Fluke BM. QA-90 MKII - Electrical Safety Analyzer

This product has been discontinued.

The QA-90 represents a new generation of safety testing equipment. QA-90 is the only automatic safety tester that can test Instruments containing modules with different classes of protection in one test run (i.e. CF and BF defibrillators). It is simple to use. All you need to do is select the type and class of the equipment to be tested. When you press START, the QA-90 will execute the tests prescribed in the selected standard. The test result can either be printed out immediately or stored internally in the unit for later use. The QA-90 can be fully remotely controlled via ansur software. With ansur, you can make your own test protocols, store the information on disk and export formatted data to equipment management databases

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Short specification
Manufacturer	Fluke
Ordering code	-

Small size - easy to carry
Can operate completely standalone or by remote control with the ansur software
Tests instruments containing modules with different protection classes in one test run i.e. CF and BF (defibrillator)
Tests module separation
Residual current measurements (optional)
11 patient inputs (laboratory style)
Test according to: IEC 60601.1, IEC 60601.1.1, IEC 60601.2.4, IEC 61010, VDE 751-1:1990, VDE 751-1: 2001, UL 2601.1, AS 3200.1, DB 9801, HEI 95, AAMI.
Testing against standard or user defined limits
Automatic, stepwise and manual test modes
Programmable power up delay time before measurements
Integrated keypad
Internal memory for uploading test sequences and storing typically up to 200 equipment test results
Built-in standard A4 protocols for on site documentation (localised)
RS-232, Centronics and Bar code interface

Biomedical Test > Electrical Safety Analyzers >

QA-90 MKII Electrical Safety Analyzer

Specifications

Test Sequence

Individual test sequences may be compiled to satisfy national and international standards: IEC 60601.1, VDE 0750 T1/12-91, BS 5724, UL 2601.1, CAN/CSA-C22.2 No 601.1-M90, AS 3200.1, NZS 6150:1990, VDE 0751:1990, VDE 0751:2001, IEC 60601.1.1, IEC 60601.2.4, UL 544, HEI 95, DB9801 and more

Voltage Measurement

The voltage measurement may be executed in the following ways	– Between lead 1 and 2
	– Between lead 1 and Earth
	– Between lead 2 and Earth
	– Between input/output E+ and E- (floating inputs/outputs)
Range:	0 V to 400 V true RMS
Resolution:	0.1 V
Accuracy:	DC-100 Hz 1 % of full scale ± 1 LSD 100 Hz-1 kHz 2 % of scale ± 1 LSD
No. of Tests:	4 or multiple

Current Consumption

	The current measurement may be executed in lead no. 1 (live)
Range 1:	0 mA to 1000 mA true RMS (@ < 250 V ac)
	Resolution: 1 mA
	Accuracy: ± 2 % of full scale ± 1 LSD
	No. of Tests: 1 or multiple
Range 2:	1 A to 16 A true RMS (@ < 250 V ac)
	Resolution: 1 mA
	Accuracy: ± 1 % of full scale ± 1 LSD
	No. of Tests: 1 or multiple

Protective Earth

	The test current is 25 A or 1 A, delivered from a transformer with a maximum idle voltage of 6 V. The measurement can be performed on ground leads or between E+ and E- (floating inputs/outputs)
Range:	0 Mohm to 2000 Mohm
Resolution:	1 Mohm
Accuracy:	± 2 % of full scale or 5 % of reading
No. of Tests:	1, 2, or multiple

Insulating Resistance

	The measurement of the insulating resistance may be executed between casing and power unit, or between patient module and power unit
Test voltage:	500 V dc through a 130 kohm limiting resistor
No. of Tests:	1, 2, or multiple.
Range 1:	1 Mohm to 50 Mohm
	Resolution: 1 Mohm
	Accuracy: ± 2 % of full scale ± 1 LSD
Range 2:	5 Mohm to 200 Mohm
	Resolution: 1 Mohm
	Accuracy: ± 2 % of full scale ± 1 LSD

Leakage Currents

	All measurements can be performed with a IEC 601.1 filter (patient equivalent), or without (flat frequency response). The filter can be exchanged with filters covering other standards. All measurements can be performed as true RMS measurements, or AC/DC measurements.
	The following leakage currents are measured, No. of Tests:
	Earth leakage current, 4
	Enclosure leakage current, 6 or multiple
	Residual current, 2
	Substitute equipment current, 1
	Direct current, 2
	Current Fig. 9, 1
	The following leakage currents are measured for each module, No. of Tests:
	Patient leakage current, 6
	Mains on applied part leakage current, 2
	Patient Auxiliary current, 6
	Floating dual lead measurement of leakage currents, Multiple
	Substitute patient current, 1
	In one test run a maximum of 11 modules with different protection classes may be tested

Accuracy

Range 1:	0 to 99.9 µA
	Resolution: 0.1 μA
	Accuracy: ± 2 % of full scale ± 1 LSD
Range 2:	100 µ to 1000 µA
	Resolution: 1 μA
	Accuracy: ± 2 % of full scale ± 1 LSD
Range 3:	1.0 mA to 10.0 mA
	Resolution: 1 μA
	Accuracy: ± 1 % of full scale ± 1 LSD

Frequency Response

	Dc to 1 MHz (-3 dB) with a Crest factor: > 2
	The test voltage for the mains on applied part measurement is 110% of the line voltage, delivered through a limiting resistor of 47 kohm

Ansur Software offers the following features

Remote Control

All functions and tests in QA-90 may be performed from the PC

User-Definition of Test Standards

Select predefined standards or create your own local/new standard with test limits

User-Programmable Test Sequences

Allows user-defined test sequences with a selection of tests from the selected test standard

Customized Protocols

Create your own protocol format including a header, checklist, job instructions, a command field and a test sequence

Storage and Recall

Protocol formats and data may be stored, recalled, printed out, or transferred to D-base systems

General Information