Motorized Roller Shades

Transcription

1 Motorized Roller Shades Revision 8/7/2012 Sales/Support: Web / Catalog: Training:

2 Code and Insurance Always Follow National Code State Code Local Code National Electric Code (NEC) When No Code Exists the Code Defaults to the NEC Licensing and Insurance What are the Licenses Required? Are Employees Covered for Electrical and other Trade Work?

3 Motorized Roller Shades Action: Rolled fabric raises and lowers Power 12V DC Solar Battery Transformer 24V DC 110VAC Control RTS Wireless Contact Closure Infrared (IR) RS-485 Z-Wave ZigBee HA

4 Measuring For Roller Shades

5 Measuring For Roller Shades Tip: Use a metal tape measure. A cloth tape may stretch and distort measurements. Be sure to measure every window. Some may appear identical and often are not.

6 Inside Frame Measurement Inside mounted treatments are recessed within the window opening. When the shade is mounted inside the frame it gives a clean, custom built-in look Tip: For the shade to fit in the window frame, the jamb extension must be 2 3/4 deep or greater. For larger shades the depth may need to be 4. When ordering shades that will be mounted inside a frame it is a good idea to request a deduction. The fabricator will then take a minor deduction to the width to ensure the brackets do not bind when installed. When you fill out the shade request on-line specify the shade measurement type as inside frame and a deduction will be added to your quote.

7 Inside Frame Measurements Width (3 locations) Height Top Center Bottom Measure the width at the top, center, and bottom of the opening. Use the narrowest of the 3 measurements. Measure the height of the opening.

8 Inside Frame Shade Light Gap Dimensions may change based on motor and assembly The red line represents the light gap A motor always must be wider than the fabric The width of the opening dictates the maximum width of the motor, mounting hardware and brackets A fabricator builds the treatment based on the opening size The shade material must be narrower than the motor, there is a space between the fabric and the sides of the opening The width of the light gap varies based on a motor type and the size of the treatment The light gap on low voltage motors is typically 5/8 The light gap on a line voltage motor ranges from 1 1/8 to 1¼ The distance on both sides is not always equal (See example image) In most residential applications the light gap falls on a trim molding so the glass is fully covered

9 Inside Frame Blackout Rails + Sills For true blackout applications order a set of rails and sills Rails and sills are metal U channels mounted to the sides and bottom Blackout material falls in the U channel to block light and fill the light gap * The side rail is shown in orange to highlight it in the illustration. Rails and sills are white or brown and can be painted. They are available up to 20 long Felt / Pile 1.75 Hem Bar & Fabric Edge ride inside the channel

10 Surface Mount Shade Measurements Outside mounted treatments mount either on the wood frame or above the window They will make a window appear bigger and hide unattractive windows Use an outside mount when there is not sufficient depth for inside mounting

11 Outside Frame Measurements Height Width Outside Bracket (OB) Measurement: This is the most popular surface mount measurement technique Measure the exact area to be covered Include overlap on the surrounding wall or frame The motor mounts directly to the top molding and is built to the same width as the window and molding Cloth Measurement: The architecture of the room dictates that the cloth must cover a specific area The motor and brackets can extend past the width of the window and molding

12 Outside Bracket vs. Cloth Measurement Outside Bracket (OB) Measurement Outside Bracket (OB) The width of the motor and brackets are even with the molding outer edge There is a light gap which varies based on the motor type and size of the window treatment Cloth Measurement The motor and bracket expand beyond the sides of the window The cloth covers the area specified on the order Cloth Measurement

13 Outside Bracket Measurement Light Gap Outside Bracket (OB) Measurement Dimensions may change based on motor and assembly The red line represents the light gap A motor always must be wider the the fabric The width of the opening dictates the maximum width of the motor, mounting hardware and brackets A fabricator builds the treatment based on the molding width The shade material must be narrower than the motor, there is a space between the fabric and the sides of the opening The width of the light gap varies based on a motor type and the size of the treatment The light gap on low voltage motors is typically 5/8 The light gap on a line voltage motor ranges from 1 1/8 to 1 ¼ The distance on both sides is not equal (See example image) On request, the light gap distance can be provided with any quote In most residential applications the light gap falls on a trim molding so the glass is covered

14 Head Pockets New Construction For a hidden, professional installation use an aluminum head pocket Installs above the window The lower removable plate leaves a slot for the fabric to hang Integrated rails makes installing brackets quick and easy Order to the width of the treatment Use a 4 pocket when using 24VDC Use a 5½ pocket when using 110VAC Removable plate New Construction Head Pocket

15 Motor Options Motor Power Noise Level Control Limit Setting LT-30 12VDC Standard RTS RTS Remote ST-30DCT 24VDC Quiet Contact Closure Limit Tool ST-30RTS 24VDC Quiet RTS RTS Remote ST-30RS485 24VDC Quiet RS-485 Limit Tool Sonesse 50 RTS 110VAC Quiet RTS RTS Remote Sonesse 50 ILT 110VAC Quiet ILT (RS-485) or Contact Closure Limit Tool

16 Quoting Shades Start with the shade measurement The price in the square is referred to as the base price Choose the appropriate motor Sizes shown in gray are not available with a battery motor White = All motors 110VAC start at 36 wide Grey = 24VDC and 110VAC Black = 110VAC only

17 Quoting Shade Example Opening measurement 47 W x 73 L 110VAC power RTS (1 shade) Rails and Sills, no fascia Base Price $122 Rails ($76) + Sill ($24) $100 Motor (50 RTS) $459 Total: $681 Controls and shipping sold separately

18 Quoting Shade Fabrics Alkenz The catalog Base Price includes: 3000 NET 1% (not on the web site) 3% 5% 10% Fabric warranty for the life of the product Fabric books are $10 (shipped) If other fabrics are selected, call for a quote Brochure:

19 Quoting Shade Fabrics Mermet fabrics The catalog Base Price includes: E screen 3%, 5%, 10% Openess M screen 3%, 5% Openess Vienne 10% Geneva Twilight Blackout 5 Year Exterior or 10 year Interior Warranty Fabric swatches are $10 (shipped) If other fabrics are selected, call for a quote

20 Quoting Shade Fabrics Phifer SheerWeave fabrics The catalog Base Price includes: 3% Openess 2410, , 4650 = multiply base price by % Openess 2000, 2390, 2705, 4000, 4500, 4550, % Openess 2100, 2360 Blackout = multiply base price by = multiply base price by 1.35 Fabric swatches are $10 (shipped) Limited Fabric warranty If other fabrics are selected, call for a quote

21 110VAC Pre-wire AC Outlet Hidden by a valance Cat5 for RS-485 or contact closure Run AC wiring to the motor location. All motors recommended by Worthington Distribution only require 14/2 + GND, for the option of non-intelligent motors, run 14/3 + GND The motor wiring is traditionally hidden by a valance (not supplied) For non-rts applications run a Cat5 for control

22 Power: 12VDC Solar Power Solar charging kit: Solar Battery Charger 5 year warranty Mounts in a window and charges the battery Solar batteries must be charged before use Order a SOM Pre-installation AC charger Typical pre-installation charge is 24 hours

23 Power: 12VDC Battery or AC Re-loadable battery tube: Battery Y cable: VDC Plug-in Power Supply: Re-loadable Battery Tube Use with 8 lithium batteries ( ) For extended battery life or heavy treatments, use a Y cable to wire two tubes in parallel Dual battery wands typically extend battery life by 75 percent Add Wall Mounting Clips for the Battery Tube ( ) 1 pair Plug-In Power Supply A great solution when wires can be run

24 24VDC Pre-wire 16/2 (150 ) 14/2 (200 ) Cat5 for RS-485 or contact closure Run 16/2 for up to 150 Run 14/2 for up to 200 When shades are moving together, it is best if the wire lengths are the same Voltage drop affects motor speed For non-rts applications run a Cat5 for control

25 Power: 24VDC When installing jobs with 3 or more 24VDC motors, Somfy Power Panels are strongly recommended They save time, provide a professional installation, and have individual fuses They do have a cost premium; however, they quickly pay for themselves because they install in minutes When using RS-485, the communication ports make programming a snap Power supplies and power distribution boards are available for ala carte installations The least expensive power option is the SOM A plug-in power supply Substituting non-somfy power supplies is not recommended May be non-regulated causing voltage issues May be non-filtered leading to a noisy motor

26 ST-30 DCT / RS485 Limit Tool Setting Limits ST-30DCT and ST-RS485 Limit Setting Tool Limit Setting Tool Limit Setting Cable Connect Power Watch polarity Reversed polarity does not hurt the motor, the motor will not respond Connect the limit setting cable to the motor Wire the Limit Setting Cable to the Limit Setting Tool 1 UP (White/Blue) 2 STOP (Blue) 3 DOWN (White/Orange) 4 GND (Orange)

27 ST-30 DCT / RS485 Set Limits Up Stop Down Check the direction of rotation Press the setting tool UP button If the shade travels down, press the setting tool Stop button until the shade jogs Confirm the rotation is correct with the up button Adjust the limits Press and hold the Up button to move the shade to the desired up position Press the Stop and Down buttons and release them once the shade begins to move Press the Stop button when it is close to the desired down position Adjust the down position Press the Stop and Up buttons and release them when the shade begins to move The shade will move and stop at the upper limit Confirm the end limits by pressing and holding the Stop button until the shade jogs

28 Factory Defaulting the ST-30 Motor Hold all 3 for 3 jogs If the motor is not behaving correctly it is possible the limits are scrambled (bottom is above the top) Factory default the motor Stop the motor Hold all 3 buttons in simultaneously The motor will jog 3 times Let go of the buttons The motor is at default, set the limits

29 Sonesse 50 ILT Limit Tool Limit Setting Tool Up Down Stop Switch Setting Limits Sonesse 50 ILT Limit Setting Tool Limit Setting Tool No extra cable is needed Connect Power Connect the setting tool to the motor with the phone cable. The LED light turns on. Push the selector switch into the up position Check the direction of rotation Press the setting tool Up button If the shade travels down, press the setting tool Stop button until the shade jogs Confirm the rotation is correct with the up button Adjust the shade to the up limit location by pressing the Up or Down buttons and push the switch to its Middle position. The Up limit recorded. (continued on next slide)

30 Sonesse 50 ILT Setting Limits Limit Setting Tool (continued from previous slide) For the Down limit, slide the to the Down position Adjust the shade to the required Down limit, by pressing the Up or Down buttons Do not press the Stop button, just let go and the shade will stop. If you press the stop button by accident, the motor will reverse directions and will not function when you set the switch to the Middle position to record the Down limit New limits will need to be set. Push the selector switch to its Middle position to record the Down limit Check the upper and lower limits

31 Z-Wave Interface: Power The Somfy Z-Wave interface is compatible with ILT (110VAC) and RS-485 (24VDC) communicating motors Follow the previous slides for setting limits and setting the motor direction The cables for both motors are included The Sonesse 30 Motor configuration is powered externally by +24VDC. Using the Power cable make sure that the white wire is on the left, and the black wire is on the right +24 VDC when plugged into the interface. Apply +24 VDC to the white wire, and -24 VDC to the black wire. The interface must be mounted within thirty (30) feet of each motor head

32 Z-Wave Installation Follow the previous slides for setting limits and setting the motor direction Including the ZDMI into a Z-Wave network Upon power-up, the Inclusion LED will illuminate for five (5) seconds then turn off When the LED turns off, press the Setup button to verify motor movement Select the inclusion (add device) command on the Z-Wave programmer or remote controller Press the Setup button to include the ZDMI in the network. Verify that the Inclusion LED stays illuminated when the interface is included in the network. Excluding the ZDMI from a Network Select the exclusion (remove device) command on your Z-Wave programmer or remote controller Press the Setup button to exclude the ZDMI from the network. Verify that the Inclusion LED turns off.

33 Z-Wave Control Z-Wave Operation The ZDMI interface can be operated by 3rd party automation, handheld and PC based controllers, or by manually by pressing the Setup button The following commands are supported Light On = Window Covering UP Light Off = Window Covering DOWN Light Brighten & Dim = Shade Up & Down Light level command 0% is lower limit 100% is upper limit Values between 0% and 100% = 99 intermediate window covering positions

34 Z-Wave Factory Reset Factory Reset Sonesse 30 RS485 Motor Remove the 24VDC power from the Interface Press & hold the Setup button while plugging the 24VDC power back into the ZDMI Continue holding the Setup button, and the Inclusion LED begins to blink slowly then rapidly after 5 seconds Upon rapid blinking of the LED, release the Setup button. The LED will remain off. Sonesse 50 ILT2 Motor Unplug the motor s communications cable from the Interface. Press & hold the Setup button while plugging the motor back into the Interface. Continue holding the Setup button, and the Inclusion LED begins to blink slowly then rapidly after 5 seconds Upon rapid blinking of the LED, release the Setup button. The LED will remain off.

35 Contact Closure The ILT and ST-30 DCT motors are designed for use with normally open (N.O.) relays. Up to 3 relays are needed per motor (see ILT exception below). Wire N.O. and C to the direction and ground (C). For the ST-30 use the Limit Setting Cable For the Sonesse 50 ILT Motor use a contact closure splitter Up to 4 motors can be controlled from 1 set of control relays (up/down/stop) Without the splitter, only wire 1 motor per relay Sonesse 50 ILT Motor Without the ILT Splitter ILT Splitter Up Common Down 5VDC

36 RTS Controls: RTS Remotes Pure channel RTS Controllers Silver Lounge channel RTS Controllers Pure Silver Lounge Patio Patio The shade motor is controlled by Somfy RTS Single or 5 channel control Advantages of RTS Technology 65 foot installed range The RTS radio receiver is integrated directly into the motor Control a variety or motor types from a single device A channel can control one or many treatments with a single button press Reliable More 10 million installations worldwide 13.4 million Rolling Codes Multiple Channels

37 RTS Controls: Other RTS Remotes 16 channel RTS Controller Pure Silver Use the 16 channel controller for large installations DecoFlex WireFree wall mounted RTS keypads are available in 5,4,3,2 and 1 channel configurations There are 56 word choices for key labels available Use the DecoFlex base to create a great tabletop controller 5 channel RTS DecoFlex White Ivory Black Almond Base for DecoFlex White Silver Black

38 RTS Controls: RTS Timer / Light Control : RTS Indoor Light : Adds Temperature Sensing Somfy RTS Controls can provide simple window treatment control Use indoor light and/or temperature to control window treatment position Move window treatment positions from a handheld Chronis timer The Chronis Comfort is the easy way to control a single or group of window treatments Control up to 4 up/down positions per day 6 channel RTS Chronis Timer Pure Silver : 1 channel RTS Chronis Comfort : Chronis Comfort Sun Sensor

39 RTS Controls: RTS Integration Universal RTS Interface The Universal RTS Interface II (URTSI II) can be used to communicate between third party systems and Somfy's RTS Motors Capable of individual or group control, and can be operated via infrared remote, RS232 and RS485 (HAI) serial communication More than one URTSI II can be used in a system Start with channel 1 (not 0) Worthington Distribution offers a pre-made and tested cable for connecting an URTSI II and an HAI controller: SOMHAICBL $9.99

40 RTS Controls: Contact Closure RTS Contact closure interface (3) Dry Contacts Up / Down / Stop or Preset Momentary contact only Separate relay up, down and if applicable stop Control individual shades or a group of shades RTS Contact Closure Interface RTS Transmitter Cat No. SOM

41 RTS Controls: RTS Repeater The RTS Repeater receives the signal from an RTS transmitter and re-transmits the signal to an RTS compatible motor or receiver Simply plugs into any 120V AC electrical outlet, no programming required Should be placed at least halfway between the transmitting device such as a Telis hand-held remote and the receiving device, the motor Solves the challenge of transmitting the signal in particularly large rooms or areas One repeater can be used in an installation

42 RTS Setup - Power RTS Learning Motors are shipped in Factory Mode without limit settings and transmitter ID s Power must ONLY be connected to current window covering being programmed All other window coverings must be disconnected from their respective power while programming

43 RTS Setup Programming the Remote Up Down Programming Button Hang the treatment. Confirm it is level. Apply power. On the multi-channel remote select a channel Traditional setup is to assign channels 1 4 to shades 1,2,3 and 4. Traditionally channel 5 is used to communicate with all of the drapes as a group Place the motor in program mode On the transmitter press and hold Up and Down The shade motor will jog: A jog is a brief open/close motion Release Up and Down Confirm the motor direction using the Up and Down buttons To change motor direction Press and hold the My button, the motor will jog Set the limits (next slide)

44 RTS Setup Setting Limits Up Down Programming Button Setting the Limits The motor must be in program mode (previous slide) Move the fabric to the top position using the up and down buttons Hold my and down buttons, the shade should move in a downward direction, release the buttons If the motor stops, go back to the top and hold my and down buttons again As the shade approaches the bottom, press the my button to stop Move the shade to the lowest position and press the My and up buttons The shade will run upward and stop at the top When limits are set, hold the My button, shade will jog If there are issues setting limits, remove power for 5 seconds, apply power and start over by entering program mode (previous slide) Hold the program button on the back, the shade will jog

45 RTS Setup User Mode User Mode Setting a My position Use the up/down buttons set the shade to an intermediate position Press and hold the My button until the motor jogs Up Down

46 RTS Setup Adjusting Limits Up Down Adjusting the Limits Upper Limit Adjustment: Press the Up button, to move the shade to the limit to be re-adjusted Press and hold the Up and Down buttons simultaneously until the shade jogs Press and hold the Up or Down button to move the shade to the new desired position To confirm the new limit, press and hold the My button until the shade jogs Lower Limit Adjustment: Press the Down button, to move the shade to the limit to be re-adjusted Press and hold the Up and Down buttons simultaneously until the shade jogs Press and hold the Up or Down button to move the shade to the new desired position To confirm the new limit, press and hold the My button until the shade jogs

47 RTS Setup Add or Remove Transmitters Programming Button Select a programmed transmitter If deleting a transmitter, use a remote that will be staying in the system Press the Programming Button on the remote and the motor will jog Press the Programming Button on the remote to be added / removed and the motor will jog

48 RTS Setup Factory Reset LT-30: Return to factory default Using a paperclip, press and hold the Program Button, located on the motor head until window covering jogs 3 times, then release button All transmitters and limits will be erased ST-30: Return to factory default Press and hold the red Program Button until window covering jogs 3 times, then release button All transmitters and limits will be erased Sonesse 50 RTS: Return to factory default Remove power for 2 seconds Power for 10 seconds Remove power for 2 seconds Apply power and the shade will move All transmitters and limits will be erased

49 HAI Integration Adding the URTSII Adding the URTSII to a system Using the rotary switch, select the channel to be programmed Letter A through F stand for channels 10 through 15, 0 for 16 Do not use 0 (most installations use 1) Press the Program button on the back of an existing RTS remote Briefly press the Programming Button on the front of the URTSII The motor will jog to indicate the channel has been memorized Repeat for additional channels Use the Up/Down/Stop buttons for testing Set the dial to the channel being tested When sending serial messages the dial represents the URTSII address

50 HAI Integration HAI Setup Use RS-485 and ProLink Although the URTSII shows an RS-232 connection it is incompatible with HAI Set the Port jumper to RS-485 Worthington Distribution offers a pre-made and tested cable for connecting an URTSI II and an HAI controller: SOMHAICBL $9.99 Pro-Link Send HAI Messages to control the blind Messages UR CH DIR UR = Address: 01 to 16 (2 digits) CH = Channel: 01 to 16 (2 digits) DIR = Direction: U = Up D = Down S = Stop (Must be Capital letters) Examples: URTSII 1, Channel 1 UP: 0101U URTSII 3, Channel 12 DOWN: 0312D

51 HAI Integration: Somfy Digital Network No more than 30 SDN Network Sonesse 50 ILT 110VAC motor ILT Interface ( ) Supports up to 4 ILT motors SDN Network Somfy Digital Network (SDN) consists of both ILT (110VAC) and RS-485 (24VDC) communicating motors Both motors can be integrated on the same Cat5 network When used with a compatible 3 rd party system, SDN can provide 2-way communication, ultra-reliable performance, and flexible programming Up to 256 devices can be on a single network Each network can have up to 4000 of wire ILT Motors connect to the network through an ILT Interface ( ). The Tap MUST connect to the motor within 30.

52 HAI Integration: Somfy Digital Network ST-30 RS VDC motor SDN Network RS-485 motors do not need ILT taps Run 16/2 for up to 150 Run 18/2 for up to 200 Cat 5 for communication The Somfy power enclosures are strongly recommended Motors are individually fused Important when programming the SDN network Low Voltage power and Data boards are available for 5 or 10 motors AB -+

53 HAI Integration: Somfy Digital Network

54 HAI RS-485 SDN Connections ST-30 RS VDC motor Motor Fuses 24VDC motor power ST-30RS485 Motor Power and Data SDN Power SDN Network Ports SDN Network Ports Connection for the Worthington SOM485KIT (SDN to USB/RS-485) used for programming SDN Connection for the Worthington SOMHAICBL (HAI to SDN) When mixing RS-485 and ILT motors add 12VDC to the SDN Power port on the power distribution board to phantom power ILT taps When an installation is only ILT motors, add 12VDC to power the ILT taps Sonesse VAC motor Sonesse 50 ILT motors (30 ) 12VDC Tap power SDN Network ILT Tap for Sonesse 50 ILT motors SDN Network SOMRS485 USB to SDN Kit SOMRS485 Dip Switch Settings 485, No Echo, Term

55 Programming the SDN Network Device Manager Install the USB/RS-485 interface that comes in the Worthington SOM485KIT The driver for the USB adapter is found on the CD Browse to Click on Configuration Software Download and install ILT2-ST30 software Run the ILT2-ST30 software Under Port, choose the USB Port number Note, the Com port must be 10 or lower Click Connect

56 Programming the SDN Network 0 pulses from top = all the way up Use Up Limit to put the shade up Make certain there is one (and only one) motor powered on the SDN network 3rd Party controllers cannot be connected when reading motor addresses Once connected, click Get MTR Addr The address next to Single will be used in the HAI software (F1FCF9) Confirm the motor is communicating In the lower right corner, click Get You should see a value from the top (shade shown is up) and Limit (lower) Click Up Limit or Down Limit to run the motor and confirm limits Note, limits cannot be set in the software, see previous slides for setting limits with a limit setting tool

57 Connecting the HAI 12 VDC SDN Network SDN Ports SDN Network Move the jumper on the serial port to the right 2 pins (RS-485) Use the Worthington Distribution SOMHAICBL cable to plug into an SDN Network port The typical connection point for the SOMHAICLB will use an SDN Network port on the Somfy Power/Data board (for 24VDC) or on the ILT Tap (for 110VAC) The ILT Tap needs 12VDC A 9-12VDC power supply can be connected to the connector (labeled as 9VDC, 12VDC is OK) Phantom power from the J1 power/data board for the ST-30 (use when mixing 110VAC and 24VDC motors)

58 Programming the HAI with SDN When using Somfy SDN (Somfy Digital Network) ILT (110VAC) and RS-485 (24VDC) communicating motors set the serial port to Somfy ILT (even when using RS-485 motors) Read each motor address from the ILT2-ST30 software Remember to have 1 motor powered at a time and no 3 rd party controllers attached Under Units in the HAI, change the House Code to Somfy Name the Shade Click the far right address Type the address from the ILT2-ST30 software into the PCAccess Address Repeat for additional shades

59 Shade Movement In the ILT2 Software Movement Manual control of the shade 0 next to Down Limit is not supported Jog Not used with roller shads (tilt motor feature) Abs Position You can type in a pulse number to place the shade in a specific location Rel Position Type in a percentage from 0-100% Go to IP Go to a pre-programmed Intermediate Position (typically not used with 3 rd party controllers) Motor speed can be changed in the ST-30 motor Click ST-30 at the top and ST-30 Speed Settings will appear at the bottom GET: Get ST-30 Speeds CLEAR: Clear speeds from screen not the motor SET: Sends the speed to the motor Roll Speed: UP/DOWN Speed (6-28 RPM) Slow Speed: Not used with roller shades

60 Group addresses in the ILT2 Software Group addresses allow more than 1 shade to be controlled by a single command Group address are typically not used with 3 rd party controller, it is often easier to send level commands This slide is to document the procedure, it is only recommended when a large number of shades need to move at the exact same time Remember 1 motor powered at a time and no 3rd party controllers attached The 16 blanks under Group Addresses represent the 16 potential groups that the motor can join As the installer, you assign group numbers Each group is 6 characters from 0 F Keep things simple and use a scheme like (If you need 16 groups) Type the addresses you will need into the box(s) Press Set to send the addresses to the motor When Addresses are sent to the motor is it is a good habit to press clear and then Get to verify the values Repeat the process for each motor (one at a time)

61 Group addresses in the ILT2 Software Testing groups Connect All of the motors to the SDN Network In the ILT2 Software, click Disconnect and then Connect Type a group number into the left white box in Addressing a the top of the screen Click the button next to Group Use the Movement buttons to test the Group Communication If using an HAI (or 3 rd party equivalent) you can choose the Address Type as Group instead of Motor

62 Intermediate Positions in the ILT2 Software Pre-Sets are typically not used with 3 rd party controller, this slide is for documentation only Get Reads the current positions in the motor Clear Removes current information from the screen but not the motor IP Calculations The software automatically sets 3/4/10 or 16 IPs based on the current limits Clear All IP s removes the IPs on the screen AND in the motor Set IP s pushes the values in the IP boxes to the motor When IPs are sent to the motor is it is a good habit to press clear and then Get to verify the values

63 HAI ios Interface: SDN Network When the Somfy Digital Network is integrated with HAI, the ios interface shows the shade state and changes the movement icons to Up/Down

64 Worthington Distribution Worthington Distribution Can Provide Product Competitive Pricing Great Stocking Levels in Tafton, PA Knowledgeable, Helpful Staff Training Worthington University On-Line Technical Support System Design Support Richard Scholl President Debbie Scholl Customer Service Richie Scholl VP, Technical Sales Tricia Seybold Customer Service Manager Tom Morgan VP, Worthington University Nolan Male Technical Support Steve Hoh Technical Support Barry Hampe Technical Support