What to do if the Belmont Industrial Equipment is not heating when running on battery?
If the Belmont Industrial Equipment is not heating when running on battery, plug it into an AC receptacle and check the power cord connection. Keep the system plugged in to charge the battery. The issue arises when the power cord is not plugged into AC power.
What to do if the Belmont Industrial Equipment displays 'WATCH DOG'?
If the Belmont Industrial Equipment displays 'WATCH DOG', restart the system. If the error persists, service the machine. This indicates an internal computer malfunction.
What to do if the Belmont Industrial Equipment displays 'VALVE FAULT'?
If the Belmont Industrial Equipment displays 'VALVE FAULT', check that the valve is not blocked. Restart the system and try again. If the error persists, power down and service the machine. This could be due to valve failure or a valve position sensor malfunction.
What to do if the Belmont Industrial Equipment displays 'HEATER OVER POWER FAULT'?
If the Belmont Industrial Equipment displays 'HEATER OVER POWER FAULT', push RETRY to try again. If the error persists, power down and service the machine. This indicates a heater hardware fault.
What to do if the Belmont Industrial Equipment displays 'HEATER POWER READ BACK FAULT'?
If the Belmont Industrial Equipment displays 'HEATER POWER READ BACK FAULT', restart the system and try again. If the error persists, power down and service the machine. This fault can be caused by a heater power feedback sense coil being open or a power feedback circuit malfunction.
What to do if the Belmont Industrial Equipment displays 'AIR DETECTION U'?
If the Belmont Industrial Equipment displays 'AIR DETECTION U', open the door to silence the alarm. Check for air bubbles and leaks. Squeeze the tubing below the air detector to clear any trapped air. Ensure the air detector is clean and unobstructed. Reseat the tubing firmly in the air detector. Press REPRIME to reprime the system. If the system doesn't complete the reprime due to a clogged filter, replace the reservoir chamber or disposable set and reprime. If the error persists, power down and service the machine. This error may be caused by air in the line, tubing not seated correctly, leaks, a dirty air detector sensor, or defective air detector electronics.
What to do if the Belmont Industrial Equipment displays 'AIR DETECTOR FAULT'?
If the Belmont Industrial Equipment displays 'AIR DETECTOR FAULT', power down and service the machine. This indicates an air detector failure.
What does it mean if my Belmont Industrial Equipment display is dim?
A dim display on your Belmont Industrial Equipment indicates that the display brightness in the Setup Routine has been turned down to the lowest brightness setting. To resolve this, increase the display brightness in System Setup, Chapter 4, page 25.
What to do if the Belmont Industrial Equipment displays 'PUMP FAULT'?
If the Belmont Industrial Equipment displays 'PUMP FAULT', verify that the pump tubing is correctly seated on the pump head and that the pump turns freely and the head is clean. Press Retry to try again. If the error persists, power down and service the machine. This fault may be caused by incorrectly installed pump tubing, pump failure, pump speed feedback encoder failure, or the pump running out of control.
What should I do if my Belmont Industrial Equipment does not prime?
If your Belmont Industrial Equipment does not prime, check the reservoir or recirculate line to ensure it is not obstructed, and confirm that the fluid bags are fully spiked and the clamps are open. Ensure the pump tubing is not stretched too taut and is firmly seated within the sensor. Refer to the 'Fluid Out' section in the Alarm Message chapter for more details.
System overview, infusion capabilities, warming, monitoring, and safety features.
Details system components: Control System, Disposable Set, and major parts.
Visual representation of main components and their interconnections.
Describes the peristaltic pump design, control, cleaning, and mounting.
Explains the fluid warming mechanism, sensors, and temperature control.
Details the pressure sensor function, limits, alarms, and safety features.
Covers types of air detectors, their location, and alarm conditions.
Describes the function, operation modes, and safety role of the diversion valve.
Explains system alarms, responses, and required user intervention.
Details the touch screen display and function keys interface.
Specifies the physical size and weight of the FMS2000 unit.
Covers options for carrying and mounting the unit, including IV pole compatibility.
Details electrical specifications including input voltage, fuse, and power.
Provides battery type, running time, and recharge time details.
Lists operating and storage temperatures, humidity, pressure, and vibration limits.
Details flow rate ranges, output temperature, heating capacity, and modes.
Describes control panel features, display area, status, and function keys.
Explains monitoring of infusate temperature, line pressure, and air detection.
Lists alarm messages for operator settings and system failures.
Details electrical safety, ingress protection, and medical equipment classifications.
Explains standard symbols used in the manual and on the device.
A summary of major steps for operating the FMS2000, from setup to shutdown.
Instructions for securely mounting the FMS2000 on an IV pole.
Detailed steps for connecting the disposable set components.
Procedures for connecting the 3.0 L reservoir to the disposable set.
Steps for connecting power, turning on the system, and initial checks.
Steps for priming the main system and patient line with compatible fluids.
Procedures for making the patient connection using aseptic technique.
Explanation of the interface, controls, and status displays.
Details on starting infusion, automatic warming, and pressure control.
Describes how the system automatically removes air during infusion.
Procedure for delivering a fixed volume bolus of fluid with warming.
Using the RECIRC key to recirculate fluid for warming and air removal.
System behavior and recovery after accidental power interruption.
Steps to safely stop and prepare the system for removal or cleaning.
Using the system on battery power, limitations, and low battery indication.
Procedure for restarting the system after a power cycle.
Method for manual fluid infusion during system failure.
Diagram showing major module connections within the system.
Description of the power module components and their functions.
Details on the daughter board's circuitry and connected components.
Explanation of the computer board's components and operation.
Function and conversion capabilities of the AC/DC power supply board.
Overview of other system components like heater, pump, and sensors.
List of tools and materials needed for component removal and replacement.
Procedures for replacing the instrument cover and membrane panel.
Guides for replacing PCBs like AC/DC, CPU, Daughter, Driver, and EMI Filter.
Procedures for replacing sensors and detectors like air, fluid, temperature, and pressure.
Steps for removing and installing the pump motor and valve motor/pincher.
Guides for replacing the battery, circuit breaker, IEC connector, and power driver module.
Procedures for replacing components like C152, EPROM, ceramic disk, and fan guard.
How to adjust date/time, display brightness, key sensitivity, and bolus volume.
Procedures for setting the system's date and time.
Adjusting screen brightness and touch key sensitivity.
Setting bolus volume and configuring high pressure alarm limits.
Overview of required hardware calibrations and necessary materials.
Step-by-step guide to calibrate the pressure transducer.
Procedures for calibrating the system's temperature probes.
Steps to calibrate the power module and pump speed.
Safety precautions before performing maintenance or checks.
Outlines routine and periodic maintenance schedules.
Steps for cleaning exterior, detectors, power cord, probes, and guards.
Guide for visually inspecting the unit's components and external condition.
Step-by-step functional checks of the system's operation.
Procedure to test the system's battery operational duration.
Steps for performing earth and patient leakage current tests.
Verifying operation of key hardware components like valve, detectors, and sensors.
Verifying the accuracy of the system's temperature probes.
Steps to verify the accuracy of the pressure transducer.
Instructions for removing and cleaning the pump head.
Reference to Chapter 5 for pump motor removal and installation.
Reference to Chapter 5 for valve motor removal and installation.
Checklist for recording results of visual inspection and operational checks.
Precautions and guidance regarding EMC for medical electrical equipment.
Overview of alarm conditions and troubleshooting procedures for the FMS2000.
Describes the air detection alarm, its causes, and corrective actions.
Explains the door open alarm, its response, and how to clear it.
Details the fluid out alarm, causes, and steps to resolve it.
Procedure to reprim main system when reservoir is empty after operation.
Troubleshooting persistent fluid out alarms after extensive use.
Instructions for safely replacing the reservoir chamber.
Explains the high pressure alarm, its causes, and actions to take.
Describes the low battery alarm and charging procedure.
Explains the missing disposable alarm and how to clear it.
Table detailing operational alarms, causes, responses, and operator actions.
Details on heating fault and over temperature alarms and their solutions.
Explains hardware-related alarms like detector, heater, and power module faults.
Addresses issues like battery no heating, dim display, slow flow rate, and keypad problems.
Details on ordering replacement parts and circuit boards for the FMS2000.
Contact details for ordering FMS2000 parts and assemblies.
Warranty terms and conditions for the FMS2000.
General| Brand | Belmont |
|---|---|
| Model | FMS2000 |
| Category | Medical Equipment |
| Language | English |
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