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Details the manual's coverage and purpose for service personnel.
Lists other essential manuals for pump operation and service.
Provides contact information for UK and USA Graseby service.
Describes the general function and intended use of the infusion pumps.
Information on available labels for specific pump configurations.
Identifies pump software versions and how to determine the installed version.
Details the process and components required for upgrading pump software.
Covers weight, dimensions, temperature, and humidity for the pumps.
Details AC power supply, battery type, operating time, and over-current protection.
Defines ranges and increments for primary, secondary, and taper infusions.
Specifies occlusion alarm levels, time to occlusion, and KVO rate settings.
Explains the meaning of various symbols found on the pump interface.
Covers electrical safety, design standards, CE marking, disposal, and patents.
Illustrates worst-case rate error curves for pump testing.
Details front and rear panel layouts, indicators, displays, and programming keys.
Explains how the pump is powered via AC or battery and its basic operational principles.
Describes microprocessors, pumping mechanism, and the safety clip system.
Covers pressure/occlusion monitoring, message display, and numeric displays.
Details cold boot and warm boot procedures and power-up tests.
Explains manual and automatic power-down procedures and battery status.
Describes AC mains and battery power monitoring, and battery testing methods.
Details insistent, non-insistent, and continuous backup alarm types and specifications.
Guides on how to determine the pump's installed software version.
Overview of the different menu types: Technician, Biomedical, Service Functions, Special Functions.
Summarizes adjustable parameters within the Technician menu for pump configuration.
Summarizes parameters and their use within the Biomedical menu.
Explains how to view and decode snapshot screens for system events.
Details how to enter and use the Service Functions menu for date/time settings.
Describes the linkage system, cam housing switch, and safety clip switch.
Details the cassette housing, door, and pressure plate sensor mechanisms.
Explains the stepping motor, cams, pistons, and valves involved in pumping.
Describes the encoder wheel and interrupter's role in motor drive monitoring.
Details the pressure sensor, pressure plate position sensor, and photo sensor.
Explains the over pressure valve, swing arm, and back pressure regulation.
Describes how to attach pumps to an IV pole using the pole clamp and modular system.
Lists the electrical diagrams included in this chapter.
Provides a high-level block diagram of the pump's electronic system.
Detailed schematic diagrams for the CPU and power supply circuitry.
Schematic diagram illustrating the I/O board connections and functions.
Lists essential equipment for performing functional and accuracy tests.
Details the specific tools required for servicing the pump.
Provides guidelines on recommended cleaning agents and procedures.
Outlines essential annual checks, lubrication, and electrical safety tests.
Describes tests for power up, LCD, keypad, door, alarms, motor, and battery.
Provides guidance on diagnosing and resolving pump faults using error codes.
Step-by-step instructions for identifying and replacing the LCD module.
Procedure for reinitialising the pump after replacing the NVRAM (IC18).
Procedures for safely removing the pump's battery and AC fuse.
Instructions for removing the front and rear housings and door assembly.
Steps for removing the CPU/Power supply and I/O board assemblies.
Guides for replacing the display board and membrane switch.
Procedures for removing the pump assembly and motor assembly.
Covers calibration and adjustment of cam housing switch and occlusion alarm.
Procedure for checking various DC voltages (5V, 12V, 13.8V) on the pump.
Instructions for testing the low battery and dead battery alarms.
Lists parts for pumps with serial numbers 3000 to 59,999.
Illustrates and lists parts for the general assembly of the pump.
Lists and illustrates parts specific to the pump assembly.
Lists and illustrates parts for the rear housing assembly.
Lists and illustrates components of the display board assembly.
Lists and illustrates parts for the CPU power supply/RS232 board.
Lists and illustrates components of the I/O board assembly.
Lists parts for pumps with serial numbers 60,000 and above.
Illustrates and lists parts for general assembly of pumps serial number 60,000+.
Lists the diagrams available in this chapter.
High-level overview of the pump's electronic system components.
Diagram showing the flow of power through the pump's main boards.
Illustrates electrical signal paths between major components.
Detailed schematic of the display board circuitry.
Detailed schematics for the CPU and power supply circuitry (3 sheets).
Schematic diagram of the I/O board showing connections and signals.
Schematic diagram for the RS232 interface circuitry.
Lists oscilloscope waveforms presented for selected test points.
Waveforms showing air detect sensor signals at TP3 and TP2.
Waveforms illustrating motor drive pulses at TP7 for various rates.
Waveforms for empty bag detection (P102) and interrupter detector (TP4).
Explains the pump's RS232 connector and its use for monitoring and control.
Defines monitoring (CM) and control (CI) commands for older software versions.
Details the structure of command and response records, including header, length, code, and CRC.
Explains the meaning of each byte in the alarm status field.
Describes the RS232 connector pinout and handshake signals (RTS/CTS).
Provides examples of commands for interfacing with newer software versions.
Defines command codes, modes, record formats, and parameters for accepted commands.
General| Brand | Graseby |
|---|---|
| Model | 3000/500 |
| Category | Water Pump |
| Language | English |
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