What to do if the Binder Laboratory Equipment chamber doesn’t heat up and the safety controller responds?
If the Binder Laboratory Equipment chamber is not heating up when turned on and the safety controller is responding, first acknowledge the alarm on the controller. Then, check the temperature setpoint setting. If necessary, select a suitable safety controller setpoint.
How to fix low refrigerating performance in Binder Laboratory Equipment?
To address low or no refrigerating performance in your Binder Laboratory Equipment, ensure the ambient temperature is not higher than 25 °C / 77 °F by selecting a cooler place of installation. Also, make sure that the combination of temperature and humidity values are within the optimum range. Reduce any excessive external heat load. For compressor not turned on case, contact BINDER service.
Why is my Binder Laboratory Equipment chamber heating permanently?
If the Binder Laboratory Equipment chamber is heating permanently and not maintaining the set-point, calibrate and adjust the controller. For controller defective and semiconductor relay defective cases, contact BINDER service.
How to resolve humidity fluctuation in Binder Laboratory Equipment?
To resolve humidity fluctuations where the control accuracy of ± 3 % r.F. is not reached in your Binder Laboratory Equipment, replace the door gasket if it's defective. Additionally, reduce how frequently the door is opened.
What to do if the mechanical safety device class 3.2 responds in Binder Laboratory Equipment?
If the mechanical safety device class 3.2 responds in your Binder Laboratory Equipment (with option safety device class 3.3), acknowledge the alarm on the controller. Check the temperature set-point and safety device class 3.2 settings. Adjust the limit value as needed. For controller or safety device defective case, contact BINDER service.
What to do if there is an electrical hazard during live maintenance work on a Binder climate chamber?
To avoid electrical hazards during maintenance, ensure the Binder climate chamber does not get wet. Do not remove the rear panel and always disconnect the chamber by turning off the main power switch and pulling the power plug before starting maintenance. Ensure that only licensed electricians or experts authorized by BINDER conduct general maintenance. Maintenance on the refrigeration system should only be performed by qualified personnel trained according to EN 13313:2010, such as a refrigeration technician with certified expert knowledge, following national statutory regulations.
How to troubleshoot low dehumidification in Binder Laboratory Equipment?
To address low or no dehumidification in your Binder Laboratory Equipment, turn on the humidity control.
How to deal with humidity and temperature fluctuation in Binder Laboratory Equipment?
To correct humidity and temperature fluctuations greater than 1 °C with a set-point approximately 3 °C above ambient temperature in your Binder Laboratory Equipment, select a cooler place of installation or contact BINDER service.
How to prevent condensation in the inner chamber of Binder Laboratory Equipment?
If you see condensation at the walls of the inner chamber of your Binder Laboratory Equipment, select a combination of temperature and humidity values in the optimum range. If the set-point was too long below ambient temperature, defrost the chamber.
How to improve humidity and temperature accuracy in Binder Laboratory Equipment?
To improve low humidity and temperature accuracy in your Binder Laboratory Equipment, set the fan speed to 100%.
Requirements for qualified personnel for chamber installation and operation.
General safety guidelines for chamber installation and operation.
Specifies the intended applications and limitations of the chambers.
Lists potential misuses and associated risks of the chambers.
Identifies unavoidable risks and necessary precautions during operation.
Manufacturer's measures and user precautions to prevent accidents.
Procedures for safe lifting, moving, and transporting chambers.
Requirements for installation site, ambient temperature, humidity, and distances.
Procedures for connecting freshwater supply and water quality requirements.
Details on connecting the chamber to the power supply and voltage specifications.
Overview of controls and displays in the normal operating mode.
Explains different display modes for chamber data.
Details on available operating modes: Idle, Fixed Value, Timer, Time, Week.
Overview of the controller's menu hierarchy and navigation.
How to enter setpoints for temp, humidity, and fan speed via the menu.
Guide to creating and naming new time programs.
Managing programs, including editing, copying, and deleting.
Editing, copying, inserting, deleting, and adding program sections.
Entering values for duration, setpoints, and transitions in program sections.
Guide to creating and naming new week programs.
Managing week programs, including editing, copying, and deleting.
Editing, copying, inserting, deleting, and adding sections to week programs.
Entering values for weekday, start time, and setpoints in week program sections.
Details of alarm messages, their causes, and start times.
Visual and audible indications of alarm states.
How to acknowledge and view active alarms.
Description of the internal class 1 over-temperature protection.
Details on the electronic overtemperature safety controller.
Explanation of "Limit" and "Offset" modes for the safety controller.
How to configure the safety controller's mode and setpoint.
Description of optional over/under temperature safety devices.
Detailed guide on setting and checking the class 3.1 safety device.
Detailed guide on setting and checking the class 3.2 safety device.
Explanation of user authorization levels and password protection.
Steps for logging into the controller with user credentials.
How to assign and change passwords for authorization levels.
Settings for network and communication interfaces.
Ethernet configuration including IP address and DNS settings.
Transferring data and software updates via USB.
Performing automated checks for chamber functionality and fault analysis.
Explanation of how the humidity system works, including freshwater supply.
Description of the APT-COM™ software for chamber management.
Guidelines for cleaning the chamber interior and exterior surfaces.
Procedures for decontamination and chemical disinfection of the chamber.
Recommended maintenance intervals and service requirements.
Basic troubleshooting steps for common chamber issues.
Technical specifications for KBF/KBF-UL models.
Technical specifications for KMF models.
General| Brand | Binder |
|---|---|
| Model | KBF 1020 |
| Category | Laboratory Equipment |
| Language | English |
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