Summary of Contents for Fancom IVM-TOUCH
- Page 2 N.B.: The original, authentic version of this manual is the English version produced by Fancom B.V. or one of its daughter companies (referred to further as Fancom). Any modifications introduced to this manual by third parties have neither been checked nor approved by Fancom. Modifications are taken by Fancom to include translations into languages other than English and the insertion and/or deletion of text and/or illustrations to/from the original contents.
- Page 3 General introduction ..........................1 How to use this manual ........................1 Fancom Sales & Service Center ..................... 1 Safety instructions and warnings ....................2 IVM-Touch ..............................3 Installing the IVM-Touch ..........................4 Determine location .......................... 4 Mount the IVM-Touch ........................4 Connect the IVM-Touch ........................
- Page 4 Warning indicating danger to humans or animals. Electrical shock hazard. Danger to humans and animals. Example of a practical application of the described functionality. Calculation example. For any questions and support, please contact the local Fancom Sales & Service Center.
- Page 5 The guarantee does not apply if this product is installed in any other way than is indicated by Fancom. Disconnect power before installation.
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Page 6: Basic Principles
Fancom climate controller. This ventilation percentage could be based on the direction sensitive rotation feedback (DSR feedback). The fan is connected to the IVM-Touch (with the IVM-Touch 230V 2T10 it is possible to control two fans separately). The IVM-Touch distinguishes between five types of Fancom control principles:... - Page 7 Test the IVM-Touch Takes into account the following guidelines: Never place the IVM-Touch in a place where the weather has direct influence (not in the sun, not in places where the temperature can rise sharply etc.). Never mount the IVM-Touch near water pipes, drainage pipes etc.
- Page 8 All cables which are connected to the mains supply must have a cross-sectional area of at least 2.5 (AWG 14). If the power supply to the IVM-Touch fails, the power outage relay will switch off. If you use the IVM- Touch 24Vac the IVM-Touch can be powered using the Power Failure Box (PFB).
- Page 9 Tap the number to edit the value. Set the required I/O-address by using to confirm. If the IVM-Touch is the first or last unit of the IO-net, switch the Termination resistor dipswitch on the ICM board to ON. Set the ventilation control type as follows:...
- Page 10 Set the required control type by using . See paragraph "Interior IVM-Touch 24Vac" page 19 or see paragraph "Interior IVM-Touch 230Vac" page 21 for the possible settings. to confirm. Set the unit type as follows: Enter the Installation menu (see "Working with the IVM-Touch" page 13).
- Page 11 Wait until the following screen appears: If the adjustment has been unsuccesfull the following screen appears. The most common cause is that the IVM-Touch has measured none or too few pulses. Check the DSR-feedback sensor and repeat the adjustment procedure.
- Page 12 Repeat the steps above to set the 99% triac settings. If needed, repeat the steps above to set the 1% and 99% settings for the seconds triac control (IVM-Touch 2T10).
- Page 13 If the IVM-Touch is to be controlled with a 10-0Vdc (or 0-10Vdc) control signal, the I/O-address should be set to 0. Set the analog control settings as follows: Enter the Installer menu (see "Working with the IVM-Touch" page 13). Turn the rotary knob to manual.
- Page 14 There are two options for controlling the speed of the fans. Either the speed is based on the temperature sensor in the IVM-Touch or it is based on an analog setpoint which is set in the climate controller. Set the red and white dipswitches on the ICM board to define the prefered option.
- Page 15 Independed: each fan is controlled seperate (controllable via I/O-net). Set the dipswitches for dependend / independed as follows: Board 1 Board 2 Control type Triac Bypass Triac Bypass Dependend Independend Check whether the IVM-Touch has been connected correctly. Check whether the IVM-Touch works optimally.
- Page 16 This chapter describes the main parts and the operation of the IVM-Touch. The IVM-Touch can be operated on the touch screen. Touch screen Manual / Automatic rotary knob Manual / Off / Automatic switch (only IVM-Touch 230V and 2T10 variants)
- Page 17 Exit Installer menu to exit the Installer menu and enter the User menu. Working area: Displays the data of user or installation settings of the IVM-Touch. Control buttons: Provides buttons to insert and confirm values. Confirm Increase value Decrease value...
- Page 18 Use the rotary knob and switch The rotary knob and switch on the front of the IVM-Touch are used in combination to determine how the fan and vortex damper function (see the table below). The switch is only available with IVM-Touch 230V variants. The IVM-Touch 230V 2T10 has two switches, one for each triac output.
- Page 19 Only Backup alarm or Memory failure will switch the alarm relay, the other alarms do not affect the alarm relay. In addition to an indication on the IVM-Touch, all alarms can also be displayed on the controller (see the manual of the relevant control computer).
- Page 20 The IVM-Touch is connected to the Fancom climate controller. As an additional possibility the IVM-Touch can show some information directly from the climate controller. Readout of the actual day number Readout of the relay status (heating / cooling) ...
- Page 21 IVM-Touch 230V (T6 / T10 / 2T10) Power supply Mains voltage 200Vac (-10%) - 240Vac (+10%) Mains frequency 50/60Hz Maximum power consumption Fuse electronics T2Amp Triac modules (T6/T10/2T10 fan control) Min. load 0.5Amp Max. load 6Amp / 10Amp / 2x10Amp...
- Page 22 Ambient climate Operating temperature range 0C to +40C (+32F to +104F) –10C to +50C (+14F to +122F) Storage temperature range Relative humidity < 95%, uncondensed I/O network Possibility of communication via the I/O-network. One control computer and a maximum of 31 network modules may be connected to the I/O network.
- Page 23 Print ICM 24Vac board Text on CentralFlow EasyFlow (I- NatuFlow ProFlow ProFlow print Fan) (traditional) Analog in 1 Temp. / Setpoint Temp. / Setpoint Temp. / Setpoint Temp. / Setpoint Temp. / Setpoint Analog in 2 - Analog out Vortex damper iFan Vortex damper Vortex damper...
- Page 24 Touch screen Manual / Automatic rotary control knob Manual / Off / Automatic switch Triac board ICM 230V board Print ICM 230Vac board...
- Page 25 Triac T10 board Triac T6 board...
- Page 26 Text on EasyFlow Direct Fan NatuFlow ProFlow ProFlow print (traditional) ICM 230V board Analog in 1 Temp. / Setpoint Temp. / Setpoint Temp. / Setpoint Temp. / Setpoint Temp. / Setpoint Analog in 2 - Analog out Vortex damper Vortex damper Vortex damper Analog out Digital in...
- Page 30 Manufacturer: Fancom B.V. Address: Industrieterrein 34 City: Panningen (the Netherlands) Hereby declares that the: IVM-Touch Complies with the provisions of the: Low voltage directive 2014/35/EU according to NEN-EN-IEC 61010-1: 2010 EMC directive 2014/30/EU Emission according to NEN-EN-IEC 61326-1: 2013 Immunity according to NEN-EN-IEC 61326-1: 2013...