Performance Characteristics And Specifications; Declaration Of Conformity; Technical Specification; Photometer - Orion QuikRead go Instrucciones De Uso

5 PERFORMANCE
CHARACTERISTICS AND
SPECIFICATIONS

Declaration of Conformity

The QuikRead go instrument complies with the elec-
tromagnetic emission and immunity requirements
described in the standard IEC 61326-2-6.

Technical specification

The instrument has a pre-programmed microproces-
sor that controls the assay steps and data process-
ing. Test identification, timing, and the calibration
curve are stored in a barcode on each cuvette. Once
activated by the cuvette label, the microprocessor
controls and guides all steps in the assay and con-
verts the absorbance values from the samples into
concentration units.

Photometer

The QuikRead go photometer features a measure-
ment well, three LEDs, and light-detectors. The pho-
tometer has been designed and calibrated for both
photometric and turbidimetric measurements.

PERFORMANCE CHARACTERISTICS AND SPECIFICATIONS

24

Touchscreen display

The user interface consists of an easy-to-use touch-
screen display. It is used by means of touch-sensitive
buttons presented on the screen. It also provides
the user with messages and prompts for performing
each step in the assay, and it reports the test results
and any error messages.
• 4-wire resistive
• Display size: 116.16 × 87.12 mm
• Pixels: 640 × 480

Dimensions and power requirements

• Weight: 1.7 kg without power supply
• Size: 27 x 15.5 x 14.5 cm
• Power requirements:
100–240 V AC
50–60 Hz power supply or battery pack
8 W power consumption
• Power supply: supplied with the instrument
• Battery pack: supplied separately (only a battery
pack supplied for QuikRead go use can be used)

Instrument software

New software can be uploaded via USB. Ask your
local supplier for more details.

Instrument identifier

Each QuikRead go instrument has its own serial
number, which can be found on the label on the
bottom of the instrument.

Memory

The QuikRead go instrument has an internal memo-
ry for result history. See the section "Results".

Power supply

The instrument is powered by a power supply sup-
plied with the instrument. Additionally, the instru-
ment can use a battery pack as a power source. An
internal switch within the cable connector switches
the instrument automatically from battery-powered
to mains current use. For instructions on installing
a battery pack, see the section "Inserting a battery
pack."

Serial connection

The RJ45 socket can be used for a serial-type
connection with a special cable. Specifications for
wiring of the cable can be found on the website
www.quikread.com.

LAN connection

The RJ45 interface supports a 10BASE-T/ 100BASE-
TX Ethernet connection. Cat 5 / Cat 5e UTP (un-
shielded twisted pair) cable should be used.
Power over Ethernet (PoE) is not supported.

USB connection

The instrument has three A-type USB connectors.
These connectors can be used for the printer, bar-
code reader and memory stick. The instrument can
be connected as a virtual com-port to a PC or com-
puter via a B-type USB connector.