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Hz2 PROGRAMMING INSTRUCTIONS

Hz2 PROGRAMMING INSTRUCTIONS

6) Programming the Transmitters
    Waking up the motor

 - Before programming, changing direction of rotation, setting the  limits, etc... 

    You must 

Wake the motor up. 

(As per step 4 above) Press and hold up and down together until the motor 

    gives a short up/down bounce. The motor is now awake. 

Note, 

you will not be able to program the motor 

    until you “

wake

” it up. You must set the direction of rotation (step 4) before you program the motor. Only 

    power the motor you are programming. Cut power to all other motors until programming is complete.

      A) Programming one transmitter to one motor (individual control)

           The motor will be in “

Factory Mode

”. If it is not, go to step 8.

           Press and hold the 

Program Button 

(about 1 second)

 

until the motor give a short up/dn bounce

           If this is the only transmitter for this motor and it is only to control this motor, then programming 
           is complete. Transmitter range will now be approximately 100 ft.
      

      

B) Programming two or more transmitters to operate one motor (multiple individual controls)

          or adding a transmitter.

           Have the motor memorize the first transmitter as above in step A. Press the 

Program Button

 

           on the transmitter that has already been memorized until the motor gives an up/dn bounce. Press 
           the 

Program Button

 of the second transmitter until the motor gives an up/dn bounce. Repeat for 

           all transmitters to control this motor (12 max per motor)
      
      

C) Programming group control transmitter (with individual controls)

           

Program the individual controls as above. With one of the individual controls that has already 

           been memorized by the motor, press and hold the 

Program Button

 until the motor gives an up/dn

           bounce.. Press on the 

Program Button

 of the group control until the motor gives and up/dn bounce

           Repeat with each motor the group control is to operate.
      

      

D) Programming group control transmitter (without individual controls)

           The motors will be in “

Factory Mode

”. If it is not, go to step 8. 

           Press and hold the 

Program Button

 (about 1 second) until the motor gives an up/dn bounce.

           Move to next motor in group and repeat.

7) Deleting a Transmitter

      If a motor has two or more transmitters memorized it is possible to delete a transmitter from its 
      memory. On the transmitter you want to keep press and hold the 

Program Button

 (about 1 second)

      until the motor gives an up/dn bounce. Press and hold the 

Program Button 

(about 1 second) on the 

      transmitter you want to delete. When the motor gives an up/dn bounce the transmitter is deleted. 

Note

,

      if the transmitter was not in the receiver’s memory, it will be added instead of deleted

8) Clearing the Memory of Old Transmitters and Adding New Transmitter

      If all a motors transmitters are lost or damaged, it is possible to clear the old memorized codes from
      memory and add the new transmitter. Preform a double power cut in the following sequence:
      1) Power off for at least 2 seconds
      2) Power on for 5 to 15 seconds
      3) Power off for at least 2 seconds
      4) Power on (The motor will try and run up for 3 seconds but will not run past its limit)
      The motor is now in a 

Temporary  Mode

 (last for 2 minutes) 

      

NOTE: THIS IS NOT “FACTORY MODE”. 

 Press and hold the 

Program Button

 of 

any

 un-memorized 

      transmitter for 

more than 5 seconds

. When the motor gives a short up/dn bounce, release the 

Program 

      Button

. The memory of the motor’s receiver is now cleared of the old transmitters and the new transmitter 

      has been added. If a motor or motors are entered into 

Temporary Programming Mode

 by mistake it can 

      be canceled by pressing for a second on the up, stop or down of any transmitter that motor has memorized. 
      The motor will also return to normal operating mode if left for 2 minutes.

9) Returning to Original Factory Mode (Deleting All Transmitters)

      

Note: When the motor is in Factory Mode is the only time the direction of rotation can be changed

      

To return the motor to Factory Mode, make a double power cut as described in section (8). Press and

      hold for 8 seconds the 

Program Button

 of an 

already recorded transmitter.

 The motor will give a short 

      up/down bounce. Release the 

Program Button

. The motor is now in 

Factory Mode

. To wake the motor up

      press up/dn until the motor gives an up/dn bounce. All transmitters are cleared from memory. The control 
      will be in a momentary fashion (motor will move only as long as the transmitter button is held down) 
      

Note

: If you did not use a transmitter that was memorized by the motor, you will have to repeat the process

      a second time

10) Trouble Shooting

      

-Motor goes up when down is pressed.

 Go to step (4) 

Setting Direction of Rotation.

      -Can not change the Direction of Rotation. 

Confirm the motor is in” 

Factory Mode

”. If it is not, go to step 9.

      

-Lost transmitter

. Go to step (8) to clear old transmitters from memory and add new transmitter.

      -

The motor will not react to any transmitter

. Confirm the motor has power to it. Make sure the motor is 

awake 

        

by pressing up/dn together until the motor gives an up/dn bounce. If this does not work, cut power for 3 seconds

        and try again. If the motor still will not react to the transmitter, follow the instructions in step 8.

Individual
control

Individual
controls

Individual controls

Group control

Group control

2.7in

3.3in

           TranHz
Hand Held Transmitter

3.2in

3.2in

         TranHz WS
Wall Switch Transmitter

2.1in

2.3in

Hz Transmitter Core

Battery: 3V Lithium
             CR 2430

Before programming you must wake
the motor up by pressing and holding
up and down until the motor gives
a short up/dn bounce.

Before programming you must wake
the motor up by pressing and holding
up and down until the motor gives
a short up/dn bounce

FCC

b

La el

  SINGLE
CHANNEL

    FIVE
CHANNEL

  SINGLE
CHANNEL

    FIVE
CHANNEL

Decorator
Wall switch

Slim Line
Handheld

Program Button

Side of Transmitter

Program Button

Back of transmitter

Program Button

Battery: 3V Lithium
             CR 2430

Battery: 3V Lithium
             CR 2450

Summary of Contents for TSA Hz 2

Page 1: ...R Hz 2 Radio Control Systems Programming Manual www simu com ...

Page 2: ...use one motor for two or more shutters add 20 for the first additional shutter to derive the total weight Add an additional 10 for every shutter after that Examples 2 shutters one motor 20 to the total weight 3 shutters one motor 20 10 to the total weight If the shutter is over 9 feet in height add 10 to the total weight for every three feet beyond Example 11 feet in height total weight an additio...

Page 3: ... 380 173 380 Model Type Model Type 505 510 515 525 530 535 550 505 510 515 525 530 535 550 37 lbs 30 lbs 62 lbs 49 lbs 92 lbs 74 lbs 154 lbs 123 lbs 185 lbs 148 lbs 216 lbs 172 lbs 308 lbs 246 lbs 50mm 2 0 inch TUBE DIAMETER 60mm 2 5 inch TUBE DIAMETER kg lb 9 20 18 40 27 60 36 80 45 100 55 120 64 140 73 160 82 180 91 200 100 220 109 240 118 260 127 280 136 300 145 320 155 340 164 360 173 380 Mode...

Page 4: ...e listed charts reflects the recommended 30 security factor that is used for most applications Shutters more than 9 feet high add 10 to the effective load for every additional 3 feet Double span shutters add 20 to the effective load to be lifted kg lb 9 20 18 40 27 60 36 80 45 100 55 120 64 140 73 160 82 180 91 200 100 220 109 240 118 260 127 280 136 300 145 320 155 340 164 360 173 380 Model Type ...

Page 5: ...hich roller tube diameter D is being used in your installation 3 Locate the number of arms B and the length of your installation C 4 Read the correct motor from the chart at the intersection of your selections NOTE Because this chart must take into consideration lateral arms being manufactured by many different companies it is only approximate The relationship between the number of arms and the le...

Page 6: ...w positive clockwise Every 2 to 3 turns of the limit adjustment screw will allow the motor to travel about 1 inch further After every few turns of the limit adjustment screw use the control switch to move the motor to the new limit position If the motor does not stop on its own before reaching the desired limit go to step 6 5 When you are approximately at the desired limit position use the control...

Page 7: ...it adjustment screw use the control switch to move the motor to the new limit position If the motor does not stop on its own before reaching the desired limit go to step 6 5 When you are approximately at the desired limit position use the control switch to run the motor away from the limit 2 to 3 feet and then back This will allow you to see precisely where the limit is set Make small adjustments ...

Page 8: ...trical Code and local codes The Hz operator can be wired to power in parallel unlike normal AC tubular operators It is recommended that provisions be made to cut power individually when wiring Hz operators This can be in the form of an inline off on switch a disconnect plug or access to the operator cable for use of a installers power cable with off on switch The ability to cut the power to each m...

Page 9: ...ou can put to one switch The only limitation is the range a transmitter can reach This is approximately 70 feet through walls and up to 100 feet in open air Single motor to multiple wireless switches There is a limit of 12 transmitters of any type to one motor Hz 2 Type 5 DMI Operator Basic Rules and Scenarios R 10 ...

Page 10: ...ouping to a master control can be accomplished without the use of external controls The ability to parallel wire the Hertz operators makes it easy to wire Simply supply power to the electric operator and program the wireless transmitter to the motor or motors of choice and you are done For more information about other options available please consult a SIMU representative for more details Hz 2 Typ...

Page 11: ...the up button now makes the shutter go up IMPORTANT The motor is supplied in Factory Mode Set direction of rotation 1 before pressing the program button 2 Programming the Transmitter Hold the transmitter within 10 feet of the motor head example 4 Press and hold the Program Button about 1 second until the motor jogs forward and then back Transmitter range will now be approximately 100 ft You can no...

Page 12: ...he up button now makes the shutter go up 2 Programming the Transmitter You can now proceed to the up and down limit settings Hold the transmitter within 10 feet of the motor head example 4 Press and hold the Program Button about 1 second until the motor jogs forward and back Transmitter range will now be approximately 100 ft 3 Disconnect the Power to Motor After the above steps are completed disco...

Page 13: ... limit settings Hz Type 5 DMI Operator Scenarios 1 Setting Direction of Rotation The motor will be in Factory Mode right out of the box when power is connected To prepare the motor for programming press the transmitter up and down buttons simultaneously until motor jogs forward and back example 1 Hold the transmitter within 10 feet of the motor and press the up button example 2 If the motor rotate...

Page 14: ...e receiver on metallic surfaces as this will reduce the range If mounted outside make sure to use the watertight strain reliefs and mount the box so the strain relief fittings face downward to avoid rain seepage 2 If using a hardwired low voltage switch locate it no more that 100 feet from the receiver The UL Listed Hz Receiver allows control of any standard non Hz T5 or T6 motor from any of the H...

Page 15: ... Use only dry contacts as switch inputs to the Hz Dry Contact Interface To activate an up stop or down command a momentary contact closure is required between common and the desired input up stop or down Program Button C FC be La l BACK OF TRANSMITTER SIDE OF TRANSMITTER Program Button Program Button c Hz Dry Conta t Interface EF 6301072 R PROGRAMMING Use a standard Hz transmitter to wake up the m...

Page 16: ...0v 60hz This interface control is compatible most A V system hook ups Recessed Designer Multi Channel 5 independent channels that can be programmed to operate one or more motors Available in white and ivory Slim Multi Channel Hand Held 5 independent channels that can be programmed to operate one or more motors Available in white Single Channel Surface Wall Mount Available in white Program Button P...

Page 17: ...inc Plated 510000 Shade Bracket 50mm spacing 4mm tapped holes Zinc Plated 520038 Shade Bracket Motor mount 10mm square pin For Type 5 operators Zinc Plated 520073 Awning Bracket 48mm spacing 6mm tapped holes Zinc Plated Awning Bracket 48mm spacing 1 4 US threaded tapped holes Zinc Plated 520040 520188 Awning Bracket 50mm spacing 6mm tapped holes Zinc Plated 520041 R 22 ...

Page 18: ...e Bracket 30mm spacing 1 4 US Threaded holes Attaches to wall bracket 520210 Gold Zinc Plated 252527 Shutter Bracket Maxi side frame bracket 100x100mm Requires side frame center pin to be removed Gold Zinc Plated 520187 Shutter Bracket Mini side frame bracket 80x80mm No center pin removal required Gold Zinc Plated Bracket Fitting Set Type 5 bracket fitting set 520049 850365 R 23 ...

Page 19: ...ting mode if left for 2 minutes C Returning to Original Factory Mode Deleting All Transmitters Note When the motor is in Factory Mode is the only time the direction of rotation can be changed It is also recommended that the limits be set while the motor is in factory mode as it takes continuous pressure on the transmitter button to move the motor To return the motor to Factory Mode make a double p...

Page 20: ...4 2 Press the up button and confirm the motor runs up 4 3 If the motor runs down instead of up press and hold the stop button until the motor gives an up dn bounce 1 Identify which limit adjustment screw controls the up limit and which controls the down limit see diagrams on right It is important to note that the arrows by the limit adjustment screw refer to the tube s rotation Thus if the materia...

Page 21: ... a double power cut in the following sequence 1 Power off for at least 2 seconds 2 Power on for 5 to 15 seconds 3 Power off for at least 2 seconds 4 Power on The motor will try and run up for 3 seconds but will not run past its limit The motor is now in a Temporary Mode last for 2 minutes NOTE THIS IS NOT FACTORY MODE Press and hold the Program Button of any un memorized transmitter for more than ...

Page 22: ...turns of the limit adjustment screw will allow the motor to travel about 1 inch further After every few turns of the limit adjustment screw use the control switch to move the motor to the new limit position If the motor does not stop on its own before reaching the desired limit go to step 6 5 When you are approximately at the desired limit position use the control switch to run the motor away from...

Page 23: ...w treatment below When the UP direction is activated the window covering will raise The 3 Activate the UP direction using the low voltage switch If the motorized treatment will move for the duration the switch is activated When the switch is window treatment does not raise or retract reverse the black and red wires moved to the CENTER position the motors will stop on both motors 4 When the treatme...

Page 24: ...nt screw use the control switch to move the motor to the new limit position If the motor does not stop on its own before reaching the desired limit go to step 6 5 When you are approximately at the desired limit position use the control switch to run the motor away from the limit 2 to 3 feet and then back This will allow you to see precisely where the limit is set Make small adjustments and repeat ...

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