SLY250 - Système de motorisation de porte de garage CHAMBERLAIN - Free user manual and instructions

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Brand : CHAMBERLAIN

Model : SLY250

Category : Système de motorisation de porte de garage

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USER MANUAL SLY250 CHAMBERLAIN

Mechanical Installation SLY250

Int. Service (+49) 6838/907 172

für Service 06838/907 172

for service (+44) 0845 602 4285

pour service 03 87 95 39 28

voor service 020 684 7978

50Hz 120W 130W 1A 6N 8μF 1380U/min -25°C - +55°C IP44

Harry Naumann Dipl.Ing.(FH)

Manager, Regulatory Affairs

ERSTE INBETRIEBNAHME

50Hz 120W 130W 1A 6Nm 8μF 1380 -25OC - +55OC IP44

Harry Naumann Dipl.Ing.(FH)

Manager, Regulatory Affairs

ATTENTION IMPORTANT FITTING AND OPERATING INSTRUCTIONS PLEASE START BY READING THESE IMPORTANT SAFETY RULES • SAVE THESE INSTRUCTIONS This safety alert symbol means "Caution" - failure to comply with such an instruction involves risk of personal injury or damage to property. Please read these warnings carefully.

This gate drive mechanism is designed and tested to offer appropriately safe service provided it is installed and operated in strict accordance with the following safety rules. Incorrect installation and/or failure to comply with the following instructions may result in serious personal injury or property damage. When using tools and small parts to install or carry out repair work on a gate exercise caution and do not wear rings, watches or loose clothing. Installation and wiring must be in compliance with your local building and electrical installation codes. Power cables must only be connected to a properly earthed supply. Any entrapment possibility by the moving wing between wing & walls must be secured with safety edges or IRsensors.. Please remove any locks fitted to the gate in order to prevent damage to the gate.

It is important to make sure that the gate always runs smoothly. Gates which stick or jam must be repaired immediately. Employ a qualified technician to repair the gate, never attempt to repair it yourself.

Keep additional accessories away from children. Do not allow children to play with pushbuttons or remote controls. A gate can cause serious injuries as it closes. Disconnect electric power to the system before making repairs or removing covers. A disconnecting device must be provided in the permanently-wired installation to guarantee all-pole disconnection by means of a switch (at least 3mm contact gap) or by a separate fuse.

After the installation a final test of the full function of the system and the full function of the safety devices must be done.

Make sure that people who install, maintain or operate the gate drive follow these instructions. Keep these instructions in a safe place so that you can refer to them quickly when you need to.

This drive cannot be used with a gate incorporating a wicket door unless the drive cannot be operated with the wicket door open.

The full protection against potential squeeze or entrappment must work direct when the drive arms are installed.

Contents: General Information on

Installation and Use: Details of Contents: Page 1 Before You Begin: Page 2 Check List: Page 2, fig. 1 - 2 Overview of Installation: Page 2 Installation of Rack Bar: Page 2, fig. 7

Installation of Base Plate:

Page 2, fig. 6 A - c Mounting Drive on Base Plate: Page 2, fig. 6 D Drive Release Mechanism: Page 2, fig. 8 Limit Switches: Page 2, fig. 9 + 10

Page 3, fig. Maintenance Work: Page 3, fig. 11 Technical Data: Page 3 CE Conformity Certificate: Page 3 Replacement Parts: fig. 12

The sliding gate drive can be activated via push-buttons, key-operated switches, keyless switches (radio) or remote control; once the drive has been disengaged with the appropriate key, the gate can be opened by hand. The sequence of functions initiated by a command issued via a remote control, push-button, etc. depends on how the control's electronic system has been set.

There are many factors that are key to the choice of the right sliding gate drive. Assuming the gate is in good working order, the most difficult aspect is getting the gate to move. Once the gate is in motion, force requirements are in the main significantly reduced.

The base plate for the drive can either be concreted in or, if appropriate, welded into position. The place where the base plate is usually located is shown on the installation overview. The concrete plinth needs to be of an appropriate size (approx. 50cm x 50cm x 50cm).

• Gate size: Gate size is a very important factor. A light yet long gate (long = + 5m) needs a far greater force to set it in motion than a short, heavy gate does.

Please note: If it is impossible to precisely determine the height of the plinth and the distance from the gate prior to installation, it is advisable to mount the rack bars first and then concrete in the base plate. Spacers are fitted to move the rack bars approx. 40mm towards the inside.

The distance from the bottom edge of the rack bar to the base plate is approx. 8 cm. The base plate permits final height and depth adjustments of several centimetres to be made, but you are advised to work as precisely as possible from the outset.

WIND CAN BRAKE A GATE'S MOVEMENT OR MAKE IT HARD TO MOVE, THUS INCREASING FORCE REQUIREMENTS SIGNIFICANTLY.

• Gate weight: Gate weight is only an approximate indicator the actual relevance of which can vary greatly. Example: A light gate that slides poorly is likely to need a stronger drive than a heavy, smooth-sliding gate. • Temperature: Low outdoor temperatures make it difficult or, in some cases, impossible to get the gate moving due, for instance, to changes in the ground conditions. In such cases, a stronger drive again might be necessary. High outdoor temperatures can cause the thermal protection mechanism to be activated sooner. • Operating frequency / Duty cycle: Sliding gate drives have a maximum duty cycle of approx. 30% (e.g. 30% per hour). CAUTION: The drives were not designed to be run for the maximum duty cycle on a regular basis (permanent operation). If the drive gets too hot, it switches itself off until it has cooled down to activation temperature. The outdoor temperature and the gate itself are key factors determining the drive's actual duty cycle

MOUNTING MOTOR AND GEAR UNIT 6

C D The drive should be fitted on to the threaded bolts in the base plate.

The height should be set such that there is a gap of approx. 1 - 2mm between the cog wheel and the rack bar. The weight of the gate should not be borne by the cog wheel! Position the drive via the adjustment holes such that its location vis-à-vis the rack bar complies with the installation dimensions. MOUNTING RACK BAR 7

• Safety: A sliding gate drive has to be fitted with a flashing lamp, contact strips and, if necessary, with additional light barriers as safety features. Please ensure that you comply with the standards and regulations relevant to your particular case.

The easiest way to fit the rack bar is to first place it on the motor's drive cog, disengage the motor and, by pushing the gate further with the rack bar, screwing the bar bit by bit firmly in position. In this way, you ensure that the rail bar engages with the cog wheel in an optimum manner. While doing this, do not forget to mark each fixing point.

• Control unit: The control unit was developed specifically with safety aspects in mind.

DRIVE RELEASE MECHANISM (MANUAL OPERATION) 8

CHECK LIST - PRE-INSTALLATION WORK 1 - 2

Prior to actual installation, please check that you have been provided with all the parts indicated within the scope of supply. 1 Make sure your gate system is in good working order. The gate must run smoothly, not jerkily and not make contact with the ground at any point. Bear in mind that the ground can be several centimetres higher in winter. The gate needs to be stable with as little play as possible to prevent any lateral movement from occurring. The easier the gate moves, the more sensitive the force setting needs to be. Make a note of the materials you still need and make sure you obtain them prior to installation - adhesive anchors (strong plugs), screws, stops, cable, distributor boxes, tools, etc. 2

The drive is equipped with a lockable release mechanism to enable the gate to be operated manually in a power cut. The release mechanism is shown in fig. 8 with the clutch disengaging the link between the cog wheel and the gear.

The limit switches are assembled as shown in fig. 9A-C, 10.

Fit the limit switches on to the rack bar in those places where the final travel positions are roughly expected to be. The magnet should point towards the motor. The switch (contact) is located in the middle of the motor. Screw the retaining clip only provisionally in place or slot it lightly on to the rack bar. Caution: Please notice fitting of the magnets on the rack bar (fig. 10)

OVERVIEW OF INSTALLATION

Install controlboard (fig.4) The drive has to be installed behind the wall to ensure that no part of it projects out into the gate opening. The motor has to be mounted on the flush fitted base plate. The rack bar shown has to be fitted to the gate with the fixing material supplied. Decide which is the best height for fixing the rack bar to the gate and use this to determine the installation dimensions for the motor unit and base plate. Dimensions of the drive (fig.5). Should the gate be unsuitable for fitting the rack bar to it, a fixing profile (angle bracket, shaped tubing, etc.) needs to be mounted first.

Caution: A sliding gate must run in a guide rail and should not be able to leave the rail. This means end stops need to be fitted for both directions!

Check gate functionality manually when the drive has been disengaged. Electrical operation is only possible with acontrol unit.

Electrical connections: See control unit instructions. Always ensure that the mechanical and electrical safety requirements relevant to the given system are complied with. MAINTENANCE WORK The drive mechanics are maintenance-free. Check at regular intervals (monthly) that the gate hardware and the drive are all firmly in place. Disengage the drive and check gate functionality. Only an easy-running gate will work well with a drive. A drive is no substitute for a poorly functioning gate.

Voltage IN Frequency

Nominal Power Max. Power Current rated Torque Capacitor Motor Speed Working Temperatur Range Protection Class

TECHNICAL DATA INITIAL OPERATION

50Hz 120W 130 1A 6Nm 8μF 1380 -25OC - +55OC IP44

A sliding gate can also be secured by implementing on-site measures (fence, wall, etc.). See fig. 11.

Declaration of Conformity

Automatic Gate Opener Models SLY250XXX are in conformity to the applicable sections of StandardsEN300220-3 • EN55014 • EN61000-3 • EN60555, EN60335-1 • ETS 300 683 • EN60335-1: 2002 • EN60335-2-103: 2003 • EN55014-1: 2000 + A1 + A2 • EN55014-2: 2001 • EN61000-3-2: 2000 • EN61000-3-3: 1995 + A1 • EN 301 489-3, V1.3.1 • EN 300 220-3 V1.1.1 • EN13241-1 per the provisions & all amendments

of the EU Directives 2006/95/EC, 2004/108/EC, 1999/5/EG Declaration of Incorporation

Automatic Gate Opener Models , when installed and maintained according to all the Manufacturer’s instructions in combination with a Gate, which has also been installed and maintained according to all the Manufacturer’s instructions, meets the provisions of EU Directive 98/38EC and all amendments. I, the undersigned, hereby declare that the equipment specified above and any accessory listed in the manual conforms to the above Directives and Standards. Harry Naumann Manager, Regulatory Affairs Chamberlain GmbH D-66793 Saarwellinge July, 2008