Elsema Axiom iS600/iS900 Sliding Gate Motor Kit

Important Warning and Safety Instructions

All installations and testing must be done only after reading and understanding all instructions carefully. All wiring should be done only by trained technical personnel. Failing to follow instructions and the safety warnings may result in serious injury and/or damage to property.

Elsema Pty Ltd shall not be liable for any injury, damage, cost, expense or any claim whatsoever to any person or property which may result from improper use or installation of this product.

Risk in the goods purchased shall unless otherwise agreed in written pass to the buyer upon delivery of the goods.

Any figures or estimates given for performance of goods are based upon the company's experience and is what the company obtains on tests. The company will not accept liability for failure to comply with the figures or estimates due to the nature of variable conditions affecting for example Radio Remote Controls.

Please keep this setup instruction for future reference.

Installed by: _______________________________________

Service date: ______________________________________

Features

• Cost effective solution for domestic sliding gates
• Self learning using intelligent positioning technology
• High capacity Lithium-ion battery backup optional
• All metal gearbox for longer life
• Suitable for gates up to 900Kg
• Contactless limit switch
• Soft start and soft stop
• Easy installation with Eclipse® control card
• Designed by Elsema in Australia

Description

Designed by Elsema, the AXIOM series of automatic gate opener is setting new standards in the automatic gate industry. With Lithium battery backup and all the great features at a competitive price, the AXIOM motor kit is your best choice.

Features such as Soft-start, Soft-stop, adjustable anti-crush, inputs for automatic vehicle detection, wireless keypads, safety beams, intercom systems and GSM gate opener, makes it ideal for all domestic and light industrial installations.

Lithium-ion batteries have a higher charge/discharge cycle, are smaller in size and has a longer service life when compared with normal lead acid batteries.

The AXIOM motor kits are operated by the Eclipse® Operating System (EOS). It is a user friendly menu driven system that uses the 1-touch button to control, setup and run automatic gates, doors and barriers. It uses a large 4-line LCD screen showing live reading of the motor performance and status of all inputs and outputs.

Elsema's easy options to add remote controls or any other accessory makes for a very user friendly approach, while avoiding the lockdown approach.

The Axiom motor kits are designed in Australia for Australian conditions.

Part Number

Menu Structure

Press Master Control for 2 seconds to enter the menu structure.

• MAIN SCREEN
  • 1.0 Auto Close
    • 1.1 Auto Close Time
    • 1.2 AC Time with PE Trig
    • 1.3 AC After Open Obstruct
    • 1.4 AC After Power Restored
    • 1.5 AC on Seq. Obstruct
    • 1.6 AC Only When Fully Open
    • 1.7 EXIT
  • 2.0 Pedestrian Access
    • 2.1 PA Travel Time
    • 2.2 PA AC Time
    • 2.3 PA AC Time with PE Trig
    • 2.4 PA AC on Seq. Obstruct
    • 2.5 PA Hold Gate
    • 2.6 EXIT
  • 3.0 Input Functions
    • 3.1 PE Polarity
    • 3.2 Limit Sw Polarity
    • 3.3 Stop Input Polarity
    • 3.4 EXIT
  • 4.0 PE Safety Beam Function
    • 4.1 Stop & Open on Close Cycle
    • PE Beam Stops Motor on Close Cycle
    • 4.2 EXIT
  • 5.0 Output Functions
    • 5.1 Relay Output 1
    • Lock / Brake
    • Courtesy Light
    • Service Call
    • Strobe (Warning) Light
    • 6.1 Lock Output
    • 6.1.1: Open Lock Activation
    • 6.1.2: Close Lock Activation
    • 6.1.3: Pre-Open Lock
    • 6.1.4: Pre-Close Lock
    • 6.1.5: EXIT
    • 5.2 Relay Output 2
    • Lock / Brake
    • Courtesy Light
    • Service Call
    • Strobe (Warning) Light
    • 6.2 Light Output
    • 6.2.1: Courtesy Light
    • 6.2.2: EXIT
    • 5.3 EXIT
  • 6.0 Output Modes
    • 6.3 Strobe (Warning) Light
    • 6.3.1: Pre-Open Warning Light
    • 6.3.2: Pre-Close Warning Light
    • 6.3.3: EXIT
    • 6.4 Service Call
    • 6.4.1: Service Counters
    • 6.4.2: EXIT
    • 6.5 EXIT
  • 7.0 Special Features
    • 7.1 RC Open only
    • 7.2 Holiday Mode
    • 7.3 Energy Saving Mode
    • 7.4 Automatic Stop & Open on Closing
    • 7.5 Receiver Channel 2 Options
    • 7.6 Press and Hold, Open Input
    • 7.7 Press and Hold, Close Input
    • 7.8 Window / Louvre Mode
    • 7.9 Reserved
    • 7.10 Press and Hold, Remote Ch1
    • 7.11 Press and Hold, Remote Ch2
    • 7.12 Stop Input Function
    • 7.13 Exit
  • 8.0 Motor Obstruct Detect Margin
    • 8.1 Open Obstruct
    • 8.2 Close Obstruct
    • 8.3 Slow Speed Obstruct
    • 8.4 Obstruct Det Response
    • 8.5 EXIT
  • 9.0 Motor Speed, Slow Speed Area & Reverse Time
    • 9.1 Open Speed (%)
    • 9.2 Close Speed (%)
    • 9.3 Open and Close Slow Speed
    • 9.4 Open Slow Speed Area
    • 9.5 Close Slow Speed Area
    • 9.6 Stop Rev Delay Time
    • 9.7 EXIT
  • 10.0 Anti-Jam / Electronic Braking
    • 10.1 Open Anti-Jam
    • 10.2 Close Anti-Jam
    • 10.3 Electronic Braking
    • 10.4 Open Obstruction Operation
    • 10.5 Close Obstruction Operation
    • 10.6 EXIT
  • 11.0 Travel Learn
  • 12.0 Password
    • 12.1 Enter Password
    • 12.2 Delete Password
    • 12.3 EXIT
  • 13.0 Operational Records
    • 13.1 Events History
    • 13.2 Display Operations / Currents
    • 13.3 Reset Max Current Records
    • 13.4 EXIT
  • 14.0 Tools
    • 14.1 Battery Type
    • 14.2 Supply Voltage
    • 14.3 Reset Factory Default
    • 14.4 Test Inputs
    • 14.5 Travel Timer for Slip Motors
    • 14.6 Solar Gate Mode
    • 14.7 Fuse Type : 10 or 15 Amps
    • 14.8 Slow Speed Ramp Down
    • 14.9 Exit

EXIT PROGRAMMING

Connection Diagram

The connection diagram illustrates the main control board and its terminals. Key connections include:

• AC Supply (x2 terminals)
• Motor (x2 terminals)
• Battery + and Battery - terminals
• Push Button terminal
• Open terminal
• Common terminal
• Close terminal
• Stop terminal
• Common terminal
• PED Access terminal
• Photo Beam terminal
• Common terminal
• + 12 VDC terminal
• - 12 VDC terminal
• Output 1 C (Common)
• Output 1 NO (Normally Open)
• Output 1 NC (Normally Closed)
• Fuse indicator
• Relay terminal block
• Built-in Receiver section with Program 1, Program 2, Antenna 1, Shield, Antenna 2
• Master Control knob
• Limit Switch terminal
• Output 2 terminal, used with Relay 1-12

Note: The 'Normally Open' and 'Normally Closed' inputs for PED Access and Photo Beam can be changed by the user.

Output is rated at 250mA.

Electrical Wiring - Supply, Motors and Inputs

DANGER: Always switch off power before doing any wiring. Make sure that all the wiring is completed and that the motor is connected to the control card. Recommended wire strip length should be 12mm for all connections to the plug-in terminal blocks.

The diagram shows the supply, motors, and inputs available and the factory default setting for each input. The control board features a Fuse, Relay, Master Control, and the Eclipse Operating System.

Input terminals include:

• Push Button (Open, Common, Close, Stop, Common)
• PED Access
• Photo Beam
• Common
• + 12 VDC
• - 12 VDC
• Output 1 C, Output 1 NO, Output 1 NC

Input configurations for PED Access and Photo Beam can be set as Normally Open or Normally Closed.

Output is rated at 250mA.

Setup i-Learning Steps:

1. The i-Learning setup can always be interrupted with the stop button or by pressing the Master Control knob.
2. Enter Menu 11 to start i-Learning, or new control cards will automatically prompt you to do the i-Learning.
3. Look at the LCD and follow the instructions displayed.
4. A buzzer will indicate learning was successful. If there was no buzzer, check all electrical wiring, including the power supply, then go back to step 1.
5. If you hear the buzzer after the i-Learn, the gate or door is ready for use.

Menu 1 – Auto Close

Auto Close is a feature that automatically closes the gate after a preset time has counted down to zero. The control card has a normal Auto Close and several special Auto Close features, each one having its own countdown timers.

Elsema Pty Ltd recommends a Photoelectric Beam to be connected to the control card when any of the Auto Close options are used.

If the Stop input is activated, Auto Close is disabled for that cycle only. Auto Close timer will not count down if the Push Button, Open, or Photoelectric Beam input is held active.

1.1 Normal Auto Close

The gate will close after this timer has counted down to zero.

1.2 Auto Close with Photoelectric Trigger

This Auto Close starts counting down as soon as the Photoelectric Beam has been cleared after a trigger, even if the gate is not fully open. If there is no Photoelectric Beam trigger, the gate will not Auto Close.

1.3 Auto Close after an Open Obstruction

If the gate opens and hits an obstruction, normally the gate will stop and remain in this position. If this feature is enabled, an obstruction will start the timer count down and at zero will close the gate.

1.4 Auto Close after Power Restored

If the gate is open in any position and then there is a power failure, when power is reconnected the gate will close with this timer.

1.5 Normal Auto Close on Sequential Obstructions

If the normal Auto Close is set and the gate closes onto an object, the gate will stop and reopen. This setting sets the amount of times the gate will try to Auto Close. After trying for the set limit, the gate will remain open.

1.6 Auto Close Only when Fully Opened

The Auto Close timer will not time out unless the gate is fully open.

Menu 2 – Pedestrian Access

There are several types of Pedestrian Access modes. Pedestrian Access opens the gate for a short time to allow someone to walk through the gate but does not allow access to a vehicle.

Elsema Pty Ltd recommends a Photoelectric Beam to be connected to the control card when any of the Auto Close options are used.

2.1 Pedestrian Access Travel Time

This sets the time the gate opens when a Pedestrian Access input is activated.

2.2 Pedestrian Access Auto Close Time

This sets the countdown timer for automatically closing the gate when a Pedestrian Access input is activated.

2.3 Pedestrian Access Auto Close Time with PE Trigger

This Auto Close starts counting down as soon as the Photoelectric Beam has been cleared after a trigger, when the gate is in the Pedestrian Access position. If there is no Photoelectric Beam trigger, the gate will remain in Pedestrian Access position.

2.4 Pedestrian Access Auto Close on Sequential Obstructions

If the Pedestrian Access Auto Close is set and the gate closes onto an object, the gate will stop and reopen. This setting sets the amount of times the gate will try to Auto Close. After trying for the set limit, the gate will remain open. When turned OFF, the gate will always try to Auto Close.

2.5 Pedestrian Access with Hold Gate

If the Pedestrian Access hold gate is ON and the Pedestrian Access input is permanently activated, the gate will remain open in the Pedestrian Access position. Open input, Close input, Push Button input and remote controls are disabled. Used in Fire Exit applications.

Menu 3 – Input Functions

This allows you to change the polarity of Photoelectric Beam, Limit Switch and Stop inputs.

Menu 4 – Photoelectric Beam

The Photoelectric Beam or sensor is a safety device which is placed across the gate and when the beam is obstructed it stops a moving gate. The operation after the gate stops can be selected in this menu.

The factory default for the PE beam input is “normally closed” but this can be changed to normally open in Menu 3.1.

Elsema Pty Ltd recommends a Photoelectric Beam to be connected to the control card when any of the Auto Close options are used.

Elsema sells different types of Photoelectric Beams. We stock Retro-Reflective and Through Beam type Photoelectric Beams.

PE1500 (Polarised Retro-Reflective Type)

PE24 (Through-Beam type)

Menu 5 – Output Functions

The control card has two outputs, Output 1 and Output 2. The user can change the function of these outputs to lock / brake, courtesy light, service call, strobe (Warning) light or gate open (gate not fully closed) indicator.

Output 1 is a relay output with common and normally open contacts. Factory default is lock / brake release function.

Output 2 is an open collector output. Factory default is courtesy light function.

Lock / Brake Output

The factory default for output 1 is lock/ brake release. Output 1 is a voltage-free relay contact with common and normally open contacts. Having it voltage-free allows you to connect either 12VDC/AC, 24VDC/AC or 240VAC to the common. The normally open contact powers the device. See diagram below:

Diagram Description: A control board with terminals labeled Open, Close, Stop, Relay. Output 1 C and Output 1 NC are shown connected to a Magnetic Lock. A Power Supply (+/-) is connected to the board.

12VDC output supply from the card is limited to 250mA. It cannot supply locks or other loads which draw more than 250mA.

Courtesy Light

The factory default for the courtesy light is on output 2. Output 2 is an open collector output. This output is used to switch an external relay such as Elsema's REL12-1 which can be purchased separately. See diagram on the next page.

Diagram Description: A control board with Master Control, Output 2, Stop, and Relay terminals. A separate unit labeled REL12-1 is shown connected to Output 2 terminals (Output NC, Output C, Output NO).

Menu 6 – Relay Output Modes

Menu 6.1 – Lock / Brake Output Modes

The relay output in the lock / brake mode can be configured in different ways.

6.1.1 Open Lock / Brake Activation

This sets the time the output is activated in the open direction. Factory default is 2 seconds. Setting it to Hold means the output is activated for the total travel time in the open direction.

6.1.2 Close Lock / Brake Activation

This sets the time the output is activated in the close direction. Factory default is off. Setting it to Hold means the output is activated for the total travel time in the close direction.

6.1.3 Open Pre-Lock / Brake Activation

This sets the time the output is activated before the motor starts in the open direction. Factory default is Off.

6.1.4 Close Pre-Lock / Brake Activation

This sets the time the output is activated before the motor starts in the close direction. Factory default is Off.

Menu 6.2 – Courtesy Light Output Mode

The relay output in the courtesy mode can be adjusted from 30 to 300 seconds. This sets the time the courtesy light is activated. Factory default is 60 seconds.

Menu 6.3 – Strobe (Warning) Light Output Mode

The relay output in the strobe (Warning) mode can be configured in different ways:

6.3.1 Pre-Open Strobe Light Activation

This sets the time the strobe light is activated before the gate operates in the open direction. Factory default is Off.

6.3.2 Pre-Close Strobe Light Activation

This sets the time the strobe light is activated before the gate operates in the close direction. Factory default is Off.

Menu 6.4 – Service Call Output Mode

This sets the number of complete cycles (Open and Close) required before the built-in buzzer is activated. Also the control card outputs can be configured to be activated if the number of cycles is completed. Connecting Elsema's GSM receiver to the output allows owners to get a phone call & SMS message when the service is due.

When “Service Call Due” message shows up on the LCD, a service call is required. After service has been done, follow the messages on the LCD.

Menu 7 – Special Features

The control card has many special features that can all be customised to your specific application.

7.1 Remote Control Open Only

By default the remote control allows the user to open and close the gate. In public access areas, users should only be able to open the gate and not worry about closing it. Usually the Auto Close is used to close the gate. This mode disables closing for the remote controls.

7.2 Holiday Mode

This feature disables all the remote controls.

7.3 Energy Saving Mode

This puts the control card to very low standby current that reduces your electricity bill while still maintaining normal functions and operations.

7.4 Automatic Stop & Open on Closing

By default, when the gate is closing and a push button or remote control is activated, it will automatically stop and open the gate. When this feature is disabled, the gate will only stop. Automatic opening will be disabled.

7.5 Receiver Channel 2 Options

The receiver's 2nd channel can be programmed to control a courtesy light, pedestrian access, or can be used for close only.

7.6 & 7.7 Press and Hold for Open and Close Inputs

If this feature is ON, the user must continuously press the open or close input for it to be activated.

7.8 Window or Louvre Mode

This mode optimizes the control card for operating electronic windows or louvres.

7.10 & 7.11 Press and Hold for Remote Channel 1 (Open) and Channel 2 (Close)

The remote channel 1 & 2 buttons will need to be programmed to receiver channel 1 & 2. The user must continuously press the remote button for the gate to open or close. The gates will stop as soon as the buttons are released.

7.12 Stop Input Function

The stop input can be set to either Stop the gate or Stop & Reverse the gate for 1 second.

Menu 8 – Obstruction Detect Margins

This sets the current sensitivity margin above the normal run current to trip the gate if an obstruction is detected. Different obstruction margins and response time can be set for the open and close direction.

The minimum margin will allow least pressure applied to trip the gate if it hits an object.

Margin Example

Motor is running at 2 Amps and the margin is set to 1.5 Amps, an obstruction detect will occur at 3.5 Amps (Normal Running Current + Margin).

For high margin settings, the supply transformer should be large enough to supply the high margin current.

If the gate hits an object on closing, it will automatically stop and then re-open. If the gate hits an object on opening, it will automatically stop.

Menu 9 – Motor Speed, Slow Speed Area and Reverse Time

After changing open speed, close speed or slow speed, i-Learn has to be done again.

9.1 & 9.2 Open and Close Speed

This sets the speed at which the gate will travel. If the gate is travelling too fast, reduce this value.

9.3 Slow Speed

This sets the speed at which the gate will travel in the slow speed region. If the gate is travelling too slow, increase this value.

9.4 & 9.5 Slow Speed Area

This sets the slow speed travel area. If you want more travel time for the slow speed area, increase this value.

9.6 Obstruction Stop Reverse Delay Time

This sets the stop and reverse delay time when the gate hits an obstruction.

Menu 10 – Anti-Jam, Electronic Braking and Gate Movement after Obstruction

10.1 and 10.2 Motor Open and Close Anti-Jam

When the gate is in the fully open or fully closed position, this feature applies a reverse voltage for a very short time. It will prevent the motor from jamming up the gate, so it is easy to disengage the motors for manual operation.

10.3 Electronic Braking

This will stop the motors with an electronic brake. Brake is applied when an obstruction is detected or when the Stop input is triggered.

10.4 Opening Direction : Gate Movement after Obstruction

After an obstruction has occurred in the opening direction, the gate will either stop, reverse for 2 seconds, or reverse fully.

10.5 Closing Direction : Gate Movement after Obstruction

After an obstruction has occurred in the close direction, the gate will either stop, reverse for 2 seconds, or reverse fully.

Menu 11 – i-Learning

This feature allows you to do the intelligent travel learning of the gate. Follow the messages on the LCD to complete the learning.

Menu 12 – Password

This will allow the user to enter a password to prevent unauthorised users from entering the control card settings. User must remember the password. The only way to reset a lost password is to send the control card back to Elsema.

To delete a password, select Menu 12.2 and press Master Control.

Menu 13 – Operational Records

This is for information only.

13.1 Event History

The event history will store 100 events. The following events are recorded into the memory: Power On, Low Battery, All input activations, Successful Opening, Successful Closing, Obstruction Detected, Unsuccessful i-Learning Attempt, Factory Reset, DC Output Overloaded, AC Supply Failed, AC Supply Restored, Auto Close, Security Close and Fuse Protect Obstruction.

13.2 Displays Gate Operations and Current Levels

This displays the number of open cycles, close cycles, pedestrian cycles, open obstructions, close obstructions and motor current levels. All maximum current values can be reset by the user from Menu 13.3.

Menu 14 – Tools

14.1 Battery Type

The iS900B motor kit is with Lithium-ion battery backup. Only use Lithium-ion batteries supplied by Elsema. Part number Li7800.

14.2 Set the Supply Voltage

The control card automatically sets the supply voltage during setup. This option allows you to manually set the control card to 12 or 24 Volt supply. To use the control card in a solar application, you must set the correct voltage in the Tools. This will disable the automatic voltage sensing which could cause problems in solar applications.

14.3 Resets Controller

Reset all settings to factory default. Also removes password.

14.4 Test Inputs

This allows you to test all the external devices connected to the controllers inputs. UPPERCASE means input is activated and lowercase means input is activated.

14.5 Travel Timer for Slip Clutch Motors

This allows you to use the controller with travel time. Used for Slip clutch or Hydraulic Motors.

14.8 Slow Speed Ramp Down Time

This allows you to change the time it takes the gate to change its speed from fast to slow.

Accessories

Solar Applications

For solar use the iS900Solar24.

Pre-made Inductive Loops & Loop Detectors

Elsema has a range of Saw-Cut and Direct Burial loops. They are pre-formed with recommended loop sizes for commercial or domestic applications and makes installation quick and easy.

Wireless Bump Strip

Safety edge bump strip is installed on the moving gate or barrier along with the transmitter. When the gate hits an obstacle, the transmitter transmits a wireless signal to the receiver to stop the gate from causing further damage.

Flashing Lights

Elsema has several flashing lights to act as a warning when the gate or doors is in operation.

Electromagnetic Locks

Waterproof magnetic lock for electronic sliding and swing gates. 12 or 24 Volts DC supply can be used. The lock is magnetised when voltage is applied.

Diagram Description: Images of Inductive Loop, Loop Detectors, Safety Bump Strip, Flashing Lights, and Magnetic Locks.

Keyring Remotes

The latest PentaFOB® keyring remotes ensure your gates or doors are secure. Visit www.elsema.com for more details.

Diagram Description: Images of various PentaFOB® remotes.

PentaFOB® Programmer

Add, edit and delete PentaFOB® remotes from the receiver's memory. The receiver can also be password protected from unauthorised access.

Diagram Description: Image of PentaFOB® Programmer.

Booster for PentaFOB® remotes

Penta Repeater can increase the operating range of the keyring remotes to up to 500 metres.

Diagram Description: Image of Penta Repeater/booster.

PentaFOB® Programming Instructions

1. Press and hold the program button on the built-in receiver (Refer to the iS connection diagram).
2. Press the remote button for 2 seconds while holding the program button on the receiver.
3. Receiver LED will flash and then turn Green.
4. Release the button on the receiver.
5. Press remote control button to test the receiver output.

Deleting Receivers Memory

Short the Code Reset pins on the receiver for 10 seconds. This will delete all the remotes from the receiver's memory.

PentaFOB® Programmer

This programmer allows you to add and delete certain remotes from the receiver memory. This is used when a remote control is lost or a tenant moves from the premises and the owner wants to prevent un-authorised access.

PentaFOB® Backup Chips

This chip is used to backup or restore the contents of a receiver. When there are 100s of remotes programmed to a receiver, the installer normally backs up the receiver memory in case the receiver is damaged.

LCD Display Explained

The LCD display provides information on Gate Status, Limit Switch Status, and Input Status.

Troubleshooting Guide

During i-Learn, the gate will open and close 3 times. First cycle is in slow speed. The second cycle is in fast speed. The third cycle will be in fast speed but the gate will slow down before reaching the end.

Error during i-Learn

Error during Operation

Company Information

ELSEMA PTY LTD
31 Tarlington Place
Smithfield NSW 2164 Australia

P: 02 9609 4668
W: www.elsema.com

Elsema offers a range of gate and door control solutions, including sliding gate motor kits, swinging gate motor kits, and motor control cards & kits. They also provide keyring remotes, programmers, and boosters.