Febris SCW
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      Febris SCW Operating Instructions

      Are you looking for the Febris SCW operating instructions and further installation instructions?

      Febris_SCW

      Symbols and explanations

      📢 Warnings and important information about potential hazards or damage

      💡 Important information required for smooth operation of the devices

      Safety notes

      📢 Please note:

      • Observe the safety instructions and installation instructions in the manual
        and the assembly list.
      • Make sure that the installation environment complies with the prescribed
      • Field of application guidelines : Keep temperature and other limits in mind at all times.
      • The appliance may only be used in the areas specified in the technical specifications.
      • The device may only be used for the described purpose.
      • Safety and functionality can no longer be guaranteed if the device is modified or extended.
      • The purpose of the sensor is to monitor the air quality indoors, in particular to monitor the relative wall surface humidity for mold prevention.
        • Do not use the sensor in safety-critical applications!
        • The sensor does not protect against mould growth but supports prevention.
      • The sensor must not be mounted on ceilings or floors.
      • Operation of the sensor is only permitted up to a maximum of 2000 meters above sea level.
      • Due to human exposure regulations, a minimum distance of 20 cm must be maintained between the device and persons.

      📢 If the device is installed incorrectly

      • It may not work properly.
      • It may be permanently damaged.
      • It may pose a risk of injury.

      📢 Please note:

      • Improper handling, e.g. improper mechanical stress, such as dropping the appliance, can result in damage.

      Further Documentation

      Please note the information and limit values in the technical data sheet.

      Intended use

      An IoT indoor mold sensor offers an effective solution for mold prevention in indoor spaces such as apartments, basements, storage rooms, archives or museums. The sensor continuously measures humidity and temperature, allowing early detection of potentially mold-prone conditions. Here are the main applications and benefits in the field of mold prevention:

      1. Early warning system for critical humidity levels: The sensor can be set to send alerts at certain humidity and temperature thresholds. As soon as the humidity reaches a threshold at which mold growth is likely (often from around 60% relative humidity), building managers or residents are automatically notified. This enables rapid action to be taken before mold develops.
      2. Automatic control of ventilation and dehumidification: By integrating the sensor into a building automation system, ventilation or a dehumidifier can be activated automatically as soon as humidity levels become too high. This automation makes a significant contribution to keeping indoor humidity at a non-critical level and minimizing the likelihood of mould growth.
      3. Permanent monitoring of hard-to-reach areas: In basements, cavities or behind walls, where mold often goes unnoticed, the sensor can be used to continuously monitor the climate. In this way, hidden sources of danger can be identified and eliminated before the mold spreads.
      4. Prevention of building damage and health risks: Mold can weaken building structures in the long term and lead to health problems such as respiratory illnesses for residents. The sensor helps to reduce these risks by avoiding the conditions for mold growth (high humidity and low temperatures) in advance.
      5. Data analysis for long-term prevention: With long-term data collection, patterns in temperature and humidity development can be recognized. This data helps property managers or owners to identify structural weaknesses or climatic problem areas and make targeted improvements, such as additional insulation, better ventilation or the installation of dehumidification systems.

        Technical drawingUntitled (1)-1

      Description of important componentUntitled (2)-1

      Recommended mounting methods

      Type Recommended accessories Article number Sentinum
      Screws (wall)
      - Plug 3 - SPAX 3mm
      Z-FEBR-SPAX
      Magnets
      Nedoym magnets M4 female thread
      Z-FEBR-MAG-NEO
      Adhesive
      Double-sided adhesive tape
      Z-FEBR-STRIPE

      Presets and limits

      Limit values Behaviour of LEDs Buzzer behaviour when limit values are exceeded
      0% - 60%
      LED green
      Alarm: Two tones, first high, second low; sounds when changing to the green state, e.g. from 65% to 55%
      60% - 80%
      LED amber
      Alarm: Two tones, first low, second high; sounds when changing to the orange state e.g. from 55% to 65% or from 85% to 75%
      >80%
      LED red
      Alarm, siren, double thriller, sounds when changing to the red state, e.g. from 75% to 85%

      Assembly and preparation

      💡 If the sensor is still easily accessible after installation, first mount the sensor and then activate it after installation.

      If the sensor is no longer accessible after installation, activate the sensor first, and then mount it after activation.

      📢 Please note:

      • Before using this type of installation, make sure that the surface to which the sensor is to be screwed is flat, otherwise the housing may be damaged.
      • Do not insert any objects or body parts into the ventilation slots of the sensor.
      • Do not mount the sensor on the ceiling or floor.
      • Do not mount the sensor at heights of more than two meters.

      The intended mounting location for the sensor is in normal rooms on the wall at a height of 1.50m to 1.80m. Only use the sensor indoors and not outdoors. Make sure that the LEDs are on the lower right-hand side when mounting.

      Wall mounting with screws

      1. Open the case at the snap closure (see arrow) and remove the top. The PCB is screwed into the top.
        Untitled (3)-1
      2. In step two, you will see the bottom of the sensor. For wall mounting you drill holes
        into the concrete wall and attach a dowel. Recommended are M3,5 screws DIN7997. If you attach the sensor to wood, you can screw the screws directly into the wood. Once the dowels are fixed in the wall, thread the provided screws through the holes, as shown in step 2. Alternatively, the other two eyelets in the corner can also be used. Attach the bottom/back wall of the case to the desired object. For other fastening methods DIN7991 screws can also be used.
        Untitled (4)-1
      3.  Place the top of the sensor on the attached bottom. Make sure the snap fastener snaps in. Pay attention to the correct mounting direction. The sensor should be mounted as in 3.

      Magnetic mounting

      Permanent magnets can generate strong magnetic fields, which can be dangerous if handled incorrectly. Therefore, observe the following warnings:

      1. Protect hands and fingers: Strong magnets can attract suddenly and pinch fingers or skin. This can lead to painful crushing and injuries. Always keep sufficient distance when handling permanent magnets and wear protective gloves if necessary.
      2. Keep electronic devices away: Magnetic fields can damage electronic devices such as computers, smartphones, credit cards, pacemakers and other sensitive electronics or impair their function. Therefore, always keep a sufficient distance from such devices.
      3. Be aware of the risk of breakage: Many permanent magnets are made of brittle materials (e.g. neodymium), which can break in the event of sudden impacts or high loads. The splinters can be sharp and cause injuries. Therefore, use the magnets carefully and avoid impacts or excessive loads.
      4. Health risks: People with pacemakers or other implanted medical devices should avoid contact with strong magnets, as the magnetic fields may interfere with or disable these devices. If necessary, consult a doctor before use.
      5. Store magnets safely: Keep magnets at a safe distance from each other and from other metallic objects. Sudden attraction can lead to damage, injuries or uncontrollable flying around of the objects.
      6. Danger for children: Permanent magnets are not toys! Small magnets in particular can be life-threatening if swallowed or inhaled and can cause serious internal injuries. Therefore, always keep magnets out of the reach of children.
      7. Avoid heating: Permanent magnets permanently lose their magnetic force at temperatures above their maximum operating temperature (between 80 and 200 °C, depending on the material). Therefore, do not expose magnets to direct heat or open flames.
      1. Open the case at the snap closure (see arrow) and remove the top. The PCB is screwed into the top.
      2. Insert the screws into the holes and connect them to the magnets.Untitled (5)-1
      3. Place the top of the sensor on the attached bottom. Make sure that:
        the snap fastener locks in. Pay attention to the correct mounting direction.Untitled (6)

      Commissioning of the sensor

      📢 Please note that when using knives or other sharp objects, the case or electronics may be damaged.

      1. Open the sensor on the tab provided for this purpose (in the picture at the bottom). Use a dull object carefully if necessary.Untitled (16)
      2. Insert the cells now To achieve the specified runtimes and the performance specified in the datasheets, the following primary cells are allowed:
        1. For LoRaWAN® and mioty® sensors
          - Energizer® Ultimate Lithium Batteries – AA
          - VARTA ULTRA LITHIUM Mignon AA
        2. For cellular sensors (NB-IoT)
          - Energizer® Ultimate Lithium Batteries – AA
          - VARTA ULTRA LITHIUM Mignon AA

          Each sensor requires 4 cells.Untitled (17)
      3. The sensor is now open. If you have a NB-IoT sensor and you want to insert your own SIM card, insert the SIM card now.Untitled (18)Untitled (20)
      4. If the sensor is now open, press the switch to start the device. After flipping the switch, the sensor starts, the 3 LEDs on the front flash and you can hear a sound sequence. The sensor then performs a measurement. The LED light shows you the result.Untitled (21)

      NFC parameterization and position of the NFC tag

      1. Activation takes place via an NFC app. A smartphone is required for this. The app can be downloaded from the respective app stores. Just search for “Sentinum LinQs” and download the LinQs app.Untitled (73)
      2. Locate the tag on the sensor first and then the reader on your device. The position of the NFC tag can be found in the following pictures.


      Untitled (23)

       

      Battery replacement

      📢 Please note that when using knives or other sharp objects, the case or electronics may be damaged.

      1. Open the sensor on the tab provided for this purpose (in the picture at the bottom). Use a dull object carefully if necessary.Untitled (16)
      2. Now carefully remove the cells from the intended holder and insert the new cells. In order to achieve the specified runtimes and performance specified in the datasheets, the following primary cells are allowed:
        1. For LoRaWAN® and mioty® sensors
          - Energizer® Ultimate Lithium Batteries – AA
          - VARTA ULTRA LITHIUM Mignon AA
          Each sensor requires 4 cells.Untitled (17)

      📢 If cells other than the recommended ones are used, performance and product safety may be negatively affected.

      Kennzeichnung und Zertifizierung

      Untitled (85)Untitled (86)

      Documentation Links

      The links for the further documentation of the Febris SCW can be found here: