Keyline 994 LSER - User Manual

The Keyline 994 LASER is an electronic key duplicating machine designed for precision and ease of use, combining advanced mechanics with cutting-edge electronics. It is specifically engineered for the electronic code cutting and duplication of Laser-type keys, utilizing specialized adaptors to handle various key characteristics. The machine's robust aluminum structure minimizes vibrations, ensuring quiet operation and extending the life of its cutting tools.

Function Description:

The 994 LASER offers a comprehensive set of functions for key duplication, including:

• Key Search: Users can search for keys based on car brand, indirect code, card number, cylinder brand, motorbike brand, or Keyline key article number. This allows for quick retrieval of key data from the machine's extensive database.
• Key Modification and Cutting: Once a key is identified, users can decode it, input bitting codes directly, or modify existing key parameters. The modification menu allows for personalization of key characteristics, such as adjusting cut depths, selecting different cut types (Normal, Laser, Plane for flat keys), and modifying multiple teeth simultaneously. The cutting menu facilitates the duplication process, allowing users to set the number of copies, save key data, and initiate the cutting operation.
• Database Management: The machine features an archive menu for managing user-saved key data, including import and export functions for external storage (USB flash drive). A PC menu enables interfacing with external software like Instacode and Promaster for managing job queues. A user menu allows for managing user profiles, changing passwords, and adjusting language settings.
• Calibration and Setup: The setup menu provides access to calibration functions for cutting and reading devices, ensuring accurate duplication. This includes manual cutter calibration (X and Y axes adjustment), jaw setup based on the key type, and touch screen regulation.
• Updates: The machine's software and database can be updated either online via the "Keyonline" service or offline via a PC and USB flash drive.

Important Technical Specifications:

• Dimensions (Machine): Width 300 mm, Height 360 mm, Depth 360 mm.
• Weight (Machine): 16.5 Kg.
• Dimensions (Console): Width 200 mm, Height 150 mm, Depth 50 mm.
• Weight (Console): 0.8 Kg.
• Power Voltage: 110/250 V 50/60 Hz.
• Absorption: 125 W (machine) - 35W (Stand By).
• Motor: Brushless 6000 rpm.
• Type of Cutter: Tungsten carbide.
• Operating Temperature: 0° / + 40°C.
• Acoustic Pressure Level Lp (A): 78.5 dB(A).
• User Interface: 7” industrial color touch screen, 16:10 resolution 800x480 px, with an incorporated CPU.
• Input / Output: 2 USB 2.0 ports, 2 RS232 serial ports, 1 LAN port.
• CPU: ARM Cortex A8.

Usage Features:

The 994 LASER is designed for intuitive operation, but requires a minimum level of technical training to fully utilize its potential. Key operating procedures include:

• Starting the Console: After ensuring the emergency button is not pressed, connect the serial cable and power cable to the duplicating machine. The touch screen will display a "LOGIN" page, where users select their profile and enter a password (no password for first-time use).
• Language Setting: The language can be selected from the main menu under "SETUP" and "Language."
• Key Search and Modification: The main menu provides various search options. Once a key is selected, users can access the "MODIFY" menu to adjust cutting parameters, such as depth, step size, and reset modifications. The "CUT" menu allows for setting the number of copies, saving the key, and initiating the cutting process. Users can also select the appropriate jaw and material (Brass, Aluminum, Steel, Nickel Silver, Custom) for cutting.
• Safety Precautions: Operators must wear personal protective equipment, including protective clothing, safety shoes with anti-slip soles, safety glasses, and protective gloves when handling milling cutters. The machine must always be grounded, and the power supply must be disconnected before any maintenance or repairs. It is crucial to avoid contact with water or other liquids on electrical components.

Maintenance Features:

Regular maintenance is essential for ensuring the machine's longevity and consistent performance. Key maintenance operations include:

• Fan Inspection and Cleaning: Periodically check and clean the fan grids to prevent dust accumulation, which could lead to overheating and damage to electrical components.
• Working Area Cleaning: After each working day, clean the machine to remove scrap and burrs. Regularly empty the shaving collection drawer. Avoid using compressed air for cleaning.
• Display Cleaning: Use a micro-fiber cloth for cleaning the touch screen, avoiding alcohol- or solvent-based substances.
• Replacing the Milling Cutter: Disconnect the power cable. Use a T-handle hexagon wrench to loosen the cutter and replace it. Ensure correct insertion into the "Patent pending" seat.
• Replacing the Fan: Disconnect the power cable. Remove the back cover and card protection grid, disconnect the fan cable, unscrew the old fan, and install a new one.
• Replacing the Startup Unit: Disconnect the power cable. Remove the back cover, disconnect cables "A" and "B" from the startup unit, replace the unit, and reconnect the cables.
• Inspecting and Replacing Fuses: Disconnect the power cable. Use a tester to check fuse continuity and replace any damaged fuses with new ones of the same capacity and type.
• Replacing the Motor Belt: Disconnect the power cable. Remove the top cover, loosen the motor supporting unit, replace the belt, and adjust its tension. Ensure the belt is installed in the correct direction as indicated by the arrow.
• Replacing X and Y Axis Sensors: Disconnect the power cable. Remove the back cover, cut straps, disconnect the sensor cable, loosen the nut, replace the sensor, and reconnect. Maintain a 0.02mm clearance between points A and B during this process.
• Replacing Jaw Parts: Disconnect the power cable. Disassemble the jaw by removing screws, replace worn vises or springs, and reassemble.

Waste Disposal:

Waste generated by the machine, including metal shavings, must be disposed of according to local regulations. Electronic components fall under the WEEE directive and must be taken to differentiated waste collection centers. Packaging materials (cardboard) can be recycled.