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INSTRUCTION MANUAL

®

CLIMASET

Prossimo™ Series

Summary of Contents for Prossimo 4100

Page 1: ...INSTRUCTION MANUAL CLIMASET Prossimo Series ...

Page 2: ...ducts and document contents may be changed or withdrawn without any previous notice The scope of the warranty and responsibility of Climaset applies to the device only Under no circumstances shall Climaset be responsible for any special incidental consequential or indirect damages howsoever caused ...

Page 3: ... all settings with a single touch 10 Summary of steps to adjust your thermostat 11 Installing the device easily 12 Appendix A Miniature circuit breaker MCB selection guide 15 Appendix B Thermostat selection guide and wiring diagrams 16 Appendix C Extra settings 40 Appendix D Troubleshooting 46 Appendix E Technical specifications 48 ...

Page 4: ...mer service Ÿ Should you notice that your air conditioner is not protected by an MCB ask your electrician to add one for you You may find proper recommended MCB specifications in Appendix A Ÿ The MCB rating should be selected according to the required current for the normal operation of your air conditioner Using higher ratings protection is not assured Ÿ Your Climaset also protects itself as well...

Page 5: ...uit We recommend using AWG 16 1 5 mm cables Ÿ Never use detergent to clean the thermostat surface It may leave undesirable marks on the surface of the thermostat especially on the screen Always use a soft moist tissue to clean the device Ÿ Should liquid crystal leak from the screen avoid all contact with the eyes mouth and skin Ÿ The device is not designed to work in places with condensing humidit...

Page 6: ...anced TM settings in conventional thermostats In contrary Prossimo is enhanced with a brief description of each item in the Extra settings screen for ease of use Indicators on the screen and adjustments The figure on the next page shows the display indicators and adjustments The following section describes in detail the role of each indicator on the screen and how to manually adjust them ΠRoom te...

Page 7: ... graph The room temperature is shown graphically by the curved bar graph It is updated every few seconds and remains unchanged until the next reading Power status This shows the power status of the device It may display one of the following indicators Indicators on the screen and adjustments ...

Page 8: ... Automatic heat cool changeover mode means the device may automatically change between heating or cooling based on the setting and the room temperature This mode may not be supported by all air conditioners and accordingly may not be available in all thermostat models The fan only mode is useful if you need the air conditioner to just blow air without heating or cooling In this mode the thermostat...

Page 9: ... actually running Use the fan speed key to change the fan speed If the fan speed is high and you press the fan speed key again the automatic fan speed changeover mode will be selected and the thermostat determines the fan speed based on the temperature difference A greater difference results in a higher fan speed reducing the time needed to reach to the desired set point Pressing the fan speed key...

Page 10: ...y press beep is enabled or not Press for 5 seconds to turn it on or off and hold the power key This has no effect on the confirmation beep sound for remote controller commands Smartikeys adjusting all settings with a single touch Determine whether you need to adjust the thermostat for cooling or heating To adjust the device for cooling just press the key with the blue snowflake sign for 5 seconds ...

Page 11: ...he set temperature and the room temperature A blow sign indicates that the fan only mode has been selected and the air conditioner blows the air without heating or cooling the air The last two modes may not be supported by all air conditioner types and accordingly may not be available in all thermostat models ƒ Adjust your desired fan speed using the fan speed key If the highest fan speed is selec...

Page 12: ...n off the respective circuit breaker Do not try to install the device while the circuit breaker is on It may not only put your safety at risk but also the sparks produced while securing the wires may shorten the life of some components within the device Use a crimping tool to secure the wire ferrules supplied with the device on the wires to prepare them to be screwed into the terminals The best wi...

Page 13: ... Pull the device straight out from the back mounting plate after releasing all four latches Position the mounting plate on the wall Use a pencil to mark the mounting holes Remove the plate from the wall and drill 3 16 holes in the wall Tap anchors into the drilled holes Reposition the plate and loosely insert two mounting screws in the holes Level the plate for appearance Tighten the mounting scre...

Page 14: ...rmostats in Appendix B Please match the thermostat carefully with your air conditioner and follow the wiring instructions as illustrated Mounting the unit Hold the thermostat face parallel to the wall surface Do not incline the thermostat face Match the needles on the back of the thermostat with the holes on the terminals of the mounting plate push the thermostat gently over the needles until the ...

Page 15: ... of the air conditioner If the specified type of circuit breaker in the air conditioner catalogue differs from what is specified here it overrules the following table and the specified type of circuit breaker proposed by the air conditioner manufacturer should be used Always use Type C miniature circuit breakers Type C has been assigned for inductive loads such as the load of an electro motor Air ...

Page 16: ...te thermostat Prossimo 4100 OFF Null Fan Line High Medium Low Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 To fan speed selector Output AC 220V 24V 50Hz 3 Do not connect 4 Do not connect 5 Do not connect 6 Do not connect 7 Line Input AC 220V 24V 50Hz Appendix B ...

Page 17: ...imo 4100 Relay Null Fan Line Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 To fan speed selector Output AC 220V 24V 50Hz 3 Do not connect 4 Do not connect 5 Do not connect 6 Do not connect 7 Line Input AC 220V 24V 50Hz Appendix B ...

Page 18: ...erminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 To fan speed selector Output AC 220V 24V 50Hz 3 Do not connect 4 Do not connect 5 To normally closed valve Output AC 220V 24V 50Hz 6 Do not connect 7 Line Input AC 220V 24V 50Hz OFF High Medium Low Null Fan NC Valve Line Appendix B ...

Page 19: ... 4110A Relay Null Null Fan Line Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 To fan speed selector Output AC 220V 24V 50Hz 3 Do not connect 4 Do not connect 5 To normally closed valve Output AC 220V 24V 50Hz 6 Do not connect 7 Line Input AC 220V 24V 50Hz NC Valve Appendix B ...

Page 20: ...as illustrated is necessary between thermostat and electro motor Null Fan Line Compressor contactor Relay Contactor Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 To fan speed selector Output AC 220V 24V 50Hz 3 Do not connect 4 Do not connect 5 To compressor contactor Output AC 220V 24V 50Hz 6 Do not connect 7 Line Input AC 220V 24V 50Hz Appendi...

Page 21: ...l Fan NC Cooling Valve NC Heating Valve Line Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 To fan speed selector Output AC 220V 24V 50Hz 3 Do not connect 4 Do not connect 5 To N C cooling valve Output AC 220V 24V 50Hz 6 To N C heating valve Output AC 220V 24V 50Hz 7 Line Input AC 220V 24V 50Hz Appendix B ...

Page 22: ...ll Fan Line NC Cooling Valve NC Heating Valve Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 To fan speed selector Output AC 220V 24V 50Hz 3 Do not connect 4 Do not connect 5 To N C cooling valve Output AC 220V 24V 50Hz 6 To N C heating valve Output AC 220V 24V 50Hz 7 Line Input AC 220V 24V 50Hz Appendix B ...

Page 23: ... Compressor contactor Heating Valve Burner Electric coil Relay Contactor Fan Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 To fan speed selector Output AC 220V 24V 50Hz 3 Do not connect 4 Do not connect 5 To compressor contactor Output AC 220V 24V 50Hz 6 To valve electric coil relay gas burner controller Output AC 220V 24V 50Hz 7 Line Input AC ...

Page 24: ... Compressor contactor Reversing Valve Relay Contactor Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 To fan speed selector Output AC 220V 24V 50Hz 3 Do not connect 4 Do not connect 5 To compressor contactor Output AC 220V 24V 50Hz 6 To reversing valve Output AC 220V 24V 50Hz 7 Line Input AC 220V 24V 50Hz Appendix B ...

Page 25: ...ll Low Low Hi Hi Line Compressor contactor Relay Relay Contactor Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 Fan high Output AC 220V 24V 50Hz 3 Fan low Output AC 220V 24V 50Hz 4 Do not connect 5 To compressor contactor Output AC 220V 24V 50Hz 6 Do not connect 7 Line Input AC 220V 24V 50Hz Appendix B ...

Page 26: ...ne Compressor contactor Relays Contactor Heating Valve Burner Electric coil Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 Fan high Output AC 220V 24V 50Hz 3 Fan low Output AC 220V 24V 50Hz 4 Do not connect 5 To compressor contactor Output AC 220V 24V 50Hz 6 To valve electric coil relay gas burner controller Output AC 220V 24V 50Hz 7 Line Input ...

Page 27: ...mpressor contactor Relays Contactor Reversing valve Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 Fan high Output AC 220V 24V 50Hz 3 Fan low Output AC 220V 24V 50Hz 4 Do not connect 5 To compressor contactor Output AC 220V 24V 50Hz 6 To reversing valve Output AC 220V 24V 50Hz 7 Line Input AC 220V 24V 50Hz Appendix B ...

Page 28: ... Low Medium High Line Terminal number Description Input Output Electrical characteristics 1 Line Input AC 220V 24V 50Hz 2 Fan high Output AC 220V 24V 50Hz 3 Fan medium Output AC 220V 24V 50Hz 4 Fan low Output AC 220V 24V 50Hz 5 Do not connect 6 Do not connect 7 Null Input AC 220V 24V 50Hz Appendix B ...

Page 29: ...um Medium High High Line Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 Fan high Output AC 220V 24V 50Hz 3 Fan medium Output AC 220V 24V 50Hz 4 Fan low Output AC 220V 24V 50Hz 5 Do not connect 6 Do not connect 7 Line Input AC 220V 24V 50Hz Appendix B ...

Page 30: ...ctro motor This may occur with large ducted fancoils Low Extra Low Medium High Null Refer to note Low Extra Low Medium High Line Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 Fan high Output AC 220V 24V 50Hz 3 Fan medium Output AC 220V 24V 50Hz 4 Fan low Output AC 220V 24V 50Hz 5 Fan extra low Output AC 220V 24V 50Hz 6 Do not connect 7 Line Inp...

Page 31: ...ur with large ducted fancoils Low Extra Low Medium High Extra High Null Low Extra Low Medium High Line Extra High Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 Fan extra high Output AC 220V 24V 50Hz 3 Fan high Output AC 220V 24V 50Hz 4 Fan medium Output AC 220V 24V 50Hz 5 Fan low Output AC 220V 24V 50Hz 6 Fan extra low Output AC 220V 24V 50Hz 7...

Page 32: ... Medium High NC Valve Line Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 Fan high Output AC 220V 24V 50Hz 3 Fan medium Output AC 220V 24V 50Hz 4 Fan low Output AC 220V 24V 50Hz 5 To normally closed valve Output AC 220V 24V 50Hz 6 Do not connect 7 Line Input AC 220V 24V 50Hz Appendix B ...

Page 33: ...m Medium High High Line NC Valve Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 Fan high Output AC 220V 24V 50Hz 3 Fan medium Output AC 220V 24V 50Hz 4 Fan low Output AC 220V 24V 50Hz 5 To normally closed valve Output AC 220V 24V 50Hz 6 Do not connect 7 Line Input AC 220V 24V 50Hz Appendix B ...

Page 34: ...r Contactor Relays Null Low Low Medium Medium High High Line Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 Fan high Output AC 220V 24V 50Hz 3 Fan medium Output AC 220V 24V 50Hz 4 Fan low Output AC 220V 24V 50Hz 5 To compressor contactor Output AC 220V 24V 50Hz 6 Do not connect 7 Line Input AC 220V 24V 50Hz Appendix B ...

Page 35: ...g Valve NC Heating Valve Line Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 Fan high Output AC 220V 24V 50Hz 3 Fan medium Output AC 220V 24V 50Hz 4 Fan low Output AC 220V 24V 50Hz 5 To N C cooling valve Output AC 220V 24V 50Hz 6 To N C heating valve Output AC 220V 24V 50Hz 7 Line Input AC 220V 24V 50Hz Appendix B ...

Page 36: ...e Relays Low High Medium Low Medium High Null Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 Fan high Output AC 220V 24V 50Hz 3 Fan medium Output AC 220V 24V 50Hz 4 Fan low Output AC 220V 24V 50Hz 5 To N C cooling valve Output AC 220V 24V 50Hz 6 To N C heating valve Output AC 220V 24V 50Hz 7 Line Input AC 220V 24V 50Hz Appendix B ...

Page 37: ...ontactor Relays Low Medium High Heating Valve Burner Electric coil Contactor Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 Fan high Output AC 220V 24V 50Hz 3 Fan medium Output AC 220V 24V 50Hz 4 Fan low Output AC 220V 24V 50Hz 5 To compressor contactor Output AC 220V 24V 50Hz 6 To valve electric coil relay gas burner controller Output AC 220V 2...

Page 38: ...ctor Contactor Relays Low Medium High Reversing valve Terminal number Description Input Output Electrical characteristics 1 Null Input AC 220V 24V 50Hz 2 Fan high Output AC 220V 24V 50Hz 3 Fan medium Output AC 220V 24V 50Hz 4 Fan low Output AC 220V 24V 50Hz 5 To compressor contactor Output AC 220V 24V 50Hz 6 To reversing valve Output AC 220V 24V 50Hz 7 Line Input AC 220V 24V 50Hz Appendix B ...

Page 39: ...ontactor Contactor Relays Fan Terminal number Description Input Output Electrical characteristics 1 Line Input AC 220V 24V 50Hz 2 Fan Output AC 220V 24V 50Hz 3 To primary compressor contactor Output AC 220V 24V 50Hz 4 To auxiliary compressor contactor Output AC 220V 24V 50Hz 5 To primary heating valve electric coil relay gas burner controller Output AC 220V 24V 50Hz 6 To auxiliary heating Output A...

Page 40: ...to the main thermostat screen Extra settings are intended to be modified by experts We do not recommend modification of these settings without enough knowledge about their effects 24 23 22 21 20 19 18 17 25 26 27 28 29 30 31 Calibration ΠP01 Calibration Use this if you feel that the thermostat temperature differs from your room temperature The thermostat is precisely calibrated in the factory but...

Page 41: ...y set higher values up to 2 0 C to save more energy Default factory setting for this parameter is 0 5 C Ž P03 Fan only mode If you enable this option you can select the fan only operation mode by pressing the heat cool changeover key on the main screen In this mode the fan blows without heating or cooling the air The availability of this option depends on thermostat and air conditioner type Defaul...

Page 42: ...ditioners and all thermostat models The availability of this option depends on thermostat and air conditioner type Default factory setting for this parameter is Disable P05 Continuous fan operation heating With this option the fan never switches off but the thermostat controls the temperature by turning on or off the heating component such as a valve or burner etc This option is not supported by a...

Page 43: ...off The delay is necessary to equalize the pressure over the compressor You may adjust the delay from 0 to 5 minutes Default factory setting is 3 minutes P 0 7 A u t o m a t i c H C changeover mode Enabling this mode appends Automatic Heat Cool changeover mode to operation modes of the thermostat Selecting this operation mode the thermostat itself decides to perform heating or cooling by comparing...

Page 44: ...modes In this case heating by the other heating mode is represented by 1 and heating by heat pump is represented by 2 beside flame icon in main screen of the thermostat P09 Valve type Choose the type of actuator of electromagnetic valves if they are present key to Use or switch between normally closed or normally open type N C stands for normally closed and is the default factory setting and N O s...

Page 45: ...the main screen On the other hand you may use key to restore all the settings to their initial values as set by the factory It is useful if you forgot the changes you made and you are not satisfied by them You may not have all the options listed if your air conditioner or your thermostat does not support them Appendix C ...

Page 46: ...of the wires except the null Turn on MCB and measure the current Repeat the operation for each wire Compare the results with the specified current in the air conditioner catalogue Make sure that the air conditioner has no problem Turn the circuit breaker off Replace the fuse with the same type if it is blown refer to Appendix E for fuse ratings Never bridge the fuse or replace it with another type...

Page 47: ...the swing temperature The air conditioner is always running 1 Check whether you have selected the heating or cooling mode appropriately 2 Check whether your desired temperature is too low or too high The best value for desired temperature is about 25ºC 3 It is possible that your air conditioner capacity is not enough for your application or its performance has been reduced because of some technica...

Page 48: ...splay width 56 mm 2 2 inches Width 90 mm 3 5 inches Length 90 mm 3 5 inches Height 26 mm 1 inch Operating conditions Temperature 0 C to 70 C Humidity 5 to 90 non Condensing Fuse specifications Current rating 3 15 A 2 Nominal melting I t 2 80 A S Optional remote controller specifications Max effective distance 8 m Max viewing angle 30 Appendix E ...

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