How to fix lathe tapping device failure on LNS TRYTON 107 Industrial Equipment?
To fix the 'AL31 – LATHE TAPPING DEVICE FAILURE !' error on your LNS Industrial Equipment, replace the screw-tap.
What to do if there is an oil pressure failure on LNS TRYTON 107?
To resolve the 'AL05 – OIL PRESSURE FAILURE !' error on your LNS Industrial Equipment, you can: * Check the oil level (25 liters of oil ISO 100 are recommended). * Switch the PLC to RUN mode. * Adjust or replace pressure switch SP2. * Press the STOP key on the remote control to reset the alarm.
What causes air pressure failure in LNS TRYTON 107 Industrial Equipment and how to fix it?
To address the 'AL06 – AIR PRESSURE FAILURE !' error on your LNS Industrial Equipment: * Raise the air pressure to a minimum of 3 bar and a maximum of 6 bar. * Switch the PLC to RUN mode. * Adjust or replace pressure switch SP1. * Press the STOP key on the remote control to reset the alarm.
What to do if the main access cover is open on LNS Industrial Equipment?
If your LNS Industrial Equipment shows 'AL02 – MAIN ACCESS COVER OPEN !', the suggested solutions are: * Close the cover. * Adjust or replace switch SQ11. * Press the STOP key on the remote control to reset the alarm.
How to resolve bar magazine empty error on LNS TRYTON 107 Industrial Equipment?
If the LNS Industrial Equipment displays the error 'AL35 – BAR MAGAZIN EMPTY !', load bar stock into the barrel.
How to restart the production cycle after reaching the programmed parts quantity on LNS TRYTON 107?
To resolve the 'AL12 – PRODUCTION CYCLE INTERRUPTED ! QUANTIY OF PROGRAMMED PARTS REACHED (PARTS COUNTER)' error on your LNS Industrial Equipment, restart the bar feed system and the lathe.
Why is the headstock travel shorter than expected on LNS TRYTON 107?
If your LNS Industrial Equipment shows 'AL28 – HEADSTOCK TRAVEL SHORTER THAN EXPECTED. THE PUSHER LOST THE BAR STOCK !', you should: * Check that the Input Overall Part Length parameter is equal to the travel of the headstock and not the finished part length. * Check the collet on the pusher. It may be broken or worn or the incorrect size. * Check to see if the pusher got jammed in the channel. * Make sure the guiding channels are seated correctly in the channel (maybe chips fell underneath the guiding channels).
What causes parts separator goblets system malfunction in LNS TRYTON 107?
If your LNS Industrial Equipment displays 'AL29 – PARTS SEPARATOR GOBLETS SYSTEM MALFUNCTION!', you can: * Remove any obstruction that could prevent the functionning of separator goblets positionning. * Adjust or replace le moteur de positionnement des gobelets.
What to do when transfer device front position signal SQ5 is always present on LNS TRYTON 107 Industrial Equipment?
If your LNS Industrial Equipment displays 'AL14 - TRANSFER DEVICE FRONT POSITION SIGNAL SQ5 ALWAYS PRESENT!', you can: * Adjust or replace switch SQ5. * Remove the obstruction keeping the transfer device from advancing all the way forward. * Press STOP key on the remote control to reset the alarm.
What to do if transfer device front position signal SQ5 is missing on LNS Industrial Equipment?
If your LNS Industrial Equipment shows 'AL13 – TRANSFER DEVICE FRONT POSITION SIGNAL SQ5 MISSING !', you can: * Adjust or replace switch SQ5. * Remove the obstruction keeping the transfer device from advancing all the way forward. * Press STOP key on the remote control to reset the alarm.
Details manual organization: page numbers, chapter titles, and model identification.
Covers copyright, liability disclaimers, and trademark information.
Manufacturer's declaration of compliance with EU directives and harmonized standards.
Essential safety guidelines for installation, operation, and maintenance of the bar feeder.
Description of safety mechanisms like covers, switches, and emergency stop, including layout.
Introduction to the TRYTON 107/112 bar loader and its features.
Technical specifications and dimensions for various models like Tryton 112 CNC and 107 CAMES/CNC.
Diagrams showing space requirements for installing the bar feed system.
Diagram identifying all major components of the bar feed system.
Covers delivery, packaging, and unpacking procedures, including safety warnings.
Guidance on lifting the bar feeder with a hoist or forklift, including essential safety measures.
Procedure for aligning and mounting the bar feeder, including leveling and anchoring.
Instructions for securing the bar feed system to the ground using anchor points.
Steps for connecting the bar feeder to the lathe and compressed air.
Overview of electrical components and safety precautions for handling electrical parts.
Diagram identifying electrical components: remote control, cabinet, motors, switches, detectors.
Description of the stationary control for manual adjustments and its functions.
Information on wiring the hydraulic pump motor according to supply voltage.
Layout and description of components within the electrical control cabinet.
Details on interface connections, power supply, and signals between lathe and bar feeder.
Schematic diagrams illustrating the electrical circuits of the bar feed system.
Overview of pneumatic elements and their functions in the bar feeder system.
Description, layout, connection, and settings of the air filtering and pressure regulation unit.
Description, layout, manual operation, and air pressure switch for the pneumatic system.
Schematic diagram of the pneumatic system, showing valves and air flow.
Description and layout of hydraulic components for creating an oil film for bar guidance.
Information on the hydraulic filter, including part numbers and assembly details.
Description and layout of the barrel, including options like the hybrid barrel.
Description and layout of the connector, which lodges the pusher and feeds hydraulic fluid.
Description and layout of the pusher, its components, and article numbers for different diameters.
Description and layout of the movable vise, used for inserting and extracting material.
Description and procedure for using the optional loading arm to move the bar feeder.
Diagram and parts list for the cable drive assembly used for bar advancement.
Procedure for powering the bar feed system on and off, including safety precautions.
Description of the remote control interface, its segments, and functions.
Steps for setting up the bar feeder, including adjusting bar stock diameter, shape, and part length.
Procedures for making mechanical adjustments like changing collets, setting jaws, and end-of-bar position.
Procedure for changing collets and capacities for the hybrid barrel option.
Accessing and configuring parameters like language, setup functions, position, application, and misc. functions.
Accessing service parameters for configuring the bar feed system and interface, protected by password.
Description of the automatic production cycle and its steps.
Analysis of factors influencing bar feeder performance, including installation, alignment, and bar quality.
List of PLC alarms, their descriptions, and troubleshooting solutions.
Procedures for maintaining hydraulics, pneumatics, battery, mechanics, and cleaning the bar feed system.
Form for ordering spare parts or additional equipment for the bar feeder.
Example of CNC programming code for operating the bar feeder with a lathe.
Contact information and website links for LNS support in different regions.
General| Brand | LNS |
|---|---|
| Model | TRYTON 107 |
| Category | Industrial Equipment |
| Language | English |
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