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QA-1290 User & Service Manual 1.66 Firmware and higher. QA-1290 NIBP-Analyzer P/N 17525 V.1.66...
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METRON will, for a period of twelve (12) months from date of purchase, replace or repair any defective analyzer, if the fault is due to a manufacturing defect. In no event will METRON or its local representa- tives be liable for direct, indirect, special, incidental, or consequential damages arising out of the use of or inability to use the QA-1290 NIBP Analyzer, even if advised of the possibility of such damages.
General Information......................1-3 INSTALLATION......................... 2-1 Receipt, Inspection and Return..................2-1 Setup ..........................2-2 Connecting the Device under Test..................2-2 Ansur plug in QA-1290 ..................... 2-4 OPERATING QA-1290....................... 3-1 Control Switches and Connections ..................3-1 QA-1290’s Controls ......................3-2 QA-1290 Startup........................ 3-3 QA-1290 Main Menu ......................
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Cleaning and Sterilization....................6-2 CALIBRATING QA-1290 ......................7-1 Calibration ......................... 7-1 COMPONENT FUNCTIONS AND PARTS................8-1 System Overview....................... 8-1 QA-1290 Pressure Measurement System ................8-2 Processor System ....................... 8-4 Pneumatic System......................8-5 Power Supply........................8-6 Connector Signals......................8-6 Component Parts........................ 8-9 APPENDIX A –...
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Manual Revision Record This record page is for recording revisions to your QA-1290 NIBP Analyzer User & Service Man- ual that have been published by METRON AS or its authorized representatives. We recommend that only the management or facility representative authorized to process changes and revisions to publications: •...
NIBP moni- tors. It does this in two stages. The first stage is auto-calibration. QA-1290 calibrates both the cuff and tubing in order to verify the NIBP moni- tor used. Then, the QA-1290 performs calibrated simulations under all conditions.
Test results, shown in the QA-1290's digital display, can be printed out directly, or transferred to a PC via the ansur QA-1290 test auto- mation software. ansur lets you design test protocols, remotely con- trol the QA-1290, and store the test results.
Baum (5/32" hose/barb), 1/8" hose/barb QA-1290 Carrying Case (P.N. 17510) Optional Accessories: Ansur plug in for QA-1290 (P.N. Specifications may be subject to change without notice. Note: Adapters connect to the QA-1290 Pressure Ports via quick- disconnect, airtight, O-ring pressure fittings.
Sales Agent. The customer should place a new purchase or- der to ensure delivery. 4. When returning an instrument to METRON, or the Sales Agent, fill out the address label, describe what is wrong with the instru- ment, and provide the model and serial number. If possible, use the original packaging material for return shipping.
If ansur QA-1290 is being used, attach an RS-232C (null mo- dem/data transfer configured) cable to the 9-pin D-sub outlet port lo- cated at the rear of the QA-1290. Do not attach the printer cable to the QA-1290. See below.
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Port via a quick-disconnect, airtight, O-ring pressure fitting. See Appendix A, Tubing Kit Components. Note: The QA-1290 has an internal fixed volume that is used to simu- late the cuff once the simulation begins . By connecting the inlet port and cuff port of the QA-1290 together and then to the monitor under test testing can be done without an external cuff connected.
2.4 Ansur plug in QA-1290 Ansur for the QA-1290 is a front-end test automation and presenta- tion tool for METRON's QA-1290 NIBP Analyzer. It allows you to conduct the same tests, but by remote control via an IBM-compatible PC/XT with MS Windows (Version 98 or later). Additionally, the program has additional features to automate and enhance your testing program.
Operating QA-1290 This chapter explains the operating controls, switches and menus of the QA-1290, details how to use them in testing, and provides general information on printouts. 3.1 Control Switches and Connections Front Panel Key Pad 11 alphanumeric keys, used to enter information.
Cuff Port Inlet Port Rear Panel Power Switch Power switch turns power ON and OFF. Mains con- nects the QA-1290 to the 110 VAC - 240 VAC, 47/63 and Mains Hz power source. 9-pin D-sub for Remote Control. RS-232 Port Bi-directional 25 pin D-sub.
3.4 QA-1290 Main Menu All QA-1290 operations start from the Main Menu, which consists of two screens. They control the type tests to be conducted, and enable you to configure QA-1290 settings and store them for use in testing. Equipment Code ..>...
3.5 Configuring QA-1290 Pressing SETUP (F3) in either Main Menu Screen advances you to a series of screens that allow you to configure QA-1290 settings and store them for use in all testing. There are three Setup Screens. SYSTEM SETUP Operator :......>...
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Press En- ter to save. • Press MORE (F1) to advance to Setup Screen 2. • Press STORE (F2) to store all settings in QA-1290’s flash memory. Language: English .....> Date : XX.
• Print Test Header (F7). Selecting this prepares a Report Header for printing. The header contains identifying information relative to the facility and operator, the device under test, and QA-1290’s setup configuration for the test. • Print Test Footer (F6). Selecting this prepares a Report Footer for printing.
1. Prepare the QA-1290 for the software upgrade. • Press and hold the firmware upgrade keys on the keyboard (see left) at the same time while turning the QA-1290 ON. • The QA-1290 display will show the following: The software in the QA-1290 is missing...
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Exit the DOS program and unhook the RS-232 transfer ca- ble from the QA-1290. • Switch the QA-1290 OFF, then turn it back ON. Verify that the new firmware version is installed while the QA- 1290 is running its start sequence. The firmware version will be...
This chapter describes step-by-step procedures for conducting QA- 1290 blood pressure testing. Blood pressure simulation is the most complex of the QA-1290’s functions. It simulates a number of different patient conditions, each of which can be selected by the operator. These conditions include a large number of systolic, diastolic and heart rate values, as well as different types of irregular pulses.
4.2 Setting Test Parameters 4.21 Preset Simulations ( select BP Test from Main Menu ) QA-1290 simulates a variety of patient conditions through preset and programmable parameters. To select Adult Preset blood pressures select (F6) below and (F5) for Neonate Preset Simulations.
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60/30 (40) HR:80 BPM PP:2.00 mmHg.> 80/48 (58) HR:80 BPM PP:2.00 mmHg.> 100/65 (77) HR:80 BPM PP:2.00 mmHg.> MORE GO BACK START MAIN MENU To select the desired preset use the F5, F6 or F7 key. The corre- sponding line will flash intermittently to indicate the selected pre- set.
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Measure Cuff Volume ....> Adult Preset Simulations....> Neonate Preset Simulations.....> MORE GO BACK START MAIN MENU Independent Test Parameters....> Artifact Simulations ...> Custom Patient Pattern Mode....> GO BACK MAIN MENU INDEPENDANT TEST PARAMETER Sys: 120 Dia: 80 HR: 80 PP:3.00 ..> Arrhythmia Simulations: ..>...
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4.23 Artifact Simulations (F6). Pressing this advances you to a se- ries of three screens, in which you select the desired artifact to use in the BP testing. To get to this Menu press BP TEST(F5) from the Main Menu and then more (F1) Independent Test Parameters ...>...
4.24 Custom Patient Pattern Mode (F5). This is the fourth test pa- rameter, and is used for the downloading of arbitrary patient patterns via Ansur QA-1290 Plug-in software. 4.3 Running BP Tests From Main Menu Screen 1 press BP Test (F5). This advances you to the BP Test Index Screen.
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Equipment Code : ......> Leak Test ......> BP Test .......> MORE SET UP Measure Cuff Volume ....> Adult Preset Simulations....> Neonate Preset Simulations.....> MORE GO BACK START MAIN MENU 60/30 (40) HR:80 BPM PP:2.00 mmHg.> 80/48 (58) HR:80 BPM PP:2.00 mmHg.> 100/65 (77) HR:80...
1290 Leak and Over-Pressure Cut-off Tests. The Leak Test is used to detect any leakage in the cuff, hose or con- nections within the monitor. For this test the QA-1290 pumps up a pressure and then measures the air leakage over time. There should be no leakage.
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Press SETUP (F3). This advances you to the Start Pressure Screen. (See below). Start Pressure: XXX mmHg ..> Test object : Cuff ..> STORE GO BACK MAIN MENU 3. Use the alphanumeric keys to enter the Start Pressure (F7) set- ting to between 0 and 400 mmHg.
5.2 Over-Pressure Cut-Off Test 1. Advance to Main Menu Screen 2. From this screen press Over- Pressure Cut-Off Test (F7). This advances you to the test screen. Equipment Code : ......> Leak Test ......> BP Test .......> MORE SET UP Over-Pressure Cut-Off Test ....>...
• MAIN MENU (F4) to return to Main Menu 1. Manometer: 0 mmHg ZERO PRESSURE.> Peak: 0 mmHg RESET PEAK ...> PRINT ..> INFLATE SET UP MAIN MENU 5. Press INFLATE (F2). The menu changes and DEFLATE (F2) becomes active (see below). Wait until the inflation stops. When the test results are shown, press DEFLATE.
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6. If you want to print the test results, press PRINT (F6) to advance to the Print Screen. 7. Press Set Pressure (F5) to key in the pressure that you wish the QA-1290 to maintain. 8. Once you have completed your setup press REGULATE (F2) to begin pressure regulation.
6. Testing and Maintenance This chapter covers QA-1290 testing, as well as maintenance and troubleshooting procedures. 6.1 Required Equipment • Digital voltmeter, e.g. Fluke 87 • Pressure instrument, e.g. Drück DPI-601 6.2 Testing Procedures 1. Power Supply • Connect +5.0 v and +24.0 v on P300.
Sterilization The QA-1290 should not require sterilization if used as recom- mended. The outside of the QA-1290 may be cleaned with warm soapy water, isopropyl alcohol, or a weak bleach solution. DO NOT ALLOW FLUIDS TO ENTER THE ENCLOSURE OF...
Pressure calibration instrument, e.g. Drück DPI-601 IMPORTANT! BEFORE TESTING THE QA-1290 MUST BE POWERED ON FOR AT LEAST 30 MIN- UTES PRIOR TO CONDUCTING ANY TESTING. 2. Offset Adjustment Connect - lead of voltmeter to T150 on the QA-1290 board and the + lead to T151.
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2. Check the calibration and linearity by applying pressure of 330 mmHg (440 mBar) and 165 mmHg (220 mBar), and verify that the QA-1290 displays this value ± 1mmHg. Pressure sensor Reference Measured value...
8. Component Functions and Parts This chapter provides a description of the functions of the main com- ponents of the QA-1290, as well as a parts list for cross-reference. 8.1 System Overview QA-1290 consists of three different modules inside the cabinet: proc- essor and keypad board in the front of the cabinet;...
A/D with SPI-bus interface to the micro controller. The hardware SPI on the micro controller is not used, as the pins are used for other purposes. Instead the SPI is implemented in QA-1290’s firmware, using ordinary I/O-port pins. The communication uses the signals MOSI, MISO, SCKB (SPI-signals) and AD_CS (chip select).
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BEEPER. From the Power supply, the QA-1290 board gets +5V and +24V. From these the rest of the needed voltages are generated on the QA-1290 board. The following voltages are present in the system: Voltage...
One is that the buzzer on the processor board is not used and is not fitted. A buzzer on the QA-1290 board is used instead. The second is that Pin 3 on J60 is strapped to pin 13 on U1300 instead of +5V.
8.4 Pneumatic System The pneumatics and drivers are the QA-1290’s mechanical parts that deal with the air pressure and pulse generation, and their electrical drivers. This involves the electrically operated air valves that control airflow with the cylinder and piston. These are, in turn, controlled by the stepper motor in order to generate pulses.
This is detected by the monitor, which then starts to release the pressure slowly while simultaneously monitoring the pulses. 4. QA-1290’s firmware calculates the pulse strength on the basis of the pressure measured. This makes the pulse envelope look like the pulse envelope of a human.
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COMPRESSOR Compressor output, active LOW 4. Processor Board A 16 conductors ribbon cable is used for all communication be- tween the QA-1290 board and processor board. The connector is configured as follows: P250 pin no: Voltage / pin Signal name...
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STEP-. This signal is taken from UART U1300 pin 13 on proc- essor board. 5. Power to Processor Board Pin out: Pin description: Pin no: Signal ÷12 6. Power to QA-1290 Board Pin out: Pin description: Pin no: Signal +24V in +5V in...
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QA-1290 Schematic Diagram Part 5 (A/D Converter) ..............B-6 QA-1290 Schematic Diagram Part 6 (Pressure Sensor and Amplifier) ........B-7 QA-1290 Schematic Diagram Part 7 (Component Notation - Top Side)........B-8 QA-1290 Schematic Diagram Part 8 (Component Notation - Bottom Side) ........ B-9...
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E-mail: support@metron.no From: (name) Phone: Address: Fax: E-mail: Date: Error Report Product: Version: Serial no.: Description of the situation prior to the error: Description of the error: (METRON AS internally) Comments: Received date: Correction date: Ref No. Critical Normal Minor...
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(+33) 1 6078 6839 Fax: (+47) 7391 7009 E-mail: support.us@metron-biomed.com E-mail: info@metron.fr E-mail: support@metron.no From: Phone: (name) Address: Fax: E-mail: Date: Improvement Suggestion Product: Version: Description of the suggested improvement: (METRON AS internally) Comments: Received date: Correction date: Ref No. Critical Normal Minor...
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