Alarmcom Building 36 ADC-SWV100 User manual

Building 36 Technologies
Confidential and Proprietary
Building 36 Smart Water Valve
Z-Wave User Manual
V1.2
July 16, 2019

Smart Water Valve Z-Wave User Manual July 16, 2019
Building 36 Technologies
Confidential and Proprietary 2
1Z-Wave Add and Remove Process
1.1 Adding the Water Valve to a Z-Wave network
1) Put Z-Wave controller into Add mode. See Z-Wave controller documentation for further information.
2) Press the NETWORKING button on the side of the control unit. The Z-Wave LED will begin to blink.
3) The valve has been successfully added to the network when the Z-Wave LED becomes solid.
1.2 Removing the Water Valve from a Z-Wave network
1) Put Z-Wave controller into Remove mode. See Z-Wave controller documentation for further
documentation.
2) Press the NETWORKING button on the side of the control unit. The Z-Wave LED will begin to blink.
3) The valve has been successfully removed from the network when the Z-Wave LED is no longer flashing or
illuminated.
Note: At any time during the add or remove process, a single press of the pairing button will cancel the function
being performed
1.3 Reset Water Valve to default state
NOTE: Device reset will reset EEPROM, configuration parameters, Z-Wave chip and forcibly clear the Smart Water
Valve’s Z-Wave Node Identification. Please use this procedure only when the network primary controller is missing
or otherwise inoperable.
1) Press and hold the NETWORKING button on the side of the control unit 5 seconds. The LEDs will blink
rapidly for 5 seconds.
2) If there are nodes in the “Lifeline” association group, the LEDs will blink slower until all nodes are notified
using a Device Reset Locally Report.
3) Once the device has been reset, the LEDs will return to their normal state.
2Compatibility with Other Manufactures’ Z-Wave Devices
This product can be included and operated in any Z-Wave network with other Z-Wave certified devices from other
manufacturers and/or other applications. All non-battery-operated nodes within the network will act as repeaters
regardless of vendor to increase reliability of the network.
3Node Information
The Smart Water Valve supports non-secure, S2 Unauthenticated, and S2 Authenticated enrollment. The Smart
Water Valve learns in as an Always On Slave (AOS).
A Security Enabled Z-Wave controller must be used in order to fully utilize the product.
The Z-Wave DSK code is embedded in the QR code on the back of the Smart Water Valve, to the right of the Z-
Wave Plus logo. The 5-digit DSK pin is located beneath the QR Code. The QR code and entire DSK is printed on the
Smart Water Valve box.

Smart Water Valve Z-Wave User Manual July 16, 2019
Building 36 Technologies
Confidential and Proprietary 3
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.
The table below shows the command classes supported by the Smart Water Valve, the command class version, and
the required security class for each command class.
Table 1 - Z-Wave Command Class and Security Information
Command Class
Version
Required Security Class
Z-Wave Plus
2
None
Association
2
Highest Granted Security Class
Clock
1
Highest Granted Security Class
Configuration
1
Highest Granted Security Class
Firmware Update Meta Data
3
Highest Granted Security Class
Manufacturer Specific
2
Highest Granted Security Class
Version
2
Highest Granted Security Class
Device Reset Locally
1
Highest Granted Security Class
Power Level
1
Highest Granted Security Class
Association Group Info
1
Highest Granted Security Class
Supervision
1
None
Security 2
1
None
Transport Service
2
None
Binary Switch
1
Highest Granted Security Class
Basic
1
Highest Granted Security Class
4Association Reports
The Water Valve will report the following on the lifeline association group (Group 1). The maximum
number of devices on the lifeline association group is four (4).
Switch Binary Report: On a change in state of the valve and every 4 hours as HEARTBEAT report
Device Reset Locally: When the valve is reset, it will send a Device Reset Locally Notification to all devices on the
lifeline association group.
5Binary Switch (Version 1)
The Water Valve supports the Binary Switch command class to remotely set and report on the state of the valve
actuator.
Table 2 –Switch Binary Valve State Mapping
Value(s)
Valve State
0x00
Valve Open
0x01-0x63, 0xFF
Valve Closed
0x64-0xFE
Reserved

Smart Water Valve Z-Wave User Manual July 16, 2019
Building 36 Technologies
Confidential and Proprietary 4
6Basic Command Class Handling
The BASIC Command Class is mapped to BINARY SWITCH Command class as specified by SDS11847-8, section
4.25.5 Basic Command Considerations.
7Configuration Command Class
7.1 Parameters
7.1.1 0x01: Z-Wave Listen Before Talk (LBT) Threshold –Channel 0
Set the Channel 0 LBT threshold on the Smart Water Valve. The threshold controls at what RSSI level the Z-Wave
radio will refuse to transmit because of noise. Each step corresponds to a 1.5dB power step.
Valid Range: 34 to 78 (Decimal)
Default: 78 (Decimal)
Size: 1 Byte
7.1.2 0x02: Z-Wave Listen Before Talk (LBT) Threshold –Channel 1
Set the Channel 1 LBT threshold on the Smart Water Valve. The threshold controls at what RSSI level the Z-Wave
radio will refuse to transmit because of noise. Each step corresponds to a 1.5dB power step.
Valid Range: 34 to 78 (Decimal)
Default: 78 (Decimal)
Size: 1 Byte
7.1.3 0x45: Device Reset (Write only)
A write of 0x0B36 to this configuration parameter will cause the Smart Water Valve to reset.
Size: 2 Bytes