Polargos Simple Move 101 User Manual

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Simple Move 101

CANTILEVER GATE DRIVE UNIT

Page 2

TABLE OF CONTENTS

INTRODUCTION ................................................................................ 3

SAFETY PRINCIPLES ....................................................................... 3

PRODUCT DESCRIPTION ................................................................4

Components of the set 4 Gate dimensions and maximum weight 5 Drive dimensions (in mm) 5 Pictorial view of installation 6

Technical data 6

PRELIMINARY OPERATIONS ..........................................................7

Checks before installation 7 Required tools 7 Preliminary wiring system 8 Safety rules 8

1. PREPARATION OF THE FOUNDATIONS .....................................9

2. MOUNTING .................................................................................. 10

3. ELECTRICAL CONNECTIONS ...................................................14

4. QUICK START-UP .......................................................................16

5. FITTING THE SHIELDS .............................................................. 17

OPERATIONAL USE .......................................................................18

Operation in sequential mode 18 Operation in automatic mode 19 Operation of obstacle detection function 19 Operation of zone lighting 19 Operation of remote controls or transmitters with 3 push-buttons 20 Drive Unit unlocking / blocking 20

ADVANCED PARAMETER SETTING .............................................21

Available push-buttons on remote controls with 2 or 4 push-buttons 21 Programming of a remote control with 2 or 4 push-buttons 21 Programming of a remote control with 3 push-buttons 21 Activation of the function of opening for pedestrian entry 22 Activation of the AUTOMATIC CLOSING mode 22

ACCESSORIES ...............................................................................23

SOLAR ENERGY SUPPLY .............................................................. 31

TROUBLESHOOTING ..................................................................... 32

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INTRODUCTION

POLARGOS is a Polish manufacturer of housing and industrial fence systems as well as other steel products that has been operating on the market since 1994.

Due to their many years of experience as well as production and marketing facilities, POLARGOS manufactures products for numerous domestic and foreign customers.

Our aim is the delivery of products that both meet the highest workmanship standards and answer customers’ expectations as regards to the aesthetics and ruling trends in the fencing market.

Thank you for your condence in choosing Simple Move 101.

Please read this instruction book thoroughly before installation.

Simple Move 101 is manufactured by Somfy for POLARGOS.

SAFETY PRINCIPLES

Please read this instruction book thoroughly before installation of the drive unit. It is important to follow the instructions precisely and retain this document for the whole working life of the product.

In Failure to comply with the recommendations concerning installation could lead to severe physical injuries or material damage. POLARGOS shall not bear responsibility in such cases.

This device is not designed to be used by people (including children) with limited physical, sensory or mental abilities, or by people without any experience or knowledge unless under the supervision of the person responsible for their safety or using instructions provided as regards the operation of this device.

Children are not allowed to play with fixed control devices. Remote control transmitters must be kept out of the reach of children. When using a switch without an interlock***, check if another people are at a suitable distance from the gate. Check the installation frequently to detect any abnormalities connected with the gate balance or specify signs

of wear. Do not use any drive units that need to be repaired or adjusted. Disconnect the power supply from the drive unit before performing cleaning or any other maintenance work. Before installation of the drive unit, check if the drive unit moving parts are in good technical condition,

balanced properly and if the gate opens and closes in a correct manner. Do not stand between the moving part and near fixed elements in view of the dangers connected with

displacement of the moving parts during opening (crushing, cropping, blocking). Watch the gate while it is in motion. All switches without interlock*** must be in the area from where the moving part will be directly visible but at a

suitable distance from moving elements. The switches must be installed at a height of at least 1.5 m; they cannot be generally accessible except for the switches requiring the use of a key. When using these switches, check to see if any person is in the vicinity.

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When the gate is completely open, keep a distance of 500 mm from its end. After installation is nished, check the correct adjustment of the mechanism and proper operation of the safety

system and any devices used to switch off the system manually. .

Do not throw away unwanted devices or expired batteries together with household waste. Consumers are obliged to transport all unwanted electronic and electric equipment to a special waste collection area for their disposal and recycling.

PRODUCT DESCRIPTION

The drive unit is designed for cantilever gates used in residential properties.

Components of the set

Item Name Quantity

1 Shield 1 2 Antenna 1 3 Electronic module 1 4 Drive 1 5 Shield screw 1 6 Round gasket 9x2 1 7 Toothed bar 33 cm 13 8 Cable bush 1

9 Thread forming screw TCB M4x10, galvanized 3 10 Fan-shaped washer AZ4 1 11 Wire holder 1 12 Flat medium washer M4x10 1 13 Round insulated terminal D4 1

Assembly template (printed on cardboard)

to be cut out

15 Adhesive label for the electronic module 1 16 Remote control transmitter 1

Additional items to be provided by the user:

17 Nuts M10, galvanized 8 18 Flat washers 10.5x22x2, galvanized 8 19 Double-thread screw 10x15 mm 4 20 Pin 10x60 S12 4

POLARGOS hereby declares that this product conforms to the basic requirements and other relevant regulations of the Directive 1999/5/CE. The Declaration of Conformity is available at www.polargos.eu

This product is accepted for use in European Union and Switzerland..

*** example: intercom, key switch, code panel, etc.

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Light sensor

232

109

218 214

109

180

The electronic module of the drive is equipped with a light sensor that detects the presence or absence of the shield. Thanks to this function, the setting mode is available only with the shield removed. If the shield is installed, the drive is switched to standby mode.

Gate dimensions and maximum weight

Maximum weight (P) 300 kg

Maximum height (H) 2 m

Maximum width (L) Gate 4M

Overall length with

counterbalance 6 m

Drive dimensions (in mm)

Light sensor

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Pictorial view of installation

Technical data

Supply voltage 230 V AC / Solar energy Drive type 24 V DC Drive power 150 W

Maximum energy consumption (including zone lighting) 600 W

Energy consumption in stand by mode 4,5 W Average number of working cycles daily 20 cycles daily Opening speed* 3 m / 16 s, beyond the deceleration area (20 cm) Automatic obstacle detection According to EN 12 453 Working temperature Between -20C and +60C Thermal shield Yes Protection level IP 44 Built-in radio wave receiver Yes

Remote controls:

Radio frequency Range of operational use Number of memory settings

Possible connections:

Orange light output Zone lighting output, supplied terminals Accessory supply output Emergency battery input Photocell input Control input, supplied terminals

433,42 MHz ~50 m 16

Flashing, 24 V, 10 W Maximum 500 W (at 230 V AC) 24 V – 15 W as maximum, only at 230 V

Yes Yes (BUS)

Yes, only at 230 V

* Opening time may differ depending on gate parameters.

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PRELIMINARY OPERATIONS

Opening stop

Closing stop

13 10

Checks before installation

► Gate inspection

The gate must be in good technical condition: check if its construction allows automation.

The gate must be in a horizontal position during the whole displacement cycle; it must open and close without the necessity of using excessive power. Check if the guide is absolutely perpendicular to the ground and if there are no obstructions that could prevent proper gate displacement.

►The presence of gate stops

Gate movement must be controlled by stops rmly xed to the ground. The stops limit the extreme position

of the gate during opening while the post performs this function during closing.

Necessary tools

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Preliminary wiring system

Provide the shield Orange ICT Ø 25 mm for cables located underground. If cables cannot be laid underground, use a cable bush that can withstand being run over by vehicles.

►Mains supply (only with voltage 230 V)

Lead power supply of 230 V as close to the drive unit as possible. The electronic module of the drive must be powered with voltage 230 V – 50 Hz using a exible conductor

of 1,5 mm². The electrical supply line must be:

• Designed for the drive only.

• Protected:

– by means of a fuse or a circuit breaker 10 A, – by means of a differential gear (30 mA).

• Installed in accordance with the safety standards concerning wiring systems and effective in the country of use.

Multipolar disconnection of power supply is to be provided:

• using a supply conductor with a plug,

• or by means of a switch where the distance between contacts is at least 3 mm for each pole (according

to EN 60335-1).

It is recommended to install a lightning rod (maximum residual voltage 2 kV).

►Photocells (an option in Simple Move 101 set)

Photocells are necessary for operation in automatic mode and to open a gate.

• Photocell conductors (see page 23).

Provide a connection for the photocell conductors in the shield between the two gate posts. Drill holes for shields in both ends of the gate construction. The photocells must be connected with the electronic system of the gate using a cable 2x0.75 mm². Supply conductors must be led under the photocells.

• Location of the photocells (see page 23).

►Orange light (option)

Installation of orange light is recommended for operation in automatic mode when opening the gate.

• Orange light conductors (see page 27). Provide space for the conductor of the orange light. The orange light must be connected to the

electronic system of the drive using a conductor 2x0.75 mm².

• Location of the orange light (see page 26).

Safety rules

Observe the following safety rules during installation:

• Remove any jewellery before commencing installation (bracelets, chains or any other items).

• Wear special safety goggles and proper protection during drilling or welding.

• Use the appropriate tools as specied on page 6.

• Exercise caution during operation of the drive system to avoid the risk of injury..

• Do not connect the system to the mains or emergency battery (accessory equipment) before installation is completed.

• Do not use high pressure water to clean the system.

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1. PREPARATION OF FOUNDATION

250 mm min

200 mm min

Gate

Foundation

Toothed bar

Space for cables

Gate

Opening stop

Closing stop

75 do 80

Base

> 97

> 20

<100

Successive stages

• Drive Unit location

• Installation of stops

• Foundations

►Drive unit location

Horizontal setting

Pay attention to the fact that that the drive unit must be always within the area of the gate operation, during both opening and closing.

Vertical setting

The drive unit should be located a little off the ground

(more than 20 mm).

Choose a suitable position for the toothed bar. If necessary, create a concrete base. It is necessary to take into account the gate position on trolleys.

►Installation of stops

The gate movement must be controlled by stops xed to the ground rmly to limit the extreme position of the gate.

►Foundations

Screws to fasten the drive unit must be rmly

attached to the ground. The foundation type and dimensions depend on the type of ground. The supply conductor must be laid according to the standards concerning wiring systems and effective in the country of use.

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2. FASTENING

Successive stages

• Screw assembly

• Drive fastening

• Toothed bar assembly

• Mechanical adjustment

►Screw assembly

[1]. Place the assembly template on the ground (the template

is printed on cardboard) and drill holes using a drill (Ø 12

mm) suitable for the ground type. (20)

[2]. Insert the pins (12x60 S12). Tighten the double-

thread screws (M10x15). (19)

Put a small amount of grease on the screws before screwing them into the pins.

►Drive fastening

[1]. Screw in 4 nuts (M10, galvanized (17)) and put 4 washers

(at, Ø10 5x22x2, galvanized). (18)

[2]. Remove the shield (1) from

the drive (4).

[3]. Place the drive on screws:

the ange (drive basis) must be at

a maximum height of 25 mm above the ground as. The recommended distance

is between 20 and 25 mm.

Use a level to check if the drive is

positioned correctly.

[4]. After the drive is set at a suitable height from

the ground, attach it using washers (flat, Ø10 5x22x2, galvanized) (18) and 4 nuts (M10, galvanized). (17)

[5]. Insert the cable bush (8) that has been drilled through

previously in the hole provided for the supply conductor.

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►Tooth bar assembly

11 -04

No. 1

No. 2

No. 3

No. 4

[2]. Preparation of bars.

[3]. Assembly of the bars should start from the lock side.

[4]. Insert bar No. 1 at a suitable distance from the lock side.

[5]. Fix the toothed bar (7) to bar No. 1 and fasten using screws M6x50.

[1]. Check if the drive is really unlocked

when the lever is in position .

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Toothed bar

Washer M6

Bar No. 2

Start

of assembly

Bar No. 3

Bar No. 1

Screw M6x50

Bar No. 4

lis

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1,5/2 mm

Fasten the rst bar in such a way as to feel slight resistance.

Bean-shaped

element

for horizontal

adjustment

Bean-shaped element for vertical adjustment

[6]. Level the bar. The bars No. 1 – No. 4 have bean-shaped elements for horizontal adjustment; The toothed

bars can be adjusted vertically.

[7]. Fasten the next toothed bars to the bar No. 1. The last toothed bar on the bar No. 1 will connect the bars

No. 2 and No. 1.

[8]. Fasten the next bars and toothed bars as above.

[9]. Once the bars are fastened, check whether everything is level or not; if not, correct this.

►Mechanical adjustment

Check if:

• the drive unit is located at a suitable height,

• the gate moves properly: the gate should move without difculty along its track,

• the gear wheel is driven all the time when the gate moves along its track,

• the set consisting of the toothed bar and the gear wheel does not change its position substantially along the gate path.

If these conditions are not met:

[1]. Adjust the height and set the drive at a suitable level using the 4 nuts (17) located under the drive.

[2]. If necessary, adjust the position of the

toothed bar and tighten up the nuts of the drive.

[3]. Close the gate.

[4.] Lock the drive.

Never lock the drive when the gate is running.

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3. ELECTRICAL CONNECTIONS

Blue/Black

Brown/Green

Blue/Black

Brown/Green

Successive stages

• Connection of the drive unit

• Connection to power supply

• Connection to a solar energy source

• Connection of safety accessories

►Connection of the drive

Always connect the drive unit and the electronic module before the

electronic module is connected to the mains.

Always connect the drive unit to the terminals 9 and 10 (green label M1

of the electronic module of the drive).

The drive unit (4) and the electronic module (3) are initially equipped with conductors designed for the drive unit mounted on the left hand side. To change direction of the drive unit operation, interchange the conductors

connected to terminals 9 and 10.

The drive on the left-hand side

View from inside

The drive on the right-hand side

View from inside

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►Connection to power supply

230V

8 mm

75 mm

For safety reasons, only carry out these activities with the power supply

disconnected.

[1]. Skin the wires of the supply conductor (the

same length for 3 wires).

[2]. Connect the earth conductor.

The earth conductor (green-yellow) and the insulated terminal provided (13) will be needed

in case of some accessories (lighting 230 V,

Class I).

[3]. Connect the phase conductor P and the

neutral conductor to terminals 15 and 16 of the electronic module (red label 230 V).

Check whether the conductors are blocked correctly by pulling them slightly.

Terminal

Blue conductor N 15

Red/brown/black conductor

Green-yellow conductor

P 16

It is obligatory to observe the recommendations concerning the colours

of conductors.

►Connection to a solar energy source (See page 30)

►Connection of protecting accessories

Photocells (to be sold separately as an option in the set Simple Move 101)

(See pages 23 and 24)

The photocells must be xed and connected before the start-up of the drive unit.

The orange light (to be sold separately as an option in the set Simple Move 101)

(See pages 26 and 27)

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4. QUICK START-UP

Successive stages

• Introduction to the remote control

• Placing the label on the electronic module

• Power up the system

• Gate track teaching

►Introduction to the remote controls

The remote controls delivered in the set have been already programmed.

Push-button 1 of the remote control allows the complete opening of the gate.

►Placing the label on the electronic module

Stick the label (14) on the electronic module (3) of the drive unit.

►Power up the system

Power up the system.

The STATUS indicator drives is ON and they are waiting for adjustment.

If the STATUS indicator

on the electronic module ashes (2 pulses) to inform that the power supply of the

remains unlit, see page 31.

►Gate track teaching

The electronic system of the drive stores automatically the following:

• The necessary drive torque to control the gate in the usual mode. The saving of this information allows detection of any abnormalities in the drive unit operation.

• The gate tracks during the opening and closing of the gate completely as well as the positions of the stops.

During setting the parameters, stand at the usual distance from the gate and carry out the following operations:

Push-button 1

Push-button 2

Press push-button 1 of the remote control to open / close the gate COMPLETELY.

The STATUS indicator module should EMIT LIGHT CONTINUOUSLY.

If the STATUS indicator ashes, see troubleshooting on page 31.

Do not interrupt the gate movement (complete opening / closing).

If the gate movement is interrupted, teaching will be resumed automatically at the next opening.

of the electronic

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5. SHIELD ASSEMBLY

Check if the drive unit is locked.

[1]. Place the shield on the ange (base) of the drive.

[2]. Mount the gasket (6) to ensure the tight tting of the drive

unit and then the shield screw (5).

According to the default settings, the drive unit operates in sequential

THE DRIVE UNIT IS READY FOR ACTION.

mode and in complete opening mode only.

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OPERATIONAL USE

Operation in sequential mode

Successive pressing of the same push-button on the remote control results in the following drive unit operation:

Opening, Stop, Closing, Stop, Opening, etc.

►Complete opening

Complete opening of the gate by pressing push-button 1.

Stop the gate movement by renewed pressing of push-button 1.

Close the gate by renewed pressing of pushbutton 1.

►Opening to allow pedestrian entry

Opening to allow pedestrian entry is carried out by pressing the previously activated push-button on the remote control (see page 21).

Partial opening of the gate (about 1 m) by

pressing of the active push-button.

Complete opening of the gate by pressing push-button 1.

Closing of the gate by renewed pressing of the active push-button.

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Operation in automatic mode

In automatic mode, the gate closes automatically after 30 seconds.

►Precautions

For automatic operation, installation of the photocell set is necessary according to EN 12 453 (see description and information on conductors on pages 22 and 23).

Polargos recommends installation of the orange light (see description and information on conductors on

pages 26 and 27) and the zone lighting (see information on conductors on page 27).

►Operation in automatic mode (to switch on this mode, read the

information on page 20)

In automatic mode, the gate closes automatically after 30 seconds.

In case an obstacle is detected during closing, the gate stops and then opens completely. To close the gate, press push-button 1.

Gate opening by pressing push-button 1.

Crossing in front of the photocells will result in automatic gate closing after 5 seconds.

Keeping of the gate in the open position by pressing push-button 1.

Automatic gate closing after 30 seconds.

Automatic gate closing by renewed pressing of push-button 1.

Operation of the obstacle detection function

In case an obstacle is detected:

• during opening: the gate stops and carries out a short movement backwards,

• during closing: the gate stops and then it opens fully.

Operation of zone lighting

The zone lighting lights up every time when the drive is started. It goes out automatically after 1 minute and 30 seconds.

Page 20

Operation of remote controls or transmitters with 3 push-buttons

Opening by pressing the „Up”

push-button

Note: The remote controls or transmitters with 3 push-buttons do not allow opening the gate

in pedestrian entry mode.

Stopping by pressing the central push-button

Closing by pressing the „Down” push-button

Drive unit unlocking / locking

- For safety reasons, carry out these operations after the power supply has been disconnected because even in the case of power failure, the power supply could be restored at any moment.

- Always lock the drive before connecting the power supply. The lever must be in the locked position.

- Never unlock or lock the drive unit when the gate is running (displacement in electric or manual mode).

When the drive is set in the unlocked position

Then the gate can be moved completely freely. Exercise caution when carrying out this operation.

Unlock the drive unit by pulling the lever towards yourself.

, the gate can be controlled manually in case of power failure.

Lock the drive unit by pushing the lever in the direction of the gate.

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ADVANCED PARAMETER SETTING

2 push-buttons

4 push-buttons

112

CODE

3 4

CODE

3 4

CODE

or or

Complete opening

Opening for pedestrian entry (if the function is active)

Unassigned

Note: You cannot set parameters when the gate is running.

Any introduced parameter changes will be taken into account after the rst opening of the gate.

Available push-buttons in remote controls with 2 or 4 push-buttons

Each remote control push-button can be programmed for control of complete gate opening.

The next push-button allows activation of the function of opening for pedestrian entry (the function of

opening for pedestrian entry, see page 20).

Push-button 1 cannot be

programmed for the function of opening for pedestrian entry.

Unassigned push-buttons or an inactive push-button for opening for pedestrian entry can be used to control another automatic mechanism (garage door, shutter, etc.).

Programming of a remote control with 2 or 4

push-buttons

[1]. Place the remote control on the picture

showing a target.

[2]. Press quickly the remote control push-button

designed for the control of COMPLETE gate

opening. > RADIO indicator

out when the push-button is released.

The push-button has been programmed.

lights up and then goes

Available combinations of push-buttons for complete

opening / opening for pedestrian entry:

Programming of a remote control with 3 push-buttons

[1]. Place the remote control on the picture showing

a target.

[2]. Press quickly the remote control push-button

Up or Down. > RADIO indicator

goes out. The remote control has been programmed.

If 16 remote controls have been programmed, then while programming the 17 remote control, the rst remote control will be deleted, etc.

lights up and then

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Activation of the function of opening for pedestrian entry

<0,5s

The function of opening for pedestrian entry can be activated using the push-button of the programmed remote control with 2 or 4 push-buttons (see ‘Available push-buttons in remote controls’, page 19).

[1]. Place the programmed remote control on the

picture showing a target.

[2]. Press quickly the remote control push-button

to be activated. > The RADIO indicator PEDESTRIAN indicator then go out. The function of opening for

pedestrian entry has been activated in this

and the

light up and

push-button.

To switch off the function for opening for pedestrian entry on this push-button, carry out this function activation procedure (as described below) once again for this push-button. PEDESTRIAN indicator

Activation of the AUTOMATIC CLOSING mode (recommended in the case of a solar energy supply)

Note: The automatic mode can be activated only when a photocell set has been installed (see description

of conductors on page 23).

Put the remote control on the electronic module to access the settings. In case of a remote control with

3 push-buttons, the settings are not accessible.

[1]. Put the programmed remote

control with 2 or 4 push-buttons on the picture showing a target. Press push-button 1 until

AUTOMATIC CLOSING indicator

starts ashing.

[2]. Press push-button 2 until

AUTOMATIC CLOSING indicator

goes out and then lights up and emits light continuously. Release the push-button.

> AUTOMATIC CLOSING indicator

starts ashing.

Note: After stage 1 is

nished, successive

stages can be carried out in remote mode (without placing the remote control on the picture showing a target).

goes out.

[3]. Press remote control push-button

1 twice.

> AUTOMATIC CLOSING indicator

remains lit to signify automatic

mode activation.

To switch off automatic closing mode and return to sequential mode, repeat stage 1 described above and

then press quickly remote control push-button 2; pilota, AUTOMATIC CLOSING indicator out and then start ashing. Press remote control push-button 1 twice.

will go

Page 23

ACCESSORIES

concentric cable

A cross-section of conductors for individual types of devices

Page 24

Photocells------------------------------------------------

2 8 m

25 cm

max. 20 cm

107 mm

43 mm 26 mm

2 x 0.75 mm

HO5 RR-F

IP44

1 A

24 Vac/dc

+ 60°C

- 20°C

Ø4

6 mm12 mm

Ø4

Photocells cause the gate to stop and reverse direction during closing in the case of obstacle detection (photocells obstructed).

Note: If the gate is closed and the photocells are obstructed, the

gate will not open.

► Location of photocells

► Photocell installation and conductors

A set of photocells consists of:

• transmitting photocells (TX),

• receiving photocells (RX).

1 2

Page 25

TX RX

1235

To check that the photocells are set properly, mount the shield of the transmitting

photocell but do not install the shield of the receiving photocell.

Yellow label (BUS)

11a

11b

TX RX

1 2 1 2 3 5

3 4 3 4 X X

Check proper setting of the photocells:

- If the receiving photocell indicator does not light up, adjust the position of the photocell (RX) using a pad. Check once again.

- If the receiving photocell indicator emits light continuously (proper setting), close the shield of the receiving photocell (RX).

Page 26

► Recognition of photocells by the electronic system of the drive unit

when in sequential mode

[1]. Put the programmed remote control with 2 or 4 push-

buttons on the picture showing a target. Press remote

control push-button 1 until the AUTOMATIC

CLOSING indicator starts ashing. Note: After stage 1 is nished, successive

stages can be carried out in remote mode (without placing the remote control on the

picture showing a target).

[2]. Press remote control push-button 2 until the

AUTOMATIC CLOSING indicator

out, and then starts ashing.

[3]. Press remote control push-button 1 twice.

Note: In automatic closing mode, the photocells are recognized by the electronic system of the drive unit on

activation of the automatic closing mode (see page 21).

goes out and then

goes

►Removal of photocells

In case of isolation of the photocells:

- in sequential mode: repeat the procedure of recognition of the photocells by the electronic system of the drive unit in sequential mode,

- in automatic closing mode: repeat the procedure of activation of the automatic closing mode as described on page 21.

►Obstructed photocells

If the photocells are obstructed during gate closing, the gate will stop and start moving in the reverse direction.

If the gate is closed and the photocells are obstructed, the gate will not open.

►Safety rules

The photocell operation must be checked every 6 months. To do this, shield the photocell with one hand during

gate closing. The gate should stop and open again.

Page 27

Orange light-------------------------------------------------------

HO5 RR-F

2x0.75 mm

175 m m

60 m m

77 m m

24 VE14

Ø22

10 Watt max

+ 60°C

-20°C

IPX4

24 Vac/ dc

The orange light indicates that the drive unit is running.

It starts ashing 2 seconds before the gate starts moving.

► Installation of orange light

There are two methods available of installing the orange light (see Fig. 4a and 4b).

1 2

Ø3

6 mm

12 mm

Page 28

►Conductors of orange light

Connect the orange light to the terminals 7 and 8 (orange label

„FLASH”) of the electronic module.

Zone lighting -----------------------------------------------------

This element is not compatible with a solar

energy supply.

Connect the zone lighting to terminals 13 and 14 (white label

„LIGHT”) of the electronic module.

Emergency battery-------------------------------------------

This element is not compatible with a solar energy supply.

The emergency battery ensures the continuity of gate operation at low speed in case of electrical supply failure. The battery is built in to the electronic module of the drive and connected with it directly.

To lengthen the amount of time of the battery operation, the wire control systems are disconnected; the gate is controlled with remote controls and radio transmitters only.

Note: STATUS indicator

ashes (1 pulse) when the drive is supplied by the battery.

►Technical data of the battery

• Operating time: 10 cycles in continuous mode or 24 hours if the gate is in good technical condition.

• Optimum charging time for the battery before use: 48 hours.

• Battery life: 3 years.

To ensure optimum battery life, disconnect the power supply from the gate three times a year and run several cycles with battery operated drive.

It is necessary to separate batteries and rechargeable batteries from other types of waste and to transport them to a local waste collection area to be recycled.

Page 29

►Battery conductors and installation

Connect the battery to the electronic module terminal provided for this purpose (grey label „BATT”).

Key switch-----------------------------------------------------

This element is not compatible with a solar energy supply.

Connect the key switch to the electronic module terminals 3 and 4 (yellow label „BUS”).

Interphone------------------------------------------------

This element is not compatible with a solar energy supply.

Connect the interphone to the electronic module terminals 3 and 4 (yellow label „BUS”).

Note: In the case of the connection of an interphone of a different type

to the one presented above, check to see if it is equipped with an output contact without power supply.

Page 30

Panel with digital code--------------------------------------

T1 C1 R1 VR3 T2 C2 R2

T3 C3

H P2 MP1

+HE –V

This element is not compatible with a solar energy supply.

Connect:

• T1 and C1 of the panel with a digital code to the electronic module terminals 3 and 4 (yellow label „BUS”).

• V and V of the panel with digital code to the electronic module terminals 5 and 6 (black label „24 V”).

Radio panel with code ------------------------------------

Independent antenna-------------------------------------------

An independent antenna with a longer range can replace the wire antenna.

Place it on the post top and check to see if it is exposed.

Connect the antenna to the electronic module terminals 1 and 2 (blue label „ANT”):

• conductor core to terminal 1

• stranded aerial wire to terminal 2

Remote control with 2 push-buttons----------------------------------------

Page 31

SOLAR ENERGY SUPPLY

Never connect the drive unit to a power supply of 230 V when it is already

connected to a solar energy source because this can lead to damage to the electronic module of the drive.

When the drive unit operates using a solar energy supply:

- the gate can be controlled by means of remote controls and radio transmitters only (wire control is inactive),

- protecting wire accessories (photocells, the orange light) are still active.

►Connection to a solar energy source

Connect the lead-in wire from a solar battery to the grey terminal „BATT” of the electronic module of the drive. Note: When the drive is supplied with a solar energy source, the wire control systems are disconnected; the gate is controlled by means of remote controls and radio transmitters only.

►Advice concerning use

To reduce energy consumption by the gate drive unit, we recommend the following:

- the gate should stay closed to ensure a longer period for battery recharging,

- the gate should not remain open for longer than 2 days,

- switch on automatic closing mode of the system (see page 21).

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TROUBLESHOOTING

Switch off the power supply of the system during cleaning or any other

maintenance activities.

DIAGNOSTICS FAULT CLEARING

The drive does not respond to commands from the remote control

Limited operating range of the remote control.

Unprogrammed remote control.

Unlocked drive. Lock the drive.

- Check the battery of the remote control (see „Replacement of the remote control battery” on the next page).

- Check the electronic module antenna (conductors,

position – see the next page).

- Check possible source of radio frequency interferences (overhead line pole, reinforced brickwork, etc.).

If this is the case, t an external antenna.

Program the remote control (see page 20).

STATUS indicator (STATUS) electronic module does not emit any light

STATUS indicator of the electronic module

is ashing:

1 pulse Working mode with the

2 pulse The drive unit is awaiting

3 pulse Photocell failure:

4 pulse Short circuit at the output

of the

No power supply for the drive unit.

Very low light intensity

outdoor = the drive unit is in standby mode.

emergency battery supply.

the gate path teaching.

- Obstructed photocells. Remove any obstacles that are obstructing the photocells.

- Photocells set improperly. Correct the photocell setting (see page 24).

- Photocell conductors connected improperly.

- No photocells /disconnected photocells.

BUS (terminals 3-4) of the electronic module.

- Check the mains supply.

- Check the supply conductor.

To carry out settings, increase illumination outside the electronic module (eg. using a torch).

Check the mains supply.

Restart the gate path teaching (see page 15).

Connect photocell conductors in accordance with the instructions given on page 24.

- Check if the photocells are connected properly.

- If photocells are disconnected intentionally and the gate is working in automatic closing mode, switch off automatic closing mode (see page 21).

Check accessories connected to the output BUS of the electronic module.

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DIAGNOSTICS FAULT CLEARING

5 pulses Thermal protection of the

6 pulses Short circuit at the output

The automatic closing mode does not start (the AUTOMATIC CLOSING indicator remains unlit).

drive is switched on.

24 V (terminals 5-6) of the

electronic module.

Short circuit within the orange light (terminals 7-8) of the electronic module.

Short circuit within the drive unit.

Photocells have not been installed.

Wait for the drive to cool down until the STATUS indicator

Check the device connected to the output 24 V of the

electronic module.

Check conductors of the orange light (see page 27).

Check the conductors of the drive unit (see page 13).

Install photocells (see pages 23 and 24).

starts emitting light continuously.

►Replacement of the remote control battery

The battery life is usually 2 years.

WARNING: Observe the polarity (+/-) of the batteries; they must not be recharged or thrown into re or water. They must not be

exposed to high temperatures. Used batteries must not be opened or mixed with batteries of another type or used batteries (this can result in an explosion, electrolyte leakages and damage of different types). Keep out of the reach of children.

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Antenna

►Antenna conductors and position

The antenna must be connected to terminal 1 of the electronic system of the drive unit and positioned as shown in the picture on the right.

►Removal of settings

The following settings can be removed: the gate path and activation of the automatic gate closing mode.

When are the settings to be removed?

After the gate path teaching, in the case of modication of the drive conductors.

In the case of detection of an unexpected obstacle as a consequence of normal wear of the gate.

[1]. Put the programmed remote control with 2 or 4 push-buttons on the picture showing a target.

Press the remote control push-button 1 until the AUTOMATIC CLOSING indicator starts

[2]. Press remote control push-button 1 once.

> MEMORY RESET indicator (RESET) is ashing.

[3]. Press remote control push-button 2 and hold it until the MEMORY RESET indicator (RESET) lights up.

Release push-button 2. > STATUS indicator

is ashing.

ashing.

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►Removal of programmed settings and remote controls

The following settings can be removed: the gate path, activation of the automatic gate closing mode and all programmed remote controls or radio transmitters.

[1]. Put the programmed remote control with 2 or 4 push-buttons on the picture showing a target.

Press remote control push-button 1 until the AUTOMATIC CLOSING indicator

[2]. Press remote control push-button 1 once.

> MEMORY RESET indicator (RESET) is ashing.

[3]. Press remote control push-button 2 until all indicators light up. Release push-button 2.

> STATUS indicator

is ashing.

starts ashing.

Page 36

Oziemkówka 57A

08-420 Miastków Kościelny, Polska

Tel. 48 25 683 05 55, fax: +48 25 683 78 38

e-mail: [email protected]

www.polargos.eu