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Air Logic Power Systems, LLC 1745 S. 38 Street, Suite 100 Milwaukee, WI. 53215-1732 Phone: 414-671-3332 Fax: 414-671-6645 24 Hour Service Hotline: 800-325-8717 www.alpsleak.com and info@alpsleak.com ALPS SPEEDGLIDER LINEAR LEAK TESTER ADVANCED OPERATOR MANUAL...
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Notices: Documentation Air Logic Power Systems, LLC; (ALPS), reserves the right to make changes or improvements to the SpeedGlider ™ Linear Leak Tester at any time. These changes may not be immediately reflected in the manual accompanying your system. If you notice any inaccuracies or oversights in this manual, please contact the ALPS Service Department.
Operational Status: Conditional status of the machine..................12 Glossary of Terms SpeedGlider Advanced Operator Advanced Operator Introduction ......................... 14 SpeedGlider Main Features..........................15 Viewing and editing HMI Displays ........................16 Password Protected Options and Settings ......................16 Creating and changing On-Screen Variables, Values, and Settings ..............16 Changing settings and values using the TENKEY screen .................
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AIR LOGIC POWER SYSTEMS (ALPS) NOTICES The Settings Menu Settings Introduction ............................20 Test Pressures & Reject Limits Introduction ....................... 20 Test Timers, Reject Limits & Test Pressures Navigation and Use..............22 Probe Take Off Introduction ..........................23 Probe Take Off Navigation and Use ........................24 3 and 4 Head Probe Alignment ..........................
GENERAL INFORMATION General Information The SpeedGlider linear machine is designed for medium to high speed production lines requiring leak inspection. The SpeedGlider is built to accommodate the customers’ conveyor equipment. Molded containers are captured and fed into the test area by a timing screw located adjacent to the line conveyor. The timing screw, conveyer and test probes are synchronized so that a smooth transition occurs from test cycle to test cycle.
AIR LOGIC POWER SYSTEMS (ALPS) GENERAL INFORMATION Machine Designation and Serial Number location This individual machine is identified with an ID and Serial Number plaque affixed to the inside door surface of the High Voltage control enclosure as shown below. Along with it are the 24 Hour service hotline phone number and the UL Panel Rating plate.
Hoisting and Transport of this Machine The SpeedGlider machine must be hoisted in the manner shown by a fork-lift. Forks must be of sufficient length to support the entire machine. Warning! This machine has a high center of gravity. Do not transport with forks tilted forward! Forks must remain parallel with the floor.
Tag-Out procedures to secure the machine. Notify authorized personnel. RISK OF HOT SURFACES HAZARD This symbol can be found in areas where a potential burn hazard exists. SpeedGlider servo motors have hot surfaces. Do not touch motor surfaces while in operation or after being recently shut down.
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AIR LOGIC POWER SYSTEMS (ALPS) SAFETY Safety-continued LOCK OUT / TAG OUT This decal appears prominently next to the main power switch on the side of the High Voltage Control cabinet at the rear of the machine. Lock-out and tag-out procedures are covered in the service and maintenance manual. WARNING! WATCH YOUR HANDS AND FINGERS This warning is seen on the front of the discharge chute.
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AIR LOGIC POWER SYSTEMS (ALPS) SAFETY Safety-continued DANGER! DO NOT OPERATE WITHOUT GUARDS IN PLACE This warning is located on the lower front portion and rear plexiglass guard of the machine. It cautions the operator not to attempt to operate this machine without a plexiglass guard panel in place. The potential for severe injury exists while the machine is operating.
PROCEDURES. THE POTENTIAL OF SERIOUS PERSONAL OR FATAL BODILY INJURY EXISTS! VOLTAGE HAZARD! THE SPEEDGLIDER LINEAR MACHINE USES 110/220 VOLTS AC POWER WHICH CAN CAUSE SERIOUS INJURY OR DEATH ON CONTACT. DO NOT DEFEAT THE SAFETY FEATURES OF THIS EQUIPMENT TO GAIN ACCESS TO INTERNAL VOLTAGES.
AIR LOGIC POWER SYSTEMS (ALPS) SAFETY Jokab Door Sensors: Positions TABLE 1: Door Mounted Safety Switch Locations (from previous page). ITEM COMPONENT FUNCTION Jokab Door Switches Category 4 rated-pulsed signal non-contact switch. These work the same as the one in the emergency stop on HMI touch screen panel. Guard Assembly Protects personnel during operation from moving components that are located inside the enclosure.
AIR LOGIC POWER SYSTEMS (ALPS) SAFETY Safety-Operational Status/Conditional Status Operational Status: Conditional status of the machine. TABLE 2: HMI Status LED: Color Code Indicates Running Status. COLOR STATUS/CONDITION Green Normal operating status. Yellow Machine in bypass Mode or in Pause Condition Machine stopped, door ajar or waiting for operator to press START.
Fill Pressure The pressure used to fill the container. This pressure is set in PSI. When blocked by a backlog of containers, the SpeedGlider will accelerate to Fast Fast Speed Photo-Eye speed or decelerate to Normal speed when unblocked or when the backlog is cleared.
Viewing and editing HMI Displays A password is required for viewing and editing some displays. If not previously logged in, when attempting to edit or change settings a password login pop up box and keyboard will appear. The SpeedGlider ships with a default password.
AIR LOGIC POWER SYSTEMS (ALPS) INTRODUCTION This Advanced Operator Manual Overview 1. Theory of Operations In-depth coverage on all the possible SpeedGlider Menu Sections (procedures, navigation, and definition). Settings Menu Test Results Menu Maintenance Menu Supervisor Menu 3. Change Over and Setup...
Leak Test Operations Untested Containers are transferred from line conveyor to the SpeedGlider through the timing screw. When 1 to 4 container(s) are detected by the speed glider photo eye the probes will extend and fill valves will execute simultaneously. At this time pressurization of the containers occurs.
AIR LOGIC POWER SYSTEMS (ALPS) THEORY of OPERATIONS Container Handling Containers transition from the production line conveyor into the SpeedGlider timing conveyor for leak testing. During this transition containers will be monitored and controlled by various photo eyes, hold and reject cylinders.
Settings Introduction The leak tests performed by the SpeedGlider depend on the proper settings of the Test Timers, Pressures, and Reject Limits. The Settings Menu is where all the perimeters for the required leak test as well as machine speeds and timing can be viewed and edited.
Reject Timing Introduction Reject timing contains the encoder positions that tell the SpeedGlider when and where to reject a defective container. When making changes to these setting it is very important to test and verify that the failed leak test container is being rejected and not good containers.
PE must be setup for proper delays. The PE on delay must be set long enough to where at least a back log of container can occur before the SpeedGlider begins to run. In other words one container by itself passing by the speed PE should not trigger the PE.
Photo Eye Settings Introduction The proper set up timing of the photo eyes is critical to the speed mode operations of the SpeedGlider. The CURRENT PHOTO-EYE STATUS can help set up the proper delays described in the speed mode section. The delays are set on the photo eyes themselves (not HMI) and usually accomplished by an ALPS Technician at installation.
Servo Times: These time are used to help determine servo Alarms the key is to have “Spare Time at Start and End” to avoid Servo timing Alarms. See information help screens on SpeedGlider HMI on how to use spare time. •...
In addition to this a Manual Test and Manual Self-Test is used to determine the proper test settings for a new container which has not run on the SpeedGlider. See the new container setup guide in this manual for leak testing a new container.
(Not shown above) This option if selected allows the SpeedGlider to perform manual self-test every certain number of containers possessed. The stop & Alarm selection means the SpeedGlider will stop if the container is not reject after an auto self-test is done.
Turn clockwise to raise, counter-clockwise to lower. C. Place the container that will run on the SpeedGlider underneath a test probe. Raise or lower the probe carriage to a level just ¼ inch above the top of the container opening.
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AIR LOGIC POWER SYSTEMS (ALPS) CONTAINER CHANGE OVER Step Procedure Description 2. Railing Place container to run on the SpeedGlider in timing screw pocket. Allow for 1/16 of a gap as Adjustment shown below. Vertical Adjustment Horizontal Adjustment 1/16 inch gap...
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Speed: Is not used no adjustment is necessary. S/R: Acceleration: Set this so bottles accelerate smoothly. Do not set excessively long. If the SpeedGlider is not controlling conveyor speed it very important to reduce this timer to a minimum. S/S: Deceleration: Set this so bottles stop smoothly.
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The machine speed along with the use of the Detail Timers menu will help determined to the appropriate test times. 11. Enter the CPM Enter the appropriate CPM. The CPM range for the SpeedGlider is 50 to 275. 12. Run a few containers Watch the “Spare Time At End”...
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