Carel heaterStream-UR User Manual

Carel heaterStream-UR User Manual

Electrical heater humidifier
Table of Contents

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heaterSteam - UR
electrical heater humidifi er

User manual

NO POWER
& SIGNAL
CABLES
TOGETHER
READ CAREFULLY IN THE TEXT!

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Summary of Contents for Carel heaterStream-UR

  • Page 1: User Manual

    heaterSteam - UR electrical heater humidifi er User manual NO POWER & SIGNAL CABLES TOGETHER READ CAREFULLY IN THE TEXT!
  • Page 3 Warranty on materials: 2 years (from the date of production). Certifi cation: the quality and safety of CAREL products are guaranteed by CAREL’s ISO 9001 certifi ed design and production system, as well as CE or ETL mark.
  • Page 4 heaterSteam +030222011 - r el. 2.1 - 21.05.2010...
  • Page 5: Table Of Contents

    CONTENT 1. MODELS 1.1 Accessories ............................................7 2. DESCRIPTION OF THE MAIN COMPONENTS AND FUNCTIONS 2.1 Level control ............................................10 2.2 Overfi ll device ............................................ 10 2.3 Control of steam production ......................................10 2.4 Measurement of supply water conductivity- alarm ..............................10 2.5 Automatic draining ...........................................
  • Page 6 8. STEAM DISTRIBUTION 8.1 Ambient steam distribution: ventilated steam distributors ............................37 8.2 Steam distribution in cold rooms ....................................37 8.3 Ducted steam distribution: linear and concentrated jet distributors (OEM) ....................... 38 8.4 Concentrated jet steam distribution (OEM) (only for humidifi ers up to 10 Kg/h/22 lbr/h) ................39 8.5 Positioning linear distributors in the air duct ................................
  • Page 7: Models

    1. MODELS The code designating the model of electric heater humidifi er is made up of 10 characters, with the UR xxx x x x 0 * following meaning (Fig. 1a). Fig. 1.a 3 4 5 6 7 Example: the code UR010CL101 identifi es an electric heater humidifi er (UR) with: •...
  • Page 8: Description Of The Main Components And Functions

    2. DESCRIPTION OF THE MAIN COMPONENTS AND FUNCTIONS Fig. 2.a Fig. 2.b description Klixon (motor overload – in models where featured) Solid state relay (SSR) (in models where featured) Motor protector Fuse carrier base Remote control switch Transformer Relay board ON-OFF and manual drain switch Power cable terminal block Power cable gland...
  • Page 9 Humidifi ers up to 10 kg/h /22 lbr/h Humidifi ers from to 20-27-40-60 kg/h (44-59.5-88-132.2 lbr/h ) Fig. 2.c Fig. 2.d description fi ll electrovalve fl ow limiter supply pipe refi ll pipe overfl ow pipe connection pipe level gauge housing level control - level switch (following: level switch) equaliser pipe conductivity measurement electrodes...
  • Page 10: Level Control

    2.1 Level control Steam is produced with the heating elements completely immersed in water, whose level is controlled by a sensor made up of two independent and overlapping fl oat switches, that is, the working level switch and safety level switch. 2.1.1 Level control It is composed of a fl...
  • Page 11: Foam Elimination Procedure

    2.6 Foam elimination procedure The level of water inside the cylinder is maintained by the level control at around 10-12 cm / 3.94-4- .72inch (about 18-20 cm /7.1-7.87inch for the cylinder of the 20-60 kg/h/44-132.2lbr/h humidifi ers) from the top of the cylinder, therefore, when the high level electrodes are wet, an anomalous situation arises, generally caused by the presence of foam.
  • Page 12: Control Principles

    3. CONTROL PRINCIPLES The range of humidifi ers includes the following control possibilities. 3.1 ON/OFF control (control module C) The action in this case is all or nothing, activated by an external contact that determines the set point and the control differential (or hysteresis). Average steam production can be adjusted using a pseudo-modulating action, through the cyclical acti- vation of the remote-control switch with a fractional actuation period (operation) that can be program- med in four steps: 30%, 50%, 75% or 100% of the total time (this mode can not be applied in severe...
  • Page 13: Setting The Alarm Thresholds (Type H Or T Control Module)

    3.2.4 Autonomous control with ambient relative humidity transducer and outlet humidity limiting transducer (parameter A0= 3) In this case too the regulator modulates steam production as a function of the measurement % rH per- formed by the main relative humidity transducer, however, in addition, its entity is limited if the relative humidity % rH2 measured by a second compensation transducer placed in the air duct downstream from the humidifi...
  • Page 14: Assembly

    4.3 Removing and replacing the front casing To remove the front casing of the humidifi er, proceed as follows: turn the oval badge with the CAREL logo 90°, until the ground screw below can be seen; 2. remove the screw, using a screwdriver;...
  • Page 15: Positioning The Unit

    5. POSITIONING THE UNIT The humidifi er must be positioned and fastened by qualifi ed personnel, following the instructions listed herein. griglia Choose the best location for the installation of the steam distributor, that is the position which minimises the length of the steam pipe or, in the case of direct ambient humidifi cation using a ventilated distribu- tor, the central point of the space being humidifi...
  • Page 16: Water Connections

    6. WATER CONNECTIONS The water connections for the supply and the draining of the unit must be made by specialist and qualifi ed personnel, who are capable of performing the work correctly and according to local standards. Before making the connections, ensure that the machine is disconnected from the mains power. 6.1 Supply water characteristics The supply water for the electric heater humidifi...
  • Page 17: Technical Specifi Cations

    6mm, fi tted with a shut-off tap to allow the appliance to be disconnected during maintenance operations. To simplify installation it is recommended to use CAREL fl exible pipes with an internal diameter of 6 mm and an external diameter of 8mm (code 1312350APN) and the rotating 3/4”G straight (code 9995727ACA) or elbow connector (code 9995728ACA), available upon...
  • Page 18: Electrical Connections

    7. ELECTRICAL CONNECTIONS The electrical connections must be made by specialist and qualifi ed personnel, who are capable of performing the work correctly and according to local standards. Before making the connections, ensure that the machine is disconnected from the mains power. Check that the voltage of the appliance’s power supply corresponds to the value indicated on the data plate inside the electrical panel.
  • Page 19: Main Control Board

    The control module can be connected to an RS485 serial line, or alternatively to the CAREL Humivisor remote control panel, marked as MT, or to a remote supervisor.
  • Page 20 100% depending on the control requirements. In this case too, the humidifi er can be connected via RS485 to the CAREL Humivisor MT remote control panel or a remote supervisor. It can be controlled in the following three different modes.
  • Page 21: Other Auxiliary Contacts

    The humidifi er’s control module can be connected to an RS485 serial line, as per the diagram in Fig. 7.n, or alternatively to: • a CAREL Humivisor remote control panel (see specifi c instruction manual), which can be connected 24 Vaux to four different humidifi...
  • Page 22: Wiring Diagrams For The Connection Of The Heating Elements

    7.7 Wiring diagrams for the connection of the heating elements Delta three-phase connection (6-10 kg/h) (13.2-22 lbr/h) Star three-phase connection (6-10 kg/h) (13.2-22 lbr/h) Fig. 7.o.a Fig. 7.o.b Star three-phase connection (2-4 kg/h) (4.4-8.8 lbr/h) Pparallel single-phase connection (6 kg/h) (13.2 lbr/h) Fig.
  • Page 23: Single-Phase Wiring Diagram For 2-4Kg/H (4.4-8.8Lbr/H) Humidifi Ers With Type C Control Module

    7.8 Single-phase wiring diagram for 2-4kg/h (4.4-8.8lbr/h) humidifi ers with type C control module * Carried out by the installer Terminal block Motor Protector QC1-QC2 Quick connectors Contactor Level switches Sensor terminal block F1-F2 Power fuses Fill valve Heater temperature sensor Transformer Drain valve High level electrodes...
  • Page 24: Single-Phase Wiring Diagram For 2-4Kg/H (4.4-8.8Lbr/H) Humidifi Ers With Type H Or T Control Module

    7.9 Single-phase wiring diagram for 2-4kg/h (4.4-8.8lbr/h) humidifi ers with type H or T control module * Carried out by the installer Terminal block Fill valve Heater temperature sensor Contactor Drain valve Water temperature sensor F1-F2 Power fuses High level electrodes Transformer Conductivity meter electrodes Fan control board...
  • Page 25: Single-Phase Wiring Diagram For 6Kg/H (13.2Lbr/H) Humidifi Ers With Type C Control Module

    7.10 Single-phase wiring diagram for 6kg/h (13.2lbr/h) humidifi ers with type C control module * Carried out by the installer Terminal block Motor Protector R1-R2-R3 Electric heating element Contactor Level switch QC1-QC2 Quick connectors F1-F2 Power fuses Fill valve Sensor terminal block Transformer Drain valve PTC-PTC2-PTC3...
  • Page 26: Single-Phase Wiring Diagram For 6Kg/H (13.2Lbr/H) Humidifi Ers With Type H Or T Control Module

    7.11 Single-phase wiring diagram for 6kg/h (13.2lbr/h) humidifi ers with type H or T control module * Carried out by the installer Terminal block Fill valve PTC1-PTC2-PTC3 Heater temperature sensors Contactor Drain valve Water temperature sensor F1-F2 Power fuses High level electrodes Transformer Conductivity meter electrodes Fan control board...
  • Page 27: Three-Phase Wiring Diagram For 6-10Kg/H (13.2-22Lbr/H) Humidifi Ers With Type C Control Module

    7.12 Three-phase wiring diagram for 6-10Kg/h (13.2-22lbr/h) humidifi ers with type C control module * Carried out by the installer Terminal block Motor Protector R1-R2-R3 Electric heating element Contactor Level switch QC1-QC2 Quick connectors F1-F2 Power fuses Fill valve Sensor terminal block Transformer Drain valve PTC1-PTC2-PTC3 Heater temperature sensors...
  • Page 28: Three-Phase Wiring Diagram For Humidifi Ers With Type H Or T Control Module

    7.13 Three-phase wiring diagram for humidifi ers with type H or T control module * Carried out by the installer Terminal block Fill valve PTC1-PTC2-PTC3 Heater temperature sensors Contactor Drain valve Water temperature sensor F1-F2 Power fuses High level electrodes Transformer Conductivity meter electrodes Fan control board...
  • Page 29: Three-Phase Electrical Diagram For 20 (44Lbr/H) ( 208-230-400-460-5756V) 27-40Kg/H (59.5-88Lbr/H) (400-460-575V) Humidifi Ers With Type C Control Module 400-460-575 V

    7.14 Three–phase electrical diagram for 20 (44lbr/h) ( 208-230-400-460- 5756V) 27-40Kg/h (59.5-88lbr/h) (400-460-575V) humidifi ers with type C control module 400-460-575 V * Carried out by the installer Terminal block Fill valve PTC1 to PTC6 Heater temperature sensors Contactor Drain pump FAN E.P.
  • Page 30: Three-Phase Electrical Diagram For 20 (44Lbr/H) ( 208-230-400-460-5756V) 27-40Kg/H (59.5-88Lbr/H) (400-460-575V) Humidifi Ers With Type H Control Module 400-460-575 V

    7.15 Three–phase electrical diagram for 20 (44lbr/h) ( 208-230-400-460-5756V) 27-40Kg/h (59.5-88lbr/h) (400-460-575V) humidifi ers with type H control module 400-460-575 V * Carried out by the installer Terminal block Fill valve PTC1 to PTC6 Heater temperature sensors Contactor Drain pump FAN E.P.
  • Page 31: Three-Phase Electrical Diagram For 60Kg/H (132.2Lbr/H) Humidifi Ers With Type C Control Module 400-575 V

    7.16 Three–phase electrical diagram for 60Kg/h (132.2lbr/h) humidifi ers with type C control module 400-575 V * Carried out by the installer Terminal block Fill valve PTC1…PTC9 Heater temperature sensors Contactor Drain pump FAN E.P. Fan elecrtical panel F1-F2-F3 Power fuses High level electrodes Low voltage fuse Transformer...
  • Page 32: Three-Phase Electrical Diagram For 60Kg/H (132.2Lbr/H)Humidifi Ers With Type H Control Module 400-575 V

    7.17 Three–phase electrical diagram for 60Kg/h (132.2lbr/h) humidifi ers with type H control module 400-575 V * Carried out by the installer Terminal block Fill valve PTC1 to PTC9 Heater temperature sensors Contactor Drain pump FAN E.P. Fan elecrtical panel F1-F2-F3 Power fuses High level electrodes...
  • Page 33: Three-Phase Electrical Diagram For 27Kg/H (59.5Lbr/H)Humidifi Ers With Type H Control Module At 208 - 230 V

    7.18 Three–phase electrical diagram for 27Kg/h (59.5lbr/h) humidifi ers with type H control module at 208 - 230 V * Carried out by the installer Terminal block Fill valve PTC1 to PTC6 Heater temperature sensors K1-K2 Contactor Drain pump FAN E.P. Fan elecrtical panel F1-F2-F3 Power fuses...
  • Page 34: Three-Phase Electrical Diagram For 27Kg/H (59.5Lbr/H) Humidifi Ers With Type H Control Module At 208 - 230 V

    7.19 Three–phase electrical diagram for 27Kg/h (59.5lbr/h) humidifi ers with type H control module at 208 - 230 V * Carried out by the installer Terminal block Fill valve PTC1 to PTC6 Heater temperature sensors K1-K2 Contactor Drain pump FAN E.P. Fan elecrtical panel F1-F2-F3 Power fuses...
  • Page 35: Three-Phase Electrical Diagram For 60Kg/H (132.2Lbr/H) Humidifi Ers With Type H Control Module At 460 V

    7.20 Three-phase electrical diagram for 60kg/h (132.2lbr/h) humidifi ers with type H control module at 460 V * Carried out by the installer Terminal block Fill valve PTC1 to PTC9 Heater temperature sensors Contactor Drain pump FAN E.P. Fan elecrtical panel F1-F2-F3 Power fuses High level electrodes...
  • Page 36: Three-Phase Electrical Diagram For 60Kg/H (132.2Lbr/H) Humidifi Ers With Type C Control Module At 460 V

    7.21 Three-phase electrical diagram for 60kg/h (132.2lbr/h) humidifi ers with type C control module at 460 V * Carried out by the installer Terminal block Fill valve PTC1 to PTC9 Heater temperature sensors Contactor Drain pump FAN E.P. Fan elecrtical panel F1-F2-F3 Power fuses High level electrodes...
  • Page 37: Steam Distribution

    8. STEAM DISTRIBUTION For optimal performance of the humidifi er, the steam produced must be introduced into the room/duct in a uniform way, without projecting droplets and without noticeable condensation, using ventilated steam distributors or linear distributors. The steam distributor must be chosen according to the place where the steam is introduced.
  • Page 38: Ducted Steam Distribution: Linear And Concentrated Jet Distributors (Oem)

    For steam distribution in air ducts, the steam distributor must be suitably proportioned to the power of the humidifi er and the cross-section of the ducts. For this purpose, CAREL supplies two ranges of linear distributors: one of stainless steel, with plastic ends.
  • Page 39: Concentrated Jet Steam Distribution (Oem) (Only For Humidifi Ers Up To 10 Kg/H/22 Lbr/H)

    8.4 Concentrated jet steam distribution (OEM) (only for humidifi ers up to 10 Kg/h/22 lbr/h) For special applications (e.g. steam baths, technological machinery) a plastic OEM concentrated jet distributor is available, with holes (12 or 22 mm)/(0.47 or 0.87 inch) or without, allowing the user to make these according to requirements (see Fig.
  • Page 40: Installation Of The Steam Pipe

    8.6 Installation of the steam pipe The connection between the humidifi er and distributor must be made using a suitable pipe, such as the CAREL fl exible pipes. The use of incorrect pipe may lead to fragility and cracks and consequent steam leaks.
  • Page 41: Start-Up

    9. START-UP IMPORTANT WARNING: on completion of the installation procedure, drain the supply pipe for around 30 minutes by passing water directly through the pipe and without introducing it into the humidifi er. This will allow the elimination of any scoria and processing residues that may cause the formation of foam during the boiling.
  • Page 42: The Humidifier Controller

    10. THE HUMIDIFIER CONTROLLER Two types of electronic controller are available for the electric heater humidifi er (see CONTROL PRINCIPLES): • Type C control module, with indication LEDs and ON/OFF action This control provides control of the steam production capacity and ON/OFF control; •...
  • Page 43: Type H Or T Control Module, Numeric Led Display, Modulating Action

    10.1.4 Alarm indications The lighting up of LED 9 (see Fig. 10.a) and a combination of the LEDs 5 indicates the presence of a current alarm state; in the event of more than one alarms, the LEDs 5 light up in sequence, at 2 second intervals.
  • Page 44 10.2.3 Display The panel shows the current functional parameter programmed (with the code C0, see Reading and programming the confi guration parameters). Normally this is: • the measurement of probe no. 1 (ambient humidity or temperature), in appliances with autonomous control;...
  • Page 45: Reading And Programming The Parameters Of The Type H Or T Control Module

    11. READING AND PROGRAMMING THE PARAMETERS OF THE TYPE H OR T CONTROL MODULE The numerical, confi guration and control panel parameters are grouped into three levels: LEVEL 1 - set point, that is the value of the appliance’s main setting St, accessible directly via the keypad for both reading and modifi...
  • Page 46: Reading And Programming The Confi Guration Parameters

    list of measurements code on range of default unit of description display variation measure d1 (1) 0, .., 100 read measurement signal from external regulator can only be accessed in slave or autonomous control (A0=1, 2 or 3) only % rH measurement from room probe 0, .., 100 % rH...
  • Page 47 Parameters for confi guring the operation of accessory devices code on range of default unit of description display variation measure 0 to 199 period of modulation (if set to 0 modulation is disabled) 0 to 63 The user is allowed to defi ne whether the alarm relay must be energized with or without alarm(s). This can be accomplished by setting the parameter b1 as shown in table 11.h 2 to 19.9 start pre-heating offset ( referred to set point)
  • Page 48 alarms present alarms absent Table 11.h Parameters for setting the serial connections and remote control code on range of variation default unit of measure description display 1...6 normally displayed value 1= room probe measurement 2= outlet probe measurement 3= steam production 4= hour counter 5= conductivity 6= water temperature...
  • Page 49: Validity Of The Modifi Cations To The Parameters

    11.4 Validity of the modifi cations to the parameters The modifi cations made to the parameters normally take effect when confi rmed with the SEL button, and are saved permanently with the PRG button. For some parameters relating to the serial connection, the value will only take effect only the next time the unit is switched on.
  • Page 50: Automatic Total Drain For Inactivity

    11.8 Automatic total drain for inactivity For hygienic reasons it is recommendable to empty the boiler not to have stagnant water inside in case there isn’t any humidifi cation request for a long time. In UR*H* and UR*T* the user can set the automatic total drain for inactivity as follows (read the remarks below for UR*C*): •...
  • Page 51: Reduced Fi Lls To Restore Water Level After Evaporation

    11.11 Reduced fi lls to restore water level after evaporation When, during the steam production, the upper fl oater switches because the water level has decreased, a fi ll starts for restoring the water level. The duration of the fi ll can be decreased through the new user parameter bA which defi nes the new duration as a % of the internally set default duration: new duration= default duration x bA / 100.
  • Page 52: The Remote Control (Optional Accessory)

    12. THE REMOTE CONTROL (OPTIONAL ACCESSORY) The remote control is an optional accessory and can only be used on humidifi ers with type H or T control module (modulating). It is available in two versions: • TELURI000 with buttons marked in Italian; •...
  • Page 53: Programming From The Remote Control

    12.2 Programming from the remote control To activate or deactivate the access code to use the remote control, enter into the control module confi - guration mode using password 77 (see Reading and programming the confi guration parameters). Assigning parameter C2 a value other than 0 (from 01 to 99), activates this number as the access code that must be entered each time the remote control is used to program that unit.
  • Page 54: Exiting The Programming Phase

    12.3 Exiting the programming phase To exit the programming phase and save the modifi cations made to the parameters, press the PRG button. To exit without saving the modifi cations, press the CANCEL button. To exit the programming phase without confi rming the modifi cations made: •...
  • Page 55: Shutting Down The Unit

    13. SHUTTING DOWN THE UNIT When shutting down the unit at the end of the season or for maintenance on the electrical parts and/or plumbing, the humidifi er should be put out of operation. The water should not be emptied from the cylinder before shutting down the humidifi er to avoid the hardening of the deposits contained in the cylinder and thus making them more diffi...
  • Page 56: Maintenance

    14. MAINTENANCE 14.1 Maintenance of the cylinder-cylinder For correct operation, the steam production cylinder must be periodically cleaned, at intervals linked to the quantity of salts or impurities dissolved in the supply water. This operation is necessary as the lime deposits that form inhibit the exchange of heat between the elements and the water.
  • Page 57 Cleaning of the cylinder fi lter 20-27-40-60 kg/h (44-59.5-88-132.2 lbr/h): disconnect the pump power supply cable and the connection to the drain pipe; 2. remove from the fl ange the level sensor pipe; 3. unscrew the fastening screws of the fl ange; 4.
  • Page 58: Alarms And Troubleshooting

    Table 15.a lists the alarm indications, the causes, the conditions and the possible solutions. The remote terminal column indicates the alarm message that appears on the LCD display of the CAREL Humivisor remote control panel, if one is connected to the humidifi er.
  • Page 59 CAREL cause solution ( once having tried the suggestion, if the problem action reset alarm controller Humivisor persists, contact the CAREL service department) relay remote terminal E211 autotest failed; - ensure that the machine is supplied with water; see procedure...
  • Page 60: Autotest Retry Procedure (Fault Tolerance)

    15.2 Autotest Retry procedure (Fault tolerance) AUTOTEST RETRY (“AR”) Step Description Drain Fill status Contactor Duration Condition that can stop “AR” status status Display Stop produc- 3 sec tion. Open contactor Drain by time On If at the end of a set time the fl oat is below to the minimum reed, High level sensor active the procedure goes to step 3, otherwise it drains again and then goes to step 3...
  • Page 61: Humidifier Technical Specifications

    16. HUMIDIFIER TECHNICAL SPECIFICATIONS model UR002 UR004 UR006 UR010 UR020 UR027 UR040 UR060 number of heating elements steam connection ( mm)(  inch) 30/1.18 40/1.57 /1.57 2x40/1.57 supply pressure limits (Pa) 0…1500 2000 supply water connection G3/4”M temperature limits (°C)(°fH) 1T40/33.8T104 pressure limits (MPa) 0.1 to 0.8 (1 to 8 bar)
  • Page 62: Spare Parts

    17. SPARE PARTS Exploded of the cylinder 6-10kg/h ( 13.2-22 lbs/h ) Spare Parts Code description UR006 – 1 ~ * UR006 – 3~** UR010 – 3~** PTC probe wire terminals URKTB00000 NTC Probe URKNTC0000 Wire terminal bracket URK0000022 NTC well URKNTCCAS1 Power connection protection cover URKCOPC00M...
  • Page 63 Exploded of the cylinder 2-4 kg/h ( 4.4 - 8.8 lbs/h) Spare Parts Code description UR002 UR004 NTC probe URKNTC0000 NTC well URKNTCCAS2 PTC probe wire terminals URKTB00000 Terminal fastening bracket URK0000022 Power connection protection cover URKCOPC00S Cylinder cover URKG100000 Cylinder gasket URKBR00000 Cylinder cover locking clamp...
  • Page 64 Exploded of the cylinder 20-27-40-60 kg/h 44.1-59.5-88.1-132.3 lbs/h ) Spare Parts Code description UR020 UR027 UR040 UR060 Heating element protection ---- PTC probe URKPTCL000 PTC probe wire terminals URKTB00000 URKTB00000 URKTB00000 URKTB00000 Cylinder cover URKCOP4000 URKCOP4000 URKCOP4000 URKCOP6000 Anti-foaming system URKFS00000 Heating element assembly Cylinder gasket...
  • Page 65: Maintenance Of The Other Plumbing Components

    17.a Maintenance of the other plumbing components IMPORTANT WARNINGS: do not use detergents or solvents to clean the plastic components. To remove the deposits use a 20% acetic acid solution, then rinse thoroughly with water. Water parts ur 2-10kg/h ( 4.4 - 22 lbs/h) Spare part codes description UR002 to UR004...
  • Page 66: Replacing The Components

    17.2 Replacing the components 17.2.1 Non-stick fi lm If requested as an option, the internal wall of the cylinder is lined with a non-stick fi lm to avoid lime being deposited on the internal walls of the cylinder. To clean or replace the fi lm, remove the cylinder following the procedure described in Maintenance of the cylinder-cylinder and then: •...
  • Page 67 17.2.5 Fuses (uxiliary circuit) These measure 10.3 x 38mm and are housed in the fuse cartridge; to check the state of the fuses, check their continuity using a tester. Use the types of fuses indicated in table 17.e. models UR002 UR004 UR006 - 1~* UR006 -3~** UR010 UR020...
  • Page 68: Spare Parts

    URKNTCCAS1 URKNTCCAS1 electronic parts version C control module URCxxvppri (for further information see the CAREL instruction sheet code +050003700) version H control module URHxxvppri (for further information see the CAREL instruction sheet code +050003700) version T control module URSxxvppri (for further information see the CAREL instruction sheet code +050003700)
  • Page 69 Note: __________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________ ______________________________________________________________________________________...
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  • Page 72 CAREL is a registered trademark of CAREL in Italy and/or other countries. © CAREL INDUSTRIES HQs 2008 all rights reserved CAREL reserves the right to modify the features of its products without prior notice. www.carel.com...

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