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Related Manuals for Evco EVJ 500 Series
Summary of Contents for Evco EVJ 500 Series
- Page 1 EVJ 500 series Temperature/humidity, sanitising and maturing controllers AVVERTIMENTO Leggere e comprendere appieno il manuale prima di utilizzare questo dispositivo. Il mancato rispetto di queste istruzioni può provocare morte o gravi infortuni. Operating manual 114J500E4.02 - 10/2024...
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Page 2: Table Of Contents
1.2 Available models............................9 1.3 Features ..............................9 1.4 Accessories ............................. 9 2. TECHNICAL DATA ...........................11 2.1 Technical specifications ........................11 2.1.1 EVJ 500 series .............................11 2.2 I/O specifications ..........................12 2.2.1 EVJ 506 .................................12 2.2.2 EVJ 526 .................................13 2.2.3 EVJ 536 .................................14 2.2.4 EVJ 556 .................................15 3. - Page 3 7.8.2 Operating modes ............................40 7.8.3 Operation during a defrost ........................40 7.8.4 Evaporator fan operation during dripping .....................40 7.9 Condenser fans .............................41 7.9.1 Operation ..............................41 7.10 Energy Saving ............................41 7.10.1 Operation ..............................41 114J500E4.02 - EVJ 500 series | 3 | Contents | 10/2024...
- Page 4 8.6 Regulation inhibited due to overtemperature (EVJ 556 only) ............45 9. PARAMETERS ..........................46 9.1 Table of configuration parameters ....................46 9.1.1 EVJ 506 parameters ...........................46 9.1.2 Parameters other models .........................52 10. DIAGNOSTICS ..........................58 10.1 Table of alarms ............................58 114J500E4.02 - EVJ 500 series | 4 | Contents | 10/2024...
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Page 5: Important Legal Information
IMPORTANT LEGAL INFORMATION LIABILITY AND RESIDUAL RISKS EVCO assumes no liability for any damage caused by the following (by way of example; this is not an exhaustive list): • I nstallation/useforpurposesotherthanthosespecifiedand,inparticular,notadheringtothesafetyprovisionsset out by current regulations in the country in which the product is installed and/or contained in this manual;... -
Page 6: Important Safety Information
UNAUTHORISED PERSONNEL The equipment must not be used by persons (including children) with reduced physical, sensory or mental capabilities or personswithnoexperienceorknowledge. 114J500E4.02 - EVJ 500 series | 6 | Important safety information | 10/2024... -
Page 7: Safety Precautions Concerning The Product And Its Use
• Do not install or use this device in applications which are capable of generating hazardous atmospheres, such as applications that use flammable refrigerants. 114J500E4.02 - EVJ 500 series | 7 | Safety precautions concerning the product and its use |... -
Page 8: Information Concerning The Document
NOTE: Read this document - and all related documents - carefully before installing, operating or servicing the controller. CONVENTIONS • When some information applies to all models, the generic name of the EVJ 500 series may be used, or no name specifiedatall;inanycasetheinformationappliestoallmodels. -
Page 9: Introduction
1. INTRODUCTION 1.1 DESCRIPTION EVJ 500 series controllers represent a complete solution by EVCO, suitable for the management of: • Temperature; • Time-Temperature-Humidity; • Humidity; • Foodsanitising; • Cold room sterilisation; and • Maturing of foods. 1.2 AVAILABLE MODELS The EVJ 500 series includes 4 controllers: •... - Page 10 Type Description EVIF25TWX Wi-Fimodule EVIF22TSX Module for TTL/RS-485 serial interface EVIF23TSX ModuleforTTL/RS-485serialinterfacewithbuilt-inclock EVJKEY Programming flash drive for EVJ models 114J500E4.02 - EVJ 500 series | 10 | Introduction | 10/2024...
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Page 11: Technical Data
Protection degree provided by the casing: IP65 (front panel) RTC: Built-in lithium battery RTC drift: ≤60s/monthat25°C(77°F) Battery life: >6monthsat25°C(77°F) Battery charging time: 24 h using instrument power supply 114J500E4.02 - EVJ 500 series | 11 | Technical data | 10/2024... -
Page 12: I/O Specifications
Load type Out1 Compressor SPST 30 A Resistive Out2 SPDT Resistive Out3 Light SPST 16 A Resistive Out4 Humidify SPST Resistive Out5 Fans SPST Resistive Out6 Defrost SPDT Resistive 114J500E4.02 - EVJ 500 series | 12 | Technical data | 10/2024... -
Page 13: Evj 526
Out1 Compressor SPST 30 A Resistive Out2 SPDT Resistive Out3 Light SPST 16 A Resistive Out4 Humidify SPST Resistive Out5 Evaporator fans SPST Resistive Out6 Defrost SPDT Resistive 114J500E4.02 - EVJ 500 series | 13 | Technical data | 10/2024... -
Page 14: Evj 536
Out1 Compressor SPST 30 A Resistive Out2 SPDT Resistive Out3 Light SPST 16 A Resistive Out4 Humidify SPST Resistive Out5 Evaporator fans SPST Resistive Out6 Defrost SPDT Resistive 114J500E4.02 - EVJ 500 series | 14 | Technical data | 10/2024... -
Page 15: Evj 556
Out1 Compressor SPST 30 A Resistive Out2 SPDT Resistive Out3 Light SPST 16 A Resistive Out4 Humidify SPST Resistive Out5 Evaporator fans SPST Resistive Out6 Defrost SPDT Resistive 114J500E4.02 - EVJ 500 series | 15 | Technical data | 10/2024... -
Page 16: Mechanical Assembly
• Only install and use this deviceinsitesthatarenotatrisk. • Do not install or use this device in applications which are capable of generating hazardous atmospheres, such as applications that use flammable refrigerants. 114J500E4.02 - EVJ 500 series | 16 | Mechanical assembly | 10/2024... -
Page 17: Dimensions
3.3 DIMENSIONS -17. °c Over Temp Door open 48.5 (1.91) 111.4 (4.38) Fig. 1. EVJ 500 series dimensions 3.4 INSTALLATION mm (in.) Fig. 2. EVJ 500 series installation 114J500E4.02 - EVJ 500 series | 17 | Mechanical assembly | 10/2024... -
Page 18: Minimum Distances
3.4.1 Minimum distances mm (in.) 40 (1.57) 40 (1.57) Fig. 3. Minimum distances for EVJ 500 series installation 114J500E4.02 - EVJ 500 series | 18 | Mechanical assembly | 10/2024... -
Page 19: Electrical Connections
2 x 0.5...1.5 24…14 24…14 22...14 22...14 2 x 24…18 2 x 24…16 2 x 22…18 2 x 20...16 Fig. 4. Suitable wiring for power supply and SELV I/O 114J500E4.02 - EVJ 500 series | 19 | Electrical connections | 10/2024... -
Page 20: Permitted Cable Lengths
9 10 11 12 13 14 15 16 1 2 3 4 5 6 9 10 11 12 13 14 15 16 Fig. 5. EVJ 500 series wiring diagram TERMINALS Out3 relay output (Light) 12-15-16 Out2 relay output (Heat) No connection N.C. -
Page 21: User Interface
5.1 INTERFACE -17. °c Over Temp Door open Fig. 6. EVJ 500 series user interface 5.2 TOUCH KEYS Thetouchkeyfunctionsaredescribedbelow: Keys... Tap and release to... Tap and hold for at least 3 seconds to... If P30 = 2, access the program selection menu From standby: Access the programming menu •... -
Page 22: Using The Controller
NOTE: the display will show the icon for a few seconds, as per "Fig. 8. View of controller switching off” on page 22, and will then switchoff.Whenoneofthekeysispressed,the icon appears. 114J500E4.02 - EVJ 500 series | 22 | User interface | 10/2024... -
Page 23: Changing The Setpoint
Solo EVJ 536 / EVJ 556 hh:mm Fig. 9. Changing the setpoint NOTE: changing the Timer ( 4 and 5 ) is only possible in models EVJ 536 and EVJ 556. 114J500E4.02 - EVJ 500 series | 23 | User interface | 10/2024... -
Page 24: Setting The Clock
2. Month; 3. Day; 4. Hours; 5. Minutes. 5.4.4 AUX menu - key-activated functions The EVJ 500 series offers the option of activating, by tapping , the following functions: Menu option Description EVJ 506 EVJ 526 EVJ 536 EVJ 556 Visible if... -
Page 25: Accessing The Parameters
Parameters Internal Values Internal Values Alarms Alarms Data Memory Reset Data Memory Reset Parameters Restore Parameters Restore Haccp Haccp Parameters Parameters Password Password Fig. 11. Accessing the parameters 114J500E4.02 - EVJ 500 series | 25 | User interface | 10/2024... -
Page 26: Programming Menu
• Parameters Restore, for resetting the parameters to their factory values; • HACCP, for viewing HACCP alarms registered with a date and time before the alarms are reset. 114J500E4.02 - EVJ 500 series | 26 | User interface | 10/2024... -
Page 27: Selecting A Pre-Set Program (Evj 536 / Evj 556 Only)
24 h Fig. 13. Editing the program in use in EVJ 536 Once in the program in use (in "Fig. 13" Program 01) scrolling with the keysallowsyoutochoosethefunctionto edit. 114J500E4.02 - EVJ 500 series | 27 | User interface | 10/2024... -
Page 28: Editing The Pre-Set Program In Use In Evj 556
"Fig. 15. Stopping a cycle in progress (EVJ 536 / EVJ 556 only)” on page 28. -17. °c Over Temp Program 01 Stop Fig. 15. Stopping a cycle in progress (EVJ 536 / EVJ 556 only) 114J500E4.02 - EVJ 500 series | 28 | User interface | 10/2024... -
Page 29: Defrost
Fig. 16. Defrost with Pr3 = 5 6.1.2 Dripping interval A dripping interval can be set following a defrost, by setting d7 > 0, to prevent water from accumulating inside the evaporator and then freezing. 114J500E4.02 - EVJ 500 series | 29 | Defrost | 10/2024... -
Page 30: Defrost Types
6.1.3 Defrost types The EVJ 500 series features 2 types of defrost: • Modular defrost; • Standard defrost. 6.2 MODULAR DEFROST: RTC If parameters hd1..hd6 > 0, defrosting is independent of the program in progress and, as such, intervenes at pre-established intervals and days. - Page 31 Fine Sbrinamento Fig. 17. Electric heater defrost - Defrost end due to temperature Fine Richiesta Sbrinamento Sbrinamento Fig. 18. Electric heater defrost - Defrost end due to maximum time 114J500E4.02 - EVJ 500 series | 31 | Defrost | 10/2024...
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Page 32: Cycle Inversion (Hot Gas) Defrost
Evaporator drip time after a defrost. 0...15 d15 Consecutive compressor ON time before hot gas defrost. 0...99 Richiesta Sbrinamento Fine Sbrinamento Fig. 19. Cycle inversion defrost - Defrost end due to temperature 114J500E4.02 - EVJ 500 series | 32 | Defrost | 10/2024... - Page 33 Fine Richiesta Sbrinamento Sbrinamento Fig. 20. Cycle inversion defrost - Defrost end due to maximum time 114J500E4.02 - EVJ 500 series | 33 | Defrost | 10/2024...
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Page 34: Defrost On Compressor Stoppage
2 = On compressor stoppage. d3 Defrost duration. 0...99 d7 Evaporator drip time after a defrost. 0...15 Richiesta Fine Sbrinamento Sbrinamento Fig. 21. Cycle inversion defrost - Defrost end due to maximum time 114J500E4.02 - EVJ 500 series | 34 | Defrost | 10/2024... -
Page 35: Regulators
Regulation in the neutral zone occurs if r11≠0(ifr11 < 0, the neutral zone is activated in hot request). °C/°F Setpoint 1+ r11+r0 Setpoint 1+ r11 Setpoint 1 Setpoint 1- r11 Setpoint 1- r11-r12 Fig. 23. Temperature regulator operation in the neutral zone 114J500E4.02 - EVJ 500 series | 35 | Regulators | 10/2024... -
Page 36: Temperature And Dehumidification With Compressor
Humidification regulation differential, to be added to setpoint 2 (setpoint 2 + rh0). -25...-1 7.4.1 Operation The controller manages humidification and dehumidification requests by setting parameters rd0 and rh0. Setpoint 2 Fig. 24. Temperature regulator operation 114J500E4.02 - EVJ 500 series | 36 | Regulators | 10/2024... -
Page 37: Humidity With Neutral Zone
C3 Minimum compressor ON time. 0...240 C4 CompressorOFFtimeincoldroomprobealarmmode. 0...240 C5 Compressor ON time in cold room probe alarm mode. 0...240 C6 Condensation temperature over which the condenser overheat alarm is triggered. °C/°F 0...199 114J500E4.02 - EVJ 500 series | 37 | Regulators | 10/2024... -
Page 38: Operating Diagrams
Setpoint 1 + r0 Setpoint 1 Fig. 26. Normal compressor operation Compressor operation with probe alarm Setpoint 1 + r0 Allarme Pr1 Setpoint 1 Fig. 27. Compressor operation with probe alarm 114J500E4.02 - EVJ 500 series | 38 | Regulators | 10/2024... -
Page 39: Dual Compressor
• Setpoints; • Differentials; • Delay periods; and • Protections; set for compressor 1. 7.7.1 Operating diagram Setpoint 1 + r0 Setpoint 1 Fig. 28. Normal compressor 2 operation 114J500E4.02 - EVJ 500 series | 39 | Regulators | 10/2024... -
Page 40: Evaporator Fans
During a dripping phase, the evaporator fans remain off for the time set in d7, plus a further delay F3 can be set for the activation of evaporator fans after dripping. In this case the fans will be activated once F3 has elapsed. 114J500E4.02 - EVJ 500 series | 40 | Regulators |... -
Page 41: Condenser Fans
0...999 H01 Energy saving temperature daily start schedule. 0...23 H02 Energy saving temperature daily duration. 0...24 Setpoint 1 + r4 Setpoint 1 Fig. 30. Operation in Energy Saving mode 114J500E4.02 - EVJ 500 series | 41 | Regulators | 10/2024... -
Page 42: Functions
65 % 68 % 72 % 76 % 82 % Reduced ventilation No Recovery Defrost Manual Manual Manual Manual Manual Manual Manual Manual Air exchange Manual Manual Manual Manual Manual Manual Manual Manual 114J500E4.02 - EVJ 500 series |42|Functions| 10/2024... -
Page 43: Copying Parameters
Fig. 31. RUN function display screen (EVJ 556 only) The display shows the function activation time and the text: • Run timer: if the function is time-activated; • Run manual: if the function is activated manually. 114J500E4.02 - EVJ 500 series |43|Functions| 10/2024... -
Page 44: Mixer (Evj 556 Only)
With P30 > 0 mixer activation management in regulation is set during programming, while management during pause depends on u14. The following regulation options are managed: ON = Always on during regulation; ON-OFF = Cyclical u10 - u11; OFF = Off. 114J500E4.02 - EVJ 500 series |44|Functions| 10/2024... -
Page 45: Regulation Inhibited Due To Overtemperature (Evj 556 Only)
• u6 = 1: when the auxiliary function is active and calls for cooling, it inhibits the main heat relay. Regulation reactivation will depend on the load call status and the protection timers when it resumes operation. If probe Pr3 is experiencing an error the function is disabled. 114J500E4.02 - EVJ 500 series |45|Functions| 10/2024... -
Page 46: Parameters
Disables humidity regulation in OverTemp function. 0 = No; 1 = Yes. r6 Threshold relating to temperature Setpoint 1 in OverTemp function. °C/°F -40.0...99.0 r7 Duration of the OverTemp function. 0...240 114J500E4.02 - EVJ 500 series | 46 | Parameters | 10/2024... - Page 47 1 = Cycle inversion (hot gas); 2 = On compressor stoppage. d2 Evaporator temperature over which defrost ends with evaporator probe (Pr3 = 5). °C/°F -99.0...99.0 d3 Defrost duration. 0...99 114J500E4.02 - EVJ 500 series | 47 | Parameters | 10/2024...
- Page 48 F12 = 0 and F11 > 0 fans are always on. Fc1 CondenserfansOFFthreshold. °C/°F 0.0...99.0 25.0 Fc2 Condenser fans ON differential. °C/°F 0.1...15.0 Fc3 Condenser fans switch-off delay. 0...240 DIGITAL INPUT PROPERTIES group i1 Lockdisplaywithdooropenandafterclosing. 0...240 114J500E4.02 - EVJ 500 series | 48 | Parameters | 10/2024...
- Page 49 1 = Open contact (NO). Digital input 3 function. 0 = Disabled; 1 = High pressure switch. Multifunctional input 3 (Polarity) activation. 0 = Closed contact (NC); 1 = Open contact (NO). 114J500E4.02 - EVJ 500 series | 49 | Parameters | 10/2024...
- Page 50 1 = Probe Pb1 value only; 2 = Probe Pb2 value only; 0...5 3 = Probe Pb3 value only; 4 = Probe Pb1 and Pb2 value; 5 = Value of all probes. 114J500E4.02 - EVJ 500 series | 50 | Parameters | 10/2024...
- Page 51 1 = Odd; 2 = Even. ENERGY SAVING group HE2 Manual energy saving duration. 0...999 H01 Energy saving temperature daily start schedule. 0...23 H02 Energy saving temperature daily duration. 0...24 114J500E4.02 - EVJ 500 series | 51 | Parameters | 10/2024...
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Page 52: Parameters Other Models
Disables humidity regulation in OverTemp function. 0 = No; 1 = Yes. r6 Threshold relating to temperature Setpoint 1 in OverTemp function. °C/°F -40.0...99.0 r7 Duration of the OverTemp function. 0...240 114J500E4.02 - EVJ 500 series | 52 | Parameters | 10/2024... - Page 53 1 = Cycle inversion (hot gas); 2 = On compressor stoppage. Evaporator temperature over which defrost ends with evaporator probe °C/°F -99.0...99.0 (Pr3 = 5). d3 Defrost duration. 0...99 114J500E4.02 - EVJ 500 series | 53 | Parameters | 10/2024...
- Page 54 F9 Evaporator fan switch-off delay from compressor switch-off. 0...240 FanONtimeintheabsenceofregulationwithF0 = 0. 0...240 F11 = 0 fans remain stopped. FanOFFtimeintheabsenceofregulationwithF0 = 0. 0...240 F12 = 0 and F11 > 0 fans are always on. 114J500E4.02 - EVJ 500 series | 54 | Parameters | 10/2024...
- Page 55 0 = Seconds; 1 = Minutes. Mixer function in regulation. 0 = Mixer ON for load ON; 0...2 1 = Mixer ON for compressor ON and cyclical for heat ON; 2=MixerONviakey. 114J500E4.02 - EVJ 500 series | 55 | Parameters | 10/2024...
- Page 56 Configure out5 relay output. Same as uc1. 0...18 uc6 Configure out6 relay output. Same as uc1. 0...18 KEY CONFIGURATION group Enablestandbykey(ON/OFF). 0 = Disabled; 1 = Enabled. Enablelightkeyinstandby. 0 = Disabled; 1 = Enabled. 114J500E4.02 - EVJ 500 series | 56 | Parameters | 10/2024...
- Page 57 1 = Odd; 2 = Even. ENERGY SAVING group HE2 Manual energy saving duration. 0...999 H01 Energy saving temperature daily start schedule. 0...23 H02 Energy saving temperature daily duration. 0...24 114J500E4.02 - EVJ 500 series | 57 | Parameters | 10/2024...
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Page 58: Diagnostics
If the error persists, replace the the actual time instrument (RTC battery exhausted) Power outage Power outage for time Recording of code PF Checkthepowersupplywiring alarm period > A10 114J500E4.02 - EVJ 500 series | 58 | Diagnostics | 10/2024... - Page 59 This page has been left blank on purpose. 114J500E4.02 - EVJ 500 series | 59 | 10/2024...
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Page 60: Made In Italy
Each user or integration specialist should conduct their own complete and appropriateriskanalysis,inadditiontocarryingoutaproductevaluationand test in relation to its specific application or use. Neither EVCO nor any of its associates or subsidiaries shall be held responsible or liable for improper use of the information contained herein. MADE IN ITALY EVCO S.p.A.
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Questions and answers
Buenos días, somos una fábrica de embutidos y hemos adquirido un equipo (EVJ-500 series) la finalidad del equipo es para realizar chorizos oreado en 48 hs. Aún no hemos podido configurar el equipo para que realice esta función, pedimos ayuda al comercial que nos suministró el equipo y él tampoco ha sabido cuadrar los parámetros. Por lo cual solicitaría que por favor me pudieran brindar la ayuda técnica correspondiente para colocar los parámetros adecuados a esta función. Mi teléfono de contacto es 646848090. Gracias por su atención.