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hri-3621.2
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@RichardHeltec
RichardHeltec committed Nov 24, 2023
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39 changes: 19 additions & 20 deletions doc/ready_to_use/hri-3621/source/quick_start.md
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Original file line number Diff line number Diff line change
Expand Up @@ -37,37 +37,36 @@ Configure the parameters according to specific requirements on the configuration

![](img/06.png)

+ **LoRaWAN Configuration Page**: Shows the parameter configuration associated with LoRaWAN
+ **LoRaWAN Configuration Page**: Shows the parameter configuration associated with LoRaWAN.

![](img/07.png)

- `Network access mode` LoRaWAN network access mode
- `NwkSKey` `appSKey` `devAddr` ABP node parameters, must be consistent across the server
- `RxWindow1Delay unit:S` Receive window 1 delay
- `RxWindow2Delay unit:S` Receive window 2 delay
- `Rx2dr` Window 2 data rate adaptive
- `DevEui` `appEui` `appKey` OTAA node parameters, must be consistent across the server
- `AppTxDutyCycle unit:S` Node transmission period
- `AppPort` AppPort
- `Channel_start` LoRaWAN channel start,
- `Channel_end` LoRaWAN channel end
- `LoRaWanClass`LoRaWAN Class A, Class C
- `Network access mode` LoRaWAN network access mode.
- `NwkSKey` `appSKey` `devAddr` ABP node parameters, must be consistent across the server.
- `RxWindow1Delay unit:S` Receive window 1 delay.
- `RxWindow2Delay unit:S` Receive window 2 delay.
- `Rx2dr` Window 2 data rate adaptive.
- `DevEui` `appEui` `appKey` OTAA node parameters, must be consistent across the server.
- `AppTxDutyCycle unit:S` Node transmission period.
- `AppPort` AppPort.
- `Channel_start` LoRaWAN channel start.
- `Channel_end` LoRaWAN channel end.
- `LoRaWanClass`LoRaWAN Class A, Class C.
- `IsTxConfirmed` Send Receive confirmation
- `LoRa signal light` Signal LED light switch
- `Adr` Data rate adaptation

- `LoRa signal light` Signal LED light switch.
- `Adr` Data rate adaptation.
+ **Submit**: Configuration is complete, click here to submit.
+ **OTA UPDATE**: Sensor Hub for Industry series supports OTA upgrade.

## Operating
+ After the configuration is completed, long press the button for five seconds, and when the light goes off, the device is shut down.

+ Press the button for 3 seconds. When the button shows white light, release the button. At this time, the device enters the working state, where the sending is green light and the receiving is purple light.
### Power off
After the configuration is completed, long press the button for five seconds, and when the light goes off, the device is shut down.
### Power on
Press the button for 3 seconds. When the button shows white light, release the button. At this time, the device enters the working state, where the sending is green light and the receiving is purple light.

## Common problems and solutions
+ Unable to confirm device working status.

Press the device button once, and if it shows blue light, it will wake up, and the device will upload a message immediately.

+ Device not working

After each configuration, you must button off in, then button on.
102 changes: 50 additions & 52 deletions doc/ready_to_use/hri-3622/source/quick_start.md
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Expand Up @@ -3,29 +3,28 @@
{ht_translation}`[简体中文]:[English]`

HRU-3622 is a sub-model of the Sensor Hub for outdoor series that specifically drives third-party sensors. Its interface is a flange seat, with 2 RS485 interfaces and 4 GPIO interfacesIt can be used to drive a variety of third-party sensors.

Sensor Hub for Industry has excellent low power consumption and long transmission distance characteristics, comes with a built-in 1100mAh rechargeable battery. The stainless-steel shell and high-strength plastic provide an IP66 protection level, allowing it to perform stably and excellently in complex industrial environments.

## Connect third-party sensors
There are two recommended ways to connect sensors:
## Power supply
HRI-3622 integrates a 1100aMh rechargeable lithium battery, charging voltage is 5V and its charging interface is magnetic-2P, a single filling time is about 3~4 hours.

+ Connect the sensor directly to the HRI-3622.
![](img/02.jpg)

![](img/00.png)
## LED light status description
The HRI-362x series has a wealth of indicator effects, which can help you more easily use the device, or determine the status of the device.

+ Connect via Junction box.
![](img/led.png)

![](img/01.png)
## Connect third-party sensors
There are two recommended ways to connect sensors:

## Power supply
HRI-3622 integrates a 1100aMh rechargeable lithium battery, charging voltage is 5V and its charging interface is magnetic-2P, a single filling time is about 3~4 hours.
+ Connect the sensor directly to the HRI-3622.

![](img/02.jpg)
![](img/00.png)

## LED light status description
The HRI-362x series has a wealth of indicator effects, which can help you more easily use the device, or determine the status of the device.
+ Connect via Junction box

![](img/led.png)
![](img/01.png)

## Configura
### Enter Configuration mode
Expand All @@ -35,62 +34,61 @@ The HRI-362x series has a wealth of indicator effects, which can help you more e
```

![](img/03.jpg)
![](img/03.jpg)

+ Find the WiFi named **Sensor_Hub_xxxx** with your PC or mobile phone, connect it.

![](img/04.png)
![](img/04.png)

+ In the browser, type **192.168.4.1**, enter the configuration page.

![](img/05.png)
![](img/05.png)

### Parameter Definition
Configure the parameters according to specific requirements on the configuration page, and click `Submit` after the configuration is completed.The following is the definition of each parameter.

**LoRaWAN Configuration Page**: Shows the parameter configuration associated with LoRaWAN
b
+ **LoRaWAN Configuration Page**: Shows the parameter configuration associated with LoRaWAN.

![](img/07.png)

- `Network access mode` LoRaWAN network access mode
- `NwkSKey` `appSKey` `devAddr` ABP node parameters, must be consistent across the server
- `RxWindow1Delay unit:S` Receive window 1 delay
- `RxWindow2Delay unit:S` Receive window 2 delay
- `Rx2dr` Window 2 data rate adaptive
- `DevEui` `appEui` `appKey` OTAA node parameters, must be consistent across the server
- `AppTxDutyCycle unit:S` Node transmission period
- `AppPort` appPort
- `Channel_start` LoRaWAN channel start
- `Channel_end` LoRaWAN channel end
- `LoRaWanClass`LoRaWAN Class A, Class C
- `IsTxConfirmed` Send Receive confirmation
- `LoRa signal light` Signal LED light switch
- `Adr` Data rate adaptation

**RS485 Configuration Page**: This page allows you to set RS-485 polling command.

![](img/06.png)

- `Add Command` Set a polling command, multiple clicks can set multiple, you can set the polling time in the red box position
- `Remove` Remove the command
- `Baud rate` Baud rate, rate of data signalling
- `Data bits` Data bits
- `Stop bits` Data stop bits
- `Parity` Parity check
- `Submit` Click Submit after the configuration is complete
- `Network access mode` LoRaWAN network access mode.
- `NwkSKey` `appSKey` `devAddr` ABP node parameters, must be consistent across the server.
- `RxWindow1Delay unit:S` Receive window 1 delay.
- `RxWindow2Delay unit:S` Receive window 2 delay.
- `Rx2dr` Window 2 data rate adaptive.
- `DevEui` `appEui` `appKey` OTAA node parameters, must be consistent across the server.
- `AppTxDutyCycle unit:S` Node transmission period.
- `AppPort` appPort.
- `Channel_start` LoRaWAN channel start.
- `Channel_end` LoRaWAN channel end.
- `LoRaWanClass`LoRaWAN Class A, Class C.
- `IsTxConfirmed` Send Receive confirmation.
- `LoRa signal light` Signal LED light switch.
- `Adr` Data rate adaptation.
+ **Submit**: Configuration is complete, click here to submit.
+ **RS485 Configuration Page**: This page allows you to set RS-485 polling command.

![](img/06.png)

- `Add Command` Set a polling command, multiple clicks can set multiple, you can set the polling time in the red box position.
- `Remove` Remove the command.
- `Baud rate` Baud rate, rate of data signalling.
- `Data bits` Data bits.
- `Stop bits` Data stop bits.
- `Parity` Parity check.
- `Submit` Click Submit after the configuration is complete.

**OTA UPDATE**: Sensor Hub for Industry series supports OTA upgrade.

## Operating
+ After the configuration is completed, long press the button for five seconds, and when the light goes off, the device is shut down.

+ Press the button for 3 seconds. When the button shows white light, release the button. At this time, the device enters the working state, where the sending is green light and the receiving is purple light.
### Power off
After the configuration is completed, long press the button for five seconds, and when the light goes off, the device is shut down.
### Power on
Press the button for 3 seconds. When the button shows white light, release the button. At this time, the device enters the working state, where the sending is green light and the receiving is purple light.

## Common problems and solutions
+ Unable to confirm device working status.
Press the device button once, and if it shows blue light, it will wake up, and the device will upload a message immediately.

Press the device button once, and if it shows blue light, it will wake up, and the device will upload a message immediately.

+ Device not working

After each configuration, you must button off in, then button on.
+ Device not working:
After each configuration, you must button off in, then button on.

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