To Next PageTo Next PageWhat to do if my CREST ULTRASONICS Cleaning Equipment generator cannot power up?
If the generator isn't powering up, check the fuse and replace it if it's blown. Also, ensure the AC outlet has power by resetting the breaker or replacing the fuse.
Why is there low activity in my CREST ULTRASONICS Cleaning Equipment tank?
Several factors can cause low activity in the tank. For Genesis Generators, make sure the full wave/half-wave toggle switch is in the full-wave (high) position. Ensure the cleaning liquid reaches operating temperature and is completely degassed by leaving the generators and heaters on. Also, increase the power intensity from the generator if it is low.
What to do if my CREST ULTRASONICS Cleaning Equipment tank cannot heat up?
First, ensure the thermostat is turned on and set to the desired temperature. Next, check that the heater plug is properly secured to the electrical outlet and that the outlet has power.
How to fix poor liquid drainage in CREST ULTRASONICS Cleaning Equipment?
If you're experiencing poor liquid drainage, the drain elbow may be clogged. Clean it out using a stiff wire.
Why is there no ultrasonics activity in my CREST ULTRASONICS Cleaning Equipment tank?
If there's no ultrasonic activity, check the connection from the generator to the tank and ensure it is secure.
What to do if CREST ULTRASONICS DMS-1218 Cleaning Equipment tank cannot heat up?
If the tank of your CREST ULTRASONICS Cleaning Equipment isn't heating up, first ensure the thermostat is turned on and set to the desired temperature. Also, verify that the heater plug is properly secured to the electrical outlet and that the outlet is receiving power.
What to do if CREST ULTRASONICS Cleaning Equipment shows over-temp?
If your CREST ULTRASONICS Cleaning Equipment displays an over-temp warning, examine the heater's condition and verify the temperature control setting.
Explains text formatting conventions used in the manual for clarity and quick identification of special terms.
Introduces the importance of safe operation and operator awareness of system hazards.
Specifies that personnel must be trained in electrical safety, machine operation, chemicals, and emergency procedures.
Details critical safety warnings regarding flammable liquids, electrical hazards, and ventilation.
Outlines general precautions for operating and servicing the system, listing potential hazards.
Addresses hazards associated with lifting heavy objects and recommends proper lifting aids and PPE.
Warns about hot surfaces and equipment, recommending protective gloves and clothing.
Covers hazards related to cleaning liquids, emphasizing proper labeling, MSDS, and ventilation.
Details precautions and safe work practices for using compressed air systems.
Highlights pinch point, entanglement, and trip hazards, with precautions for safe operation.
Covers hazards of hazardous voltage, emphasizing disconnect, lockout, and general electrical safety practices.
Explains the function of the EMO circuit and procedures for its use and recovery.
Describes built-in safety features like low liquid level, door switches, and leak sensors.
Details the lockout/tagout procedures for safe servicing and maintenance.
Introduces the DMS aqueous ultrasonic cleaning system and its designation.
Lists detailed technical specifications for the DMS-1218 and DMS-1826 models.
Provides instructions for safely uncrating, inspecting, and placing the system console.
Specifies recommended clearance around the system for maintenance access and personnel safety.
Outlines precautions and procedures for safely handling and transporting the equipment.
Details the necessary facility connections and requirements for power, water, and exhaust.
Explains how to connect the system's water inlet, exhaust, and waste outlet lines.
Covers the procedures and safety precautions for electrical connections and installation.
Introduces the operation section and basic system checks required before use.
Lists critical safety warnings related to operation, including hot surfaces and handling.
Provides step-by-step instructions for safely powering on the system.
Explains the functions and components of the PanelView 800 Human-Machine Interface screen.
Describes the system's security levels and procedures for logging in and out.
Details the procedure for cleaning, draining, and filling the system tanks.
Explains how to monitor and adjust tank temperature settings and alarms.
Guides users on setting process parameters for the rinse station.
Covers how to view and interpret info and alarm messages displayed on the HMI.
Provides steps to recover the system from an over-temperature condition.
Details the procedure for safely powering down the system.
Explains the function and use of the Emergency OFF button and subsequent steps.
Describes the differences and procedures for operating in Local and Remote modes.
Explains how to switch between Auto and Manual operating modes.
Outlines the general steps for decommissioning and removing the equipment.
Provides procedures for operators, maintenance, and engineers during accidents or breakdowns.
Describes the main menu screen layout and available buttons upon system power-on.
Details the Auto Screen functions, indicators, and how to select recipes.
Explains the Alarm History screen, including alarm display and navigation.
Guides on configuring process times like dwell time, sonic time, and power.
Covers viewing current temperature and setting temperature control parameters.
Explains how to manually control components like heater, pump, and sonic.
Allows viewing and configuring special functions and settings at the station.
Explains how to enable/disable components or features during Auto cycle operation.
Assists in monitoring PLC input/output status for troubleshooting purposes.
Monitors ultrasonic generator power, conductivity, resistivity, pH, and flowrate.
Emphasizes the importance of preventive maintenance for system reliability and lifespan.
Lists critical safety warnings relevant to performing maintenance tasks.
Recommends implementing a buddy system for all maintenance work due to inherent hazards.
Refers to component manuals for specific maintenance procedures for system parts.
Details the preventive maintenance schedule for tanks and plumbing components.
Introduces ultrasonic cleaning and the role of transducers and cavitation.
Discusses factors like degassing, electrical frequency, and chemical characteristics.
Describes the basic components of an ultrasonic cleaning system: generator, transducers, tanks, and solution.
Lists common problems, their possible causes, and recommended corrections for resolution.
Details the system's access levels, user numbers, and default passwords.
Guides on how to change the system's date and time settings, requiring Engineer access.
Explains the Administrator login and the availability of the 'Go To Config Screen' button.
Describes how Administrators can set temperature offset and slope adjustment values.
Details the machine setup procedures for the DMS-1218 model, covering various parameters.
Details the machine setup procedures for the DMS-1826 model, covering various parameters.
Explains how to adjust set points for the resistivity meter.
Provides steps for adjusting set points on a Myron Resistivity Meter.
Guides on adjusting set points for the conductivity meter.
Explains how to adjust set points for the pH meter.
Provides instructions for installing the pH sensor, including O-ring lubrication.
Outlines the procedure for calibrating the RTD sensor.
Discusses governmental regulations for disposing of equipment and the benefits of recycling.
Emphasizes consulting relevant regulatory bodies for waste handling and disposal rules.
General| Model | DMS-1218 |
|---|---|
| Category | Cleaning Equipment |
| Frequency | 40 kHz |
| Heater | Yes |
| Heater Power | 1000 watts |
| Type | Ultrasonic Cleaner |
| Voltage | 117 V |
| Dimensions | 24 x 16 x 16 inches (61 x 40.6 x 40.6 cm) |
