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eGate-Kombi-LWUS-RHT-CO2-TVOC-Dust40-DP
eGate-Kombi-LWUS-RHT-Dust40
eGate-Kombi-LWUS-RHT-Dust13
eGate-Kombi-LWUS-RHT-DP
eGate-Kombi-LWUS-RHT
eGate-Kombi-LWUS-RHT-IP42
Manual
ID12118 V25 24.3.2022
Firmware 1.0-1.0

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Summary of Contents for Nokeval eGate-Kombi-LWUS-RHT-CO2-TVOC-Dust40-DP

  • Page 1 Manual ID12118 V25 24.3.2022 Firmware 1.0-1.0...
  • Page 2: Table Of Contents

    Contents Introduction ..............................2 Pictures of variants ............................3 Installation ...............................5 Operation .................................7 LoRaWAN settings ............................9 Uplink payload structure..........................10 Maintenance ..............................13 Specifications ..............................14 FCC labels ..............................19 Warnings ............................... 20 Manufacturer ..............................20 Declaration of conformity ................. Error! Bookmark not defined. Introduction The Kombi-LWUS is an economical multi-sensor indoor air quality (IAQ) transmitter series.
  • Page 3: Pictures Of Variants

    Pictures of variants -RHT-IP42 -RHT-Dust40 -RHT-Dust13 -RHT-DP -RHT...
  • Page 5: Installation

    Installation Mounting Select the installation place so that the air can flow freely on all sides of the transmitter, representing the air that is to be measured. Avoid heat sources and direct sunlight. Place the device to the measuring location with one of the following ways: •...
  • Page 6 The Kombi-LWUS works with its default settings and no parameter configuration is normally required. However, if it is necessary to change the settings of the device, it can be done with Nokeval’s MekuWin software (available for free at www.nokeval.com). Following procedure should be followed in order to get access to the settings: •...
  • Page 7: Operation

    Protecting the settings To protect the settings from being easily adjusted, the configuration menu provides a password box. The password can be formed by using up to 16 characters. From the next MekuWin session, the settings cannot be adjusted without knowing the password. If the displayed status is “Locked”, changes will not be saved to the device.
  • Page 8 Dust13 sensor variants measure PM1, PM2.5 and PM10. The larger Dust40 sensor measures PM1, PM2.5, PM10 and PM40. The sensor does not need periodic recalibration. If it appears to have dust deposited inside, compressed air can be used with extreme care to blow it clean. Monitor menu In MekuWin Mon-menu, the measurement readings can be monitored.
  • Page 9: Lorawan Settings

    LoRaWAN settings Conf menu Quality • Unidirectional – uplinks are sent as unconfirmed data with 1 attempt. Acknowledgement is not requested. Bidirectional – uplinks are sent as confirmed data. Acknowledgement is requested, and up to 3 • attempts are used if acknowledgement is not received. DevEUI (readonly) –...
  • Page 10: Uplink Payload Structure

    Uplink payload structure This information is only relevant for integrating the Kombi-LWUS with the customer’s own cloud platform. Consists of several message types, one message per uplink. All values are LSBF unless otherwise specified. Terms: • uint8 = unsigned 8-bit integer •...
  • Page 11 Type 5 – RH+T+VOC+DP+CO2 measurements Contains first bitflags and then measurement fields based on the bitflags. The bitflags describe which fields are included; if there’s not a bitflag matching the field number, that field is missing from the message, so for example RHT variants will only have T and Rh bitflags and values. Conversion defines the formula to find the measurement result.
  • Page 12 Example uplinks Here are some example uplinks to help clarify how the uplink payloads are structured. 050be51d1ce8ff • Type: 05 -> measurements type 5 • Bitflags: 0b = 11 = 1+2+8 = flags 0, 1, 3 -> T, Rh and dP included •...
  • Page 13: Maintenance

    Maintenance Checking the status Press the button to check the status of the Kombi-LWUS. The led located next to the micro USB socket will indicate the status: • If the led blinks green, everything is fine, and the remaining battery capacity is estimated to be over 20%.
  • Page 14: Specifications

    Specifications Environment -40…+80°C, without batteries, non-condensing Storage temperature Operating temperature With -Dust13: -10...+40°C, non-condensing With -Dust40: -10...+50°C, non-condensing Other models: -30...+60°C, non-condensing Protection class IP20 Enclosure material ABS+PC, white painted (except RHT-IP42) ASA (RHT-IP42) Measurements Weight RHT: 190 g with batteries RHT-IP42: 460 g with batteries RHT-DP: 200 g with batteries RHT-Dust13: 140 g...
  • Page 15 Dimensional drawing, -RHT-IP42: Dimensional drawing, -RHT-Dust13: Dimensional drawing, -RHT-Dust40:...
  • Page 16 Power supply -RHT-DP, -RHT, -RHT-IP42 variants Batteries 3 pcs LR6 (AA 1.5 V alkaline). For the estimated battery life, high quality batteries should be used, e.g. Energizer EN91. Typical battery life 5 years with 15 minutes transmission interval External Micro USB type B, 5 ± 0.5 V, max 200 mA, no suspend function -Dust13, -Dust40, -RHT-CO2-TVOC-Dust40-DP External Micro USB type B, 5 ±...
  • Page 17 Total volatile organic compound concentration Sensor Semiconductor sensor, Swiss Measurement range 0.3…30 ppm Accuracy Typically ±15% Differential pressure measurement Sensor High-accuracy flow sensor, Swiss -125…+125 Pa Measurement range Accuracy Typically ±0.08 Pa + 3% rdg...
  • Page 18 PM0413 measurement 0…1.2 million particles per litre (up to 10,000 particles per second) Measurement range 0.4…12.4 µm Particle sizes Particle type For max accuracy, assumed to be spherical, density 1.65 g/ml, refractive index 1.5 Values measured PM1, PM2.5, PM10 PM10 range 1…6550 µg/m3 PM0440 measurement 0…2.8 million particles per litre (up to 10,000 particles per second)
  • Page 19: Fcc Labels

    FCC labels FCC ID: 2A3B4KOMBI1 This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications.
  • Page 20: Warnings

    Warnings The device must not be disposed in household waste. Observe local regulations concerning the disposal of electrical waste. The device may contain a battery. Manufacturer Nokeval Oy Rounionkatu 107 FI-37150 Nokia Phone +358 3 342 4810 (Mon-Fri 8:30-16:00 EET) WWW http://www.nokeval.com/...

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