CAME SDN4-SDN10 Sliding Gate Automation

Safety Instructions

ATTENTION! Important instructions for the safety of persons: READ CAREFULLY!

Foreword

This product must only be used for its intended purpose. Any other use is considered dangerous. CAME S.p.A. declines all responsibility for any damages caused by improper, incorrect, or unreasonable use. Keep these instructions with the installation and user manuals for the automation system components.

Before Installation

• Ensure the gate to be automated is in good mechanical condition, balanced, aligned, and opens/closes correctly.
• Ensure appropriate mechanical limit stops are present.
• If the automation is installed at a height less than 2.5 m from the ground or an access level, evaluate the need for warning or protection devices.
• For pedestrian openings in gate leaves, provide a system to block their opening during movement.
• Ensure the automated leaf opening does not cause pinching with fixed parts.
• Do not install the automation in reverse or on elements that could bend. Reinforce fixing points if necessary.
• Do not install the automation on leaves not positioned on a flat surface.
• Ensure any watering systems cannot wet the automation from below.
• Ensure the installation location temperature corresponds to that indicated on the automation.
• Follow all instructions, as incorrect installation can cause serious injury. It is important for people's safety to follow these instructions. Keep these instructions.

Installation

• Properly signpost and cordon off the work area to prevent unauthorized access, especially by minors and children.
• Handle automations over 20 kg with extreme caution. Use adequate tools for safe handling if necessary.
• All opening commands (buttons, key selectors, magnetic readers, etc.) must be installed at least 1.85 m from the gate's operating area perimeter, or in points inaccessible from the outside through the gate.
• Direct commands (button, proximity, etc.) must be installed at a minimum height of 1.5 m and be inaccessible to the public.
• All "hold-to-run" commands must be positioned where the moving leaves and corresponding passage/maneuver areas are visible.
• Apply a permanent label indicating the position of the release device.
• Before handing over the installation to the user, check its compliance with standard EN 12453 (impact tests), ensure the automation is correctly set, and that safety, protection, and manual release devices function correctly.
• Warning Symbols (e.g., gate plate) must be applied in specific, visible locations.

Instructions and particular recommendations for users

• Clear and clean the gate's operating areas. Ensure no vegetation is within the photocell range and no obstacles are within the automation's range.
• Do not allow children to play with fixed control devices or to station themselves in the gate's maneuver area. Keep remote controls (transmitters) or other control devices out of their reach to avoid unintentional activation of the automation.
• The device can be used by children aged 8 and above, and by persons with reduced physical, sensory, or mental capabilities, or lack of experience/knowledge, provided they are supervised or have received instructions on safe use and understanding of hazards. Children must not play with the device. Cleaning and maintenance by the user must not be entrusted to unsupervised children.
• Frequently check the installation for anomalies or signs of wear/damage on moving structures, automation components, fixing points, cables, and accessible connections.
• Hinges and sliding mechanisms must always be lubricated and clean.
• Check photocell and sensitive edge function every six months. To check photocell function, pass an object in front of them during closing; if the automation reverses or stops, they are functioning correctly. This is the only maintenance operation to be performed with the automation powered.
• Keep photocell glass clean (use a slightly damp cloth; do not use solvents or chemicals).
• For repairs or adjustments, release the automation and only use it after safety conditions are restored.
• Cut power before releasing the automation for manual opening or any other operation to prevent hazards. Consult instructions.
• If the power cable is damaged, it must be replaced by the manufacturer, its technical assistance service, or a similarly qualified person to prevent risks.
• Users are FORBIDDEN to perform OPERATIONS NOT EXPRESSLY REQUESTED AND NOT INDICATED in the manuals.
• For repairs, adjustments, and corrective maintenance, CONTACT TECHNICAL ASSISTANCE.
• Record control execution in the periodic maintenance log.

Instructions and particular recommendations for all

• Avoid working near moving hinges or mechanical parts.
• Do not enter the automation's operating range while it is moving.
• Do not oppose the automation's movement to avoid dangerous situations.
• Always pay close attention to dangerous points, which should be marked with pictograms and/or yellow and black bands.
• When using a "hold-to-run" selector or command, always ensure no one is in the path of moving parts until the command is released.
• Gate operation can occur at any time without notice.
• Always cut power during cleaning or maintenance operations.

Warning Symbols:

• ? Danger of crushing feet
• ✋ Danger of crushing hands
• ⚡ Danger of live parts
• ? Passage forbidden during operation

Product Information

LEGEND

• ? This symbol indicates parts to read carefully.
• ⚠️ This symbol indicates parts concerning safety.
• ℹ️ This symbol indicates what must be communicated to the user.

NORMATIVE REFERENCES

CAME S.p.A. is certified for ISO 9001 Quality Management Systems and ISO 14001 Environmental Management Systems. The product complies with the standards cited in the declaration of conformity.

DESCRIPTION

Automation with electronic board, movement control, obstacle detection, and mechanical limit stops, for sliding gates up to 1000 kg and 20 m long.

Intended Use

The automation is designed to motorize sliding gates for residential or collective use. Any installation and use other than those indicated in this manual are prohibited.

Limits of Use

Dimensions (mm)

Diagram Description: Front view dimensions: 363mm (height), 290mm (width), 250mm (depth). Side view dimensions: 363mm (height), 212mm (width), 106mm (depth). Top view dimensions: 300mm (width), 170mm (depth). Other dimensions indicate mounting points and internal features.

Technical Data

Description of Parts:

1. Cover
2. Card holder support
3. Gearmotor
4. Fixing plate
5. Housing for 2 backup batteries
6. Transformer
7. Mechanical limit switch
8. Release cable passage
9. Housing for RGP1 module
10. Housing for thermostat with heating element
11. Protective card cover
12. Electronic card
13. Electronic card support
14. Housing for RLB39 battery charger
15. Housing for GSM module
16. Housing for SMA sensors
17. Release lever
18. Lock
19. Release key
20. Limit switch fins

Diagram Description: An exploded view diagram showing the internal components of the automation unit, with numbers corresponding to the parts list.

Installation Guide

Standard Installation

Diagram Description: An overview diagram showing the typical installation of the automation unit, rack, limit switches, photocells, and flashing light on a sliding gate. Components are numbered 1 through 11.

GENERAL INSTRUCTIONS FOR INSTALLATION

Installation must be performed by qualified personnel in compliance with current standards.

Preliminary Checks

• Before installing the automation, you must:
  • Check that the gate is stable and that the guide wheels are in good condition and well-lubricated.
  • Check that the rack is securely fixed to the ground, fully on the surface, and presents no irregularities that could impede gate movement.
  • Check that the upper guide shoes do not cause friction.
  • Ensure a mechanical limit stop is present for both opening and closing.
  • Ensure the motor unit's fixing point is protected from shocks and the fixing surface is solid.
  • Provide a specific omnipolar disconnection device on the power supply, in accordance with installation rules, for total sectioning in case of overvoltage category III (i.e., with a contact gap of over 3 mm).
  • Ensure any internal connections within the junction box (made for continuity of the protection circuit) have supplementary insulation compared to other internal conductive parts.
  • Provide conduits for electrical cables to protect them from mechanical damage.

Tools and Materials

Ensure you have all the necessary instruments and materials to perform the installation safely and in compliance with current standards. The figure illustrates some examples of useful tools for the installer.

Diagram Description: A collection of common tools used for installation, such as wrenches, screwdrivers, pliers, a drill, a spirit level, a tape measure, and a hammer.

Cable Types and Minimum Thicknesses

Note: If cable lengths do not match the values in the table, determine cable section based on effective device absorption and standard CEI EN 60204-1. For connections with multiple sequential loads, re-evaluate dimensions based on absorption and distances. For products not listed, refer to their documentation.

INSTALLATION

The diagrams below are examples; space for fixing varies by installation zone. The installer must choose the most suitable solution.

Installing Corrugated Ducts

• Dig the trench for the formwork.
• Prepare corrugated ducts for connections from the junction box.
• It is recommended to use a Ø 40 mm corrugated duct for the motor unit connection and Ø 25 mm ducts for accessories.
• Provide a Ø 20 mm duct for potential external cable passage.
• The number of ducts depends on the installation type and accessories.

Diagram Description: A diagram showing the trench and the placement of corrugated ducts of different diameters (Ø 40mm, Ø 25mm, Ø 20mm) for cable routing.

Fixing Plate Installation

• Prepare a formwork larger than the fixing plate and insert it into the hole. The formwork must extend 50 mm above ground level.
• Insert an iron grid into the formwork for pouring cement.
• Insert the screws into the fixing plate and secure them with washers and nuts. Remove pre-formed clips using a screwdriver or pliers.

Diagram Description: Series of illustrations showing the preparation of the foundation, insertion of the fixing plate with screws and grid, and pouring of cement. Dimensions like 50mm and 95mm are indicated.

• With the rack in place, position the fixing plate according to the dimensions shown in the drawing.
• Attention! Ducts must pass through the pre-drilled holes.
• Fill the formwork with cement; the plate must be perfectly level with the screw threads fully on the surface.
• Wait for it to solidify for at least 24 hours.
• Remove the formwork and fill the hole around the cement block with earth.

Diagram Description: Illustrations showing the cement filling process, leveling, and the 24-hour waiting period.

Motor Unit Preparation

• Remove the motor unit cover by unscrewing the side screws.
• Position the motor unit on the fixing plate.
• Attention! Electrical cables must pass under the motor unit casing.

Diagram Description: Illustrations showing the removal of the motor unit cover, positioning of the motor unit on the plate, and routing of cables.

• Drill the cable pass-through, route the cables, and install it in its housing.
• Lift the motor unit by 5 to 10 mm from the plate using the threaded feet to allow for future pinion and rack adjustments.

Diagram Description: Illustrations showing drilling the cable pass-through, routing cables, and adjusting the motor unit's height using threaded feet. Numbers 1, 2, 3 indicate specific parts or steps.

Rack Fixing

• If the rack is already present, directly adjust the pinion-rack coupling distance. Otherwise, proceed with fixing:
  • Release the motor unit (see "MOTOR UNIT RELEASE" paragraph).
  • Place the rack onto the motor unit pinion.
  • Weld or fix the rack to the gate along its entire length.
• For assembling rack modules, position a piece of scrap rack under the joint point and block it with two clamps.

Diagram Description: Illustrations showing how to position and fix the rack to the gate, including joining rack modules.

Pinion-Rack Coupling Adjustment

Manually open and close the gate, and adjust the pinion-rack coupling distance using the threaded feet (vertical adjustment) and slots (horizontal adjustment). These operations prevent the gate's weight from bearing on the automation.

Diagram Description: Illustrations showing the adjustment of the pinion-rack coupling using threaded feet and slots, with arrows indicating movement and adjustment. A ratio "1:2" is shown.

Motor Unit Fixing

After adjustment, fix the motor unit to the plate using washers and nuts.

Diagram Description: Illustration showing the motor unit being secured to the fixing plate with nuts and washers.

Determination of Limit Switch Points

Opening Phase:

• Open the gate.
• Insert the opening limit switch vane onto the rack until the micro-switch clicks (spring), and fix it with studs.

Diagram Description: Illustration showing the gate partially open, the limit switch vane being inserted onto the rack, and the micro-switch mechanism. A dimension of "~ 20 mm" is indicated.

Closing Phase:

• Close the gate.
• Insert the closing limit switch vane onto the rack until the micro-switch clicks (spring), and fix it with studs.

Diagram Description: Illustration showing the gate partially closed, the limit switch vane being inserted onto the rack, and the micro-switch mechanism. A dimension of "~ 20 mm" is indicated.

Electrical Connections and Programming

Attention! Before working on the control unit, turn off power and disconnect any batteries.

Control board and command device power supply: 24 VAC/DC.

Input/output functions, time settings, and user management are configured and displayed on the control board's display. All connections are protected by fast-acting fuses.

Fuses

Description of Parts:

1. Terminal block for motor unit
2. Terminals for encoder
3. Terminals for limit switch
4. Terminals for command and safety devices
5. Antenna connection terminal
6. Connector for AF card
7. Connector for Memory Roll card
8. Connector for R700/R800 card
9. Connector for RSE card
10. Connector for RIO-CONN card
11. Display
12. Programming buttons
13. Terminal block for vis-à-vis or CRP connection
14. Terminal block for transponder devices
15. Terminal block for code keypad
16. Connector for GSM module
17. Connector for RGP1 module
18. Terminal block for signaling devices
19. Accessory fuse
20. Line fuse
21. Terminal block for control board power supply

Diagram Description: A diagram of the control board with numbered connection points and components. Another diagram shows the motor unit with some connection points.

Power Supply

Diagram Description: Illustration showing the power supply connection to the automation unit, indicating 230 VAC 50/60 Hz.

• Accessory power output 24 VAC/DC - max. 40 W.
• Control board power input 24 VAC/DC.

Default Wiring

• Motor Unit 24 VDC: Green (M), Red (M).
• Encoder: Green (V), Brown (N), White (Encoder signal).
• Opening Limit Switch (NC contact): Orange.
• Closing Limit Switch (NC contact): Orange.

Diagram Description: Schematic showing the wiring connections for the motor unit, encoder, and limit switches.

Signaling Devices

• Gate open signal output (Contact rating 24 VAC/DC - 3 W max.). See function F10.
• Flashing light or cycle lamp connection output (Contact rating: 24 VAC/DC - 25 W max.). See function F18.

Diagram Description: Schematic showing connections for signaling devices.

Control and Safety Devices

Control Devices

Attention! Before inserting a plug-in card (e.g., AF, R800), it is MANDATORY TO TURN OFF POWER and disconnect batteries.

• GSM module connector (for mobile device control). GSM does not function if RGP1 module is connected.
• R700/R800 card connector (for transponder or card reader, or code keypad).
• AF card connector (AF868 or AF43S) for remote control.
• Code keypad.
• Transponder or card reader.
• OPENING-CLOSING-INVERSION function (step-by-step) from a command device (NO contact). It is also possible to activate the OPENING-STOP-CLOSING-STOP (sequential) command via function programming. See function F7.
• OPENING or PARTIAL OPENING function from a command device (NO contact). See function F8.
• STOP button (NC contact): Stops the gate with automatic closing disabled. To resume movement, press a command button or another control device. See function F1.
• Antenna with RG58 cable for remote control.

Diagram Description: Illustrations showing how to connect various control devices and cards to the main board.

Wireless Devices (RIO)

• Insert the RIO-CONN card onto the dedicated connector on the electronic board.
• Configure the function to associate with the wireless device (F65, F66, F67, F68).
• Configure wireless accessories (RIO-EDGE, RIO-CELL, RIO-LUX) according to their manuals.
• If devices are not configured with the RIO-CONN card, the screen displays error E18.
• In case of radio frequency interference, the wireless system will disable automation operation, and the screen will display error E17.

Diagram Description: Illustrations showing RIO-EDGE, RIO-CELL, RIO-LUX devices.

Connection for Vis-à-vis and Came Remote Protocol (CRP)

See chapter "VIS-À-VIS CONNECTION FOR UNIQUE CONTROL".

• Insert the RSE card.

Diagram Description: Illustration showing the RSE card insertion and UTP CAT 5 cable connection.

Safety Devices

Photocells:

• Configure the CX or CY (NC) contact, input for photocell safety devices conforming to EN 12978.
• See input functions CX (Function F2) or CY (Function F3):
  • C1: Re-opening during closing. Opening the contact during closing phase reverses movement to full opening.
  • C2: Re-closing during opening. Opening the contact during opening phase reverses movement to full closing.
  • C3: Partial stop. Stops moving gate with automatic closing (if activated).
  • C4: Obstacle wait. Stops moving gate and resumes movement after obstacle removal.
• If CX and CY contacts are not used, disable them before auto-learning.

Diagram Description: Wiring diagrams for photocell connections using DELTA-S and DELTA devices, showing TX/RX connections and terminal configurations.

Sensitive Edges:

• Configure the CX or CY (NC) contact, input for sensitive edge safety devices conforming to EN 12978.
• See input functions CX (Function F2) or CY (Function F3):
  • C7: Re-opening during closing. Opening the contact during closing phase reverses movement to full opening.
  • C8: Re-closing during opening. Opening the contact during opening phase reverses movement to full closing.
• If CX and CY contacts are not used, disable them before auto-learning.

Diagram Description: Wiring diagrams for sensitive edge connections using DFW devices, showing terminal configurations.

Safety Devices (Test Safety)

• The card checks the effectiveness of safety devices (e.g., photocells) for each opening or closing command.
• Any anomaly disables commands and appears as E4.
• Activate function F5 via programming.

Diagram Description: Wiring diagrams for photocell testing with DELTA-S and DELTA devices.

Wireless Devices Rio:

• Insert the RIO-CONN card onto the dedicated connector on the electronic board.
• Configure the function to associate with the wireless device (F65, F66, F67, F68).
• Configure wireless accessories (RIO-EDGE, RIO-CELL, RIO-LUX) according to their manuals.
• If devices are not configured with the RIO-CONN card, the screen displays error E18.
• In case of radio frequency interference, the wireless system will disable automation operation, and the screen will display error E17.

Diagram Description: Illustrations showing RIO-EDGE, RIO-CELL, RIO-LUX devices.

Connection for Vis-à-vis and Came Remote Protocol (CRP)

See chapter "VIS-À-VIS CONNECTION FOR UNIQUE CONTROL".

• Insert the RSE card.

Diagram Description: Illustration showing the RSE card insertion and UTP CAT 5 cable connection.

Programming and Functions

Description of Programming Commands

• Display: Shows information.
• ESC Button: Exits menus, cancels modifications.
• ENTER Button: Enters menus, confirms and saves values.
• < > Buttons: Navigate menu options, increase/decrease values.

Diagram Description: Illustrations showing the display and buttons.

Navigation Menu

• To enter the menu: Press and hold ENTER for at least one second.
• To choose a menu option: Use the arrow buttons.
• To navigate sub-menus: Use the arrow buttons.
• To adjust a value: Use the arrow buttons.
• To exit the menu: Wait 10 seconds or press ESC.
• When the menu is active, the installation cannot be used.

Diagram Description: Step-by-step examples of menu navigation using the display and buttons.

Function Mapping

A comprehensive list of functions (F1-F71), user management (U1-U3), configuration (A1-A5), and version (H1) with brief descriptions is provided.

Function Menu:

IMPORTANT! Before proceeding with COURSE AUTO-LEARNING (A3), set the functions: MOTOR TYPE CONFIGURATION (A1), OPENING DIRECTION (F54), and TOTAL STOP (F1).

To program functions, the automation must be stopped. Maximum of 25 users can be memorized.

• F1 Total Stop [1-2]: 0 = Disabled (default) / 1 = Enabled.
• F2 Input [2-CX]: 0 = Disabled (default) / 1 = C1 / 2 = C2 / 3 = C3 / 4 = C4 / 7 = C7 / 8 = C8. Associates inputs with photocell or sensitive edge functions (re-opening, re-closing, stop, obstacle wait).
• F3 Input [2-CY]: 0 = Disabled (default) / 1 = C1 / 2 = C2 / 3 = C3 / 4 = C4 / 7 = C7 / 8 = C8. Associates inputs with photocell or sensitive edge functions (re-opening, re-closing, stop, obstacle wait).
• F5 Safety Test: 0 = Disabled (default) / 1 = CX / 2 = CY / 4 = CX+CY. Checks photocell functionality before each command. Always active for wireless devices.
• F6 Hold-to-run: 0 = Disabled (default) / 1 = Enabled. Gate opens/closes by holding a button. Other commands are disabled.
• F7 Command [2-7]: 0 = Step-by-step (default) / 1 = Sequential. Controls step-by-step (open-close-reverse) or sequential (open-stop-close-stop) operation.
• F8 Command [2-3P]: 0 = Opening (default) / 1 = Partial Opening. Controls full or partial gate opening. Partial opening time set by F71.
• F9 Obstacle Detection before start: 0 = Disabled (default) / 1 = Enabled. Motor stops if safety devices detect an obstacle.
• F10 Gate Open Signal: 0 = Always on when open/moving (default) / 1 = various flashing/on states. Signals gate status via contact 10-5.
• F11 Encoder: 0 = Enabled (default) / 1 = Disabled. Manages deceleration, obstacle detection, and sensitivity.
• F12 Slow Start: 0 = Disabled (default) / 1 = Enabled. Gate starts slowly for a few seconds.
• F14 Sensor Type Selection: 0 = Transponder/card reader command / 1 = Code keypad command (default). Configures accessory type for automation control.
• F18 Additional Lamp: 0 = Flashing light (default) / 1 = Cycle. Controls flashing light or cycle lamp output on contact 10-E.
• F19 Automatic Closing Time: 0 = Disabled (default) / 1 = 1 sec / ... / 180 = 180 sec. Sets delay before automatic closing after reaching opening limit. Safety devices disable auto-closing.
• F20 Automatic Closing Time after Partial Opening: 0 = Disabled / 1 = 1 sec / ... / 10 = 10 sec (default) / ... / 180 = 180 sec. Sets delay after partial opening command. Safety devices disable auto-closing. F19 must not be disabled.
• F21 Pre-flashing Time: 0 = Disabled (default) / 1 = 1 sec / ... / 10 = 10 sec. Sets pre-flashing time for the flashing light on contact 10-E.
• F28 Travel Speed: 60 = Minimum speed / ... / 100 = Maximum speed (default). Configures opening and closing speed as a percentage.
• F30 Deceleration Speed: 10 = Minimum speed / ... / 50 = Maximum speed (default). Configures deceleration speed for opening and closing as a percentage.
• F34 Sensitivity Course: 10 = Maximum sensitivity / ... / 100 = Minimum sensitivity (default). Adjusts obstacle detection sensitivity during travel.
• F35 Sensitivity Deceleration: 10 = Maximum sensitivity / ... / 100 = Minimum sensitivity (default). Adjusts obstacle detection sensitivity during deceleration.
• F36 Partial Opening Adjustment: 10 = 10% of travel (default) / ... / 80 = 80% of travel. Sets partial opening percentage. Requires Encoder function to be active.
• F37 Opening Deceleration Point: 10 = 10% of travel / ... / 25 = 25% of travel (default) / ... / 60 = 60% of travel. Sets initial deceleration point for opening. Requires Encoder function.
• F38 Closing Deceleration Point: 10 = 10% of travel / ... / 25 = 25% of travel (default) / ... / 60 = 60% of travel. Sets initial deceleration point for closing. Requires Encoder function.
• F49 Serial Connection Management: 0 = Disabled (default) / 1 = Vis-à-vis / 3 = CRP. Activates synchronized operation or Came Remote Protocol.
• F50 Data Save: 0 = Disabled (default) / 1 = Enabled. Saves user data and configurations to memory. Requires memory card.
• F51 Data Read: 0 = Disabled (default) / 1 = Enabled. Loads saved data from memory. Requires memory card.
• F52 Parameter Transfer Master/Slave: 0 = Disabled (default) / 1 = Enabled. Transfers parameters from Master to Slave card. Requires F49 set to Vis-à-vis.
• F54 Opening Direction: 0 = Opening to the left (default) / 1 = Opening to the right. Configures gate opening direction.
• F56 Peripheral Number: 1 to 255. Configures peripheral number for each control board in multi-automation installations.
• F63 COM Speed Modification: 0= 1200 Baud / 1 = 2400 Baud / ... / 8=115200 Baud. Configures communication speed for CRP system.
• F65 Wireless Input RIO-EDGE [T1]: 0 = Disabled (default) / 7 = P7 / 8 = P8. Associates RIO-EDGE safety device with functions (P7=re-opening, P8=re-closing). Requires RIO-CONN card.
• F66 Wireless Input RIO-EDGE [T2]: 0 = Disabled (default) / 7 = P7 / 8 = P8. Associates RIO-EDGE safety device with functions (P7=re-opening, P8=re-closing). Requires RIO-CONN card.
• F67 Wireless Input RIO-CELL [T1]: 0 = Disabled / 1 = P1 (default) / 2 = P2 / 3 = P3 / 4 = P4. Associates RIO-CELL with functions (P1=re-opening, P2=re-closing, P3=partial stop, P4=obstacle wait). Requires RIO-CONN card.
• F68 Wireless Input RIO-CELL [T2]: 0 = Disabled / 1 = P1 (default) / 2 = P2 / 3 = P3 / 4 = P4. Associates RIO-CELL with functions (P1=re-opening, P2=re-closing, P3=partial stop, P4=obstacle wait). Requires RIO-CONN card.
• F71 Partial Opening Time: 5 = 5 seconds / ... / 40 = 40 seconds. Sets delay for partial opening after command via 2-3P. Requires Encoder function to be disabled.
• U1 User Insertion: 1 = Step-by-step command / 2 = Sequential command / 3 = Opening only / 4 = Partial opening. Inserts up to 25 users and assigns functions.
• U2 User Deletion: Deletes a single user.
• U3 User Deletion: Deletes all users.
• A1 Motor Type: 1 = 400 kg / 2 = 600 kg / 3 = 800 kg / 4 = 1000 kg. Configures gearmotor based on gate weight.
• A3 Course Auto-learning: 0 = Disabled / 1 = Enabled. Automatically sets gate travel limits.
• A4 Parameter Reset: 0 = Disabled / 1 = Enabled. Resets to default configurations and erases auto-learning.
• A5 Manoeuvre Calculation: 0 = Display performed manoeuvres / 1 = Eliminate all manoeuvres. Shows or clears manoeuvre count.
• H1 Version: Displays firmware version.

User Insertion/Deletion

Diagram Description: Step-by-step guide for inserting and deleting users with associated commands, showing display interactions and button presses.

Auto-learning and Memory

Course Auto-learning

Before setting the course, bring the gate to mid-travel. Ensure the operating area is free of obstacles and that mechanical limit stops are present for both opening and closing.

Mechanical limit stops are mandatory.

Important! During adjustment, all safety devices will be disabled, except for the TOTAL STOP device.

• Select A 3. Press ENTER to confirm.
• Select 1 and press ENTER to confirm the automatic course adjustment operation.

Diagram Description: Illustrations showing the gate performing closing and opening manoeuvres to set limit points.

• The gate will perform a closing manoeuvre to the stop limit...
• ...the gate will then perform an opening manoeuvre to the stop limit.

Memory Card

To memorize user data and installation configuration for reuse on another electronic card or in another installation. The memory (Memory Roll) must be removed after memorizing the data.

Diagram Description: Illustration of the control board showing the location of the Memory Roll.

Vis-à-vis Connection

VIS-À-VIS CONNECTION

Important! First, perform the following operations on both automations:

• Insert the RSE card (with micro-switches set to OFF) onto the control board connector of both automations.
• Connect the two cards using a CAT 5 cable (max. 1000 m) on terminals A-A / B-B / GND-GND. See "CONNECTION FOR VIS-À-VIS OPERATION" paragraph.
• Connect all command and safety devices to the MASTER automation unit.
• Important! Disable function F 19 (automatic closing time) on the SLAVE automation unit.

MASTER Automation Configuration

• Select function F 49. Press ENTER to confirm.
• Select 1 (vis-à-vis) and press ENTER.
• Perform configuration and adjustment operations on the card.

Parameter Transfer from MASTER to SLAVE

• Select function F 52 on the MASTER unit.
• Select 1 and press ENTER.

Programming

Configure the following functions on both automations:

• Motor type configuration (A1);
• Opening direction (F54);
• Total stop (F1);
• Course adjustment (A3).

Perform configuration and adjustment operations on the MASTER card.

Operating Modes

• PAS-À-PAS or OPENING ONLY command. Both leaves open.
• PARTIAL OPENING/PEDESTRIAN command. Only the MASTER automation leaf opens.

For command types that can be selected and associated with users, see the "USER INSERTION WITH ASSOCIATED COMMAND" paragraph.

Diagram Description: Two diagrams illustrating the Master/Slave connection setup.

Final Operations and Maintenance

FINAL OPERATIONS

After electrical connections and functional setup, secure the cables to the motor unit bracket using a clamp. Attach the cover and secure it with screws.

Diagram Description: Illustrations showing cable securing and cover attachment.

MOTOR UNIT RELEASE

Turn off power before performing this operation.

Manual release of the automation can cause uncontrolled gate movement if the gate has mechanical problems or is not balanced.

RELEASE

Diagram Description: Illustrations showing the steps to release the motor unit's locking mechanism.

LOCKING

Diagram Description: Illustrations showing the steps to lock the motor unit's mechanism.

ERROR MESSAGES

TROUBLESHOOTING

MAINTENANCE

Periodic Maintenance

Before any maintenance operation, turn off power to avoid any danger caused by accidental automation movements.

Periodic maintenance log to be kept by the user (semestrial).

Curative Maintenance

The following table allows recording of curative maintenance, repair, and improvement interventions carried out by specialized external companies. Curative maintenance interventions must be performed by qualified technicians.

Disposal and Compliance

DISPOSAL AND DISPOSAL

CAME S.p.A. adopts an Environmental Management System certified according to UNI EN ISO 14001, ensuring environmental protection and safety. Please continue these environmental protection efforts, which CAME considers fundamental to its business strategies, by observing brief disposal guidelines:

PACKAGING DISPOSAL

Packaging components (cardboard, plastics, etc.) are similar to solid urban waste and can be disposed of without difficulty by separate collection for recycling. Before performing these operations, it is always recommended to check the specific regulations in force at the installation site.

DO NOT THROW INTO NATURE!

PRODUCT DISPOSAL

Our products are made from various materials. Most of these materials (aluminum, plastic, iron, electrical cables) are similar to solid urban waste. They can be recycled through separate collection and disposal at authorized centers. Other components (electronic cards, transmitter batteries, etc.) may contain polluting substances. Therefore, they must be removed and returned to authorized companies for recovery and disposal. Before performing these operations, it is always recommended to check the specific regulations in force at the disposal site.

DO NOT THROW INTO NATURE!

DECLARATION OF CONFORMITY

CE Declaration - Came S.p.A. declares that this product complies with the essential requirements and relevant provisions established by directives 2006/42/CE, 2006/95/CE, and 2004/108/CE. A certified copy of the original declaration of conformity is available upon request.

Contact Information

CAME S.p.A.

Via Martiri Della Libertà, 15
31030 Dosson di Casier
Treviso - Italy
(+39) 0422 4940
(+39) 0422 4941

Via Cornia, 1/b - 1/c
33079 Sesto al Reghena
Pordenone - Italy
(+39) 0434 698111
(+39) 0434 698434

CAME
safety & comfort

Brands: CAME, bpt, URBACO, parkare