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ECKELMANN UA 410 D Operating Instruction

Case controller for discounter and for thermostatic expansion valves
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Operating instruction
UA 410 D Case Controller
Controller for discounter and for thermostatic expansion valves - Version V1.40
Firmware V1.40 - Doku 2.1 06. April 2016

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Summary of Contents for ECKELMANN UA 410 D

  • Page 1 Operating instruction UA 410 D Case Controller Controller for discounter and for thermostatic expansion valves - Version V1.40 Firmware V1.40 - Doku 2.1 06. April 2016...
  • Page 2 All rights to any use whatever, utilisation, further development, forwarding and creation of copies remain with the Eckelmann AG company. In particular, neither the contract partners of Eckelmann AG nor other users have the right to distribute or mar­ ket the IT programs/program parts or modified or edited versions without express written permission. To some extent, names of products/goods or designations are protected for the respective manufacturer (registered trademarks etc.);...
  • Page 3 ............System Design of UA 410 D .
  • Page 4 ............Installation and Startup of UA 410 D .
  • Page 5 Pin and Terminal Assignments of UA 410 D ......Terminal diagram .
  • Page 6 ............. . . Alarms and Messages of UA 410 D .
  • Page 7 ....Order numbers and accessories of UA 410 D ......
  • Page 8 Notice: Firmware V1.40 - Doku 2.1 06. April 2016...
  • Page 9 Conventions Explanation of 'General Instructions' A general instruction is composed of two elements: 1. A pictogram of a hand at the side of the page as well as 2. The actual text: For example: Further information on the device's degree of protection is contained in the chapter ”Technical Data”. Explanation of 'Safety Instructions and Hazard Warnings' Safety instructions or hazard warnings are composed of four elements: 1.
  • Page 10 Warning Signs and Symbols Employed Explanation of the warning signs and symbols employed for the safety instructions and hazard warnings in this documentation: S Attention symbol - general hazard warning 1. Hazard warning The attention symbol indicates all safety instructions in this operating and service manual, which, if not observed, could result in danger to life and limb.
  • Page 11 Safety instructions Safety instructions The safety regulations, codes and notes contained in this section must definitely be observed and complied with at all times. During repairs on the entire E*LDS system, the accident prevention regu­ lations and general safety instructions must be observed. Important information (safety instructions and hazard warnings) are indicated by corresponding symbols (see page 1 of the chapter ”Conven­...
  • Page 12 Safety instructions Work on electrical equipment may only be undertaken by authorized and duly trained personnel (as defined by DIN/VDE 0105 and IEC364) with full observance of the currently valid regulations contained in the following: - VDE Regulations - Local safety codes - Intended use see chapter 1.3 - BGV A3 - Five Safety Rules...
  • Page 13 This control system may only be used for the purpose for which it is intended: The UA 410 D AC control system has been designed for use as case controller in commercial and industrial re­ frigeration systems with the intended functional scope as described in these operating instructions, and it is to be used under the environmental conditions in these instructions.
  • Page 14 Safety instructions 1.5 Electrostatic sensitive devices (ESDs) Electronic components and assemblies (e.g. printed circuit boards) are vulnerable to electrostatic discharge. Regulations for handling and working with electrostatic sensitive devices must definitely be observed and complied with, see also section 1.5.1! All electrostatic sensitive devices (ESDs) are identified by the warning sign illustrated.
  • Page 15 Figure: UA 410 D AC - full configuration 2.1 Application The controller for discounter UA 410 D AC is based on the UA 400 hardware and has been specially developed for use in discount stores. In order to fully utilise its performance features the controller is typically connected to the CAN bus, through which it communicates with further control and monitoring components across the entire network.
  • Page 16 0..10 V DC - currently without function Real-time clock Battery-backed, lithium cell For precise details of the UA 410 D AC see chapter 3.1. The connection and terminal configurations are described in the chapter Connection and Terminal Configuration. Firmware V1.40 - Doku 2.1 06. April 2016...
  • Page 17 - grey, coded mating connector with spring terminals, see chapter 5.1.2 - two-row CAN bus spring terminal for easier wiring Version 1.40 S New hardware platform UA 410 D – blue housing with compact dimensions, see chapter 11.2. S Coded connectors Firmware V1.40 - Doku 2.1 06. April 2016...
  • Page 18 S Adjustment and implementation on the basis of the new hardware platform: The essential functions of the UA 300 D, its controller types and their functions, are retained in the UA 410 D. S The UA 410 D AC is the successor (replacement controller) to the UA 300 D AC, CC...
  • Page 19 Application of UA 410 D Application of UA 410 D 3.1 Versions The UA 410 D is only available in the AC variant and has the following features: UA 410 D AC For DIN rail mounting For integration in the CAN bus of the E*LDS system...
  • Page 20 Application of UA 410 D 3.2 Controller type The UA 410 D case controller for refrigeration points with thermostatic expansion valves (TEV) combines the following 3 controller types. Controller type Application UA 111 X Corresponds largely to the existing UA 111 D (UA 400) controller for multitasks without defrost­...
  • Page 21 Application of UA 410 D 3.3 Version update The case controller is supplied with the current firmware, ready for operation. Future software versions can be loaded into the case controller as required by means of a firmware update, and thus updated.
  • Page 22 Application of UA 410 D Notice: Firmware V1.40 - Doku 2.1 06. April 2016...
  • Page 23 Function of UA 410 D Function of UA 410 D Parameters mentioned in this section are described in the Menu 8 Structure section. It will normally not be necessary to change the default settings of these parameters. Parameters that do not allow changing are termed fixed parameters below.
  • Page 24 Required and optional sensors Temperature sensors used with the UA 410 D may be either required or optional depending on the set controller type and operating mode. If required sensors are not connected, alarm is always generated in a sensor break.
  • Page 25 4.2 Controller function The sections following describe the various functions of the UA 410 D for control of refrigeration points. Avail­ ability of certain controller functions depends on the controller type set on DIP switch S3 (see Section 5.4 Set­...
  • Page 26 Function of UA 410 D On-off control (UA 111 X Zone 2, UA 111 XP Zone 2 and UR 141 only) Control is made by one temperature sensor (supply air for UA 111, room air for UR 141). The cooling relay de- energizes when temperature reaches the setpoint (switch-off value) on the respective temperature sensor.
  • Page 27 Function of UA 410 D 4.2.2.3 Control by pressure switch with neutral zone Controller type: UA 111 XP only Regulation is carried out pressure-dependent using a pressure control switch with neutral zone which is con­ nected to two digital inputs (terminals D11/D12 for activation and D31/D32 for deactivation). This pressure switch is installed in the refrigerant line and compares pressure in the refrigerant line with a reference pressure.
  • Page 28 Function of UA 410 D 4.2.2.7 Forced actuation (bypass interval) Controller type: UA 111 XP In certain operating states it may happen that the pressure switch does not demand any additional compressor over an extended period although the refrigeration point requires additional refrigeration output. Accordingly, a time interval can be defined in minutes for forced actuation, after which the controller will load a compressor re­...
  • Page 29 Function of UA 410 D Two-zone operation: R2.1 .. R2.7: Supply air sensor (Terminal Z11/12; Terminal Z31/32 .. Terminal Z81/82) R4.1: Return air sensor (Terminal Z21/22) R2.8: Supply air sensor (Terminal Z91/92) R4.8: Return air sensor (Terminal Z01/02) Valve 1:...
  • Page 30 Function of UA 410 D 4.2.2.9 On-off control by room air sensor Controller type: UR 141 Plain on-off control: Cooling is controlled by the coldroom air temperature sensor. The cooling relay is de-ener­ gized when temperature reaches the setpoint (switch-off value) on the room air sensor and is restarted with ad­...
  • Page 31 Function of UA 410 D In order to ensure compatibility with the coldroom controllers of the UA 400 it must be taken into account that there is no heating circuit/reverse circuit with the UR 141. 4.2.2.10 Continuous running monitoring Controller type: UA 111 X and UA 111 XP Continuous running of refrigerated cases, e.g.
  • Page 32 Function of UA 410 D 4.2.3 Defrosting On grounds of fire prevention, during the planning of the installation a device for shutting down the defrost heating in the event of excessive temperature (e.g. ”KLIXON”) must be provided. Controller type: UA 111 and UA 111 XP These two controller types do not have a defrost heater.
  • Page 33 Function of UA 410 D In two-zone operation, sensors R1.1 and R1.2 act on Relay 1 and sensors R1.3 and R1.4 act on Relay 2. R1.1: Defrost sensor (Terminal Z31/Z32) R1.2: Defrost sensor (optional) (Terminal Z51/Z52) R1.3: Defrost sensor (Terminal Z81/Z82) R1.4:...
  • Page 34 Function of UA 410 D Defrost termination Defrosting can be terminated by three methods: S Defrost termination temperature obtained on corresponding evaporator temperature sensor, regardless of the set controller type S Expiration of safe defrost time S Command via CAN bus (manual command, PC software LDSWin command) Defrosting is always terminated by the safe defrost time when the defrost termination temperature is set to ”—”, in which case no ”Defrost Termination By Time”...
  • Page 35 Function of UA 410 D Manual defrosting Manual defrosting (as required for example in servicing) can be initiated with S Operator Terminal S System centre / store computer by choosing Menu 5 Remote Operation – Select Refrigeration Point (CAN bus address) - 3 Timer - 2 Defrost Timer and setting ON in the line Man.
  • Page 36 Function of UA 410 D 4.2.5 Fan control with coldroom controllers Controller type: UR 141 S LT coldrooms (low-temperature coldrooms, UR 141 Zone 1 only) The fan is normally switched ON and OFF with the cooling relay. During defrosting the fans are OFF.
  • Page 37 Function of UA 410 D S NT coldrooms (normal-temperature coldrooms, UR 141 Zone 2 only) The fan normally continues running during cooling and defrosting. When the parameter ”Overrun Time” is set greater than 0 and ”Fan Overrun” is set other than “--”, the fan starts simultaneously with cooling and stops with a delay when cooling is stopped.
  • Page 38 Function of UA 410 D 4.2.6 Door contact Controller type: UR 141 When working with coldrooms, 230 V inputs are each connected to a coldroom door contact. Cooling and the evaporator fan are stopped when the coldroom door is opened.
  • Page 39 Function of UA 410 D The display case lighting can be switched manually in any of states (B), (C) or (D), every actuation of the light switch causing the case lighting to be switched either ON or OFF. For this function Digital Input 1 (terminals D11/D12) is provided on the UA 111 X for two-thirds lighting on and Digital Input 3 (terminals D31/D32) is pro­...
  • Page 40 The recorded data can be read out on the BT 300 x Operator Interface under Archive. Temperature recording on system centre / store computer via CAN bus The UA 410 D records temperature at 15-minute intervals and transmits the data via the CAN bus to the system centre / store computer for archiving.
  • Page 41 Tip: The latest version of LDSWin should be used at all times. 5.1 Installation The Controller for discounter is produced in the type UA 410 D AC. 5.1.1 DIN rail mounting of the controller for discounter The power loss of the device is approx.
  • Page 42 Installation and Startup of UA 410 D 5.1.1.1 Mounting on the DIN rail Step 1: The two retaining springs on the underside of the device are to be pulled out using a flat-bladed screw­ driver until they click into place.
  • Page 43 Installation and Startup of UA 410 D 5.1.1.2 Disassembling from the DIN rail Warning - hazardous electrical voltage! Danger of electric shock! When disassembling the safety instructions and work safety instructions in chapter 1 must be observed. All connectors may only be connected and disconnected when power is off.
  • Page 44 Installation and Startup of UA 410 D 5.1.2 Handling of the spring terminals All terminal connections of the controller are implemented with grey mating connectors with spring terminals (push-in spring connection). The connectors have the following characteristics: S Conductors with cross sections between 0.25 and 2.5 mm² can be used.
  • Page 45 Installation and Startup of UA 410 D 5.2 Basic configuration The following basic settings on the hardware and software side must be made during the commissioning of the case controller: Settings before connection of the power supply S Set CAN bus address (Nd.nnn = 1 to 99) by Decade Switches S1 and S2.
  • Page 46 Installation and Startup of UA 410 D 5.3 Setting CAN bus address CAN bus address (Nd.nnn = 1 to 99) are set by Decade Switches S1 and S2. For all case controllers installed in refrigerated cases, a unique CAN bus address must first be set at the two selector switches (S1, S2) before commissioning.
  • Page 47 Operation of the controller with a unsupported DIP switch setting is not allowed. In the case of any setting of coding switch combinations that are not present in the list, UA 410 D is automatically app­ lied as controller type and an alarm signal is created. In the event of change of the controller type, all parameters are reset to their factory settings.
  • Page 48 Installation and Startup of UA 410 D 5.5 Terminal assignment for 230 V AC power supply Warning - hazardous electrical voltage! Danger of electric shock! BEFORE and AFTER connection it must checked that the 230 V AC supply cable is off load!
  • Page 49 Installation and Startup of UA 410 D 5.5.1 Status LEDs Warning - hazardous electrical voltage! Danger of electric shock! The device is never to be operated without its casing. Before opening the casing the equipment must be switched to zero potential.
  • Page 50 Installation and Startup of UA 410 D 5.6 Basic configuration of the controller The lock-down must previously be deactivated on the higher level controller (system centre / store computer or operator terminal) so that configuration settings can be made on the controller.
  • Page 51 Installation and Startup of UA 410 D Danger of failure of alarm messaging in the event of problem! Alarms can be suppressed by setting Alarm Priority to 0. The case controller cannot receive the suction pressure value for control functions before the Pack No. of the associated pack controller has been selected on the case con­...
  • Page 52 Installation and Startup of UA 410 D Choose Menu 6 Configuration – 3 Cooling 6 Configuration - 3 Cooling COOLING POS: XXXXX Continuous run monitoring Cont Cool Mon. XX m Emergency mode Emergency mode XX % Exit the Configuration menu by pressing the ESC button twice and select 3 Timer 3 - 2 Defrost Timer Enter the relevant parameters in the following screen.
  • Page 53 Installation and Startup of UA 410 D 11. Choose Menu 2 Setpoints - 1 Cooling - Zone 1 / Zone 2 / Zone 1A / Zone 2A. COOLING 1 POS: XXXXX Supply air temperature setpoint Setpoint R2.x XXX °C Supply air temperature hysteresis setpoint Hystersis R2.x...
  • Page 54 8. The settings of the controller have been reset to the factory settings. A first start is also performed when a different controller version (e. g UA 400 ´ UA 410 D ´UA 400 E ´UA 410 L) is loaded on the controller via firmware update, see chapter 5.10.
  • Page 55 Installation and Startup of UA 410 D 5.9 Maintenance and battery replacement Only UA 410 D AC The case controller contains a backup battery of Type CR 2450 N, 3V Lithium. The case controller must be re­ moved from the system to change the battery. During this time, control and monitoring of the refrigeration point are disabled.
  • Page 56 Installation and Startup of UA 410 D Do not touch the new battery with metal pliers, as it might be short-circuited and destroyed: - wipe the new battery with a clean, dry cloth, - do not touch the contact faces on the edges of the new battery.
  • Page 57 Installation and Startup of UA 410 D 5.10 Firmware Update The case controller is supplied with the current firmware, ready for operation. Future software versions can be loaded into the case controller as required by means of a firmware update, and thus updated.
  • Page 58 Installation and Startup of UA 410 D Step 1: Install the software 1. Before first connecting the controller to the PC the installation program ”Firmware_Up­ loader_Setup_vxx.exe” must be executed once. Please follow the instructions given by the installation assistant. In the following window the components to be installed can be selected.
  • Page 59 Installation and Startup of UA 410 D Step 2: Changing the position of DIP switch S3 and connecting the controller The original position of the coding switches 1..8 of the DIP switch S3 must be documented! 1. In order to carry out the firmware update all coding switches 1..8 of DIP switch S3 must be set to ON.
  • Page 60 PC. Step 1: Under ”Start / Programs / ECKELMANN / Firmware Uploader” start the program ”KGL Firmware Uploader”. The following window opens: Select language, and then select the path to the folder for the new firmware (binary file).
  • Page 61 Installation and Startup of UA 410 D Step 3: Press the button ”Find Controller” in order to locate the controller. Then press the button ”Update Firmware” in order to start the firmware upload. Step 4: Following the start of the firmware upload a confirmation window appears, confirm this with ”YES”.
  • Page 62 Installation and Startup of UA 410 D 5.10.3 Rectification of driver problems Should the driver installation be incomplete or should the controller have been accidentally connected to the PC before the execution of the installation program, then the following instructions will provide you with information...
  • Page 63 Pin and Terminal Assignments of UA 410 D Pin and Terminal Assignments of UA 410 D 6.1 Terminal diagram Power Analog Digital Relay Outputs supply Outputs Inputs CAN bus 0..10 V 230 V AC 230 V AC 230 V AC...
  • Page 64 Pin and Terminal Assignments of UA 410 D 6.2 Terminal assignment of the 230 V AC power supply Warning - hazardous electrical voltage! Danger of electric shock! BEFORE and AFTER connection it must checked that the 230 V AC supply cable is off load!
  • Page 65 Pin and Terminal Assignments of UA 410 D 6.3 Terminal assignment of the 230 V AC relay outputs Warning - hazardous electrical voltage! Danger of electric shock! BEFORE and AFTER connection it must checked that the 230 V AC relay outputs are off load! Low voltage and safety extra-low voltage must not be applied together at the relay outputs.
  • Page 66 Pin and Terminal Assignments of UA 410 D 6.4 Mode of operation of the relay and transistor outputs The table shows the mode of operation of the outputs for the separate controller types. Relay outputs Transistor outputs 230 V AC...

  • Page 67: Table Of Contents

    Pin and Terminal Assignments of UA 410 D 6.5 Terminal assignment of the 230 V AC digital inputs Warning - hazardous electrical voltage! Danger of electric shock! BEFORE and AFTER connection it must checked that the 230 V AC digital inputs are off load!

  • Page 68: Can-Bus Address

    Pin and Terminal Assignments of UA 410 D 6.6 Terminal assignment of the 0..10 V analogue outputs This functionality is currently not used! Warning - hazardous electrical voltage! Connecting mains power to the analogue outputs will lead to the destruction of the controller!
  • Page 69 Pin and Terminal Assignments of UA 410 D 6.7 Terminal assignment of the CAN bus Warning - hazardous electrical voltage! If mains voltage is connected to the CAN bus terminals, this will result in the destruction of all components connected to the CAN bus!

  • Page 70: Controller Type

    Pin and Terminal Assignments of UA 410 D 6.8 Terminal assignment of the 24 V DC transistor outputs Warning - hazardous electrical voltage! Connecting mains power to the transistor outputs will lead to the destruction of the controller! Destruction of the transistor outputs! Due to the capacity of the transistor outputs of a max.
  • Page 71 Pin and Terminal Assignments of UA 410 D 6.9 Terminal assignment of the DISPLAY interface DISPLAY BT 300 BT 30 An operator interface of the BT 300 series (e.g. for service purposes) can be connected to the DISPLAY inter­ face.

  • Page 72: Case Controller

    Pin and Terminal Assignments of UA 410 D 6.11 Terminal assignment of the analogue inputs of temperature sensors Warning - hazardous electrical voltage! Connecting mains power to the analogue inputs will lead to the destruction of the controller! Malfunctions due to interference sources! All leads running to and from the case controller must...
  • Page 73 Pin and Terminal Assignments of UA 410 D 6.11.1 Sensor identification Legend: Ry.x y = Sensor type Defrost sensor (evaporator sensor) Supply air sensor Return air sensor / coldroom air sensor x = Sensor number 1..8 Case part 1..8 6.12 Terminal assignment of the USB interface The USB interface facilitates the uploading of a firmware update.
  • Page 74 Pin and Terminal Assignments of UA 410 D Notice: Firmware V1.40 - Doku 2.1 06. April 2016...
  • Page 75 Operation of UA 410 D Operation of UA 410 D 7.1 Operation possibilities The controller provides menus and screens for the display and adjustment of values. However, no operation for this is provided on the controller itself. The actual operation of these menus is performed externally using the following possibilities: S Local operation with a BT 300 x operator interface: The operation is performed directly on-site at the con­...
  • Page 76 Operation of UA 410 D 7.2 Local operation with a BT 300 x operator interface BT 300 x RESET DISPLAY An operator interface in the BT 300 series is connected locally via the DISPLAY interface. Thereby, the con­ troller can be operated standalone as shown or also connected to the CAN bus.
  • Page 77 Operation of UA 410 D 7.3 Remote control via a terminal Further details for the operation of a system centre, store computer or operator terminal can be found in their operating manuals. For the remote control of a controller, it makes no difference whether this is done with a system centre (A), a store computer or with an operator terminal (B) as the user interfaces on the terminals are almost identical and the same functions are available.
  • Page 78 Operation of UA 410 D 7.3.1 Menus and operating screens If the system centre, store computer or operator terminal remain locked down, settings on the con­ troller are read-only. Changes and inputs are not possible. However, if any parametrisation is required, the lock-down for the input must be removed first, see chapter 7.3.3.
  • Page 79 Operation of UA 410 D Menus A menu can contain up to ten menu items (0 .. 9; 0 for menu item 10). After the selection of a menu item using the cursor buttons (↑) and (↓) and by tapping the ENTER button (↵) or by tapping the buttons 0..9), other sub­...
  • Page 80 Operation of UA 410 D Entering text In fields that allow text entry, text can also be entered by the alphanumeric keypad. Repeatedly press the nu­ meric keys to generate letters. Press the ENTER key (↵) to confirm the entered value or text.
  • Page 81 Operation of UA 410 D 7.3.2.1 System Centre CI 4x00 The terminal for remote control of the controller (Menu 2-2 or Menu 4-2) is called in the system centre as fol­ lows: Step 1: Tap "2 - System overview" or "4 - Configuration" in the main menu.
  • Page 82 Operation of UA 410 D 7.3.3 Deactivating the input lock-down Operation via system centre, store computer or operator terminal is only possible for controllers with CAN bus connection; the removal of the lock-down is then applicable for all components in the CAN bus system. The lock-down is automatically reactivated 15 minutes after the last button tap.
  • Page 83 Operation of UA 410 D 7.3.4 Activating service mode For repair and maintenance work, service personnel can deactivate the remote alarm function of the system centre and of the store computer for a limited period using the service mode. The activation of the service mode must only be carried out by service personnel.
  • Page 84 Operation of UA 410 D Notice: Firmware V1.40 - Doku 2.1 06. April 2016...
  • Page 85 Menu structure UA 410 D Contr. type UA 111 X Menu structure UA 410 D 8.1 Contr. type UA 111 X - Menu tree 1 2 3 4 5 6 7 8 4..8: OFF Level 1 Level 2 Level 3 Menu No.
  • Page 86 Menu structure UA 410 D Contr. type UA 111 X Level 1 Level 2 Level 3 Menu No. Menu Name Setpoints SETPOINTS Alarm ALARM Zone 1 2-4-1 ALARM 1 Zone 2 2-4-2 ALARM 2 Zone 1A Altern. 2-4-3 ALARM 1A Zone 2A Altern.
  • Page 87 Menu structure UA 410 D Contr. type UA 111 X 8.1.1 Menu 0 Main menu REFR. PT. POS: XXXXX Move to menu 1 1 Actual Values Move to menu 2 2 Setpoints Move to menu 3 3 Clock Move to menu 4...
  • Page 88 Menu structure UA 410 D Contr. type UA 111 X S Menu 1-1 Temp. Sensor TEMPERATUR POS:XXXXX Current supply air temperature Input Z11/Z12 Temp. R2.1 XXX °C Current return air temperature Input Z21/Z22 Temp. R4.1 XXX °C Current supply air temperature Input Z31/Z32 Temp.
  • Page 89 Menu structure UA 410 D Contr. type UA 111 X S Menu 1-5 Alarm ALARM POS:XXXXX Current ON/OFF status of alarm output Terminal 15/16/18 Alarm Relay High temperature setpoint Zone 1 Hi Temp Setp.1 XX °C Low temperature setpoint Zone 1 Lo Temp Setp.1...
  • Page 90 Menu structure UA 410 D Contr. type UA 111 X 8.1.3 Menu 2 Setpoints SETPOINTS POS: XXXXX Move to menu 2-1; Special case: Move to Menu 2-1-1 when single-zone operation is set 1 Cooling (Menu 6-1) and setpoint toggle is disabled (Menu 3-3) Move to menu 2-2;...
  • Page 91 Menu structure UA 410 D Contr. type UA 111 X S Menu 2-1-3 Zone 1A Altern. Shown only when two-zone operation is set (Menu 6-1) Entry Default COOLING 1A POS: XXXXX Supply air temperature setpoint -10..20 -1 °C Setpoint R2.x XXX °C...
  • Page 92 Menu structure UA 410 D Contr. type UA 111 X S Menu 2-2-3 Zone 1A Altern. Entry Default DEFROST 1A POS: XXXXX Defrost termination temperature setpoint --, 5..20 8 °C Def. End. Tmp. XX °C S Menu 2-2-4 Zone 2A Altern.
  • Page 93 Menu structure UA 410 D Contr. type UA 111 X S Menu 2-4-4 Zone 2A Altern. Entry Default ALARM 2A POS: XXXXX High temperature setpoint at which High Temperature -30..30 8 °C High Temp Setp XX °C alarm is generated Low temperature setpoint (difference below temperature --, 0..6...
  • Page 94 Menu structure UA 410 D Contr. type UA 111 X 8.1.4 Menu 3 Clock CLOCK POS: XXXXX Move to menu 3-1 1 Current Time Move to menu 3-2 2 Defrost timer Move to menu 3-3 3 Toggle Setpoints S Menu 3-1 Current Time When connected to the CAN bus, the default time is provided via the time master (store computer, operator terminal).
  • Page 95 Menu structure UA 410 D Contr. type UA 111 X S Menu 3-3 Toggle Setpoints Entry Default TOGGLE POS: XXXXX ↑, ↓, Setpoint toggle via: Toggle Setp. ­ EXT = external digital input D21/22 (EXT, INT, --) ­ INT = internal clock - „--“...
  • Page 96 Menu structure UA 410 D Contr. type UA 111 X S Menu 4-3 Delete messages Entry MESSAGES POS: XXXXX ↵, ESC Safety prompt for deleting messages; Delete ! press ESC to go back after cancelling messages Are you sure ? YES: ↵...
  • Page 97 Cheese Counter 2 and CC2. The name is entered in the screens of the Store Computer or Operator Terminal. Direct entry cannot be made in the UA 410 D screens displayed on operator terminals. The name also cannot be entered with the BT 300 x Operator Interface.
  • Page 98 Menu structure UA 410 D Contr. type UA 111 X S Menu 6-2-1 Type and Version Entry Default VERSION POS: XXXXX Set by DIP switch S3 UA111X Ctrlr. Type XXXXXXX Software version of case/coldroom controller Software Vers.: XXXX Device No. of case/coldroom controller Serial No.:...
  • Page 99 Menu structure UA 410 D Contr. type UA 111 X S Menu 6-2-5 Sensor Type Entry chooses between values. Checkmark indicates current setting. Entry Default SENSORS POS: XXXXX √ ↵ √ Temperature range -50 to 50°C L243 Sensor type L243 is identical with K243 ↵...
  • Page 100 Menu structure UA 410 D Contr. type UA 111 XP 8.2 Contr. type UA 111 XP - Menu tree 1 2 3 4 5 6 7 8 4..8: OFF Level 1 Level 2 Level 3 Menu No. Menu Name Main menu REFR: PT.
  • Page 101 Menu structure UA 410 D Contr. type UA 111 XP Level 1 Level 2 Level 3 Menu No. Menu Name Clock CLOCK Current Time CLOCK Defrost timer DEFROST TIMER Setpoints toggle TOGGLE Messages MESSAGES View MESSAGES Acknowledge MESSAGES Delete MESSAGES...
  • Page 102 Menu structure UA 410 D Contr. type UA 111 XP 8.2.1 Menu 0 Main menu REFR. PT. POS: XXXXX Move to menu 1 1 Actual Values Move to menu 2 2 Setpoints Move to menu 3 3 Clock Move to menu 4...
  • Page 103 Menu structure UA 410 D Contr. type UA 111 XP S Menu 1-1 Temp. Sensor TEMPERATUR POS: XXXXX Current supply air temperature Input Z11/Z12 Temp. R2.1 XXX °C Current return air temperature Input Z21/Z22 Temp. R4.1 XXX °C Current supply air temperature Input Z31/Z32 Temp.
  • Page 104 Menu structure UA 410 D Contr. type UA 111 XP S Menu 1-5 Alarm ALARM POS: XXXXX Current ON/OFF status of alarm output Terminal 15/16/18 Alarm Relay High temperature setpoint Zone 1 Hi Temp Setp.1 XX °C Low temperature setpoint Zone 1 Lo Temp Setp.1...
  • Page 105 Menu structure UA 410 D Contr. type UA 111 XP 8.2.3 Menu 2 Setpoints SETPOINTS POS: XXXXX Move to menu 2-1; Special case: when single-zone operation is set (Menu 6-1) and setpo­ 1 Cooling int toggle is disabled (Menu 3-3) Continue to Menu 2-1-1 Move to menu 2-2;...
  • Page 106 Menu structure UA 410 D Contr. type UA 111 XP S Menu 2-1-3 Zone 1A Altern. Shown only when setpoint toggle is enabled (Menu 3-3). Entry Default COOLING 1A POS: XXXXX Supply air temperature setpoint -10..20 -1 °C Setpoint R2.x XXX °C...
  • Page 107 Menu structure UA 410 D Contr. type UA 111 XP S Menu 2-2-4 Zone 2A Altern. Entry Default DEFROST 2A POS: XXXXX Defrost termination temperature setpoint --, 5..20 5 °C Def. End. Tmp. XX °C S Menu 2-3 Not used with this controller type.
  • Page 108 Menu structure UA 410 D Contr. type UA 111 XP S Menu 2-4-4 Zone 2A Altern. Entry Default ALARM 2A POS: XXXXX High temperature setpoint at which High Temperature -30..30 8 °C High Temp Setp XX °C alarm is generated Low temperature setpoint (difference below temperature --, 0..6...
  • Page 109 Menu structure UA 410 D Contr. type UA 111 XP 8.2.4 Menu 3 Clock CLOCK POS: XXXXX Move to menu 3-1 1 Current Time Move to menu 3-2 2 Defrost timer Move to menu 3-3 3 Toggle Setpoints S Menu 3-1 Current Time When connected to the CAN bus, the default time is provided via the time master (store computer, operator terminal).
  • Page 110 Menu structure UA 410 D Contr. type UA 111 XP S Menu 3-3 Toggle Setpoints Entry Default TOGGLE POS: XXXXX ↑, ↓, Setpoint toggle via: Toggle Setp. ­ EXT = external digital input D21/22 (EXT, INT, --) ­ INT = internal clock - „--“...
  • Page 111 Menu structure UA 410 D Contr. type UA 111 XP S Menu 4-3 Delete messages Entry MESSAGES POS: XXXXX ↵, ESC Safety prompt for deleting messages; Delete ! press ESC to go back after cancelling messages Are you sure ? YES: ↵...
  • Page 112 Cheese Counter 2 and CC2. The name is entered in the screens of the Store Computer or Operator Terminal. Direct entry cannot be made in the UA 410 D screens displayed on operator terminals. The name also cannot be entered with the BT 300 x Operator Interface.
  • Page 113 Menu structure UA 410 D Contr. type UA 111 XP S Menu 6-2-1 Type and Version Entry Default VERSION POS: XXXXX Set by DIP switch S3 UA111XP Ctrlr. Type XXXXXXX Software version of case/coldroom controller Software Vers.: XXXX Device No. of case/coldroom controller Serial No.:...
  • Page 114 Menu structure UA 410 D Contr. type UA 111 XP S Menu 6-3 Cooling Entry Default COOLING POS: XXXXX Duration of forced interruption of cooling in continuous --, 0..15 0 min Cont Cool Mon. XX m running In failure of required sensors, the solenoid is actuated 0..100...
  • Page 115 Menu structure UA 410 D Controller type UR 141 8.3 Controller type UR 141 - Menu tree 1 2 3 4 5 6 7 8 4..8: OFF Level 1 Level 2 Level 3 Menu No. Menu Name Main menu REFR. PT.
  • Page 116 Menu structure UA 410 D Controller type UR 141 Level 1 Level 2 Level 3 Menu No. Menu Name Clock CLOCK Current Time CLOCK Defrost timer DEFROST TIMER Setpoints toggle TOGGLE Messages MESSAGES View MESSAGES Acknowledge MESSAGES Delete MESSAGES Archive...
  • Page 117 Menu structure UA 410 D Controller type UR 141 8.3.1 Menu 0 Main menu REFR. PT. POS: XXXXX Move to menu 1 1 Actual Values Move to menu 2 2 Setpoints Move to menu 3 3 Clock Move to menu 4...
  • Page 118 Menu structure UA 410 D Controller type UR 141 S Menu 1-2 Cooling Zone 1 COOLING 1 POS: XXXXX Current ON/OFF status of cooling Zone 1 Terminals 25/26/28 Cooling Cooling relay on time during last day (00:00 - 24:00 hours)
  • Page 119 Menu structure UA 410 D Controller type UR 141 S Menu 1-5 Alarm ALARM POS: XXXXX Current ON/OFF status of alarm output Terminal 15/16/18 Alarm Relay High temperature setpoint Zone 1 Hi Temp Setp.1 XX °C Low temperature setpoint Zone 1 Lo Temp Setp.1...
  • Page 120 Menu structure UA 410 D Controller type UR 141 S Menu 1-9 Fans Zone 2 FANS 2 POS: XXXXX Current ON/OFF status of fan Zone 2 Terminals 73/74 Fans Current temperature on evaporator sensor R1.3 Temp. R1.3 XXX °C Fan delay Fan Overrun XX °C...
  • Page 121 Menu structure UA 410 D Controller type UR 141 S Menu 2-1-3 Zone 1A Altern. Shown only when two-zone operation is set (Menu 3-3). Entry Default COOLING 1A POS: XXXXX Room air sensor setpoint -45..30 -18 °C Setpoint R4.1 XXX °C Room air sensor hysteresis setpoint 1..8...
  • Page 122 Menu structure UA 410 D Controller type UR 141 S Menu 2-2-3 Zone 1A Altern. Entry Default DEFROST 1A POS: XXXXX Counting rate setpoint 0..15 Counting Rate Defrost counter Defrost Counter Defrost termination temperature setpoint --, -10..30 12 °C Def. End. Tmp.
  • Page 123 Menu structure UA 410 D Controller type UR 141 S Menu 2-3-3 Zone 1A Altern. Entry Default FANS 1A POS: XXXXX Temperature at which fan starts with delay --, -20..20 -3 °C Fan Delay XX °C Fan start delay 0..60...
  • Page 124 Menu structure UA 410 D Controller type UR 141 S Menu 2-4-3 Zone 1A Altern. Entry Default ALARM 1A POS: XXXXX High temperature setpoint at which High Temperature -30..30 -12 °C High Temp Setp XX °C alarm is generated Low temperature setpoint (difference below temperature --, 0..6...
  • Page 125 Menu structure UA 410 D Controller type UR 141 S Menu 3-2 Defrost timer Entry Default DEFROST TIMER POS: XXXXX ↑, ↓, Defrost initiation via input D11/12 (EXT) or internal (INT) Defrost timer (EXT, INT) Safe defrost time for maximum allowed duration of defro­...
  • Page 126 Menu structure UA 410 D Controller type UR 141 8.3.5 Menu 4 Messages MESSAGES POS: XXXXX Move to menu 4-1 Show message log 1 View Messages in message log are cancelled; alarms are cancelled after being shown: press 2 Acknowledge...
  • Page 127 Menu structure UA 410 D Controller type UR 141 8.3.6 Menu 5 Archive ARCHIVE POS: XXXXX Time of archiving Record 1 dd.mm.yy hh:mm Status and temperature of Zone 1, see Note *) Zone 1: abcdef x °C Status and temperature of Zone 2, see Note *); shown only when two-zone operation is set...
  • Page 128 Cheese Counter 2 and CC2. The name is entered in the screens of the Store Computer or Operator Terminal. Direct entry cannot be made in the UA 410 D screens displayed on operator terminals. The name also cannot be entered with the BT 300 x Operator Interface.
  • Page 129 Menu structure UA 410 D Controller type UR 141 S Menu 6-2-2 Temp. Display Entry Default DISPLAY POS: XXXXX Offset for temperature display -10..10 Offset XX K S Menu 6-2-3 Alarm Delay Entry Default ALARMDELAY POS: XXXXX Sensor break alarm delay 0..30...
  • Page 130 Menu structure UA 410 D Controller type UR 141 S Menu 6-4 Language Entry Default LANGUAGE POS: XXXXX √ ↵ √ Deutsch ↵ English ↵ Francais ↵ Cesky Firmware V1.40 - Doku 2.1 06. April 2016...
  • Page 131 The scope of our delivery is designated as a component exclusively for further processing. As a consequence of this fact, Eckelmann AG does not undertake any measures for the taking back or munici­ pal recycling of this product as it is not supplied directly to the free market.
  • Page 132 Decommissioning and disposal Notice: Firmware V1.40 - Doku 2.1 06. April 2016...
  • Page 133 Alarms and Messages of UA 410 D 10 Alarms and Messages of UA 410 D Message Cause Correction Hardware faults EEPROM Fault Component for saving configuration defective or confi­ Save parameters in LDSWin software, guration data in EEPROM implausible. perform first start if necessary and load parameters from LDSWin.
  • Page 134 Alarms and Messages of UA 410 D Message Cause Correction Messages Sensor Fault Sensor disconnected, short circuiting of sensor. Tem­ Check connecting cable, perature on sensor outside set measuring range. Re­ check cable screening, quired or optional sensors are monitored when detec­...
  • Page 135 Alarms and Messages of UA 410 D 10.1.3 No defrost alarm Alarm is generated if defrosting does not take place during a definable interval, but not if defrosting is sup­ pressed due to high temperature or by demand defrosting. The delay for the No Defrost alarm should not be set too small so as to avoid false alarms (No De­...
  • Page 136 Alarms and Messages of UA 410 D 10.1.7 Termination of alarm The condition for termination of an alarm can be selected from two basic principles: ‐ Automatic reset of all alarms after correcting the cause ‐ Manual reset of all alarms after correcting the cause Manual reset can be performed as follows: ‐...
  • Page 137 Specifications of UA 410 D 11 Specifications of UA 410 D 11.1 Electrical data Warning - hazardous electrical voltage! Danger of electric shock! Overvoltage category III (test voltage 4,0 kV) / pollution degree 2: All device connections designed for use with 230 V AC supply voltage must be connected to the same phase conductor.
  • Page 138 Specifications of UA 410 D UA 410 D AC Fieldbus port CAN bus, floating Data port DISPLAY: BT 300x Operator terminal USB interface For firmware update (in future it will be possible to connect a notebook (PC) to this interface...
  • Page 139 Specifications of UA 410 D 11.2 Mechanical data of the controller DIN rail mounting of UA 410 D AC (C stands for ”In Cabinet”, meaning DIN rail mounting.) Gegenstecker mit Kabel Darstellung ohne Gegenstecker Connector set with cable View without connector set Set de connecteurs avec câble...
  • Page 140 Specifications of UA 410 D Notice: Firmware V1.40 - Doku 2.1 06. April 2016...
  • Page 141 Order numbers and accessories of UA 410 D 12 Order numbers and accessories of UA 410 D 12.1 Case Controller Type Description Order number UA 410 D AC For 2 Electronic Expansion Valves, int. archive, for DIN rail KGLUA4D016 mounting, with CAN bus, real time clock, internal archive, analog inputs and analog outputs 12.2 Components...
  • Page 142 Order numbers and accessories of UA 410 D Notice: Firmware V1.40 - Doku 2.1 06. April 2016...

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Ua 410 d ac