Difference between revisions of "Everspring SP103"
From LinuxMCE
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= Setup = | = Setup = | ||
== In a nutshell == | == In a nutshell == | ||
− | : 1 | + | : Step 1: Addition/Inclusion of motion sensor to ZWave network |
− | : 2 | + | : Step 2: Association of motion sensor via LinuxMCE WebUI |
== Addition/Inclusion == | == Addition/Inclusion == | ||
Line 29: | Line 29: | ||
: 4. Complete inclusion process by inserting batteries in motion sensor | : 4. Complete inclusion process by inserting batteries in motion sensor | ||
: 5. Plug ZWave controller back to LinuxMCE Core | : 5. Plug ZWave controller back to LinuxMCE Core | ||
+ | |||
+ | == Association == | ||
+ | : 1. Collect data from your ZWave controler needed for association | ||
+ | :: 1.1. Advanced -> Configuration -> Devices | ||
+ | :: 1.2. In left windows scroll down to ZWave and click on '''ZWave Controller''' | ||
= Command Classes = | = Command Classes = |
Revision as of 22:52, 29 July 2010
Version | Status | Date Updated | Updated By |
---|---|---|---|
710 | Unknown | N/A | N/A |
810 | According to category, Works without caveats | 11th May 2010 | Wierdbeard65 |
1004 | Unknown | N/A | N/A |
1204 | Unknown | N/A | N/A |
1404 | Unknown | N/A | N/A |
Usage Information |
Contents
Status
Tested (and working) with the latest svn Z-Wave driver (will be included in 0810).
The Everspring SP103 is a basic PIR supporting on/off. One of the disadvantages is the energy consumpton "Eats batteries like there is no tomorrow"
About
The Everspring SP103 is a battery powered Z-Wave PIR sensor. It uses a frequency of 868MHz. There is also a US version.
Manuf ID1: 0x0 ID2: 0x60, Prod Typ1: 0x2 Typ2: 0x2, Prod ID1: 0x0 ID2: 0x1
Setup
In a nutshell
- Step 1: Addition/Inclusion of motion sensor to ZWave network
- Step 2: Association of motion sensor via LinuxMCE WebUI
Addition/Inclusion
- 1. Remove batteries from motion sensor
- 2. Unplug USB ZWave controller from Core
- 3. Put ZWave controller into inclusion mode
- 4. Complete inclusion process by inserting batteries in motion sensor
- 5. Plug ZWave controller back to LinuxMCE Core
Association
- 1. Collect data from your ZWave controler needed for association
- 1.1. Advanced -> Configuration -> Devices
- 1.2. In left windows scroll down to ZWave and click on ZWave Controller
Command Classes
- BASIC_TYPE_ROUTING_SLAVE
- GENERIC_TYPE_SENSOR_BINARY
Supports
- COMMAND_CLASS_SENSOR_BINARY
- COMMAND_CLASS_WAKE_UP
- COMMAND_CLASS_ASSOCIATION
- COMMAND_CLASS_CONFIGURATION
- COMMAND_CLASS_BATTERY
- COMMAND_CLASS_MANUFACTURER_SPECIFIC
- COMMAND_CLASS_VERSION
Controls
- COMMAND_CLASS_BASIC