ASP Training Certification 2

Certificates Only Valid For One Year From Date of Issue. Annual recertification required.

Prerequisites:

1. Bronze level Training Certification
2. Bronze level Practical Exercises
3. Successfully completed at least one project unassisted

Duration:

1. 16 hrs Training
2. Practical Exercises

Goals

1. Gain a solid grasp of Bluetooth Mesh Networks.
2. Understand the components of Bluetooth Mesh network and how to combine them to build advanced, functional spaces. Master the BubblyNet App and all of its functionality.

Topics:

1. BubblyNet Devices - Intermediate:
1. phase controllers; forward vs. reverse
2. load controllers
3. sensor controllers
4. shade controller
5. time source; installation within view of satellites
6. site wiring, testing and debugging techniques
2. Pro User Controls:
1. proxy picker
2. scheduler
3. sensor config
3. Pro User Configuration:
1. Network Devices Page basics
2. bind to multiple groups when provisioningbind to multiple groups when provisioning
3. default transition time
4. on-power restore
5. proxy enable/disable
4. Friendship devices:
1. push-to-poll functionality
2. superfriend
5. LC setup:
1. occupancy/vacancy
2. runlevel
6. Q-Series setup:
1. scenes setup server subscription and config
2. reconfiguration to different preset
3. LPN Q-Series
4. client model parameters (eg CTL/HSL)
7. App: Multi-user sync
1. login and import network config from cloud
2. invite and administer users
8. Time Source:
1. check GPS lock
2. manually update time when lock not available
3. check and update Daylight Savings
4. firmware DFU

Practical Exercises:

1. Setup a sensor and tune the sensitivity
2. Reset and reconfigure an LPN Q-Series
3. Switch between proxies in the network; enable/disable proxy on a device
4. Successfully DFU:
1. LPN Q-Series
2. 26w CC Driver

Commission and control an ad-hoc (non-preset) residential:

1. Nested groups: ((1st floor(kitchen, living room)), (2nd floor (bedroom, bathroom)))
2. multiple LPN Q-Series with LC on/off, runlevel and scenes
3. Sensors in toplevel (1st/2nd floor) and nested (kitchen, bathroom) groups
4. RGBW fixture in living room with per-device scenes
5. individual level per-fixture for each scene
6. GPS time source sync’ing the network
7. scheduler drives morning-time and meal-time scenes