Kaadas KA200 Door Lock Instruction Manual

Kaadas KA200 Door Lock

Specifications

Structural Characteristics

• Product Identifier: KA211(199), KA200(200), KA201(201), KA202(202), KA210(203), KA210A(204), KA214(205), KA215-Z(206), KA250-Z(207), KA251-Z(208), KA252-Z(209), KA211-N(210), DDL240X-1HBZW(211), DDL240X-1HZW(212)
• Dimensions:
  • Outside Escutcheon: Various dimensions based on the model
  • Inside Escutcheon: Various dimensions based on the model
• Weight: Varies based on model
• Colour: Matte Black, Satin Nickel, Oil rubbed bronze
• Shell Material:
  • Outside Escutcheon: Zinc alloy
  • Inside Escutcheon: Aluminum alloy
• Shell Fire-proof Level: UL Fire prevention 20 minutes (Part of models)
• Usage: For indoor use
• Operating Temperature: -35°C to 66°C
• Relative Humidity: 20% to 85%

Hardware Characteristics

• Z-Wave Module: EFR32ZG23A010F512GM40
• Z-Wave TX Power: Max: 14dBm
• Z-Wave Antenna Distance: 40m (Indoor) / 100m(Outdoor)
• Z-Wave LR Antenna Distance: 500m (Outdoor)
• Indicator Light Color: One indicator with red and green light (on the keypad)
• Battery Info: AA alkaline battery x4

Software Characteristics

• *  **Wireless Technology:** Z-Wave

  • Certification Type: Z-Wave Plus v2
  • Z-Wave SDK Version: 7.18.4

Product Usage Instructions

1. Interfaces & Accessories
   The door lock comes with various interfaces and accessories for different functions:

   • Terminology:
   • Touchscreen : Used to operate various functions of the door lock
   • Keypad : For manual lock/unlock operation
   • Thumb Turn : For manual lock/unlock operation
   • Reset button : Restore factory settings

2. Features & Specifications

3. Structural Characteristics
   The door lock has various structural characteristics including product identifier, dimensions, weight, color, shell material, andusage details.

4. Hardware Characteristics
   The hardware characteristics include details about the Z-Wavemodule, TX power, antenna distances, indicator light color, battery information, and current consumption.

5. Software Characteristics
   The software characteristics cover wireless technology, certification type, SDK version, library type, role type, security class, SmartStart feature, OTA support, and more.

INTERFACES & ACCESSORIES

FEATURES & SPECIFICATIONS

Structural Characteristics

KA211(199)，KA200(200)，KA201(201)，KA202(202)，KA210(203)，KA210A(204)， KA214(205)，KA215-Z(206)，KA250-Z(207)，KA251-Z(208)，KA252-Z(209)，KA211- N(210 )，DDL240X-1HBZW(211)，DDL240X-1HZW(212)
Dimensions| Outside Escutcheon：

KA200：105X69X17.5mm；KA201/KA202：130X76X34mm；KA210：87.25X62.37X15.00mm

KA210A：109.25X62.37X15.00mm；KA211/KA215-Z：152.98X68.80X29.45mm；KA214： 161.13X68.26X79.01mm

Inside Escutcheon： KA200/KA201/KA202/KA210/KA210A/KA215-Z：182.5X74X46mm KA211:153.21X68.30X56.16mm

KA214：162.16X68.39X94.11mm

Weight|
Color| Matte Blank，Satin Nickel，Oil Rubbed Bronze
Shell Material| Outside Escutcheon: Zinc alloy

Inside Escutcheon: Aluminum alloy

Shell Fire-proof Level| UL Fire prevention 20 minutes（Part of models）
Usage| For indoor use.
Operating Temperature| -35-66℃
Relative Humidity| 20-85%

Hardware Characteristics

Door Lock body: 12mA(Wake Up), 20mA（operate door lock）

Standby Current| Z-Wave Module: 20uA

Door Lock body: 130uA

Software Characteristics

(0x07)
Generic Device Type| GENERIC_TYPE_ENTRY_CONTROL (0x40)
Specific Device Type| SPECIFIC_TYPE_DOOR_LOCK (0x01)
Security Class| Non-Security, S0, S2-ACCESS
SmartStart| Support. After powering on, SmartStart is auto active if it’s out of the Z-Wave network.
Over The Air （OTA）| Support. Firmware can be updated via RF.
Multichannel Device| No
Long Range| Support.
Association| Support. Refer to Section 4.7 Association Group Info.
Factory Reset| Support. Refer to Section 3.6 How to factory reset.
Power-down Memory| Support. All command settings will stay unchanged even power down.
Timed battery report| Support. Refer to Configuration Parameter 3.
Low battery warning| Support.
---|---
Door State Report| Support. When door lock mode changed, send out notification via Group 1.
User code Report| Support. When user code changed, send out a notification via Group 1.

PRODUCT QUICK START

1. Important safety information
   Please read this Engineering Specification carefully for correct and effective use. Failure to follow the recommendations set forth by Kaadas Limited may be dangerous or cause a violation of the law. The manufacturer, importer, distributor, and/or reseller will not be held responsible for any loss or damage resulting from not following any instruction in this guide or in other materials. The product is intended for indoor use in dry locations only. Do not use in damp, moist, and /or wet locations.

2. About Z-Wave

   • Z-Wave is the international wireless protocol for communication in the Smart Home.
   • Z-Wave ensures a reliable communication by reconfirming every message (two-way communication) and every mains powered node can act as a repeater for other nodes (meshed network) in case the receiver is not in direct wireless range of the transmitter.
   • This device and every other certified Z-Wave device can be used together with any other certified Z-Wave device regardless of brand and origin as long as both are suited for the same frequency range. If a device supports secure communication it will communicate with other devices secure as long as this device provides the same or a higher level of security. Otherwise, it will automatically turn into a lower levelof security to maintain backward compatibility.

3. About SmartStart
   SmartStart enabled products can be added into a Z-Wave network by scanning the Z-Wave QR Code present on the product with a controller providing SmartStart inclusion. No further action is required and the SmartStart product will be added automatically within 10 minutes of being switched on in the network vicinity.

4. How to add the product into Z-Wave network

5. Follow the user guide of hub to enter inclusion mode.

6. Operate on lock following guide below:

7. Enter master mode
   (Press x + x + Master PIN Code + √)

8. Input “0” to enter “Network settings”

9. Input “1 + √” to enter “Include mode”

10. How to remove the product from Z-Wave network

11. Follow the user guide of hub to enter exclusion mode.

12. Operate on lock following guide below:

13. Enter master mode (Press x + x + Master PIN Code + √) Engineering Specification

14. Input “0” to enter “Network settings”

15. Input “2 + √” to enter “Exclusion mode”

16. How to factory reset

17. Operations on lock

18. Remove one of the batteries.

19. Press and hold the Reset Button.

20. While pressing, insert the removed battery. When you hear the voice prompt, the factory reset is complete.

21. Please use this procedure only when the network primary controller is missing or otherwise inoperable.

22. Default master PIN code is “12345678”, please modify it after reset:

23.  Enter Master Mode
    (Press x + x + Master PIN Code + √)

24. Enter “1” to select Modify Master PIN Code.

25. Enter NEW 4-10 Digit Master PIN Code followed by “√”

26. Repeat Step 3 to confirm NEW Master PIN Code

27. Z-Wave DSK Location
    You can find the QR code when you open the battery box You may also find the QR Code and DSK on individual package of each product. Please do not remove or damage them.

28. About Product
    This product can be operated in any Z-Wave network with other Z-Wave-certified devices from other manufacturers. All mains-operated nodes within the network will act as repeaters regardless of vendor to increase reliability of the network.

29. About Security
    This device is a security-enabled Z‐Wave Plus product that is able to use encrypted Z‐Wave Plus messages to communicate to other security enabled Z‐Wave Plus products. S2 Security Enabled Controller is required to operate the device.

30. About Z-Wave Long Range
    Z-Wave Long Range device can only support be included via SmartStart. Extract the DSK from end device and paste it into the DSK Value in PC Controller, make sure the ‘Long Range’ option is ticked.

In the scanning process when using US_LR frequency, the end device will switch between 2 PHY setups, the classic US PHY and the LR PHY with both LR channels active. When the inclusion of end device starts, it will settle on using the PHY that was used by the controller for inclusion. In other words, during learn mode, a end node that support LR will send SmartStart Prime on both classic Z-Wave and Z-Wave LR PHY, both request are send up to the host on the controller and it is the host’s responsibility to determine which PHY is used for inclusion. The controller doesn’t do channel scanning the same way as in end device. The controller will scan 4 channels, including 3 classic Z-Wave channels 9.6/40/100 kbps and 1 LR channel, using US_LR frequency will scan at 912 MHz while using US_LR_BACKUP will scan at 920 MHz during startup. The active LR channel can be switch at runtime.

SOFTWARE FUNCTION DEFINITION

User Behavior Interaction

Send Inclusion Requests for SmartStart

| keypad light is on
Inclusion network| Enter master mode(Press x + x + Master PIN Code + √ )

Input “0” to enter “Network settings”  Input “1” + “ √ ” to enter “Inclusion mode”

| NA
Exclusion network| NA| Enter master mode(Press x + x + Master PIN Code + √ )

Input “0” to enter “Network settings”  Input “2” + “ √ ” to enter “Exclusion mode”

unlock

(Master PIN Code/User PIN code

/ manual（Key or Thumb Turn） / Z- Wave)

| The green indicator lights up for 3 seconds| The green indicator lights up for 3 seconds

Send Notification Report and Door Lock Operation Report to association group

Lock

(One Touch Locking

/ Auto Lock / manual（Thumb Turn） / Z-Wave)

| The red indicator lights up for 3 seconds| The red indicator lights up for 3 seconds

Send Notification Report and Door Lock Operation Report to association group

User code

(Add / delete / modify)

| NA| Send Notification Report and User code Report to association group

Supported Command Classes

Command Class| Version| Not added| Non- secure added| Securely 0 added| Securely 2 added
---|---|---|---|---|---
Non-

secure CC ****

| Secure CC| Non- secure CC| Secure CC ****
ZWAVEPLUS_INFO| 2| Support| Support| Support| | Support|
ASSOCIATION| 2| | | | Support| | Support
ASSOCIATION_GRP_INFO| 3| | | | Support| | Support
MULTICHANNEL ASSOCIATION| 3| | | | Support| | Support
NOTIFICATION| 8| | | | Support| | Support
DOOR LOCK| 4| | | | Support| | Support
USER CODE| 2| | | | Support| | Support
SCHEDULE| 4| | | | Support| | Support
DOOR LOCK LOGGING| 1| | | | Support| | Support
CONFIGURATION| 4| | | | Support| | Support
APPLICATION STATUS| 1| Support| Support| Support| | Support|
TIME| 1| Support| Support| Support| | Support|
TIME PARAMETERS| 1| | | | Support| | Support
VERSION| 3| | | | Support| | Support
MANUFACTURER_SPECIFIC| 2| | | | Support| | Support
DEVICE_RESET_LOCALLY| 1| | | | Support| | Support
POWERLEVEL| 1| | | | Support| | Support
INDICATOR| 3| | | | Support| | Support
BATTERY| 1| | | | Support| | Support
SECURITY| 1| Support| Support| Support| | Support|
SECURITY_2| 1| Support| Support| Support| | Support|
TRANSPORT_SERVICE| 2| Support| Support| Support| | Support|
SUPERVISION| 1| Support| Support| Support| | Support|
FIRMWARE_UPDATE_MD| 5| | | | Support| | Support

Basic Command Class mapping
Basic Command maps to Door Lock Command Class, as shown below.

opened
0xFF| Door Secured| The door is closed
Basic Get| | Door Lock Operation Get| |

ZWAVEPLUS_INFO
The Command is used to differentiate between Z-Wave Plus v2, Z-Wave for IP and Z-Wave devices. This command provides additional information about the Z-Wave Plus v2 device in question.

(APPLICATION_FREQ_LISTENING_MODE_1000ms)

Node Type| 0 (ZWAVEPLUS_INFO_REPORT_NODE_TYPE_ZWAVEPLUS_NODE)
Installer Icon Type| 0x0300 (ICON_TYPE_GENERIC_DOOR_LOCK_KEYPAD)
User Icon Type| 0x0300 (ICON_TYPE_GENERIC_DOOR_LOCK_KEYPAD)

Manufacturer Specific
The Command is used to advertise manufacturer-specific information.

KA210A(204)，KA214(205)，KA215-Z(206)，KA250-Z(207)，KA251-Z(208)， KA252-Z(209)，KA211-N(210)，DDL240X-1HBZW(211)，DDL240X-1HZW(212)

Version
The Command may be used to obtain the Z-Wave library type, the Z-Wave protocol version used by the application, the individual command class versions used by the application.

Hardware Version

| KA211(199)，KA200(200)，KA201(201)，KA202(202)，KA210(203)， KA210A(204)，KA214(205)，KA215-Z(206)，KA250-Z(207)，KA251-Z(208)， KA252-Z(209)，KA211-N(210)，DDL240X-1HBZW(211)，DDL240X-1HZW(212)
Number of firmware targets| 0x01
Firmware 1 Version| Door Lock Firmware Version Major
Firmware 1 Sub Version| Door Lock Firmware Version Minor

Association Group Info
The Command is used to manage associations to Node ID destinations.

1

|

Lifeline

|

5

|

General: Lifeline

(0x0001)

| Battery Report(0x8003)：

Issued periodically to report the current battery level; Issued when battery becomes low.

Device Reset Locally Notification (0x5A01) ： Issued when Factory Reset is performed.

Door Lock Operation Report(0x6203)： Issued when door lock mode changed

Door Lock Configuration Report(0x6206)： Issued when door lock configuration changed Indicator Report(0x8703)：

Issued when indicator set received Notification  Report(0x7105)： Issued when door lock event changed User Code Report(0x6303)： ****

Issued when user code changed by keypad Master Code Report(0x6310)

Issued when master code changed by keypad User Code Keypad Mode Report(0x630A) Issued when keypad mode changed by keypad Configuration Report(0x7006)

Issued when the volume configuration value is changed by keypad

---|---|---|---|---

2

|

On/Off control

|

5

| General: Control

(0x2000)

| Basic Set (0x2001) ：

Issued when door lock mode changed (value is determined by parameter 0x04)

Notification
The Command is used to advertise events or states, such.

Notification Type = Access Control (0x06)，according to Table 4-8-1

Table 4-8-1:

Description| Event| Alarm type| Alarm Level| Parameters
---|---|---|---|---
Manual lock operation (mechanical key or thumb turn)|

0x01

|

0x15

|

0x01

| 0x01
Manual lock operation (physical button)| 0x02
Manual lock operation (card)| 0x03
Manual lock operation (fingerprint)| 0x04
Manual unlock operation (mechanical key or thumb turn)|

0x02

|

0x16

|

0x01

| 0x01
---|---|---|---|---
Manual unlock operation (physical button)| 0x02
Manual unlock operation (card)| 0x03
Manual unlock operation (fingerprint)| 0x04
RF lock operation

（APP）

|   0x03

|   0x18

|   0x01

| 0x01
RF lock operation

（expansion module）

| 0x02
RF unlock operation

（APP）

|   0x04

|   0x19

|   0x01

| 0x01
RF unlock operation

（expansion module）

| 0x02
Keypad lock operation| 0x05| 0x15| 0x00|
Keypad unlock operation| 0x06

| 0x13| User ID| User Code Report
0xFB|
Auto lock locked operation| 0x09| 0x1B| 0x01|
Lock jammed| 0x0B| 0x00| 0x00|
All user codes deleted| 0x0C| 0x21| 0xFF|
Single user code deleted (deleted user code)| 0x0D| 0x21| User Id| User Code Report
Single user code deleted (deleted fingerprint)| 0xFF| Fingerprint No.
New user code added

(add and modify user code)

| 0x0E| 0x70| User Id| User Code Report
New user code added (modify master code)| 0xFB| Master Code Report
New user code added (add fingerprint)| 0xFF| Fingerprint No.
New user code not added due to duplicate code| 0x0F| 0x71| User Id| User Code Report
0xFB| Master Code Report
New program code entered : unique code for lock configuration| 0x12| 0x70| 0x00| Master Code Report
Manually enter user access code exceeds code limit| 0x13| 0x00| 0x00|
---|---|---|---|---

Door Lock
The Command is used to operate and configure a door lock device.

1. Support Door Lock Mode: Door Secured(0xFF), Door Unsecured(0x00)
2. Door Lock Capabilities Report Command:
3. Supported Operation type Bit Mask Length = 0x01
4. Supported Operation Type Bit Mask 1 = 0x02 (Constant operation)
5. Supported Door Lock Mode List Length = 0x02
6. Supported Door Lock Mode 1 = 0x00 (Door Unsecured)
7. Supported Door Lock Mode 2 = 0xFF (Door Secured)
8. Supported Outside Handle Modes Bitmask = 0x00
9. Supported Inside Handle Modes Bitmask = 0x00 (No Handle)
10. Supported door components = 0x03 (Bolt & Door)
11. ARS = 1
12. HRS = TAS = BTBS = 0
13. Door Lock Operation Set Command:
14. Door Unsecured (0x00)
15. Door Secured (0xFF)
16. Door Lock Operation Report Command :
17. Door Unsecure, example: 00 01 02 FE FE 00 00

  * Door Lock Mode = 0x00 (Door Unsecured)
  * Outside Door Handles Mode = 0 (Disabled), Inside Door Handles Mode = 0 (Disabled)
  * Door Condition = 2 (Bolt Unlocked, Door Open)
  * Lock Timeout minutes = 0xFE (No unlocked period)
  * Lock Timeout Seconds = 0xFE (No unlocked period)
  * Target Door Lock Mode = 0x00 (Door Unsecured)
  * Duration = 0x00
2.  **Door Secured, example: FF 01 01 FE FE FF 00**
  * Door Lock Mode = 0xff (Door secured)
  * Outside Door Handles Mode = 0 (Disabled), Inside Door Handles Mode = 0 (Disabled)
  * Door Condition = 1 (Bolt Locked, Door Closed)
  * Lock Timeout minutes = 0xFE (No unlocked period)
  * Lock Timeout Seconds = 0xFE (No unlocked period)
  * Target Door Lock Mode = 0x00 (Door Unsecured)
  * Duration = 0x00

5. Door Lock Configuration Report Command :
6. Operation Type = 0x01 (Constant operation)
7. Lock Timeout minutes = 0xFE (No unlocked period)
8. Lock Timeout Seconds = 0xFE (No unlocked period)
9. Auto-relock time 1 = 0
10. Auto-relock time 2 = 0
11. Hold and release time 1 = 0x00
12. Hold and release time 2 = 0x00
13. BTB = TA = 0

The auto relock time mapping table of door lock and Z-Wave is as follows:

Door Lock Logging
The Command provides an audit trail in an access control application. Each time an event takes place at the door lock, the system logs the user’s ID, date, time etc.

Max records stored = 255

(using administrators user code)

| 2| Unlock Command: Keypad access code verified

unlock command

7| Unlock (using user code)| 2| Unlock Command: Keypad access code verified

unlock command

8| Change user code (using Z-Wave)| 27| User code changed
9| Add user code (using Z-Wave)| 23| User code added
10| Deleted user code (using Z-Wave)| 24| User code deleted
11| Add user code (using keyboard)| 23| User code added
12| Deleted user code (using keyboard)| 24| User code deleted

User Code
The Command is used to manage User Codes in access control systems

1. Support users: 250
2. Support master code
3. Supported User ID Status: available(0x00), enabled/grant access (0x01)
4. Supported Keypad Modes: Normal mode, Vacation mode, Privacy mode
   Keypad Mode| Z-Wave definition| Door lock function
   ---|---|---
   Vacation mode| Ignore any keypad input Accept the Master Code| Ignore any keypad input Accept the Master Code

Mark:

Privacy mode| Ignore any keypad input Ignore the Master Code| Ignore any keypad input Mark:

Accept the Master Code

5. User Code Capabilities Report Command :
6. Supported Users = 250
7. MC (Master Code) Support = 1
8. MCD (Master Code Deactivation) Support = 0
9. UCC (User Code Checksum) Support = 0
10. MUCR (Multiple User Code Report) Support = 0
11. MUCS (Multiple User Code Set) Support = 0
12. Supported User ID Status Bit Mask Length = 1
13. Supported User ID Status Bit Mask 1 = 0x03 (Available & Enabled/Grant Access)
14. Supported Keypad Modes Bit Mask Length = 1
15. Supported Keypad Modes Bit Mask 1 = 0x07 (Normal mode, Vacation mode, Privacy mode)
16. Supported Keys Bit Mask Length = 8
17. Supported Keys Bit Mask 1 = 0x00
18. Supported Keys Bit Mask 2 = 0x00
19. Supported Keys Bit Mask 3 = 0x00
20. Supported Keys Bit Mask 4 = 0x00
21. Supported Keys Bit Mask 5 = 0x00
22. Supported Keys Bit Mask 6 = 0x00
23. Supported Keys Bit Mask 7 = 0xFF (digits 0-7)
24. Supported Keys Bit Mask 8 = 0x03 (digits 8-9)

Schedule
The Command allows scheduling the execution of commands for a given duration in a supporting device. It is a generic Command Class that may be used to schedule commands of any other Command Class.

1. SCHEDULE_SUPPORTED_REPORT:
2. Number of Supported Schedule IDs : 10
3. Support Enable/disable: 0
4. Fall-back Support : 0
5. Start Time Support: 0x0E
6. Number of supported CC: 1
7. Supported CC 1 : USER_CODE_COMMAND_CLASS
8. Supported Command1 : 0x01 (Only Set Commands are supported)
9. Override Support: true
10. Supported Override Types: 0x01
11. Number of Supported Schedule Blocks: 1
12. SCHEDULE_SUPPORTED_COMMANDS_REPORT：
13. Supported Command Class: USER_CODE_COMMAND_CLASS
14. Supported Command: USER_CODE_SET

Battery
The Command is used to request and report battery levels for a given device.

1. If send Battery Get to the device, it will issue Battery Report with current battery level to the requester.
2. If re-power on, it will issue Battery Report with current battery level via Lifeline.
3. If waked up, it will detect battery level, and issue Battery Report (Value=0xFF) via Lifeline when battery level is less than 20%.
4. If the battery value change exceeds 5%, the battery report will be sent
5. Support timed battery report, refer to Configuration Parameter 3.

Indicator
The Command is used to help end users to monitor the operation or condition of the application provided by a supporting node.

Time
The Command is used to read date and time from a supporting node in a Z-Wave network.

Time Parameters
The Command is used to set date and time in a device hosting this facility

Configuration
The Command allows product specific configuration parameters to be changed.

Note : No Bulk Support equals to True. It will return an Application Rejected Request Command when receiving Configuration Bulk Set or Get (if received without Supervision encapsulation). It will reset all its configuration parameters if either manually reset to factory default or receives a Configuration Default Reset Command. It will NOT modify or reset any configuration parameter when being included or excluded of a Z-Wave network.

(10 days)

Read-only| False| Default Value| 1440(0x05A0)

(one day)

Altering capabilities| False| Advanced| False
Description| Enable/Disable timed battery report and sets how often battery is reported in minutes.
Value| Function
0| Disable timed battery report
1-14400| Enable timed battery report and sets how often battery is reported in minutes.
Parameter| 0x04 (4)
---|---
Name| Association Group 2 Settings
Info| Configure the Basic Set value
Properties| Size| 1| Min Value| 0
Format| Enumerated| Max Value| 6
Read-only| False| Default Value| 1
Altering capabilities| False| Advanced| False
Description| Determine the Basic Set value to control other Z-Wave devices directly.
Value| Function
0| Disable completely.
| 1| Unlocked Status sends Basic SET 0xFF, Locked Status sends Basic SET 0x00.
---|---|---
2| Unlocked Status sends Basic SET 0x00, Locked Status sends Basic Set 0xFF.
3| Sends only Basic SET 0xFF when Unlocked Status happens.
4| Sends only Basic SET 0x00 when Locked Status happens.
5| Sends only Basic SET 0x00 when Unlocked Status happens.
6| Sends only Basic SET 0xFF when Locked Status happens.

FAQ

Q: How do I factory reset the door lock?
A: To factory reset the door lock, refer to Section 3.6 in the user manual for detailed instructions.

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