What to do if the chamber temperature does not match the set value in Sanyo Laboratory Equipment?
If the chamber temperature of your Sanyo Laboratory Equipment does not match the set value, first, check if the ambient temperature is less than 5°C different from the set chamber temperature. Then, ensure that the outer door is closed tightly and that the gastight split doors or inner door are not left open.
How to fix the chamber temperature if it does not rise in Sanyo Laboratory Equipment?
If the chamber temperature of your Sanyo Laboratory Equipment isn't rising, ensure there's enough sterile distilled water in the humidifying pan.
Why is the gas concentration slow to recover in my Sanyo Medical Equipment?
The Incubator uses a HEPA filter for the gas piping. If the gas concentration recovers slowly when the CO2 gas concentration is normal, the HEPA filter may be clogged. Consult a Sanyo representative or agent. Also, check if the gas cylinder is low, the CO2 gas pressure regulator's secondary pressure is at 0.03 MPaG (0.3 kgf/cm2G, 4.3 psiG), the N2 gas pressure regulator's secondary pressure is at 0.05 MPaG (0.5 kgf/cm2G, 7.1 psiG), and if the gas tube is blocked.
How to unlock the outer door of Sanyo MCO-19M?
When the power is OFF, the electric lock engages, preventing the outer door from opening. Turn the power ON or use the accessory unlock key to override the electric lock. Note that the outer door is also electrically locked during decontamination.
What to do if H2O2 decontamination cannot be performed on Sanyo Medical Equipment?
If using the MCO-19M(UV)/19M, check if the optional MCO-HL is installed. If using the MCO-19M, confirm that both the optional MCO-HL and MCO-19UVS are installed. Verify that the UV lamp is not burned out, as this prevents H2O2 decontamination. Ensure the H2O2 Generator cable is properly connected, that the entire bottle of H2O2 Decontamination Reagent has not been used, and that the upper limit temperature alarm is not set to 50°C or higher.
What to do if the gas concentration does not match the set value in Sanyo MCO-19M?
Verify that the secondary pressure for the CO2 gas pressure regulator is at the specified value of 0.03 MPaG (0.3 kgf/cm2G, 4.3 psiG) and the secondary pressure for the N2 gas pressure regulator is at the specified value of 0.05 MPaG (0.5 kgf/cm2G, 7.1 psiG). Also, check if the gas tube is blocked.
Why is a large quantity of gas being consumed by my Sanyo MCO-19M Medical Equipment?
Check if the doors are being frequently opened and closed. Inspect gas connectors for leaks due to gas tube deterioration or pinhole leaks; consider replacing the gas tube annually. Also, check the packing seals for the gastight split doors and inner door for defects, and ensure the access hole is closed.
What to do if Sanyo Medical Equipment Incubator does not operate at all?
First, verify that the Incubator is properly plugged in. Then, check for any power outages or tripped circuit breakers that may be interrupting the power supply.
General| Type | CO2 Incubator |
|---|---|
| Temperature Range | Ambient +5°C to 50°C |
| CO2 Range | 0 to 20% |
| CO2 Control Accuracy | ±0.1% |
| Temperature Uniformity | ±0.3°C |
| Temperature Control | Microprocessor control |
| Humidity Range | Up to 95% RH |
| Power Supply | AC 100-240V, 50/60Hz |
Guidance on manual usage, safety disclaimers, and contacting Sanyo.
Explanation of warning signs, caution symbols, and hazard labels.
Precautions for installation site, ventilation, and environmental factors.
Guidelines on grounding, power sources, handling electrical components, and maintenance safety.
Safety measures for handling chemicals, preventing suffocation, and H2O2 decontamination.
Explanations for numbered components like doors, trays, sensors, and ports.
Details on the LCD panel, buttons, and regulators for controlling the incubator.
Procedures for locking, unlocking, and changing the key lock password.
Guidelines for selecting a suitable location, considering ventilation and stability.
Instructions for unpacking, leveling, and grounding the incubator.
Procedures for safely connecting CO2, N2, and O2 gas supply cylinders.
Advice on site selection, clean containers, and keeping the chamber clean.
Guidelines for container spacing, avoiding harmful materials, and door handling.
Steps for initial operation, including installation, cleaning, and power-on.
Explanation of temperature, gas density, status, and message fields.
Lists key operations like setting parameters, alarms, and data management.
Detailed procedure for setting chamber temperature and gas concentrations.
Guidelines for UV lamp use, life, and replacement.
Procedure for using the UV lamp continuously for 24 hours for decontamination.
How to set the date, time, and the data logging interval.
Initial setup for LCD background color, DAQ speed, ID, and mode.
How to display and navigate historical chamber temperature and gas concentration data.
Steps to transfer log data from the incubator to a computer.
Detailed instructions for removing and cleaning all chamber components.
Procedure for filling, replacing water, and sensor care.
Products needed and initial setup for H2O2 decontamination.
Detailed procedure for executing the H2O2 decontamination cycle.
Precautions for handling, storing, and disposing of the H2O2 reagent.
Table detailing alarms, conditions, displays, and safety operations.
Step-by-step guide for calibrating the incubator's sensors.
Checks and countermeasures for common operational and alarm issues.
Guidance on proper disposal and compliance with WEEE directive.
Procedures for installing and operating the optional CO2 cylinder changeover system.
Steps for calibrating CO2 and O2 sensors using the standard gas kit.
Instructions and safety precautions for stacking multiple incubators.
Detailed list of physical, electrical, and operational specifications.
Details on temperature control, CO2/O2 variation, humidity, and noise levels.
To Next Page
