Examples of using Rocon in English and their translations into Czech
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Colloquial
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Official
Activate the venting function see FA RoCon HP.
Circuit board RoCon BM1 Parameter store in EEPROM faulty.
X3 Plug connection internal cabling to J17 RoCon BM1.
E88- Circuit board RoCon BM1 Parameter store in external flash memory faulty.
Communication between switch board A1P and RoCon BM1 disrupted.
Replace the RoCon BM1 switch board, close the control housing and reconnect the power supply.
E9042 Communication between the A1P printed circuit board and RoCon BM2C lost.
External temperature sensor tAU(RoCon OT1) Optional external temperature sensor RoCon OT1 defective or not connected.
System not working nothing on the display,operation LED on RoCon BM1 off.
External temperature sensor tAU(RoCon OT1) Optional external temperature sensor RoCon OT1 defective or not connected.
Connect the sensor line to the plug connection J8 on the board RoCon BM1 see fig. 4-31.
Fig. 4-31 Connection of the exterior temperature sensor RoCon OT1 to the Daikin Altherma EHS(X/H) operating as a single solution or master in a data bus.
Commercially available junction boxes can be used for connection of Can bus lines of several RoCon devices.
Fig. 4-30 Connection of the exterior temperature sensor RoCon OT1 to the Daikin Altherma EHS(X/H) operating as a single solution or master in a data bus.
Connect the sensor line to the plug connection J8 on the board RoCon BM1 see fig. 4-30.
After connecting the exterior temperature sensor RoCon OT1 to the regulator RoCon HP of the Daikin Altherma EHS(X/H), the parameter[Outside Config] must be set to"On.
Guide the cable of the Ultra EHS printed circuit board through the cable grommet and connect it to the RoCon BM2C see Fig. 4-38.
RS Sensor resistance(NTC)t Temperature tAU External temperature sensor RoCon OT1 tDHW1 Storage tank temperature sensor Fig. 10-2 Characteristics of the NTC temperature sensor Daikin.
Check the fuses in the control housing of the Daikin Altherma EHS(X/H) pump fuse(FU1) on circuit board A1P andprinted circuit board fuse(F1) on the RoCon BM1 circuit board.
By activating the Air Purge the RoCon HP control unit starts a defined sequence program with Start-Stopp operation of the integrated heat circulation pump and various settings for the 3-way diverter valve integrated into the Daikin Altherma EHSX/H.
E200- Communication fault Electrical components Communication between RoCon BM1 and switchboard A1P is disrupted.
Connection of external temperature sensor RoCon OT1 The exterior heat pump unit of the Daikin Altherma EHS(X/H) has a built-in exterior temperature sensor which is used to regulate the inflow temperature depending on the weather, with frost protection function.
E200 Electrical components Communication fault Communication between the RoCon BM2C and A1P printed circuit board lost.
Connection of external temperature sensor RoCon OT1 The exterior heat pump unit of the Daikin Altherma EHS(X/H) has a built-in exterior temperature sensor which is used to regulate the inflow temperature depending on the weather, with frost protection function.
External demand signal(EDS) By connecting the EDS switch contact to theDaikin Altherma EHS(X/H)(fig. 4-33) and through the corresponding parameterisation in its RoCon HP control unit, a heating demand can be generated via an external switch contact.
If the Daikin Altherma EHS(X/H) is used in a CAN bus system as a master("terminal function" for the remote control ofother data bus devices), the exterior temperature sensor RoCon OT1 must be connected directly to the regulator RoCon HP on the master and not to the remote controlled device mixer circuit module EHS157068 or a different heat generator.
External demand signal(EDS) By connecting the EDS switch contact to the Daikin Altherma EHS(X/H)(fig. 4-32) andthrough the corresponding parameterisation in its RoCon HP control unit, a heating demand can be generated via an external switch contact.
