What to do if cytiva WAVE Bioreactor 2/10 displays 'NEED 0% CAL or NEED 100% CAL'?
If your Cytiva Analytical Instruments displays 'NEED 0% CAL or NEED 100% CAL', it means the probe requires calibration. Try calibrating the probe. If the problem continues after calibration, the probe may need to be replaced.
What to do if the cytiva WAVE Bioreactor 2/10 low amplitude alarm is triggered?
If the low amplitude alarm is triggered on your Cytiva Analytical Instruments, first check that the probe is correctly connected and the plug is secure. Then, cycle the power to the instrument to reset it. If the error continues and the amplitude is below 2000, the probe likely needs to be replaced.
Why is my cytiva WAVE Bioreactor 2/10 not getting 100% reading?
If your Cytiva Analytical Instruments is not getting a 100% reading, the cause may be a faulty DOOPT probe. First, ensure the temperature probe is connected (the red LED should not be lit). Then, try to achieve a 0% reading using the SPAN knob. If you are still unable to get the correct reading, the DOOPT probe should be replaced.
How to fix poor reading precision on Cytiva Analytical Instruments?
If you're experiencing poor reading precision with your Cytiva Analytical Instruments, keep in mind that some fluctuation (±5%), particularly at high DO levels, is normal. You can reduce the fluctuation by adjusting the filter time.
Why is my cytiva WAVE Bioreactor 2/10 not getting 0% reading?
If your Cytiva Analytical Instruments is not getting a 0% reading, it might be due to the probe not being properly connected. Check that the DOOPT probe is connected and that the temperature probe is connected (the red LED is not lit).
What to do if there is no response from the cytiva WAVE Bioreactor 2/10 display?
To check operation, turn off power to DOOPT20 and disconnect the probe. Turn on power to DOOPT20 and look directly into the probe connector. A pulsing light about once a second should be flashing. If no pulsing light appears, the unit internal PC board requires replacement. Contact Cytiva Technical support.
What to do if I am unable to select menus on Cytiva Analytical Instruments?
If you are unable to use the PUSH FOR MENU button, the switch is defective. Contact Cytiva Technical support.
General| Brand | cytiva |
|---|---|
| Model | WAVE Bioreactor 2/10 |
| Category | Analytical Instruments |
| Language | English |
Provides critical safety and usage guidance for all users of the system.
Describes various WAVE system sizes and configurations for cell culturing.
Lists available stand-alone instruments and their functions for WAVE Bioreactor systems.
Details general, personal, installation, operation, and maintenance safety precautions.
Explains the system label and common safety symbols used on the product.
Outlines steps for emergency shutdown and actions during power failure.
Explains the general functions and interface of integrated process controllers on instruments.
Identifies which stand-alone instruments use large or small process controllers.
Guides users on how to adjust setpoint values on process controllers.
Introduces the DOOPT20 instrument, its function, and identifies its main parts.
Details the installation process for the DOOPT20 dissolved oxygen monitor.
Guides users on the operational procedures for the DOOPT20 dissolved oxygen monitor.
Covers maintenance procedures, frequency, cleaning, calibration, and repair.
Provides solutions for common error symptoms encountered with the DOOPT20.
Introduces the CO2MIX20, its function, and identifies its main parts.
Details the installation process for the CO2MIX20 CO2/air controller.
Guides users on operating the CO2MIX20 as an aeration pump or CO2/air mix controller.
Covers maintenance procedures for the CO2MIX20, including frequency, cleaning, and repair.
Provides solutions for common error symptoms with the CO2MIX20.
Introduces the CO2MIX20-R, its function, and identifies its main parts.
Details the installation process for the CO2MIX20-R controller.
Guides users on operating the CO2MIX20-R as an aeration pump or CO2/air mix controller.
Covers maintenance procedures for the CO2MIX20-R, including frequency, cleaning, and repair.
Provides solutions for common error symptoms with the CO2MIX20-R.
Introduces the O2MIX20, its function, and identifies its main parts.
Details the installation process for the O2MIX20 O2/air controller.
Guides users on operating the O2MIX20 as an aeration pump or O2/air mix controller.
Covers maintenance procedures for the O2MIX20, including frequency, cleaning, and repair.
Provides solutions for common error symptoms with the O2MIX20.
Introduces the O2MIX20-R, its function, and identifies its main parts.
Details the installation process for the O2MIX20-R O2/air controller.
Guides users on operating the O2MIX20-R as an aeration pump or O2/air mix controller.
Covers maintenance procedures for the O2MIX20-R, including frequency, cleaning, and repair.
Provides solutions for common error symptoms with the O2MIX20-R.
Introduces the PUMP20, its purpose, and identifies its main parts.
Details the installation process for the PUMP20 peristaltic pump.
Guides users on operating the PUMP20, including tubing setup and speed control.
Covers maintenance procedures for the PUMP20 pump.
Provides solutions for common error symptoms with the PUMP20.
Lists technical specifications for various instruments like DOOPT20 and gas controllers.
Provides guidance on decontamination, disposal, and recycling of product components.
Lists regulations and standards applicable to the products, including regional requirements.
Explains the two primary options for data communications: Analog and Digital.
Describes the analog/alarm port and the available analog signals with voltage ranges.
Explains the unit alarm function as a dry contact and the conditions that trigger it.
Details digital communication parameters, protocol (MODBUS RTU), and wiring for daisy-chaining.
Explains how to configure unique RS-485 MODBUS addresses for connected instruments.
Introduces the DOOPT20's role and explains its optical oxygen measurement principles.
Discusses temperature effects, measurement range, accuracy, and cross-sensitivity.
Covers the response time of the DOOPT probe in different configurations and its long-term stability.
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