Vimar 30571.X Installer Manual

Knx wheel-thermostat

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Installer manual

30571.X - 02972

KNX Wheel-Thermostat

BUILDING AUTOMATION

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Summary of Contents for Vimar 30571.X

Page 1 Installer manual 30571.X - 02972 KNX Wheel-Thermostat BUILDING AUTOMATION...
Page 2 Index...
Page 3 GENERAL CHARACTERISTICS AND FUNCTIONS from page 5 COMMUNICATION OBJECTS AND ETS PARAMETERS from page 7 from page 28...
Page 4 For all the details about the Well-contact Plus system, refer to the installer manual that can be downloaded from the Software  Product Software  Well-contact Plus section of the website: www.vimar.com.
Page 5: General Characteristics
Thermostat General characteristics and functions Electronic dial thermostat for room temperature control Circular ring (heating and air conditioning), KNX standard home automa- tion system, class I temperature control device (contribution 1%) in ON/OFF mode, class IV (contribution 2%) in PID mode, can be interfaced with actuator with KNX propor- tional analogue outputs to implement a class V modulating room thermostat (contribution 3%), 1 input for electronic...
Page 6 Thermostat General characteristics and functions Neutral zone Configuration The KNX 02972 thermostat is configured in Neutral Zone mode The "Neutral Zone" is an operating mode of the thermostat (only if the following object is NOT connected: "Enable A: Summer - for 4-pipe systems) in which the device keeps the temperature Winter –...
Page 7 Thermostat Communication objects and ETS parameters List of existing communication objects and standard settings Flag 1 ETS name Function Description Type Priority C R W T U To see the temperature read by the thermostat sensor (to see the temperatures measured by thermostats A/B Internal sensor Internal probe temperature 2 byte...
Page 8 Thermostat Communication objects and ETS parameters Continued Flag 1 ETS name Function Description Type Priority C R W T U To read the seasonal mode set on the thermostat (0 = Status A: Mid season - status 1 bit - Low MS Not Active, 1 = MS Active) To select the seasonal mode set on the thermostat (0 = Enable...
Page 9 Thermostat Communication objects and ETS parameters Continued Flag 1 ETS name Function Description Type Priority C R W T U Thermostat A: Fan Used to set a proportional speed for the fan coil fan (if Proportional A: Fan Inputs the selected fan is proportional with 3 speeds) via a su- 1 byte - W - - Low...
Page 10 Thermostat Communication objects and ETS parameters Continued Flag 1 ETS name Function Description Type Priority C R W T U Thermostat A: Floor Probe Alarm Temperature If the temperature limitation is active an alarm is sent A: Alarm 1 bit C R - Floor when the temperature exceeds the set threshold...
Page 11 Thermostat Communication objects and ETS parameters Continued Flag 1 ETS name Function Description Type Priority C R W T U To read and set the Summer Too Hot setpoint (power-off Summer Protected B: Setpoint - status, control 2 byte R W T U - Low of climate control if the window is opened, for instance) NOT USED...
Page 12 Thermostat Communication objects and ETS parameters Continued Flag 1 ETS name Function Description Type Priority C R W T U Thermostat B: scenario Scenario B: Scenario To activate a scenario with a 1 Byte message 1 byte - W - - Low Thermostat B: Auto/Man Temperature:...
Page 13: General Parameters
Thermostat Communication objects and ETS parameters Reference ETS parameters General General parameters Values available ETS text Comment [ Default value ] You can choose 0 = Show Room tem- whether to view on perature the display: the tem- 1 = Current setpoint perature measured, the fan coil speed Value shown on the display...
Page 14: Sensor Parameters
Thermostat Communication objects and ETS parameters Digital Input Digital Input Parameters Values available ETS text Comment [ Default value ] 0 = General Use If set as "General use", it Input Function 1 = Window Sensor also sends 0/1 over the bus Digital Input - Window Sensor towards a supervisor [ 0 ]...
Page 15 Current Temperature (A/B) Values available ETS text Comment [ Default value ] For the thermostat's internal sensor, the Vimar wired NTC 0... 100 probe (if present) and the Temperature sen- KNX probes, this determines sor weightings the relative importance for...
Page 16: Setpoint Parameters
Thermostat Communication objects and ETS parameters Setpoint (A/B) Setpoint parameters Values available ETS text Comment [ Default value ] 1 = Comfort 2 = Standby 3 = Energy saving Mode at bus power Thermostat operating mode at bus power on 4 = Protect 255 = Last Mode Selected...
Page 17: Setpoint Range
Thermostat Communication objects and ETS parameters Temperature Setpoint (A/B) Sensor parameters Continued Values available Values available ETS text Comment ETS text Comment [ Default value ] [ Default value ] Winter Comfort Setpoint See "Range" table [20] If you set "On" you can set the Winter Standby Setpoint [18]...
Page 18: Control Parameters
Thermostat Communication objects and ETS parameters Window sensor (A/B) Sensor parameters Values available ETS text Comment [ Default value ] 0 = Off 5 sec 10 sec 20 sec 45 sec Sets the time delay that 60 sec Window sensor heating/air conditioning delay stops after window open...
Page 19: Proportional/Integral (Pi) Control
Thermostat Communication objects and ETS parameters Proportional/Integral (PI) control Continuous integral proportional: PI control with proportional valve This type of control uses a more advanced algorithm that keeps the temperature inside the room more stable, increasing comfort. This algorithm works by switching the system on and off so as to be like a gradual increase or decrease in the system's thermal (or refrigerating) power.
Page 20 Thermostat Communication objects and ETS parameters Continued Values available ETS text Comment [ Default value ] 5 min. 6 min. 7 min. Integral band (A/B) 8 min. 9 min. 10 min. 12 min. 15 min. 17 min. Integral Cooling Value 20 min.
Page 21 Thermostat Communication objects and ETS parameters Valve (A/B) Valve parameters Values available ETS text Comment [ Default value ] 0 = 2-Pipe Circuit On/ 2-Pipe Circuit On/Off (A/B) 1 = 4-Pipe Circuit On/ Select according to the type System Layout 2 = 2 Pipes of installed system Proportional...
Page 22 Thermostat Communication objects and ETS parameters Heating/Cooling Stage (A/B) "Boost" The second stage is used to control a second heating or cooling source that allows the "boost" function. The "boost" function enables the second auxiliary source when the Stage Disabled (A/B) current temperature differs from the current setpoint by more than the set threshold.
Page 23: Fan Parameters
Thermostat Communication objects and ETS parameters Fan (A/B) Fan parameters Continued Values available Values available ETS text Comment ETS text Comment [ Default value ] [ Default value ] No thermostat controlled fan coil. Disables the graphics for Duration of "Manual Forcing" 0 = Off the fan on the thermostat for the fan speed if the guest...
Page 24 Thermostat Communication objects and ETS parameters Manual operation of the fans The user selects the speed used by the thermostat only when the valve is on; if the valve is off at the time of selection, the thermostat saves the setting and uses it again the next time the valve is on.
Page 25 Thermostat Communication objects and ETS parameters Proportional fan coil operation Proportional fan operation is similar to that of the three-speed fan coil. When the valve is OFF the proportional speed is equal to 0%; when the valve is ON the value of the proportional speed depends on the difference between the setpoint and the temperature measured in the room.
Page 26 Thermostat Communication objects and ETS parameters Scenario (A/B) 16 scenarios are available. 16 different scenarios can therefore be saved on the device output. With Enable Scenario Learning you can also set the status of the output for the desired scenario with a message from the bus (scene learn). Scenario parameters Values available ETS text...
Page 27 Thermostat Communication objects and ETS parameters Temperature Protection (A/B) This function is used to limit the temperature of the area controlled by the thermostat Temperature Protection Parameters Temperature Protection (A/B) With the "Temperature Channel" parameter you select the temperature to be monitored; when, in heating, it exceeds the value selected with the "Temperature Limit"...
Page 28 Well-contact Suite hotel software. The "Thermostat Off" object blocks thermostat bus communication (both recep- group for each datapoint of each thermostat: tion and transmission). This function is dedicated to Vimar In general: supervision software. - Thermostat A: 13 - 63.
Page 29 Thermostat 10. On thermostats 20542, 16922 and 14522, a single bit this internal thermostat management you also want a "0" was used to read the antifreeze status; in supervision bit to be sent to the bus when the window is opened and single bits ("0"...
Page 30 21. Is it possible to control a proportional-type fan coil with 15. To perform supervision of thermostats using Vimar Well- one or two supply values? contact Suite software, what communication objects...
Page 31 Thermostat 22. Is it possible to control an On/Off type radiant heating 24. Is it possible to eliminate the adjustment range in system and a fan coil air-conditioning system with 3 Comfort mode, which can be expanded at the most to ± speeds? 5°C? You have to work prevalently with the thermostat object...
Page 32 Thermostat 31. If a 1-bit thermostat comfort/stby object is associated 34. Is it possible to control a fan coil by using any free relays with the “Guest in room” pocket object, when the Well- of the various devices without using the 4 I/O device (art. contact Suite software is started up, the thermostats 01522.1) or the relay actuator (art.
Page 33 Thermostat 40. Is it possible not to show the icon for swapping between 45. How does the "Neutral Zone" mode function for a 4-pipe Thermostat A and Thermostat B on the display? system? If the "Enable Summer/Winter" object of thermostat A and/ Yes.
Page 34 Viale Vicenza 14 36063 Marostica VI - Italy www.vimar.com 02972IIEN 04 2410...

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