Technology. 2.4 GHz Handsender

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1 2.4 GHz Handsender Lit. Code: INST-CL-RM Programming Guide Product Overview Key Features With the addition of a new range of motors, new control systems and features have been added for both convenience and flexibility. This new line incorporates the advanced 2.4 GHz bidirectional control with mesh network capability. This platfor m will be found in all product lines and will complement the modern selection of fabrics and hardware. A primary difference between this handsender and 433 MHz controls is the operating method. For traversing systems, operation is by the Left and Right buttons. Lifting systems are operated using the Up and Down buttons. Advanced 2.4 GHz technology Native mesh network for signal relay All systems work on one universal control platfor m Motorization solutions for Drapery Systems Roller Shades Gemini Shades Panel Tracks Solar Powered Shades and more Bidirectional communication for signal transmission and feedback Peripherals for a wide range of control options SuperLink capable, allowing communication with 433 MHz products Technology Network Connectors Wireless Home Networks Solar Energy Operation Third Party Integration 5-channel Handsender Wireless RS232

2 General Information Part #: Silver or White Description: 1 to 5-channel remote, White Battery: CR V Channels: 5 (1-channel version available) Max Systems per Channel: Infinite Max Range (inside building): 65 Frequency: 2.4 GHz Weight: 1.97 ounces Channel Indicator (LED s (1 to 5) Le Up Down Right Center Button (stop - favorite) Program Button Channel Select Button X CR2016 1,5V Changing the Battery + - CR2032 1,5V

3 2.4 GHz Tubular Motor Programming (Roller Shade & Gemini) Part #: Description: Motor, 24V DC, 25mm, 0.8Nm Power Rating: 24V DC - 0.6A (15V Battery) Recommended Supply: ABC-11-W or ABC-13-W Torque: 0.8Nm Speed: 28 rpm Operating Temperature: F Max Channels to Pair: 32 Channels Physical Weight: 5.29 ounces (0.3 lbs) Part #: Description: Motor, 120V AC, 40mm, 5Nm Power Rating: 120V AC Torque: 5Nm Speed: 30 rpm Max Operating Time: 4 min. Operating Temperature: F Max Channels to Pair: 32 Channels Physical Weight: 60 ounces (3.75 lbs) In order to program the motor, the system must first be connected to a power source. Note: 2.4 GHz motors are initally programmed via a programming button located at the head of the motor. Alternatively, you may enter programming mode via the Single Select feature, however, this only works if the intended motor is already learned to the remote or the motor has not been learned to any remote (factory default). Note: It is possible to program multiple motors simultaneously by placing all intended motors in program mode, then learning the handsender and channel. Learning a Handsender/Channel 1. Press the Program button on the motor and the system will begin to step back and forth. 2. Select the desired channel on the handsender and press the Program button on the back of the remote. You need a pen or paper clip. 3. Continue to other program functions or exit program mode by pressing the Program button on the motor. Once exited, the motor will stop stepping.

4 Setting Limits 2.4 GHz Tubular Motor Programming (Roller Shade & Gemini) 2. Select the appropriate channel on the handsender. 3. To set the upper limit, hold the Up button on the handsender until you ve reached the desired location. Once reached, press and hold the Stop and Down buttons simultaneously for approximately 3 seconds. The system will stop stepping for a moment to confirm the limit is set, then will continue stepping. Continue programming or exit program mode by pressing the Program button on the motor. 4. To set the lower limit, hold the Down button on the handsender until you ve reached the desired location. Once reached, press and hold the Stop and Up buttons simultaneously for approximately 3 seconds. The system will stop stepping for a moment to confirm the limit is set, then will continue stepping. Continue programming or exit program mode by pressing the Program button on the motor. Reverse Motor Direction 2. Select the appropriate channel on the handsender. 3. Press and hold the Up and Down buttons on the remote simultaneously for approximately 3 seconds. The system will stop stepping for a moment to confirm the change is set, then will continue stepping. Continue programming or exit program mode by pressing the Program button on the motor. Toggle Momentary/Maintain Option 2. Press and hold the Program button on the motor for approximately 3-5 seconds. The system will give a quick jog then continue stepping. Continue programming or exit program mode by pressing the Program button on the motor. To Erase Handsender from Motor 2. Select the appropriate channel on the handsender. 3. Press the Program button on the back of the handsender. The system will stop stepping for a moment to confirm the handsender is erased, then will continue stepping. Continue programming or exit program mode by pressing the Program button on the motor.

5 2.4 GHz Tubular Motor Programming (Roller Shade & Gemini) To Erase All Programming 2. Press and hold the Program button on the motor for approximately 15 seconds. The system will give a long jog in one direction and stop. The motor will automatically exit program mode.

2.4 GHz Traversing Motor Programming (Drapery & Panel) Part #: 101.8010 Description: Motor, 24V DC, Panel Power Rating: 24V DC - 0.

2 ounces (0.5 lbs) In order to program the motor, the system must first be connected to a power source. Note: 2.

6 2.4 GHz Traversing Motor Programming (Drapery & Panel) Part #: Description: Motor, 24V DC, Panel Power Rating: 24V DC - 0.6A (15V Battery) Recommended Supply: ABC-11-W or ABC-13-W Max Pulling Force: 6.6 lbs Chain Speed: 2.5 in/sec Operating Temperature: F Max Channels to Pair: 32 Channels Physical Weight: 8.2 ounces (0.5 lbs) In order to program the motor, the system must first be connected to a power source. Note: 2.4 GHz motors are initally programmed via a programming button located at the head of the motor. Alternatively, you may enter programming mode via the Single Select feature, however, this only works if the intended motor is already learned to the handsender or the motor has not been learned to any handsender (factory default). Note: It is possible to program multiple motors simultaneously by placing all intended motors in program mode, then learning the handsender and channel. Calibrating the System The Panel and Vertical systems do not require limit settings due to an auto-calibration function. Calibrating the system is the first thing you need to do before proceeding with other programming functions. 1. To calibrate, press the Program button on the motor. The system will run end to end and then stop. The limits should now be set. Learning a Channel 1. Press the Program button on the motor and the system will begin to step back and forth. 2. Select the desired channel on the handsender and press the Program button on the back of the remote. You likely need a pen or paper clip. 3. Continue to other program functions or exit program mode by pressing the Program button on the motor. Once exited, the motor will stop stepping.

7 2.4 GHz Traversing Motor Programming (Drapery & Panel) Reverse Motor Direction 2. Select the appropriate channel on the handsender. 3. Press and hold the Left and Right buttons on the remote simultaneously for approximately 3 seconds. The system will stop stepping for a moment to confirm the change is set, then will continue stepping. Continue programming or exit program mode by pressing the Program button on the motor. Toggle Momentary/Maintain Option 2. Press and hold the Program button on the motor for approximately 3-5 seconds. The system will give a quick jog then continue stepping. Continue programming or exit program mode by pressing the Program button on the motor. To Erase Handsender from Motor 2. Select the appropriate channel on the handsender. 3. Press the Program button on the back of the handsender. The system will stop stepping for a moment to confirm the handsender is erased, then will continue stepping. Continue programming or exit program mode by pressing the Program button on the motor. To Erase All Programming 2. Press and hold the Program button on the motor for approximately 15 seconds. The system will give a long jog in one direction and stop. The motor will automatically exit program mode.

8 How to Enter Single Select Program Mode Single Select mode can be used to identify and program motors without using the program button located on the motor head. This mode will cycle through motors that are currently learned to your handsender, or are still in factory default mode. Single Select WILL NOT place motors learned to other handsenders in program mode. 1. To enter Single Select mode, hold the Stop button on the front of the handsender while pressing the Program button on the back of the handsender. You will need a pen or paper clip. 2. The handsender will now enter search mode and look for any motors within the listening range and place the first-recognized motor into program mode. While in search mode, the LEDs on the handsender will cascade up and down. If the located motor is not the one you desire, press the Right or Left button on the remote to cycle to another motor. 3. Once your desired motor is located, perform any programming functions you require. 4. You can exit Single Select mode at any time by quickly pressing the Right button twice. 1. Select the desired group channel on handsender. Programming Groups Multiple motors of different types can be programmed together in a group (or multiple groups). For best performance, BTX recommends grouping systems by operating direction (lifting systems together and traversing systems together). This is due to the fact that operation of these systems varies from Up and Down to Left and Right. Setting a Group 2. Press the Program button on each of the motors you want to group together. All systems should start stepping. 3. Press the Program button on the back of the handsender. All systems should stop stepping for a moment to confirm the channel is learned, then continue stepping. 4. Press the Program button on each motor to exit program mode.

433 MHz/2.4 GHz SuperLink Lit. Code: INST-CL-RM-111313 Programming Guide Product Overview Key Features The SuperLink is a device that translates radio signals for 433 MHz and 2.

9 433 MHz/2.4 GHz SuperLink Lit. Code: INST-CL-RM Programming Guide Product Overview Key Features The SuperLink is a device that translates radio signals for 433 MHz and 2.4 GHz operating platfor ms. One small device can serve a room full of systems and has a maximum range of up to 100 feet. With its compact design, the SuperLink can be placed in a hidden location in the area. The SuperLink is key in bringing BTX s wide range of systems together under one complete control solution. Advanced 433 MHz/2.4 GHz translation technology Native mesh network for signal relay Brings all systems under one universal control platfor m Motorization solutions for Drapery Systems Roller Shades Gemini Shades Panel Tracks Solar Powered Shades and more Bidirectional communication for signal transmission and feedback Technology Network Connectors Wireless Home Networks Solar Energy Operation Third Party Integration 5-channel Handsender Wireless RS232

- + 433 MHz/2.4 GHz SuperLink Programming Part #: 424.8002 Description: SuperLink Nexus, 433 MHz/2.4 GHz Power Rating: 12-24V DC, 0.3A Recommended Supply: ABC-11-W or ABC-13-W Max Channels to Pair (2.

10 MHz/2.4 GHz SuperLink Programming Part #: Description: SuperLink Nexus, 433 MHz/2.4 GHz Power Rating: 12-24V DC, 0.3A Recommended Supply: ABC-11-W or ABC-13-W Max Channels to Pair (2.4 Ghz to 433 MHz): 32 Channels Max Channels to Pair (433 MHz to 2.4 GHz): Unlimited Up and Down, 32 Max for Left and Right Conversion Powersupply 12-24V DC 2.4Ghz LED Green = receive Red = send 433Mhz LED Green = receive Red = send 12-24V DC Output to motor (optional) 2.4Ghz Antenna 433Mhz Antenna 1 5 3/8 Pairing 433 MHz Control with 2.4 GHz Motor 433 MHz 2.4 GHz 1. Connect the SuperLink to a 12-24V DC power supply (must be a wall transformer). 2. Program the 2.4 GHz motor with a 2.4 GHz handsender using the appropriate programming instructions for the systems in question. 3. To program the motor to a 433 MHz control, put the motor into program mode. 4. Select the desired channel on the 433 MHz control using the channel select button. 5. Press and hold the Open and Close buttons simultaneously. The system should cease stepping momentarily for confir mation. 6. Press the Program button on each motor to exit program mode.

Pairing 2.4 GHz Control with 433 MHz Motor 433 MHz/2.4 GHz SuperLink Programming 2.4 GHz 433 MHz 1. Connect the SuperLink to a 12-24V DC power supply (must be a wall transformer). 2. Program the 433 MHz motor with a 433 MHz handsender using the appropriate programming instructions for the systems in question.

Press the Program button on the back of the remote. You likely need a pen or paper clip. The motor should jog for confirmation. Operating 2.4 GHz motor with 433 MHz Control 433 MHz 2.

11 Pairing 2.4 GHz Control with 433 MHz Motor 433 MHz/2.4 GHz SuperLink Programming 2.4 GHz 433 MHz 1. Connect the SuperLink to a 12-24V DC power supply (must be a wall transformer). 2. Program the 433 MHz motor with a 433 MHz handsender using the appropriate programming instructions for the systems in question. 3. To program the motor to a 2.4 GHz control, put the motor into program mode. 4. Select the desired channel on the 2.4 GHz control using the channel select button. 5. Press the Program button on the back of the remote. You likely need a pen or paper clip. The motor should jog for confirmation. Operating 2.4 GHz motor with 433 MHz Control 433 MHz 2.4 GHz The motors will operate normally using the Open, Close, and Stop buttons on the remote. Additionally, the intermediate settings can be controlled using the A, Center, and B buttons. The singular exception for standard control is with the 2.4 GHz vertical blind motor. To operate the vertical system completely, it is necessary to pair the motor to two channels. One channel is used to tilt the vanes, the second channel is used for traversing the vanes. The standard configuration when using this control setting is to have titling by default. For traversing, the SuperLink will convert the Up and Down ( Open and Close ) buttons to the Left and Right functions as used by the 2.4 GHz controls.

QUICK PROGRAMMING GUIDE FOR TILT WIREFREE

QUICK PROGRAMMING GUIDE FOR TILT WIREFREE RTS MOTOR FACTORY MODE BEFORE YOU BEGIN The following steps must be completed to ensure proper blind programming and functionality. Power should ONLY be connected