Rejeee SL111 LoRaWAN Temperature and Humidity Sensor

Product Information

Configuration, Internal Battery Up to 5 Years (LCP=5sLFT=600s
@SF9), LoRa Long Range Low Power, Both built-in and external
SHT30
Parameters| CPU, Wireless Encryption, Battery, Battery Capacity, Working
Temperature, Working Humidity, Communication Accuracy, Lifespan,
Data Speed, Size, TX Power, RX Sensitivity, Frequency
Size| 102mm60mm25mm
Installation| Hang on the wall

Product Usage Instructions

Connect to LoRaWAN Network
LoRaWAN Network Structure:

Set ID and Key:

Data analysis example for JavaScript:
function decodeUplink(input) {
  var obj = {};
  var warnings = [];
  var len = input.bytes ? input.bytes.length : 0;
  var offset = 0, dtype = 0, dlen = 0;

  obj.temperature = (((input.bytes[offset] & 0x80 ? input.bytes[offset] - 0x100 : input.bytes[offset]) = 2) {
  obj.temperature1 = (((input.bytes[offset] & 0x80 ? input.bytes[offset] - 0x100 : input.bytes[offset]) = 2) { 
  obj.temperature2 = (((input.bytes[offset] & 0x80 ? input.bytes[offset] - 0x100 : input.bytes[offset]) = 0) {
    offset += dlen;
  } 
  } else if (0x15 == dtype) { /* Mutil-humidity sensor, value unit 1 %RH */
    dlen = input.bytes[offset++];
    if (dlen >= 1) {
      obj.humidity1 = input.bytes[offset++];
      dlen -= 1;
    }
    if (dlen >= 1) {
      obj.humidity2 = input.bytes[offset++];
      dlen -= 1;
    }
    if (dlen > 0) {
      offset += dlen;
    }
  } else {
    /* ignore all > 0x10 */
    if(dtype > 0x10){
      dlen = input.bytes[offset++];
      if (dlen > 0) {
        offset += dlen;
      }
    }
  }
} while (len > offset);

return { data: obj, warnings: warnings };
}

Wireless LoRaWAN Sensor Data Format
LoRaWAN Format: Picture as below, FRMPayload is sensor data.

Sensor Data Definition

Multi-temperature (0x14)
Adapt N-way temperature according to length. If N is 1, the basic temperature type 0x04 can be directly used. If N > 1 channel temperature needs to be transmitted, merge similar data items in the following order.

Type: 1 Byte 0x14
Length: 1 Byte
2*N
Value int16_t No.1 temp
Value ... ...
Value int16_t No. N temp

Multi-humidity (0x15)
According to the length, N channels of humidity can be adapted. If N is 1, the basic humidity type 0x05 can be directly used. If N > 1 channel of humidity needs to be transmitted, merge similar data items in the following order.

Type: 1 Byte 0x15
Length: 1 Byte
N
Value uint8_t No. 1 humi
Value ... ...
Value uint8_t No. N humi

Local Configuration:
Note: Factory reset data uploading is every 10 mins, customers can change data uploading frequency as below: Connect sensor with a USB-C cable to computer for local configuration, through local configuration, you can change the packet frequency. Refer SensorTool Manual.

General Information

SL111 is long range low power temperature and humidity sensor based on Semtech SX1262/SX1268.

Main features:
Sensirion High Sensitivity Sensor

Type-C for Local Configuration
Internal Battery Up to 5 Years(LCP=5s，LFT=600s @SF9) LoRa Long Range Low Power
Both built in and external SHT 30

Details

@SF9)
Data Speed| 300bps-62.5k bps
Size| 102mm60mm25mm
TX Power| 22dBm Max
RX Sensitivity| -140 dBm
Frequency| SX1268: CN470

SX1262: EU868 / US915 / AS923

Size: 102mm60mm25mm

Installation:

Hang on the wall

Connect to LoRaWAN Network

SL111 temperature and humidity sensor is based on standard LoRaWAN Class A, so you can connect to any LoRaWAN network as below:

SL111 sensor data uplink format with LoRaWAN OTAA, OTAA parameter as below:

• AppEUI: CACBB80000000001
• AppKey: 11223344556677889900AABBCCDDEEFF
• DevEUI: Customer can find DevEUI on the product, also you can read DevEUI through Rejeee SensorTool SensorTool

You can also choose ABP, for ABP you can find the parameter as below:

• APP KEY/APP EUI: 11223344556677889900AABBCCDDEEFF
• DevEUI: Customer can find DevEUI on the product, also you can read DevEUI through Rejeee SensorTool SensorTool

For example: Connecting to The Things Network, please make sure choose manually connect and OTAA as below:

Sensor LoRaWAN

SL111CN

SL111EU SL111US

SL111AS

Set ID and Key

Data analysis example for JavaScript:

function
decodeUplink
(
input
)
{
var
obj

{};
var
warnings

[];
var
len

input
.
bytes
?
input
.
bytes
.
length
:
0
;
var
offset

0
,
dtype

0
,
dlen

0
;
.
do
{
dtype

input
.
bytes
[
offset
++];
if
(
0xFF

dtype
)
{
/ 0xFF is ACK from Device /
obj
.
ackcmd

input
.
bytes
[
offset
++];
obj
.
ackstatus

input
.
bytes
[
offset
++];
}
else
if
(
0x00

dtype
)
{
/ first is device information(0x00) /
obj
.
battery

(
input
.
bytes
[
offset
++] &
0x1F
);
obj
.
res

input
.
bytes
[
offset
++];
}
else
if
(
0x01

dtype
)
{
offset
+=
8
;
}
else
if
(
0x02

dtype
)
{
offset
+=
8
;
}
else
if
(
0x03

dtype
)
{
offset
+=
2
;
}
else
if
(
0x04

dtype
)
{
/ temperature sensor, value unit is 0.1 /
obj
.
temperature

(((
input
.
bytes
[
offset
] &
0x80
?
input
.
bytes
[
offset
] –
0x100
:
input
.
bytes
[
offset
])
<<
8
)

• input
  .
  bytes
  [
  offset

• 1
  ])
  /
  10
  ;
  offset
  +=
  2
  ;
  }
  else
  if
  (
  0x05

  dtype
  )
  {
  / humidity sensor, value unit is 1 %RH /
  obj
  .
  humidity

  input
  .
  bytes
  [
  offset
  ++];
  }
  else
  if
  (
  0x06

  dtype
  )
  {
  obj
  .
  oxygen

  input
  .
  bytes
  [
  offset
  ++];
  }
  else
  if
  (
  0x07

  dtype
  )
  {
  offset
  +=
  4
  ;
  }
  else
  if
  (
  0x08

  dtype
  )
  {
  / ignore /
  offset
  +=
  4
  ;
  }
  else
  if
  (
  0x09

  dtype
  )
  {
  / ignore /
  offset
  +=
  1
  ;
  }
  else
  if
  (
  0x14

  dtype
  )
  {
  / Mutil-temperature sensor, value unit 0.1 /
  dlen

  input
  .
  bytes
  [
  offset
  ++];
  if
  (
  dlen

  =
  2
  )
  {
  obj
  .
  temperature1

  (((
  input
  .
  bytes
  [
  offset
  ] &
  0x80
  ?
  input
  .
  bytes
  [
  offset
  ] –
  0x100
  :
  input
  .
  bytes
  [
  offset
  ])
  <<
  8
  )

• input
  .
  bytes
  [
  offset

• 1
  ])
  /
  10
  ;
  offset
  +=
  2
  ;
  dlen
  -=
  2
  ;
  }
  .
  if
  (
  dlen

  =
  2
  )
  {
  obj
  .
  temperature2

  (((
  input
  .
  bytes
  [
  offset
  ] &
  0x80
  ?
  input
  .
  bytes
  [
  offset
  ] –
  0x100
  :
  input
  .
  bytes
  [
  offset
  ])
  <<  8 ) +
  input .
  bytes [
  offset

• 1
  ])
  /
  10 ;
  offset
  +=
  2
  ;
  dlen
  -= 2 ; } if (
  dlen > 0 ) {
  offset
  +=
  dlen
  ; } }
  else
  if
  (
  0x15 ==
  dtype ) {
  / Mutil-humidity sensor, value unit 1 %RH /
  dlen

  input
  .
  bytes
  [
  offset
  ++]; if (
  dlen

  = 1 ) {
  obj .
  humidity1 =
  input
  .
  bytes [
  offset
  ++];
  dlen
  -= 1 ; } .
  if
  (
  dlen
  = 1 ) {
  obj
  .
  humidity2

  input
  .
  bytes
  [
  offset
  ++];
  dlen
  -=
  1
  ;
  }
  .
  if
  (
  dlen

  0
  )
  {
  offset
  +=
  dlen
  ;
  }
  }
  else
  {
  / ignore all > 0x10 /
  if
  (
  dtype

  0x10
  ){
  dlen

  input
  .
  bytes
  [
  offset
  ++];
  if
  (
  dlen

  0
  )
  {
  offset
  +=
  dlen
  ;
  }
  }
  }
  }
  while
  (
  len

  offset
  );
  .
  return
  {
  data
  :
  obj ,
  warnings :
  warnings }; }

Wireless LoraWAN Sensor Data Format

LoRaWAN Format:
Picture as below, FRMPayload is sensor data.

Sensor Data Definition

Multi-temperature（0x14）
Adapt N-way temperature according to length, and if N is 1, the basic temperature type 0x04 can be directly used.
If N>1 channel temperature needs to be transmitted, merge similar data items in the following order.

Multi-humidity（0x15）
According to the length, N channels of humidity can be adapted. If N is 1, the basic humidity type 0x05 can be directly used.
If N>1 channel of humidity needs to be transmitted, merge similar data items in the following order.

FRMPayload Example: 007F101404033C033A15024445
00 7F10 Device Information, 7F is battery level = 31， which means battery is 100%, we measure battery level from 0-31, which means 0-100%. Version is 0x10, which means Rejeee temp/humi sensor.
033C and 033A is temperature, is 0x033C = 828 = 82.8℉, 0x033A = 826 =82.6℉. ℉ is only for US market, for other market sensor will send ℃ by default. The first temp is from built-in sensor, and the second one is from external sensor.
44 and 45 is humidity, is 0x44 = 68 = 68 %RH, is 0x45 = 69 = 69 %RH. The first humi is from built-in sensor and the second one is from external sensor.

Local Configuration:
Note: Factory reset data uploading is every 10 mins, customers can change data uploading frequency as below: Connect sensor with a USB-C cable to computer for local configuration, through local configuration, you can change the packet frequency. Refer [SensorTool Manual](http://doc.rejeee.com/web/#/32?page_id=339

References

• 芮捷智能文档平台
• rejeee.com
• rejeee.com/
• sf9 · GitHub

Read User Manual Online (PDF format)

Download This Manual (PDF format)

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