Somfy Motor to Building Management System* There are 5 Scenarios in which a Somfy Motor can be connected to a Building Management System

1. 240V Standard motors (direct to BMS) (LS40, LT50, LT60, LS80)** 2. 240V Standard motors (via electronic controller) (LS40, LT50, LT60, LS80)** 3. ILT Motors (LT50 ILT) 4. Motors with Inbuilt radio receivers (R.T.S. Radio Technology Somfy, ALTUS, OREA, OXIMO, ALTEA, CSI RTS)*** 5. 24V Motors (Concept 25) 6. Curtain Track Motors (Glystro)

*General Notice, All Motors and Electronic controls have specific installation Instructions that must be read. Each scenario is different and the following diagrams are only a guide for wiring. If you are not sure it is best you contact Somfy Customer Service on +61 2 8845 7272 ** LS40 Motors are Double Insulated and do not require an earth connection. All other 240V Motors require the earth connection. ***ALTUS LS40 Motors also have specific installation instructions. Please see leaflet accompanying each ALTUS LS40 Motor.

1. 240V Standard motors (direct to BMS) (LS40, LT50, LT60, LS80) IMPORTANT NOTES - MUST READ Direct 240V Switching from Building Management System - should only ever be used in conjunction with Standard Somfy motors. This method of connection is only used when the BMS is going to be the only source of control, has the ability to interlock between the up and down commands and provide Individual Outputs for every motor. These features are critical to this type of installation and if they cannot be achieved do not use this method of installation. Interlocking means that when an up or down direction is activated the opposite direction cannot be physically switched or is disabled (mechanically or otherwise). The BMS must switch 240V to the up or down directional wires to drive the motor and 0V to stop the motor. In a scenario with multiple motors each motor will require it's own individual connection to the BMS or a group controller is to be used. NOTE: If both up and down are activated at the same time this will cause un-repairable permanent damage to the motor. The Relays must be interlocked!

Multiple Motors Connected When using a 3 GMC (3 Motor Group Controller) directly wired to BMS the system MUST unlatch the switching input after a maximum of 4 minutes.

2. 240V Standard motors (via electronic controller) (LS40, LT50, LT60, LS80) Using the Animeo Motor Controller Notes: For BMS control of motors individually each Motor input will require two Dry Contact (0 volt) relays with a momentary latch of 0.5 - 1.5 seconds. Stop commands are issued by latching both Up and Down relays together, again momentarily (0.5 - 1.5 seconds). If motors only momentarily move on a contact pulse, then verify the unit is not in Venetian mode (refer to installation manual for mode change).

Using a CD4 NOTE: The switching consists of low voltage contact closures, 1 Second min.

3. ILT Motors (LT50 ILT) Connecting a Single ILT Motor to A BMS NOTE: The switching consists of low voltage contact closures, 1 Second min.

Individual and Group Control of ILT Motors NOTE: The switching consists of low voltage contact closures, 1 Second min.

4. Motors with Inbuilt radio receivers (R.T.S. Radio Technology Somfy, ALTUS, OREA, OXIMO, ALTEA, CSI RTS) For Radio controlled motors, no control wires are present between the Building Management System and the Motor IMPORTANT NOTES: The Building Management System must provide No Voltage Contacts Closures. Closure of the commands will only need to be done for 1.5 seconds max. To create a Stop command on the Busline Transmitter close contacts between Up, Down and Common.

The RTS Motor Is connected direct to a 240V Supply. A Single Channel Busline Transmitter is connected as follows.

5 Channel Busline Transmitter is connected as follows

5. 24V Motors (Concept 25) NOTE: Inputs from Centralis DC IB are dry contact closures only. Closing contacts between Common and a Direction will send the motors in that direction. Closing contacts between Common, Up and Down will stop the motors. The tilting feature is not available through busline commands. Only a momentary signal is required through the busline for a 3min operation. Control using a Centralis DC IB

Control Using a GPS1020

6. Curtain Track Motors (Glystro) NOTE: Inputs from Centralis DC IB are dry contact closures only. Closing contacts between Common and a Direction will send the motors in that direction. Closing contacts between Common, Up and Down will stop the motors.

Glystro Motor Connected to A Building Management System via Centralis DC IB

Wiring of Busline to BMS