To Next PageTo Next PageWhat to do if my URIT Medical Electronic UC-1800 Medical Equipment has a black screen?
If your URIT Medical Electronic Medical Equipment displays a black screen, first check the power supply and fuse. If the problem continues, it may be due to a broken screen or power failure.
How to fix power failure in URIT Medical Electronic UC-1800 Medical Equipment?
To address a power failure in your URIT Medical Electronic Medical Equipment, start by checking the power supply and the fuse. The cause might be a broken power supply or a blown fuse.
What to do if URIT Medical Electronic Medical Equipment is not printing?
If your URIT Medical Electronic Medical Equipment is not printing, replace the paper roll first. Then, check the printer and software settings. The issue might stem from an empty paper roll, a broken printer, or incorrect settings.
Why does my URIT Medical Electronic Medical Equipment say no detergent?
If your URIT Medical Electronic Medical Equipment indicates 'no detergent', it may be because the detergent has run out or the liquid level sensor is broken. Replenish the detergent to resolve this.
How to fix unresponsive touch display on URIT Medical Electronic Medical Equipment?
If the display touch on your URIT Medical Electronic Medical Equipment is not sensitive, recalibrate the display. This issue might be caused by a display touch point offset or display failure.
General| Model | UC-1800 |
|---|---|
| Sample Type | Urine |
| Analysis Method | Reflectance photometry |
| Light Source | LED |
| Calibration | Automatic |
| Display | LCD |
| Data Output | RS232, USB |
| Power Supply | AC 50/60Hz |
Explains the symbols used on the instrument or label for user understanding.
Details the analyzer's features, measurement modes, and operational characteristics.
Lists the instrument's technical details including measurement principles, speed, and environmental requirements.
Describes the physical components and layout of the analyzer.
Explains the scientific principles behind the instrument's measurement methods.
Steps for unpacking and inspecting the instrument and its accessories upon receipt.
Specifies the environmental and spatial conditions necessary for proper instrument installation.
Detailed step-by-step instructions for physically setting up the instrument.
Describes the system's self-check process that occurs upon turning on the instrument.
Details the capabilities of the LCD display and how results are presented.
Explains the optional function for scanning and identifying sample barcodes.
Information on how to calibrate the instrument using control materials and test strips.
Lists the various analytes and parameters the analyzer can test in urine samples.
Procedure for performing urgent or immediate sample measurements.
Real-time monitoring of essential consumables like detergent and waste liquid.
Details the optional function for analyzing sample color.
Explains the optional function for measuring urine specific gravity.
Describes the optional function for analyzing sample turbidity.
Essential safety precautions and warnings for operating the instrument.
Steps required to prepare the instrument, samples, and consumables before analysis.
Details on configuring various system settings, parameters, and functions.
Step-by-step guide for conducting standard sample measurements.
Instructions for performing measurements in urgent situations.
Procedures for performing quality control tests and calibrating the instrument.
Lists daily, consumable replacement, and periodic maintenance tasks.
Routine cleaning and waste disposal procedures to be performed daily.
Instructions for replacing key consumables like detergent and thermal printer paper.
Detailed cleaning procedures for various instrument components at scheduled intervals.
Procedures for maintaining the instrument when it is stored or unused for extended periods.
General steps and approach for diagnosing and resolving instrument issues.
Contact details and required information for seeking technical support from URIT.
A comprehensive list of common problems, their causes, and recommended solutions.
Recommended conditions and precautions for transporting the instrument safely.
Guidelines for storing the instrument in a suitable environment to prevent damage.
