Automatic Technology SECURALIFT Kurzanleitung

AUTOMATIC TECHNOLOGY AUSTRALIA PTY LTD

SECURALIFT

GARAGE DOOR OPENER

Warning: Failure to comply with the

Installation instructions and the

Safety warnings may result in

Serious Personal Injury and/or

Property Damage and/or Remote

Control Opener Damage.

OWNERS COPY

Installation Instructions

And Owners Manual

Remote

control

Contents

Page

IMPORTANT SAFETY WARNINGS 3

PRODUCT FEATURES 4

OPERATING CONTROLS 5

TUBE/PIPEASSEMBLY 6&7

DETERMINE WHICH TYPE OF GARAGE DOOR 7

MOUNTING OPENER– SECTION DOOR/ONE PIECE DOOR WITH TRACK 8

MOUNTING OPENER– ONE PIECE DOOR WITH OUT TRACK 9 & 10

MOUNTING DOOR BRACKET & ARMS 10

SETTING UP OF LIMITS / SETTING OBSTRUCTION FORCES 11 & 13

STORING TRANSMITTER CODE INTO THE RECEIVER 13

STORING ADDITIONAL TRANSMITTERS 13

DELETING THE TRANSMITTER CODE 14

.SETTING OF COURTESY LIGHT TIME 14

SETTING AUTO CLOSE MODE 15

INSTALLATION OF TRANSMITTER HOLDER 13

DOOR STATUS INDICATORS 13

SPECIFICATION / FACTORY SET DEFAULTS 14

FAULTS / REMEDIES 15

WARRANTY BACK COVER

PLEASE READ THESE IMPORTANT SAFETY RULES

Failure to comply with the following Safety Rules may result in

Serious Personal injury and/or Property Damage.

For ADDITIONAL SAFETY protection we

STRONGLY RECOMMEND the fitting of a

Photo Electric Beam to your Garage Door and

Opener. In most countries Photo Electric Beams are

MANDATORY on all Garage Doors fitted with

Automatic Openers. For the small additional outlay

ATA strongly recommend that Photo Electric

Beams be fitted to your Garage Door Opener insur-

ing ADDITIONAL safety and peace of mind

DO NOT operate the Garage Door Opener unless

the Garage Door are in full view and free from

objects such as cars and children/people .

SERIOUS PERSONAL INJURY and/or property

damage can result from failure to follow this

warning.

DO NOT operate the Garage Door Opener when

CHILDREN/PERSONS are near the door.

Children must be supervised near the Garage Door

at all time and when the Gate Opener is in use. SE-

RIOUS PERSONAL INJURY and/or property

damage can result from failure to follow this

warning

DO NOT allow children to operate the Garage

Door Opener. SERIOUS PERSONAL INJURY

and/or property damage can result from failure to

follow this warning.

Make sure that the REVERSING SENSITIVITY

is adjusted correctly on installation so that the door

reverse to the opening position when obstructed

with MINIMUM PRESSURE and stops on

opening cycle when obstructed with MINIMUM

PRESSURE. Failure to adjust this setting properly

and in accordance with the Installation could result

in SERIOUS PERSONAL INJURY and / or

property damage. This test must be repeated at

regular intervals and the necessary adjustment

made if required.

DO NOT disengage The Garage Door Opener to

manual operation with children/persons or any

other objects including motor vehicles within the

doorway.

Automatic Technology Australia Pty Ltd to the extent that such may be lawfully excluded hereby expressly disclaims all conditions or warranties Statutory or

otherwise which may be implied by laws as conditions or warranties of purchase of an Automatic Technology Australia SecruaLift Opener and Automatic Tech-

nology Australia Pty Ltd hereby further expressly excludes all or any liability for any injury damage, cost, expense or claim whatsoever suffered by any person as

a result whether directly or indirectly from failure to install the Automatic Technology Australia Door Opener in accordance with these installation instructions.

Install wall switch in a LOCATION/POSITION out of

reach of children at all time and where the Garage Door

is visible.

The Garage Door must be WELL BALANCED.

Sticking or binding door must be repaired by an

experienced service door installer prior to operator

installation. DO NOT attempt to repair the Garage Door

yourself as the hardware is under extreme weight and ten-

sion and could cause SERIOUS PERSONAL INJURY

and/or property damage.

REMOVE OR DISENGAGE all Garage Door locks

prior to installation or the Garage Door

Operation.

Connect the Operator to a properly EARTHED general

purpose 240V outlet installed by a qualified Electrician.

DISCONNECT the POWERCORD from the mains

before making any repairs or removing the covers! Only

EXPERIENCED Service Personal can remove the

covers from the operator.

Keep hands and any loose clothing well CLEAR of the

Door and Garage Door Opener at all time.

When using the Auto Close mode a PHOTO

ELECTRIC BEAM must be correctly fitted and tested

for operation at regular intervals. EXTREME

CAUTION is recommended when using the Auto Close

mode. All the SAFETY RULES must be followed.

In order for the Garage Door Opener to SENSE an

object obstructing the doorway, some FORCE must be

exerted on the object. As a result the object may suffer

some DAMAGE, the extent of which is depending on the

force adjustment set during installation.

Make sure the door is fully open before driving into or

out of the garage.

Make sure the door is fully closed before leaving the

driveway.

Your Securalift Automatic Garage

Door Opener has many features

which you will appreciate. The

components and materials used in

this Automatic Opener are of the

latest technology and highest qual-

ity. Below are listed some of these

features

OPERATION

To operate the door simply press the

hand held transmitter or the wall

mounted transmitter or optional wall

switch for two seconds and the door

will automatically open or close.

The door can be stopped during an

opening or closing cycle by pressing

again. The next actuation will

move the door in the opposite direc-

tion.

HOPPING CODE

Every time a transmission is made

from the Remote Transmitter a new

security code is generated. The

n u m b e r o f p o s s i b l e c o d e

combinations is over 4.29 billion.

This greatly enhances security of the

system. Code ’Grabbing’ is made a

thing of the past.

ISS (INTELLIGENT SAFETY

OBSTRUCTION SYSTEM)

While the door is doing a closing

cycle and if it should hit an obstacle

or be restricted in some manner, it

will automatically reverse. The

amount of force the door should

encounter before reversing, is

automatically adjusted by the doors

control system, during the initial

installation of the automatic door

opener. The door also if restricted

whilst opening will stop. The Safety

Obstruction Force should be

checked at least once a month. See

installation manual for instructions.

SECURITY CODE STORE

The Opener uses state of the art

technology in storing your selected

Transmitter Security Code.

OPEN AND CLOSE DRIVE

BUTTONS

Another feature developed by

Automatic Technology Australia in

aiding in the installation of the

opener are the Open and Close

Buttons. These buttons are used to

help set the open and close

limit

positions. A quicker setting time

and a more precise limit position

can be achieved using this system.

INITIALISATION

The Reset button on the Door

Opener is used to initialise or re

-initialise the obstruction settings

and door travel counts. See

installation manual for instructions.

AUTO CLOSE MODE

The Opener can be programmed to

automatically close after an open

cycle. The Auto Close time is

adjustable. It is compulsory to in-

stall a Photo Electric Beam if this

mode is selected, otherwise the door

will not operate.

AUTO RUN TIME

If the Motor is left running in the

Opener for any reason the Auto Run

Time will turn the motor off after

thirty seconds.

PHOTO ELECTRIC BEAM

(OPTIONAL)

The Opener has an input for a Photo

Electric Beam to be connected for

extra safety protection.

MANUAL OPERATION

The Opener is equipped with a

unique Manual Disengaging Device.

If the power to the Opener is

disrupted for any reason the door

can be put into Manual Mode by

pulling down on the string handle

on an angle towards the door,

then

releasing. This will allow you to

manually open or close the door. To

re-engage pull the string at an angle

away from the door then release.

Up to 27 different codes can be

stored in the Openers memory.

To store any code simply press and

hold the Door Code button on the

Opener and press the Transmitter

button twice. Each or all codes can be

deleted and changed at any time. The

codes can also be stored from a

remote location.

OVER LOAD INDICATOR

When the maximum opening and

closing capacity of the Opener is

exceeded the Courtesy Light and

Overload LED will flash to indicate

that an Overload has occurred.

SERVICE INDICATOR

The Opener has a Service indicator.

When the Overload LED lights up

continuously it means that the opener

and, or garage door needs a service.

AUTO COURTESY LIGHT

The Courtesy Light on the Opener

comes on automatically whenever the

door is activated to do an opening or

closing cycle. The Light can also be

switched on and off without

operating the door. This is done by

pressing the button on the Hand Held

Transmitter or Wall Mounted Trans-

mitter which has being stored as the

light code, or by pressing the light

button on the Wall Switch (optional).

The light will stay on for

approximately three minutes then go

off.. This time is also adjustable.

CAS (COLOUR ASSISTED

SETTINGS)

To make the installation of the

Automatic Opener more user friendly

Automatic Technology Australia

developed the CAS (Colour Assisted

Settings) system. This unique system

allows for all the Open and Close

adjustments and settings to be colour

coordinated, Red for Close and Green

for Open. The colour coordination

make its easier and quicker for the

user or installer to complete the

installation.

FEATURES

1. LIGHT CODE button (White)

is used for storing or erasing the

transmitter button (code) you wish to

use to turn the courtesy light on the

Opener on and off.

2. DOOR CODE button (Blue) is

used for storing or erasing the

transmitter button (code) you wish

to use to command the door to open ,

stop or close.

3. CLOSE DRIVE button (Red) is

used during installation to help set the

close limit stop position. Pressing and

holding this button will move the

door in the close direction. Move-

ment stops when the button is re-

leased.

N O T E : T h e c l o s e s a f e t y

obstruction detection is inoperable

whenever the Close Drive button is

used to move door.

4. CLOSE LIMIT Led (Red) .the

led is very helpful during installation,

it illuminates and flashes when the

door is closing and remains steady on

when the close limit is activated

5. AUTO CLOSE button (White) is

used to adjust the auto close time.

While holding in the Auto

button and then pressing (each press

will increase the time by 5 seconds)

the Open button the time is

increased, pressing the Close button

will decrease the time.

6. RESET button (white)is used to

initialise and set the door /

opener

operating parameters, including cycle

times and obstruction force settings.

Check the installation manual for

other uses.

7. O / S / C button (Yellow) is used

during installation to test the Open,

Stop and Close cycles for the Opener.

The Opener has to be initialised by the

Reset button before the O/S/C button

15. P.E. Input is for connection of

Photo Electric Beams (optional

extra) for extra safety obstruction

protection, or compulsory when

used with Auto Close Mode.

NOTE: P.E. SHUNT must not be

removed otherwise the Opener will

not function correctly. Remove only

when a P.E. is to be connected

16 This connection is only on

ATA’s EasyRoller roll-up door

opener.

17. SECURALIGHT Input is used

for connecting a Securalight

(optional extra) Monitor. A

Securalight is a monitor unit which

is mounted inside your home and is

connected to the Opener by wire

cable. The monitor indicates the

status of the door, for example if the

door is moving or is opened or

closed, etc. The door can also be

controlled from the monitor unit.

18. O / S / C Input is for

connecting the wired Wall Switch

(optional extra).

19. ENGAGE / DISENGAGE

HANDLE when pulled down

towards door and released will select

manual mode. Used, for example

when there is a power failure. Pull-

ing the handle away from door and

releasing again will select automatic

mode

8. CLOSE LIMIT ADJUST

SCREW (Red) is used to fine adjust

the close limit stop position. Check

installation section on how to adjust.

9. OPEN LIMIT ADJUST

SCREW (Green) is used to fine

adjust the open limit stop position.

Check installation section on how

to adjust.

11. OPEN Drive button (Green)

is used during installation to help set

the open limit stop position.

Pressing and holding this button

will move the door in the open di-

rection. Movement stops when

the button is released.

NOTE: The open obstruction

detection is disabled whenever the

Open Drive button is used to

move door.

12. OPEN LIMIT Led (Green)

the led is very helpful during

installation, it illuminates and

flashes when the door is opening

and remains steady on when

the open limit is activated

13 The cam operation is only on

ATA’s EasyRoller roll-up door

opener

14. FORCE MARGIN SET

(white) Button is used to change

the force pressure when the

door

encounters an obstruction. Pressing

the Force Margin Set button and

Open or Close button will increase

or decrease the force. Normally the

force pressure is set automatically.

The Force Margin Set is only ever

used if other environmental fac-

tors

(wind, etc.) effect the operations of

the Door/Opener.

OPERATING CONTROLS see Fig. 15

LIMITS ARE PRE-SET IN FACTORY PLEASE READ THIS INSTRUCTION MANUAL BEFORE

ATTEMPTING TO INSTALL AND USE THE OPERATOR. FAILURE TO COMPLY WITH THE

INSTALLATION INSTRUCTIONS MAY RESULT IN SERIOUS PERSONAL INJURY AND/OR

PROPERTY DAMAGE.

TUBE / PIPE ASSEMBLY

STEP 1

Slide shuttle assembly onto index tube

(one piece only) and insert screwdriver or

clevis pin to hold it on tube and slide it into

support tube assembly. (FIG 1 & 2) Arrow on

shuttle must point towards Garage Door. To as-

semble the rest of the tubes, always slide short

insert tube half way into the long tube, then

slide other tube into remaining insert tubes.

Continue this process with remaining tube until

desired length is achieved.

STEP 2

The opener is supplied with a 9 teeth Drive

Sprocket on Drive Unit. If the Opener is to be

fitted to a one piece door without track, ex-

change the 9 teeth Sprocket on Drive Unit,

with a 7 teeth drive sprocket available as an op-

tion from ATA.

IMPORTANT: If using Track Door (often

referred to as Panel Lift Door or Track Tilt

Door) use only 9 teeth Drive Sprocket on Drive

Unit. If using a one piece door without track

use the 7 teeth sprocket on Drive Unit.

STEP 3

Attach one end of chain (supplied) to chain

index screw, nearer to drive unit, using one

joint link. (FIG. 3)

Proceed to wrap chain around Drive Unit

Sprocket/Idler Wheel then go along the pipe to

the Idler Wheel on Support Pipe Assembly,

finally attach to the other end of the chain

index screw.

NOTE: Make certain that teeth of drive unit

Sprocket is engaged in the chain and that the

chain is not twisted. Make sure that the chain is

engaged in the plastic chain idle wheel on the

support pipe assembly.

FIG. 3

FIG. 1

FIG. 2

STEP 4

Remove locating screwdriver from trolley.

Disengage trolley from chain index by swinging

lever downwards (FIG. 4), then slide trolley away

from chain index along pipe track.

Loosen locking nuts on chain index screws. To

tighten chain, turn chain index in anti-clockwise

direction, looking from support pipe assembly to

drive unit. Do not over-tighten chain as it has to

sag 6-12mm. Check before locking screw with

locking nuts that chain is not twisted. When the

tension is finalised, tighten lock nuts at both ends

of chain index

STEP 5

Open the door and find the highest point of

travel of the top door panel. Using a level,

transfer this height to the wall above the floor

(FIG. 5) and mark a line 60mm above it.

Determine the centre of the location on the

wall above and on top of the door. Then draw

two (2) lines 21.5mm on each side of the

door centre. (FIG. 6)

Determine which type of Garage Door you have as illustrated below.

FIG. 4

TRACK

DOOR TRACK

DOOR

LEVEL

FIG.

DOOR

TRACK

DOOR

SECTIONAL DOOR WITH TRACK ONE PIECE DOOR WITH TRACK ONE PIECE DOOR WITHOUT TRACK

PROCEED FROM STEP 5

PROCEED FROM STEP 5 PROCEED FROM STEP 9

Mounting Operator – Sectional door/one piece door with track

STEP 7

When the wall bracket is firmly secured in

its proper position, attach the support pipe

assembly to wall bracket by 90 mm long

clevis pin and secure with spring clip, sup-

plied, (FIG. 7) leaving drive unit in its

packing box for protection during installa-

tion

STEP 8

Raising the drive end of the opener from

the packing box and support it in a hori-

zontal position with a step ladder, then

open the garage door. Rest the opener on

the open door and use a scrap piece of

wood to bring it to horizontal level. Line

up the track with the centre line on top of

the door. Secure to the ceiling above drive

unit mounting holes, with perforated

angle (not supplied). A representative

mounting is shown. (FIG. 8 & 8a)

Connect angle and drive unit with 2 flat

perforated strips of angle (not supplied)

with M8 x 20mm screws, nuts and

washer. Strips should not extend more

than 18mm below centre of drive unit

mounting holes. (FIG. 8 & 8a)

STEP 6

The intersection of line 21.5mm from door

centre and line 60mm above highest point

of travel are centre points, where holes for

mounting of wall bracket should be

drilled. (FIG. 6)

If wall bracket is mounted onto concrete

or brick wall, use 8mm or 5/6 loxins. If

mounting onto wooden lintel or beam, use

wood screw #20 or equivalent minimum

50mm long.

WARNING; MAKE SURE CONCRETE, BRICK

WALL OR TIMBER LINTELS ARE SOLID

AND SOUND SO AS TO FORM A SECURE

MOUNTING PLATFORM.

Mounting Operator – Sectional door/one piece door with track

GO TO STEP 13

WARNING: THE OPENER MUST BE

SECURELY FASTENED TO A STRUCTURAL

SUPPORT OF THE GARAGE. FAILURE TO

FASTEN THE OPERATOR CORRECTLY

WILL LEAD TO POSSIBLE OPENER

FAILURE CAUSING SERIOUS INJURY TO

PERSONS/ AND OR PROPERTY.

FIG. 7

FIG. 8

FIG. 8a

FIG. 6

STEP 9

Determine the centre of the door and mark this

location on the wall above and on top of the

door. Then draw two (2) lines 21.5mm on each

side of the door. (Fig. 9)

STEP 10

Raise the door to open position. Reset the

opener on the top edge of the door with end of

the pipe/tube against the header wall and drive

unit support in level with the lowest point of

the open door. (FIG. 10)

Note: Do not slide opener tube/pipe on face of

the door when it is open.

Attach the angle (not supplied) to the ceiling

and connect angle and drive unit with two (2)

flat perforated strips of the angle (not supplied)

with M8 x 20mm screws and nuts. Strips

should not extended more than 18mm below

centre of the mounting holes of the drive unit.

A representative mounting is shown. (FIG. 8 &

8a) Do not lock screws at this stage.

STEP 11

Close the door slowly. The opener pipe/tube

will be elevated by the top edge of the door as

it moves. Stop the door when it is at its highest

point of travel. (FIG. 11)

Allow 25mm additional height for clearance

between the door and the track. Support pipe /

tube in this position and the close the door.

(FIG. 11) This will be the height to mount the

wall bracket. Top of door must not touch tube.

MOUNTING OPENER–

ONE PIECE DOOR WITHOUT TRACK

WARNING; MAKE SURE CONCRETE, BRICK

WALL OR TIMBER LINTELS ARE SOLID AND

SOUND SO AS TO FORM A SECURE MOUNT-

ING PLATFORM.

WARNING: THE OPENER MUST BE SECURELY

FASTENED TO A STRUCTURAL SUPPORT OF

THE GARAGE. FAILURE TO FASTEN THE OP-

ERATOR CORRECTLY WILL LEAD TO POSSI-

BLE OPERATOR FAILURE CAUSING SERIOUS

INJURY TO PERSONS/ AND OR PROPERTY.

CENTER OF DOOR

FIG. 9

STEP LADDER

FIG. 11

STEP LADDER

25mm

DOOR

TUBE

HIGHEST POINT

OF DOOR TRAVEL

FIG. 10

STEP 12

Mark a line through the centre of the wall bracket onto

the header wall (above the door).

Drill holes at intersection of the above line and lines

21.5mm from the centre line of the door. ( Step 9)

If wall bracket is mounted onto concrete or brick wall,

use M8 or 5/6 loxins. If mounted onto wooden lintel

or beam, use wood screws #20 or equivalent,

minimum 50mm long.

Attach the wall bracket to the support pipe

assembly with 90mm long clevis pin (FIG. 12) and

secure by spring clip. FIG. 12

STEP 14

Assemble bent and straight arm with screws, plain and

spring washer and nuts supplied in accessory pack.

(FIG. 14) Then connect assembled arm to the door

bracket and the trolley by clevis pin and spring clip.

Trolley must be in disengage position. Always use the

bend & straight arm.

If installing on a door with bad wave action, lengthen-

ing the arm even further will assist the door operation

by reducing the wave action.

STEP 13

The door bracket is in two parts. The bottom plate

with two mounting holes is used alone on any one

piece doors. The top plate is placed over the bottom

plate, uses 4 mounting holes for extra strength, and is

used on sectional doors. (FIG 13)

Mount the door bracket to the centre line of the door

(FIG 13), using M6 or equivalent screws (not sup-

plied) Alternatively it can be welded on steel doors

Note: As various types of door exist, reinforcement

has to be added to the line door where necessary if in

doubt about the strength of the door. Damage will

occur to the door panel if the bracket is installed

incorrectly on a panel with insufficient strength. The

door opener warranty will not cover damage caused

by Opener to door and/or door panel.

FIG. 13

MOUNTING DOOR BRACKET & ARMS

FIG. 14

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