke damages to persons, animals and things; Robur S.p.A is not responsible for damages due to wrong installation or non-compliance with law.

  • Page 32: Electric Connections For Request Services

    RB100 : Installation and Use Manual R B 1 0 0 R O B U R B O X 2 4 V ~ (± 2 0 % ) 1 0 V A 5 0 /6 0 H z 1 ,2 ,3 ,4 ,5 ,6 : 2 5 0 V ~ 4 (3 )A IP 2 0 RB100.
  • Page 33 ELECTRIC INSTALLER section Analogue Input For connecting the service as analogue input, we remind that the input voltage must range between 0 and 10 Vdc. The maximum allowable length of the connection cables to the inputs of the request services is not less important and not to be neglected at all. Max cable length (m) Cable section (mm²) Given that the examples of cable length mentioned above are only two, in case of different...
  • Page 34 RB100 : Installation and Use Manual Digital Input For the input used as digital, remember that the external contact must have an operating voltage of at least 12 Vdc and must ensure the closure with a minimum 5 mA current. The maximum allowable length of the service connecting cables for this type of inputs is not less important and not to be neglected at all.

  • Page 35: Electric Connections For Valve Service

    ELECTRIC INSTALLER section 2.4 ELECTRIC CONNECTIONS FOR VALVE SERVICE Outputs The valve control output is composed of a free (NO/NC) diverter contact: o the NO contact is closed when the system requires that the position of the valve is towards the heating side or towards the separable group; o the NC contact is closed when the system requires that the position of the valve is towards the cooling side or towards the basic group;...

  • Page 36: Electric Connection For Common Alarm Signal

    RB100 : Installation and Use Manual Connection Scheme Example of connection with NC limit switch Example of connection with NO limit switch auxiliary contacts auxiliary contacts RB100 RB100 CЄ CЄ R O B U R B O X R O B U R B O X 24V~ (±20%) 10VA 24V~ (±20%) 10VA 50/60Hz...

  • Page 37: Usage Of Direct Digital Controller (Ddc)

    ELECTRIC INSTALLER section 2.6 USAGE OF DIRECT DIGITAL CONTROLLER (DDC). This paragraph describes the following procedures to be performed by installer: How to power supply Direct Digital Controller (DDC) (see instructions on Page 32 and detail C in Figure 13/Page 31). How to connect Direct Digital Controller (DDC) with RB100, on CAN network (see instructions on Page 33 and detail E in Figure 13/Page 31).
  • Page 38 RB100 : Installation and Use Manual Table 7 shows the legend of DDC connection schemes contained in the paragraph, from Figure 14 on page 33. LEGEND OF DDC CONNECTION SCHEMES (from Figure 14 on page 33) LEGEND DESCRIPTION components on connection line DIRECT DIGITAL CONTROLLER DDCTR 230/24 Vac, 50/60 Hz SAFETY TRANSFORMER...
  • Page 39 DDC also consists of a buffer battery which, when power supply is cut off, can store set values; buffer battery lasts for about 7 years and must be replaced afterwards (contact Robur Authorised Technical Assistance Centre). How to connect Direct Digital Controller (DDC) with RB100 Appliance and DDC communicate by CAN BUS network (Figure 15, on page 34).
  • Page 40 "B" (AY) "A" (AYF) Figure 15 Examples for CAN BUS network with 4 nodes = 2 Robur units + 1 RB100 + 1 DDC CAN-BUS network shown in scheme in Figure 15 has the following nodes: a) No. 2 final nodes: node 1 (DDC) and node 4 (RB100).
  • Page 41 ELECTRIC INSTALLER section Instructions for specific operations to be made for CAN-BUS cable connection, i.e.: How to connect CAN-BUS cable to Direct Digital Controller (DDC) How to connect CAN-BUS cable to RB100 interface How to connect CAN-BUS cable to Direct Digital Controller (DDC) The CAN BUS cable connects with “P8”...
  • Page 42 RB100 : Installation and Use Manual How to connect a CAN BUS cable to a DDC Have access to DDC rear cover. 1. Place jumpers on DDC according to node type to be configured. If necessary, open DDC rear cover by untightening four screws; after properly positioning jumpers, re- close the cover and re-tighten 4 screws.
  • Page 43 ELECTRIC INSTALLER section 1. Set up orange CAN-BUS connector after removing it from its packaging. 2. Cut a cable section of measure allowing installation without any sharp bending. 3. Select a cable section end, remove sheath for about 70-80 mm, carefully preventing any cut on shield (braiding and/or aluminium sheet and, if any, naked connector in contact with braiding) and wires inside.
  • Page 44 RB100 : Installation and Use Manual How to connect CAN-BUS cable to RB100 interface The CAN BUS cable connects with proper connector (CAN and CAN SHIELD) or RB100 appliance, see Figure 8 on page 24 (or Figure 4 on page 14) and Figure 20 or Figure 21. Act as follows.
  • Page 45 ELECTRIC INSTALLER section 2. Select a cable section end, remove sheath for about 50-60 mm, carefully preventing any cut on shield (braiding and/or aluminium sheet and, if any, naked connector in contact with braiding) and terminals inside. 3. Separate part of cable shield (as sufficient to fill in the available tip); plait it and apply the tip to its end.
  • Page 46 RB100 : Installation and Use Manual How to locate CAN terminal jumpers on RB100 according to the type on node to be configured: Have access to RB100 interface electronic device. Remove terminal board cover in correspondence with CAN writing (see Figure 23). Use a screwdriver to lever in correspondence with hook located on cover intermediate position.
  • Page 47 ELECTRIC INSTALLER section As for INTERMEDIATE NODE, it is recommended to locate jumpers (opened) as shown in Figure 25. This ensures easy re-positioning of previously-removed cover on the terminal board, as some combinations can make such operation difficult. JUMPER INITIAL RIGHT JUMPER LEFT JUMPER JUMPER FINAL...
  • Page 48 RB100 : Installation and Use Manual CLOSED JUMPERS OPEN JUMPERS RB100 R O B U R B O X CLOSED JUMPERS 24V~ (±20%) 10VA 50/60Hz 1,2,3,4,5,6: 250V~4(3)A IP20 Figure 27 Example of RB100 connection as final node. Ed. 06/2014 – FW version 1.002...
  • Page 49 ELECTRIC INSTALLER section OPEN JUMPERS CLOSED JUMPERS OPEN JUMPERS CLOSED JUMPERS RB100 R O B U R B O X 24V~ (±20%) 10VA 50/60Hz 1,2,3,4,5,6: 250V~4(3)A IP20 Figure 28 Example of RB100 connection as intermediate node. Ed. 06/2014 – FW version 1.002...
  • Page 50 RB100 : Installation and Use Manual Ed. 06/2014 – FW version 1.002...

  • Page 51: Section 3 Commissioning

    SECTION 3 COMMISSIONING This section provides the following information on appliance: • Instructions necessary to Robur Authorised Technical Assistance Centre (TAC) for the whole commissioning procedure on appliance (see Paragraph 3.1); The whole procedure for appliance commissioning provides for the performance of the following (main) operating phases: - preliminary checks on plant configuration;...

  • Page 52: Commissioning Procedure

    RB100 : Installation and Use Manual 3.1 COMMISSIONING PROCEDURE The whole procedure for appliance commissioning is to be performed by a Robur Authorised Technical Assistance Centres only (TAC) following manufacturer’s instructions. Warranty could be void if procedure is not performed by TAC.
  • Page 53 In case of plant non-compliance found during preliminary checks, the TAC could decide not to operate the appliance “Commissioning”. If so, Robur TAC must: warn any installation abnormality to user/installer; warn any situation, dangerous for appliance and persons, to user/installer;...
  • Page 54 RB100 : Installation and Use Manual Adjustment of main operating parameters To operate appliance commissioning, the operations below must be performed according to the sequence specified. • Access to panel where appliance is installed. • If off, turn on RB100 from power switch set by installer upstream of it. To adjust operating parameters of the whole plant: •...

  • Page 55: Section 4 User Interface

    USER INTERFACE section SECTION 4 USER INTERFACE RB100 receives input signals, generates output signals and displays data and codes during operations. Programming, check and monitoring of appliance are performed by interacting with display and encoder. CAN BUS port allows connecting one or moreRB100 to one or more Direct Digital Controllers (DDC).

  • Page 56: Menu Description

    RB100 : Installation and Use Manual 4.1 MENU DESCRIPTION Parameters and settings are grouped in menus in RB100: MENU MENU DESCRIPTION DISPLAY Menu 0 STATUS VIEW (TEMPERATURES, VOLTAGE, ETC.) Menu 1 PARAMETERS VIEW Menu 2 RESTORATION OF DEFAULT PARAMETERS Menu 3 USER SETTINGS (UNUSED) Menu 4 INSTALLER SETTINGS...

  • Page 57: Menu 0 - Status View

    USER INTERFACE section 4.2 MENU 0 – STATUS VIEW This menu shows valve and request service statuses. MENU 0 – STATUS VIEW PARAMETER DESCRIPTION SYSTEM: INPUT VOLTAGE SYSTEM: COMMON ALARM OUTPUT RELAY ([0] INACTIVE; [1] ACTIVE) COLD SERVICE REQUEST: TEMPERATURE (°C-°F) CORRESPONDING TO INPUT VOLTAGE, IF INPUT IS CONFIGURED AS ANALOGUE;...
  • Page 58 RB100 : Installation and Use Manual MENU 0 – STATUS VIEW PARAMETER DESCRIPTION OUTPUT STATUS OF VALVE CONTROL. IF CONFIGURED AS COLD/HOT VALVE: [0] COLD, [1] HOT, [2] POSITION UNKNOWN IF CONFIGURED AS SEPARATION VALVE: [0] SWITCHED TO BASIC GROUP, [1] SWITCHED TO SEPARABLE GROUP LINE, [2] POSITION UNKNOWN STATUS OF LIMIT SWITCH AUXILIARY CONTACT OF VALVE SERVICE, COLD SIDE/SEPARABLE GROUP INCLUDED, INPUT DI5: [0] OPENED, [1] CLOSED (IN POSITION)

  • Page 59: Menu 1 - Parameters View

    USER INTERFACE section 4.3 MENU 1 – PARAMETERS VIEW • Table 12 shows hardware and firmware parameters of RB100 interface. This menu allows viewing all parameters. In “PARAMETER DESCRIPTION” column, the letter in brackets indicates that programming is possible by: I: installer A: authorized technical assistance centre N: unchangeable...
  • Page 60 RB100 : Installation and Use Manual • Table 13 shows typical parameters of RB100 interface. MENU 1 – PARAMETERS VIEW MACHINE TYPE PARAMETERS (SETTING FROM MENU 6) PARAMETER PARAMETER DESCRIPTION VALUE DESCRIPTION 0. 4 request services + 1 valve service SYSTEM TYPE MOD0 TYPE (MAJOR) MOD0 TYPE (MINOR)
  • Page 61 USER INTERFACE section • Table 15 shows board parameters for cold service on RB100 interface. MENU 1 – PARAMETERS VIEW COLD SERVICE PARAMETERS PARAMETER PARAMETER DESCRIPTION VALUE DESCRIPTION inactive ACTIVE COLD SERVICE (I,A) active DDC ID THE COLD REQUEST 960 to 1023 IS ISSUED TO (I, A) UNUSED...
  • Page 62 RB100 : Installation and Use Manual • Table 16 shows board parameters for hot service on RB100 interface. MENU 1 – PARAMETERS VIEW HOT SERVICE PARAMETERS PARAMETER PARAMETER DESCRIPTION VALUE DESCRIPTION inactive ACTIVE HOT SERVICE (I,A) active DDC ID THE HOT REQUEST 960 to 1023 IS ISSUED TO (I,A)
  • Page 63 USER INTERFACE section • Table 17 shows board parameters for DHW0 service on RB100 interface. MENU 1 – PARAMETERS VIEW DHW0 SERVICE PARAMETERS PARAMETER PARAMETER DESCRIPTION VALUE DESCRIPTION inactive ACTIVE DHW0 SERVICE (I,A) active DDC ID THE DHW0 REQUEST 960 to 1023 IS SENT TO (I,A) TYPE OF GROUP THE...
  • Page 64 RB100 : Installation and Use Manual • Table 18 shows board parameters for DHW1 service on RB100 interface. MENU 1 – PARAMETERS VIEW DHW1 SERVICE PARAMETERS PARAMETER PARAMETER DESCRIPTION VALUE DESCRIPTION inactive ACTIVE DHW1 SERVICE (I,A) active DDC ID THE DHW1 960 to 1023 REQUEST IS SENT TO (I,A)
  • Page 65 USER INTERFACE section • Table 19 shows board parameters for valve service on RB100 interface. MENU 1 – PARAMETERS VIEW DHW1 SERVICE PARAMETERS PARAMETER PARAMETER DESCRIPTION VALUE DESCRIPTION PLANT CODE (I,A) 0 to 15 unused used as separation valve for DHW with no limit switch auxiliary contacts used as separation valve for DHW with TYPE OF USE OF THE...

  • Page 66: Menu 2: - Restoration Of Default Parameters

    RB100 : Installation and Use Manual 4.4 MENU 2: – RESTORATION OF DEFAULT PARAMETERS Menu 2 allows restoring default parameters. Access to menu 2 is only allowed to installer and Authorised Technical Assistance Centres. Menu 2 is protected by password: 1111 The restoration of default parameters implies the need of re-configuring all services (temperatures, RB100 board code, etc.).

  • Page 67: Menu 5 - Assistance Centre Settings

    Paragraph 4.3 are marked by letters “I” and “A”, respectively. Menu 5 is covered by password and exclusively managed by Robur Authorized Technical Assistance Centres. 4.8 MENU 6 – SYSTEM SETTINGS (assistance centres) Menu 6 allows setting parameters of system type, which in Table 13 are marked by letter “A”...
  • Page 68 RB100 : Installation and Use Manual Ed. 06/2014 – FW version 1.002...

  • Page 69: Section 5 Board Settings

    Sezione BOARD SETTINGS SECTION 5 BOARD SETTINGS 5.1 Access to RB100 menus When RB100 is turned on, all display leds switch on for about 3 seconds, then, board name appears (rb10). Afterwards, the leftmost point on display continues flashing. During proper operation, leftmost point on display flashes, unless an error code is generated by system abnormalities.

  • Page 70: Access To Board Menus

    RB100 : Installation and Use Manual • To navigate by knob: Have access to electric panel (see previous procedure). Press knob once for access to menu selection. Browse on display items by rotating knobs in 2 directions, clockwise to display the following item and counter-clockwise for the previous one.

  • Page 71: Configuration Of Common Parameters

    Sezione BOARD SETTINGS 5.3 Configuration of common parameters Following instructions of previous parameter: locate on menu 4 (installer) or 5 (CAT); enter correct password of menu selected (for access to parameters of menu); locate on parameter 40 (board code) and click, the number on display flashes; now, enter the correct board code;...
  • Page 72 RB100 : Installation and Use Manual enter: a. 0 for analogue input (0-10 V); b. 1 for digital input with remote setpoint; c. 2 for digital input with local setpoint; click to confirm value entered. For selecting analogue parameters to be setting afterwards, refer to paragraph 1.4 ”OPERATING TECHNICAL FEATURES”...

  • Page 73: Configuration Of Hot Request Service

    Sezione BOARD SETTINGS 5.5 Configuration of hot request service To use hot request service, activate it by setting a specific parameter. DDC ID must also be specified, the request must be sent to. Locate on menu 4 (installer); enter correct password of menu selected (for access to parameters of menu); locate on parameter 80 (hot service active) and click, the number on display flashes;...
  • Page 74 RB100 : Installation and Use Manual click to confirm value entered; position on parameter 87 and click, the number on display flashes; enter setpoint resolution; click to confirm value entered; rotate knob until E appears for exit menu; rotate knob until E appears for return to main page (leftmost point flashing).

  • Page 75: Configuration Of Acs Request Service (Sanitary Hot Water)

    Sezione BOARD SETTINGS 5.6 Configuration of DHW request service (Domestic hot water) To use DHW request service, activate it by setting a specific parameter. DDC ID must also be specified, the request must be sent to. Position on menu 4 (installer); enter correct password of menu selected (for access to parameters of menu);...
  • Page 76 RB100 : Installation and Use Manual If “analogue (0-10V)” input type is set up: position on parameter 104/124 (DHW0/DHW1 service active) and click, the number on display flashes; enter temperature corresponding to max setpoint (10 Volts); click to confirm value entered; position on parameter 105/125 (DHW0/DHW1 service active) and click, the number on display flashes;...

  • Page 77: Configuration Of Valve Service

    Sezione BOARD SETTINGS 5.7 Configuration of valve service To use valve service, activate it by setting a specific parameter. ID must also be specified of plant where valve should operate. Locate on menu 4 (installer); enter correct password of menu selected (for access to parameters of menu); locate on parameter 150 (Plant code) and click, the number on display flashes;...

  • Page 78: Appendix

    Robur Authorized Technical Assistance Centre (TAC), communicating the operating code found. For the list of operating codes generated by RB100, refer to tables below.

  • Page 79: Tables Of Operating Codes Issued By Rb100 (Firmware Version 1.000)

    INVALID PARAMETERS ON PAGE 1 - INVALID PARAMETERS ON PAGE 2 INTERVENTION CONDITIONS: Invalid data on page 1 - Invalid data on page 2. RESET MODE: Contact ROBUR TAC: reset can be performed by RB100 board through menu 2, parameter 0. If code persists, replace RB100. E 84 RB100 POWER VOLTAGE LOW INTERVENTION CONDITIONS: Board power voltage lower than 16.6 Vac.
  • Page 80 RESET MODE: Check connections on CAN network and setting of parameter 61 (it must be equal to ID of DDC the request is sent to). If error persists, contact ROBUR TAC. FIRMWARE INCOMPATIBILITY INTERVENTION CONDITIONS: Error occurs is firmware of DDC the request is sent to is not compatible with RB100 board firmware.
  • Page 81 INTERVENTION CONDITIONS: Error occurs if board cannot communicate with DDC set as receiver of requests DHW0. RESET MODE: Check connections on CAN network and setting of parameter 101 (it must be equal to ID of DDC the request is sent to). If error persists, contact ROBUR TAC. E 21 FIRMWARE INCOMPATIBILITY INTERVENTION CONDITIONS: Error occurs is firmware of DDC the request is sent to is not compatible with RB100 board firmware.
  • Page 82 RESET MODE: Check connections on CAN network and that the relevant valve has been configured on DDC (as well as setting of RB100 parameters 150-151). If error persists, contact ROBUR TAC. Operating codes generated by RB100 for valve service Table 27 IN TABLE, TAC = ROBUR AUTHORIZED TECHNICAL ASSISTANCE CENTRE Ed.
  • Page 84 Robur is dedicated to dynamic progression in research, development and promotion of safe, environmentally-friendly, energy-efficiency products, through the commitment and caring of its employees and partners. Robur Mission Robur Spa advanced heating and cooling technologies Via Parigi 4/6 24040 Verdellino/Zingonia (Bg) Italy T +39 035 888111 F +39 035 4821334 www.robur.com...

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