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Details warranty for UV equipment, covering defects in material and workmanship.
Covers spare parts and accessories for 60 days against material and workmanship defects.
Outlines requirements for warranty enforceability, including proof of purchase and RMA.
Lists conditions that void warranties, such as improper installation, unauthorized service, or acts of God.
Guarantees SST bulbs for 1000 hours of operation against manufacturing defects.
Specifies requirements for bulb warranty, including a Lamp Hour Control Log.
Lists conditions that void bulb warranty, like excessive starts or mechanical damage.
Step-by-step guide for measuring output using the MKIII system.
Procedure for taking maximum output measurements with the system.
Covers fiber optic lightguides for 60 days from shipment against material defects.
Details requirements for lightguide warranty, including RMA and record-keeping.
Lists actions that void the lightguide warranty, such as chemical damage or tampering.
Outlines the manual's purpose, covering operation, maintenance, safety, and drawings.
Describes the AUV LESCO SUPERSPOT MAX UV spot curing system and its features.
Warns about UV radiation dangers and protective measures for eyes and skin.
Advises on correct voltage setting before applying power to prevent damage.
Details the membrane control pad with digital displays and LED indicators.
Describes the rear panel components and connections.
Details the stainless steel housing construction and its sections, including lamp housing and bulb access.
Outlines special features accessible via the front panel, like lamp hours and lockout.
Describes the three main sub-systems of the interior control system.
Lists the standard components shipped with the MAX system.
Step-by-step instructions for installing the UV bulb correctly.
Guide to verify and set the input voltage for the MAX unit.
Explains the alert system for indicating bulb replacement needs.
Step-by-step instructions for performing user calibration of the system.
Describes how to handle calibration errors and potential E23 indications.
Instructions on how to store values and exit calibration mode.
Discusses RS485/RS232 connectivity for data acquisition and control.
Information on the Virtual Instrument interface for computer communication.
Routine maintenance for housing, including cleaning procedures.
Steps for cleaning air filters and replacing fuses.
Guidance on caring for reflector, shutter, and IR filter.
Procedures for maintaining fiber optic and liquid-filled lightguides.
Presents the main electrical schematic for the MAX system.
Describes available input options for the parallel interface.
Details the standard transistor output configuration (optically coupled).
Lists baud rate, data bits, stop bits, parity, and handshaking.
Defines asynchronous format and RS485/RS232 modes.
Specifies cable length limits for RS485 and RS232 communication.
Shows the DB9 connector pinout for RS232 point-to-point application.
Explains the use of Adapter SSM3076 for VSM3002 networking.
Lists common replacement parts with their part numbers.
Details available liquid-filled lightguide models and specifications.
Describes fiber optic lightguides for specialized applications.
Lists recommended spare parts kits for different unit quantities.
Actions to take if the unit fails to power on.
Steps to diagnose and resolve fuse blowing issues.
Troubleshooting for fuse blowing and bulbs failing to ignite.
Troubleshooting for timer not running or shutter not opening.
Solutions for fans not working or low UV output.
Guidance for resolving issues with serial communication.
General| Category | Industrial Equipment |
|---|---|
| Operating Frequency | 50/60 Hz |
| Wavelength | 365 nm |
| Lamp Type | Mercury Vapor |
| Operating Voltage | 120 V |
| Weight | 5 lbs |
