To Next PageTo Next PageWhat to do if the EYELA Cool Ace Laboratory Equipment residual current device cannot be turned on?
If the residual current device cannot be turned on, it could be due to an electric leakage hazard or excess current flow. In the event of an electric leakage hazard, immediately stop operation and contact your local dealer or closest customer service center.
What to do if the EYELA Laboratory Equipment refrigeration unit does not work?
If the refrigeration unit isn't working, it could be due to several reasons: the high-pressure switch for the refrigeration unit or overload relay protection circuit might be activated, the refrigeration unit might be impaired, or the water level may be low, exposing the cooling coil. If the thermal load is extremely large, reduce the load. If the refrigeration unit is impaired, stop operation and contact your local dealer or closest customer service center. If the water level is low, fill the circulation liquid in the low-temperature circulation bath.
Why is there no display shown on the indicator when turning on the power switch of EYELA Cool Ace Laboratory Equipment?
If no display is shown when turning on the power switch, it could be due to several reasons: the mains connector may not be plugged into the outlet completely, power may not be supplied, the residual current device may be turned off or impaired, or the power switch or temperature controller may be impaired. Plug the main connector in after turning off the residual current device and power switch. Turn on the breaker of the distribution board. Turn on the residual current device. If the residual current device is impaired, stop operation and contact your local dealer or closest customer service center.
Why is my EYELA Cool Ace Laboratory Equipment bath frozen at -7°C or higher?
If the bath internals are frozen, it could be due to poor circulation because of pressure loss of piping, or the temperature controller is broken, or the refrigeration unit cannot be stopped. Open the valve for adjusting discharge volume. Use antifreeze. Using a high-pressure pump is recommended. If the temperature controller is broken or the refrigeration unit cannot be stopped, stop operation and contact your local dealer or closest customer service center.
What to do if cool water does not circulate in my EYELA Cool Ace Laboratory Equipment?
If cool water isn't circulating, it could be that the valve for adjusting discharge volume is closed, dirt adheres to the strainer of the low-temperature circulation bath, or air is being sucked in. Open the valve for adjusting discharge volume. Remove the dirt from the strainer. Remove the drain stopcock and make sure that cool liquid flows, then attach the stopcock again. Turn the pump switch on and off two or three times to release the air.
What to do if the circulation volume is small in EYELA Laboratory Equipment?
If the circulation volume is small, it could be because the circulation nozzle has a smaller diameter, the hose is crushed, or the pressure loss of the circulation system is too much. Replace the nozzle with the supplied nozzle that has a larger diameter. Stretch the hose. Reduce the pressure loss.
Why temperature cannot be controlled and there is abnormal indication in EYELA Cool Ace Laboratory Equipment?
If the temperature cannot be controlled and there is an abnormal indication, it is because the temperature controller is in an abnormal state due to noise. Change the installation site. Set the room temperature at 35°C or lower. If that failure mode still remains, stop operation and contact your local dealer or closest customer service center.
General| Brand | EYELA |
|---|---|
| Model | Cool Ace |
| Category | Laboratory Equipment |
| Language | English |
Defines warning symbols and their meanings for safe operation.
Shows the location and meaning of warning labels on the product.
Provides a comprehensive list of all included items with quantities and part identifiers.
Consolidates critical safety warnings and advice for daily use.
Describes the intended uses and applications of the low temperature circulator.
Details the technical specifications, performance, and components of the unit.
Presents a graphical representation of the unit's cooling performance under different conditions.
Shows graphs illustrating the unit's circulation performance related to flow volume and lifting height.
Identifies and labels all external and internal parts of the unit for user reference.
Details the components of the control panel and their respective functions.
Lists the safety devices and alarm functions integrated into the unit.
Specifies the recommended environmental conditions for installing the unit safely and effectively.
Outlines the necessary spatial clearances and conditions around the unit for optimal operation.
Details the step-by-step process for physically installing the unit, including caster handling.
Explains how to safely connect the unit to the power source and grounding.
Describes the necessary steps and precautions before operating the unit, including piping and hose connections.
Provides instructions on setting temperature and starting the circulation pump and control.
Details the correct procedure for stopping the unit and its circulation pump.
Explains the steps to take after completing the operation, including draining the unit.
Guides users on how to access and adjust user-specific settings and parameters.
Explains how to set up the unit for circulation to an open system using accessories.
Describes additional optional accessories for specific applications, like metallic nozzles.
Provides a detailed catalog of consumable parts and optional accessories with identification codes.
Outlines the procedures for safely disposing of the main unit and its components.
Describes how to perform a functional test on the residual current device for safety.
Provides guidelines for cleaning and maintaining the unit to ensure its longevity and performance.
Provides contact information and procedures for obtaining product support and repair services.
