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Monday |
Tuesday |
Wednesday |
Thursday |
Friday |
0830-0900 |
Welcome |
Arrival and Exchange |
Arrival and Exchange |
Arrival and Exchange |
Arrival and Exchange |
Unit 1 |
Easy Lighting Planning Square meter formulas. Room types, Direct/Indirect |
Automatic Basic Lighting Presence Sensor Air/Tree
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Shading & Automation Controls vs Automation  configuration shading types
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Multiroom Audio System, scaling, simple audio planning |
Media controller IR and RS Protocols, AVR |
Unit 2 |
Intuitive Operating Concept Room types & moods |
Presence Optimization Exercises by type of room |
System Protection Functions Storm, frost, privacy, break-in |
Cabling & Configuration Audioserver Extension speaker |
Operating Concept Specific Operating modes, Touch Pure Flex |
Unit 3 |
Configuration Room Types Basic Configuration |
Presence Areas Practice P/1-8 |
Optimise Protection Functions Practical exercises by type |
Operation & Connections Line In/Out, SPDIF Signal converter |
Optimise Conference Room Control and programming |
1200 |
Lunch Break |
Lunch Break |
Lunch Break |
Lunch Break |
Lunch Break & wrap up |
Unit 4 |
Lighting Controller In-depth T5/1-8, lC1-4, M+/-, Mix |
Technologies Dali, DMX, PWM |
Weather & Sunshine Weather station & forecasts |
Smart Home Functions TTS, Announcements, Bell |
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Unit 5 |
Operating Concept Advanced Exercise by type of room |
Daylight Control HCL Practical implementation |
Automatic Sun Position Control Protection types IR/UV/Lux |
HiFi and Ambient Sound Signum and Install 7 |
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Unit 6 |
Operating Concept Specific     Hotel, Office, Auditorium |
Constant Light Control Measurement, control, implementation |
Automatic Sun Position Control Optimization of parameters |
Acoustics & Sound Optimization   Optimize audio planning |
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Unit 7 |
Touch Pure Flex Scrolling text, master brightness |
Signalization via Light Practice example |
Operating Concept Specific Practical examples |
Audioserver in combination   Exercises Lan/Tree Turbo |
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I build my house in SW-Florida (Ft. Myers). All bedrooms, living room and the covered outdoor dining/living have ceiling fans. This is pretty much standard in SW-Florida.
Bedrooms have an area of of between 170 and 220 sft with 10 ft ceiling.
Living and outdoor dining have appr. 200sft each with 12 feet ceiling and so does indoor living with 400 sft area.
I understand the dimensioning of ceiling fan and am only interested in operating/controlling a fan with T5 touch standard or Remote Air and not through Alexa, Siri or the proprietary remote control of fan manufacturer.
Typical samples which are often used in the region:
https://www.bigassfans.com/for-home/ (several airflow settings)
https://www.homedepot.com/p/Progress-Lighting-Oriole-Three-Blade-60-in-Bronze-Integrated-LED-Ceiling-Fan-P2592-12930K/308348567#overlay
U
sually they have a remote or remote and wall switch to control fan speed and if integrated a light.
There is a wide variety of fans like this most with 3-speed motors. The controls use a capacitor or resistor to select the speed. I did not found a way how to circumvent the resistor or capacitor to control speed with T5.
Ahh i see. Forgive me I read the unit as being an ext.fan.
So the first example (Big ass Fans) seems most of the units have an optional 0-10v input for speed control so that’s an option with an analogue output and a dimmer block linked to the T5 switch.
Anything with a remote I’d be looking to firstly see if it’s an IR remote and using some sort of IR control or re-purposing the remotes buttons through relay outputs to mimic the speed functions.
Unfortunately unless it’s a really dumbed down version of these you might struggle to do anything with capacitance to control speed.
Joe.
Thanks,
This is exactly what I was suspecting. I end up with simply selecting the most dumbed version of control and do it with relais outputs.
Thanks again, Bruno
No problem Bruno, radio button would work nicely to cycle through speed controls on say top left and then all off on bottom left.
Good luck! Joe.