4. Set the FLSER tool switch to the S-RID position. 5. Push the + and - buttons to select the sensor ID (SID) for the transmitter.

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1 V2.2 ( ) 1 (8) COISSIONING Selecting the transmitter position The device can be installed in dry surroundings (I20) by screws on the wall surface or on the standard flush mounting box. The recommended installation height is cm. The device position should be selected carefully. All the error factors that can affect to the measurements should be eliminated as well as possible. The following list defines the typical measurement error factors. Wiring direct sun light occupant proximity air flow coming from windows or doors air flow coming from ventilation nozzles air flow coming from the flush mounting box differential temperature caused by external wall NOTE: The wireless network coverage affects also on the transmitter positioning. With the help of FLSER commissioning tool, you can see the wireless network coverage and select the ideal transmitter positions inside the network. Device wiring and commissioning can only be carried out by qualified professionals. Always make the wirings while the power is switched off. NOTE: measurement causes a current peak to the supply voltage. This can produce an error to the analogue outputs when using long and thin cables. It is recommended to increase the wire cross section area in long cable situations (e.g. by using free pairs) to ensure reliable measurement signal. Connecting to wireless network IORTANT: The device wireless network settings are made by using either FLSER or L-SER commissioning tool. When the wireless settings are made with one tool, the other tool cannot be used to change or check the wireless settings. Connecting to wireless network by using FLSER tool 1. Disconnect the transmitter power supply. 2. Set the FLSER tool switch to the ID position. 3. ush the + and - buttons to select the FLTA base station master ID (ID) to which you are connecting the transmitter. 6 ID= 4. Set the FLSER tool switch to the S-RID position. 5. ush the + and - buttons to select the sensor ID (SID) for the transmitter. 8 SID= 6. ush the button. Wait message starts to flash on the FLSER tool display. You have now approximately 30 seconds to complete the next step.

2 2 (8) 7. Connect the power supply. flashes on the FLSER display. When the flashing stops, the transmitter is ready to start the communication with the FLTA base station. 8. FLSER tool starts to display the communication signal strengths between the FLSER and transmitter. 8 RSSI 9 The bigger number indicates the strength of the received signal sent by FLSER and the smaller number the strength of received signal sent by the transmitter. RSSI = Received Signal Strength Indication: 1 2 = poor 3 5 = satisfactory 6 9 = good 10. Go to the FLTA base station and check that the signal strengths are adequate. 11. Set the FLSER tool switch to the OFF position. The transmitter starts to communicate with the FLTA base station. Reading the transmitter information from FLTA base station The transmitter information can be read from the FLTA base station in three ways: From the display 6 TE C LUX RH% Temperature level Humidity (only in RH models) Through the analogue outputs Via odbus INDICATOR LIGHT FUNCTIONS A. Green indicator light B. Red indicator light The indicator lights are on for 0.5 seconds during the device start-up. The green indicator light flashes when the device sends information to the base station. The red indicator light turns on when the message transmit to the base station fails 20 consecutive times.

3 3 (8) L-SER TOOL With the L-SER tool you can change the device settings, controller and wireless network settings for example. Connecting L-SER tool to the device 1. Remove the display / HD-AL3 option. 2. Connect the L-SER cable to the connector. A. L-SER cable measurement value shows on the L-SER tool display.

4 4 (8) L-SER L-SER opens by pressing the button. The values can be changed with the + and - buttons. The is device-specific and the content depends on the device and installed options. The following structure contains the factory settings. easurement Wireless settings 900 WIRELESS CO2ppm OFF SENSOR ID odbus 1 ID ASTER ID aster ID (ID) [1 63] Sensor ID (SID) [OFF / 1 99] Calibration CALIBRATION odbus 0 ID Offset: CO2ppm tuning [±200 ppm] On ABC-Logic ABCLogic calibration [On / Off] 0.0 Offset: C Temperature measurement tuning [±3,0 C] 0 Offset: %RH Humidity measurement tuning [±5 %RH] OFF roller CONTROLLER CO2 odbus I ID 700 CO2 Setpoint rol method Integration time set point [ ppm] 0 CO2 ropor. band proportional band [ ] TEERATURE odbus I ID C Setpoint rol method Integration time C set point [ C] 2.0 C ropor. band C proportional band [1,0...32,0] HUIDITY odbus I ID %RH Setpoint rol method Integration time %RH set point [ %] %RH ropor. band %RH proportional band [ ] AXIU CTR L I odbus ID 700 CO2 Setpoint rol method Integration time set point [ ppm] 0 CO2 ropor. band proportional band [ ] C Setpoint C set point [ C] 2.0 C ropor. band C proportional band [1,0...32,0] %RH Setpoint %RH set point [ %] %RH ropor. band %RH proportional band [ ] AL3 Info AL3 INFO 7 12 YELLOW RED Yellow indicator light illumination point [ ppm] odbus ID VERSION Software version 5 s Red indicator light illumination point [ ppm] no RESET Reset to factory settings [no / yes]

5 5 (8) Wireless settings WIRELESS odbus 1 ID 1 ASTER ID SENSOR ID aster ID (ID) [1 63] Sensor ID (SID) [OFF / 1 99] Through the wireless settings you can set the master ID and sensor ID. IORTANT: The device wireless network settings are made by using either FLSER or L-SER commissioning tool. When the wireless settings are made with one tool, the other tool cannot be used to change or check the wireless settings. Calibration CALIBRATION odbus 0 ID Offset: CO2ppm tuning [±200 ppm] On 0.0 ABC-Logic Offset: C ABCLogic calibration [On / Off] Temperature measurement tuning [±3,0 C] 0 Offset: %RH Humidity measurement tuning [±5 %RH] All the measurements can be tuned through the calibration. The humidity tuning is available only in RH models. The value can be adjusted by 10 ppm steps. The temperature value can be adjusted by 0.1 C steps. The humidity value can be adjusted by 1 % steps. L-SER tool display shows how much the current value is tuned.

6 6 (8) roller OFF CONTROLLER CO2 odbus I ID 700 CO2 Setpoint rol method Integration time set point [ ppm] 0 CO2 ropor. band proportional band [ ] TEERATURE odbus I ID C Setpoint rol method Integration time C set point [ C] 2.0 C ropor. band C proportional band [ ] HUIDITY odbus I ID %RH Setpoint rol method Integration time %RH set point [ %] %RH ropor. band %RH proportional band [ ] AXIU CTRL odbus I ID 700 CO2 Setpoint rol method Integration time set point [ ppm] 0 CO2 ropor. band proportional band [ ] C Setpoint C set point [ C] 2.0 C ropor. band C proportional band [ ] %RH Setpoint %RH set point [ %] %RH ropor. band %RH proportional band [ ] The control output can be controlled either according to a one measurement value or according to the maximum selection of all values. Humidity related settings are only available in RH models. The values can be adjusted by 10 ppm steps. The temperature values can be adjusted by 0,1 C steps. The humidity values can be adjusted by 5 % steps.

7 In the maximum selection control, the control output signal is formed according to the measurement that causes the largest control signal value. The following situation is in the example figure: Carbon dioxide concentration is 800 ppm Temperature is 21,5 C Humidity is 55 % 7 (8) AL3 AL YELLOW RED Yellow indicator light illumination point [ ppm] Red indicator light illumination point [ ppm] AL3 is available if HD-AL3 option is installed. The indicator light limits can be changed through the. The hysteresis is ppm. Info INFO odbus ID VERSION Software version 5 s no RESET? Reset to factory settings [no / yes] You can check the device software version and reset the device to factory settings through the Info. NOTE: If the wireless settings are set with the FLSER tool, resetting the factory settings doesn't return the wireless settings to the factory defaults.

8 8 (8) SELECTING THE EASUREENT INFORATION TO BE VIEWED ON THE DISLAY The measurement values scroll on the N model display. The wanted value can be locked to view continuously by pressing the S1 button. You resume to the scrolling view by pressing the S1 button again. CALIBRATION A. S1 button If ABCLogic method is not in use, the device should be calibrated every 6-12 months. The recommended calibration interval is 5 years even if the ABCLogic is in use. ABCLOGIC T self-calibration feature ABCLogic (Automatic Background Calibration Logic) is a patented self-calibration technique. ABCLogic method eliminates the possible long term drift. ABCLogic method can be used when the concentration drops at least two times within a week to the level of approx. 400 ppm. Therefore the ABCLogic is effective in spaces that are not continuously occupied. ABCLogic can be deactivated in continuously occupied spaces. Deactivating the ABCLogic The ABCLogic function can be deactivated by using the L-SER tool.

A. S1 button NOTE: In M models, the shown measurement information can be selected also via Modbus.

A. S1 button NOTE: In M models, the shown measurement information can be selected also via Modbus. V1.0.0 (20.02.201) 1 (10) OUNTING The device can be installed in dry surroundings (I20) by screws on the wall surface or on the standard flush mounting box. The recommended installation height is 1 180