KKM KBeaconPro App Instructions

KKM KBeaconPro App

Revision History

V1.2

| ****

2018/03/08

| Updating iBeacon/Eddystone URL/Eddystone UID/Eddystone TLM configuration|

Adam

V1.2| 2018/03/27| Updating RSSI value setting| Adam
V2.0| 2018/10/02| App Interface updating| Claire
V3.0| 2019/10/15| Name updating&App Interface updating| Claire
V4.0| 2021/07/06| Name updating&App Interface updating| Claire
V4.1| 2021/11/24| Adding Power off and Reset function| Claire

CONFIDENTIAL
This document is the property of KKM Co.Ltd. KKM retains all rights pertaining to industrial property including patent applications. This document is only for the recipient(s) which authorized by KKM. It contains confidential information and any use, dissemination, distribution, or reproduction of this message by unintended recipients is not authorized and may be unlawful.

Download KBeaconPro App
Download the App ‘KBeaconPro’ from iOS App Store or Android Google Play or scan the QR code below to down the App.

Minimum requirements

A mobile phone with Bluetooth 4.0 support is needed. For Android devices, Android version 5.1 or newer. For iOS devices, iOS version 10.0 or newer.
Reminder: This instruction uses Android App to demonstrate. The iOS App interface is slightly different from Android App.

How to connect KBeacon device to KBeaconPro App
Kindly note: Please make sure your KBeacon device is with battery already. Enable your smart phone Bluetooth and run the App ‘KBeaconPro’.

Turn on KBeacon

• KBeacon with button (Including model K1/K11/K21/K5/K6/K61/K7/K71/K8/K81/W59/F1)

The factory setting of KBeacon with button is OFF.

• Turn ON the device: Hold the button for 3 seconds, the LED starts flashing and the flashing lasts for 30 seconds.
• Turn OFF the device: Hold the button for 5 seconds, the LED starts flashing and flash 8 times.

KBeacon without button (Including model K12/K3/K4/K41/K51//W4/U1)

The factory setting of KBeacon without button is ON.

Connect KBeacon
Let’s use a K9P (MAC: DD3311000588) to demonstrate, the MAC ID is printed on the device:

Copyright by KKM Co.,Ltd

Method 1: Scan QR code to connect

Run KBeaconPro App, Find ‘Scan QR code’ on the App, and then scan the QR code on the device to find this KBeacon device quickly.

Reminder: iOS App filter the device by Device Name when use the ‘Scan QR code’ method. If the device name is not KBPro, the device can not be found on iOS App when scan the QR code.

Method 2: Scan the Bluetooth signal to connect

Run KBeaconPro App and tap ‘SCAN’ in the top right corner, the App can scan the device’s Bluetooth signal, then the Beacon device will be displayed on the scan page. Find the corresponding KBeacon device on the App according to its MAC ID, Tap it, it will start connecting and jump to the configuration page (see pictures below).

If there are too many devices found , filter by RSSI to find a certain Beacon quickly.
Put the KBeacon device close to your phone (within 10cm range). Slide the RSSI bar to set the RSSI value at -30~-40dBm, tap the arrow on the top right corner, then the nearest KBeacon can be found.

How to configure KBeacon

SLOT Definition
KBeacon supports total 5 SLOTs (SLOT0 to SLOT4). Each SLOT is independent and configurable. The Beacon type can be set for each SLOT. Beacon parameters such as Adv interval, Tx Power, Connectable enable/disable etc can be configured separately for each SLOT. They are independent of each other. Each SLOT can be set to one Beacon type ONLY. For example, if you set SLOT0 to be iBeacon, set SLOT1 to be URL, set SLOT2 to be TLM, then the KBeacon device will broadcast iBeacon, URL and TLM simultaneously.

KBeacon supports the following Beacon types:

• iBeacon
• Eddystone URL
• Eddystone UID
• Eddystone TLM
• KSensor: KKM self-defined protocol, includes battery level and sensor information
• System: Including the KBeacon device info such as System ID (ie.MAC ID), Model name.

How to configure iBeacon and Eddystone

(Take iBeacon as an example)

Tap: Beacon Type—> iBeacon—> Save—> Return

iBeacon parameters (UUID, Major ID, Minor ID, Adv Interval, Tx power etc.) can also be configured in the App. Eddystone URL, UID, TLM, can be configured by the same steps above.
Reminder: After the parameters are modified, you need to tap: UPLOAD — > OK, then all the parameters configured can be loaded to the device successfully.

How to configure KSensor and System

KSensor is KKM self-defined protocal, it includes battery level and sensor information (for example temperature&humidity sensor, acceleration sensor etc).
Tap: Beacon Type—> KSensor—> Save—> Return

‘System’ can also be configured by the same steps above.

How to configure Trigger Command
Reminder: The Trigger Command function can be configured ONLY when the KBeacon device has a push button or has sensor such as accelerometer, temperature- humidity sensor.
Tap: Trigger Command—>Trigger Type

(Take ‘Button single click’ as an example) Tap: Button single click—> Save—> Return

Return to the trigger page, and then you can see the trigger parameters such as Trigger Action, Trigger Adv Slot, Advertisement Change, Trigger Adv Time can be configured.

Trigger Action: What the Beacon device would do when the trigger event happens

Trigger Adv Slot: Which SLOT the Beacon device would broadcast when the trigger event happens. For example, SLOT0 is set to be iBeacon, if ‘Trigger Adv Slot’ is set to be SLOT0, then when the Beacon button is single clicked, the Beacon will broadcast iBeacon.

Advertisement change: When this feature in ON, the UUID will change when trigger event happens

Trigger Adv Time: The Advertisement duration when trigger event happens

Trigger only advertisement: When this feature is set to be ‘YES’, this slot will be broadcasted only when the trigger happens.

For example. If you set ‘Trigger Adv Slot’of ‘Button single click’ to be SLOT0, and SLOT0 is iBeacon, then iBeacon will be broadcasted only when the button single click happens

How to configure Adv Mode

For some KBeacon models that support BLE5.0 long range feature, ‘Adv Mode’ can be configured.

• Legacy: BLE 4.0 advertisement
• PHY Code: BLE 5.0 long range feature
• PHY 2Mbps: BLE5.0 broadcasting at a rate of 2Mbps

KBeaconPro App can detect which Adv Mode your phone support (Only supported on Android phones).

Reminder:
Please make sure that your phone supports BLE 5.0 PHY Code(Long range) feature, otherwise you will not be able to scan the PHY code advertisement if the Beacon was set to PHY Code(Long range) Mode. If you set the Beacon to PHY code advertisement, and your phone doesn’t support PHY Code broadcast, you can force the device to enter the Legacy mode for 30 seconds by single click the button of the device.

Other settings

Unconnectable mode
Each SLOT has two different advertising status, connectable mode and unconnectable mode. Only when the advertising status is connectable, the KBeacon is configurable. But the unconnectable mode saves about 10% -20%power consumption than connectable mode. After the KBeacon is deployed, we recommend setting the KBeacon to be unconnectable mode. This can lower battery power consumption and the Beacon also have better security performance.
How to set unconnectable mode: Tap: Connectable—> OFF—> Save—>Return —>UPLOAD.

Question: How can I configure KBeacon again if it was set to be unconnectable mode?

• For KBeacon with button: click the button, the Beacon will enter a connectable mode for 30 seconds, users can connect the device within these 30s. Or re-install battery.
• For KBeacon without button: Re-install battery
• Reminder: For the KBeacon device that doesn’t have button and whose battery can not be re-installed, once the device was set to unconnectable mode, it can not be confirgured any more!

Power Off
For KBeacon device WITH BUTTON, you can use the App to turn off the device. Tap: Power Off—> OK

Reset configuration

You can reset the KBeacons setting to factory default configuration on the App. Tap: Reset configuration—> OK

KBeacon payload

iBeacon payload struct

Eddystone payload struct

KSensor payload struct

1. The advertising data packet of KSensor is defined by KKM. Please refer to the following table for details.

4~7bit: reserved

16| 2byte| Voltage| big-endian battery voltage, unit is mV
18| 2byte| Temperature| Exist if temp bit set 1.

Temperature, Fixed Point 8.8 format

20| 2byte| Humidity| Exist if humidty bit set 1. Temperature, Fixed Point 8.8 format
22| 2byte| Acc axis X pos| Exist if acc bit was set 1.

big-endian axis X, unit is mg

24| 2byte| Acc axis Y pos| Exist if acc bit was set 1.

big-endian axis Y, unit is mg

26| 2byte| Acc axis Z pos| Exist if acc bit was set 1.

big-endian axis Z, unit is mg

Remark:

• The uint of battery is mV. For example, if the VBATT is 3270, it means the battery voltage is 3270mV;
• Temperature. 2 bytes Fixed Point 8.8. The format is same as temperature in Eddystone TLM.
• Humidity. 2 bytes Fixed Point 8.8. The format is same as temperature in Eddystone TLM.

The Fixed Point 8.8 format:
http://people.ece.cornell.edu/land/courses/ece4760/

Example for KSensor Data. Android app: NRFConnect

System advertisement Data Format
The advertising data packet of System is defined by KKM. Please refer to the following table for details.

0x0632, then version is V6.49

Model ID define:

• K1: 10
• K11: 11
•  K12: 12
• F1: 15
• K18: 18
• U1: 14
• K21: 21
•  K3: 30
•  W3: 38
• K4: 40
• K4u: 45
• W4: 48
• K5: 50
• W52: 52
• K6: 60
• K61: 61
• K6P: 67
• K7: 70
• K71: 71
• K7u: 75
• W7: 78
• K8: 80
• K8u: 85
•  K9: 90
• K91: 91
• K9P: 97

FCC Statement

This device complies with part 15 of the FCC rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.
Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.
NOTE: 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. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

• Reorient or relocate the receiving antenna.
• Increase the separation between the equipment and receiver.
• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
• Consult the dealer or an experienced radio/TV technician for help.

The device has been evaluated to meet general RF exposure requirement. The device can be used in portable exposure condition without restriction.

References

• KKM | IoT Devices ODM & OEM Solutions Manufacturer

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