What to do if a key is stuck on Bistos BT-500?
If a key or knob is stuck on your Bistos Medical Equipment, check the key and knob to see if they are physically stuck. Replace U3 of BD-500-CPU CTRL.
What to do if the heater is overburned in Bistos BT-500?
If the main heater overheats due to a broken impeller in the main fan motor or a thermostat malfunction in your Bistos Medical Equipment, immediately stop using the BT-500 and contact your distributor or Bistos for assistance.
What to do if the skin probe disconnects in Bistos Medical Equipment?
If the skin sensor probe is disconnected from the connector while in Skin mode on your Bistos Medical Equipment, reconnect the skin sensor probe. Alternatively, you can change the control mode to air mode.
How to troubleshoot power issues with Bistos Medical Equipment?
If your Bistos Medical Equipment won’t power on, ensure the device's adapter is properly connected to the AC connector. Also, check that the LED on the front panel is either green or yellow.
What to do if values are not in proper range on Bistos BT-500 Medical Equipment?
If the values displayed on your Bistos Medical Equipment are not within the expected range, verify that the hood is properly closed and the probe is correctly attached. When setting the scale to zero or measuring weight, make sure there are no objects on the measuring plate.
What to do if values are not displayed on Bistos BT-500?
If values are not being displayed on your Bistos Medical Equipment, ensure that the sensor and extension cables are properly connected to the sensor connector. After connecting the cables, check that the sensor is working correctly.
What to do if the sensor module is disconnected from Bistos BT-500 Medical Equipment?
If the sensor module is disconnected from your Bistos Medical Equipment, connect the sensor module to the shell.
What should I do if the SpO2 is low on Bistos Medical Equipment?
If you observe low SpO2 levels on your Bistos Medical Equipment, check the patient status.
What to do if the Bistos BT-500 Medical Equipment alarm sounds for 30 minutes without power?
If the alarm sounds for 30 minutes when there is no power, make sure the main power switch is turned on.
General| Type | Fetal Monitor |
|---|---|
| Frequency | 1 MHz |
| Display | 7-inch color TFT LCD |
| Printer | Built-in thermal printer |
| Paper Speed | 1, 2, 3 cm/min |
| Battery | Rechargeable lithium-ion battery |
| Measurement Method | Ultrasound |
| Power Source | AC 100-240V, 50/60 Hz |
| FHR Range | 50 - 240 bpm |
| TOCO Range | 0 to 100 units |
| Cuff Size | Not applicable |
| Pressure Range | Not applicable |
| Pulse Rate Range | Not applicable |
Guidelines for safe operation, inspection, and handling of the BT-500 incubator.
Critical warnings about misuse, accessories, electrical leakage, EMC, and proper operation.
Precautions for cleaning, grounding, and moisture exposure to prevent electrical shock.
Specifies the BT-500 for measuring parameters for premature/low-weight infants in hospitals.
Explains how air/skin temperature, humidity, O2, and SpO2 are measured and controlled.
Lists key performance aspects like temperature control, alarms, and compliance with safety standards.
Steps for placing an infant in the incubator, including pre-warming and securing the hood.
Instructions for moving the incubator, including securing components and adjusting the stand.
Guides on turning on the power switch and checking the self-test display after boot-up.
Describes how air and skin temperatures are measured and controlled in Air and Skin modes.
Explains humidity measurement and control, including setting procedures and warnings about condensation.
Guides on O2 measurement, control, calibration, and warnings related to oxygen administration.
Explains pulse oximetry principles, operation, and how SpO2/PR are measured.
Guides on calibrating the O2 module to 21% and 100% concentrations.
Lists system alarms like Motor Failed and Heater system failed with their causes and descriptions.
Describes alarms related to air and skin temperature deviations from set values.
Covers alarms related to O2 module power, detachment, sensor faults, and concentration deviations.
Provides initial checks for common problems like no power, no displayed values, or incorrect ranges.
Lists alarm messages on the main display, external monitor, and error codes with causes/solutions.
Provides lists of board failure codes and diagnostic failure codes for the external monitor.
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