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SDOPD

OPTIONS AND FEATURES

24. Thermal Overload

In order to prevent overheating damage the AGDO is equipped with a internal thermal overload switch. In

the event of continuous usage the AGDO may overheat and shut down. After a shut down the thermal

overload switch will automatically reset after a 20 ~ 30 minute cooling period.

25. Wall Switch – Hard Wired

A permanently  wired  Wall  Switch  may  be  connected  to  the AGDO  in  a  convenient  location  such  as

adjacent to a side entry door into the garage.

Use a normally open momentary contact type switch. (similar to spring loaded door bell type switch)

Connect the Wall Switch to the Output Terminals depicted in Fig.12C.

Important  Note:  The  Wall  Switch  must  be  mounted  within  sight  of  the garage door  and  a

reasonable  distance  away  from  moving  parts.  It  should  be  mounted  at  least  1500mm  above  the

ground  and  the  Entrapment  Warning  Label  provided  must  be  attached  adjacent  to  and  within

clear sight of it.

26. Wall Switch – Wireless

The wireless wall switch provides ease of installation without the need for running hard wires to the

switch and can be mounted in a convenient location such as adjacent to a side entry door into the garage.

The Wireless Wall Switch may be learned into the AGDO as per the procedure outlined in Sec.15 (Hand

Transmitter Code Learning)

The switch can be permanently screwed to the wall through the mounting holes provided or alternatively

“hooked” on the wall providing the convenience of easy demount ability.

Use the mounting template and mounting instructions provided with the switch.

Important Note: The wireless Wall Switch must be mounted within sight of the garage door and a

reasonable distance away from moving parts. It should be mounted at least 1500mm above the

ground and the Entrapment Warning Label provided must be attached adjacent to and within

clear sight of it.

TECHNICAL SPECIFICATIONS

INPUT VOLTAGE:

230 ~ 240VAC 50Hz

MAX DOOR HEIGHT:

3600mm using 4200mm rail

MAX DOOR WIDTH:

6500mm

MAX DOOR AREA:

15 Square Meters

MAX LIFTING CAPACITY:

Electronically Limited to 400N

MAX No. OF CYCLES TO THERMAL CUT OUT:

Approx 10

MOTOR TYPE:

½ HP AC 4 Pole Induction

SAFETY OBSTRUCTION FORCE SYSTEM:

Manually Adjustable Trim Pot

DOOR TRAVEL ADJUSTMENT:

Manually Adjustable Micro Switch

RECEIVER CODE STORAGE CAPACITY:

13 Individual Transmitters

TRANSMITTER FREQUENCY:

433.92 MHz Hopping Code

LIGHT GLOBE:

60Watt Edison screw rough construction

DOOR TRAVEL SPEED:

125mm/second

AUTO CLOSE:

Dip Switch Selectable

PHOTO BEAMS:

Optional

Specifications are subject to change without prior notice.

Summary of Contents for SDO-10

Page 1: ...1 IMPORTANT SAFETY RECOMMENDATIONS 802 011 01 D...

Page 2: ...2 SDOPD...

Page 3: ...ower Head to Ceiling 9 Attaching Towing Arms 9 Adjusting Disengage Cord 10 Connecting to Power Supply 10 Settings and Adjustments 11 Disengaging from Garage Door 11 Engaging to Garage Door 11 Travel A...

Page 4: ...llation of the AGDO 6 The counter balance springs on sectional type garage doors must be lubricated annually between each of the coils with heavy automotive bearing grease Failure to adequately lubric...

Page 5: ...ving out of its view 25 Adjustments to the Safety Obstruction Force settings must only be carried out by a technically qualified person Attempting to adjust the settings without suitable technical qua...

Page 6: ...sembling Drive Pole and Power Head Refer to Figs 1A C in order to identify Garage Door type and length of rail required On a clean smooth surface unpack the Power Head Drive Pole Carriage and Terminal...

Page 7: ...ensuring that the teeth of the Chain Sprocket engage into the links of the Drive Chain Fig 4 Extend the remainder of the Drive Chain back to the Bullet Fig 4 Fig 4A Fig 4B Fig 4C Turn the Lock Nut all...

Page 8: ...l member of the garage door Mark the location of at least 2 screw holes as far apart from each other as possible Drill the 2 screw holes with appropriate drill and securely mount the Towing Bracket to...

Page 9: ...the floor along both planes For Sectional and Track Type Tilt Doors only For Jamb Type Tilt Door refer Fig 1B Important Notes a With the garage door in the fully open position the underside of the Dri...

Page 10: ...o that the end hangs approximately 1800mm above the garage floor Fig 9 Fig 9 10 Connecting to Power Supply Connect the AGDO to a properly earthed power supply using the Power Cord provided Important N...

Page 11: ...ustment Close Direction Garage Door Travel Adjustment Locate the 2 Door Travel Adjusting Screws DTAS found on the underside of the Power Head Fig 10 Increase Travel turn the DTAS marked with the Red a...

Page 12: ...pen As the garage door is opening slowly turn the Open Force green adjustment pin Fig 11 in an anti clockwise direction until the garage door stops Now turn the same pin clockwise 5 degrees Safety Obs...

Page 13: ...bottom of the garage door is resting lightly on the floor of the garage refer Sec 13 for door travel adjustment instructions 15 Hand Transmitters Code Learning The AGDO can store up to 14 individual...

Page 14: ...3 Dip No 4 15 off off 30 on off 45 off on 60 on on 17 Courtesy Lamp The in built Courtesy Lamp will illuminate each time the AGDO is activated and then switch off automatically 3 min after receiving...

Page 15: ...None AGDO is traveling between open and closed positions 21 Output Terminals 4 Output Terminals Fig 11 are provided within the back cover of the AGDO to support the connection of the following access...

Page 16: ...e is glowing red Adjust the Emitter Safety Beam module by turning the mounting bracket so that it is aimed directly at the lens of the Receiver Safety Beam module An indicator lamp located along the t...

Page 17: ...rage The Wireless Wall Switch may be learned into the AGDO as per the procedure outlined in Sec 15 Hand Transmitter Code Learning The switch can be permanently screwed to the wall through the mounting...

Page 18: ...Stop Check function of AGDO by operating from Run button 15 23 AGDO will not function from Check function of AGDO by learning in a substitute Hand Transmitter 13 16 Hand Transmitter Re learn Hand Tran...

Page 19: ...19 SDOPD NOTES...

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