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General| Brand | GTO/PRO |
|---|---|
| Model | PRO-SW2500 |
| Category | Gate Opener |
| Language | English |
Outlines hazards and user liability for installation and use.
Details classifications I, II, III, and IV for gate openers.
Section to record serial number, date, and place of purchase for service.
Introduces the SW-2500 operator, its capabilities, and key features like obstruction sensing.
Emphasizes reading and following all safety instructions for safe operation.
Step-by-step guide on how to manually open or close the gate.
Essential warnings for consumers regarding gate opener hazards and safe usage.
Verifies gate suitability, condition, and reviews system operation before installation.
Illustrates and defines critical safety zones to avoid entrapment.
Provides crucial safety advice for the installation process, focusing on moving parts.
Advises on proper placement of the opener and control devices for safety.
Covers post-installation safety, including warning signs and user awareness.
Outlines regular maintenance tasks for the gate and opener system.
Explains required secondary safety systems like contact sensors and their placement.
Instructions on installing warning signs to alert the public about automatic gate operation.
Recommends safety devices like edge sensors for enhanced entrapment protection.
Identifies essential warning labels for the gate opener system.
Provides instructions on how to manually open or close the gate.
Lists all parts related to the gate opener and its mounting hardware.
Details components of the control box and associated electrical parts.
Lists necessary tools and optional items required before starting the installation.
Technical details of the gate opener's drive mechanism and performance.
Information regarding the power system, battery, and transformer specifications.
Details on the control board, DIP switches, and accessories compatibility.
Provides a chart for gate capacity based on weight and length, and cycle estimates.
Illustrates a typical pull-to-open gate installation setup.
Steps for preparing the gate, ensuring it is plumb, level, and swings freely.
Guides on determining the correct position for the post bracket for optimal leverage.
Shows methods to reinforce gates for durability during opener installation.
Steps to align and temporarily secure post and gate brackets.
Final adjustments for post pivot bracket to ensure 2-inch clearance and no binding.
Details on marking, drilling, and fastening the post bracket assembly to the fence post.
Instructions for marking, drilling, and mounting the gate bracket onto the gate cross member.
Securely attaching the opener to the mounted brackets using pins and clips.
Guides on installing the stop plate to ensure gate stability in the closed position.
Advises on the correct height and placement for mounting the control box.
Instructions for connecting the battery to the control board, emphasizing correct polarity.
Steps for stripping, routing, and connecting the opener power cable wires to the terminal block.
Guidelines for installing and using the AC transformer for power.
Information on solar panel options and their gate cycle capacity in different zones.
Specifies the required 16 gauge, multi-stranded, PVC sheathed wire for the system.
Details on stripping and connecting the low voltage transformer wires to the control board.
Instructions for connecting the low voltage wire to the transformer terminals.
Guidance on plugging the transformer into the electrical outlet, recommending a surge protector.
Explains the function of each DIP switch for configuring the gate opener's behavior.
Details how DIP switches #6 and #7 control the auto-close delay time.
Crucial warning about maintaining the factory preset for DIP Switch #1.
Step-by-step guide to program the gate's optimal closed position.
Instructions on how to reset and clear the programmed closed limit settings.
Explains how to adjust the stall force to manage obstruction sensitivity and gate weight.
Guides on setting the DIP switches within the transmitter to create a personal code.
Process for programming the new transmitter code into the gate opener's control board memory.
Advice on mounting the receiver, including cable management and range considerations.
Details on FCC regulations pertaining to the receiver's operation.
Instructions for connecting contact sensors for enhanced entrapment protection.
How to connect photo beams to the SAFETY input for obstruction detection.
Instructions for connecting a shadow loop detector for preventing gate closure.
Guides on connecting accessories like push buttons and keypads to the control board.
Steps to determine the correct mounting position for the post bracket in push-to-open configurations.
Securing the gate bracket and attaching the opener for push-to-open gates.
Steps to program the gate's fully open position.
Finalizing the open limit programming and testing its functionality.
Instructions on how to clear and reset the programmed open limit settings.
Explains audible alarms and provides diagnostic steps for common issues.
Explains the meaning of various LED indicators on the control board for diagnostics.
Addresses issues related to AC power and Red LED status for troubleshooting.
Procedures for contacting service and obtaining a Return Goods Authorization for repairs.
Discusses methods for installing the opener on non-standard column types like masonry.
Lists solar panels, push buttons, and keypads for system enhancement.
Details accessories for security and vehicle detection like gate locks and exit wands.
Information on replacement batteries, low voltage wire, and transformers.
Lists specific brackets, receivers, and transmitters for advanced configurations.
