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A-2
Model 8587A Laser Photometer
Communications
Analog output ..................................
0
–5 VDC
USB
USB 2.0 Compatible, 12Mbps
RS-232 ............................................
9-pin D-Type connector, ASCII, Baud
1200 or 115 K (selectable), N,8,1 USB
type B female connector,
Software provided
.........................
Documentation of 8587A command set
(ASCII)
8587A USB driver software for Windows
XP/2000
USB terminal emulation software (for
interactive control via USB port) (Use
HyperTerminal for RS-232
communication)
USB library files for programmers
Power
.............................................
100
–240 VAC, 50/60 Hz (auto-sensing),
1.3 Amps, IEC 320 power line connector
with switch
Environmental operating
conditions
Indoor use
Inlet pressure 75 to 105 kPa.
Operating temperature range 15-35°C.
Safe operating temperature range 5-
40°C Ambient humidity 0-90 RH non-
condensing.
Front Panel
....................................
16 character
2 line LCD
Control buttons ................................
Upstream, Purge, Downstream
Back Panel
.....................................
IEC 320 power line connector with
integral switch
Upstream sample port ....................
0.25 diameter
Downstream sample port ................
0.25 diameter
Vacuum port ....................................
0.25 diameter
Analog .............................................
0
–5 VDC output BNC female connector
RS-232 Com port
DB9F connector for RS-232
USB Port
USB Type B female connector
*Specifications are subject to change without notice.
**The purge flow is the determining factor when selecting a vacuum pump. Most
vacuum pumps that can provide the needed purge flow at atmospheric pressure
will have no difficulty providing the needed flow during sampling.
In order to use one vacuum pump simultaneously with two or more 8587A
photometers, it is necessary to coordinate (synchronize) the sampling and purge
functions. Normally, it is not possible to sample with one photometer while
another photometer is purging. This is because there is no significant flow
restriction during high-flow rate purging and most vacuum pumps will be unable
to maintain the vacuum needed for other photometers to sample while one or
more photometers are purging. Therefore, all photometers that share a vacuum
source must all sample at the same time and must all purge at the same time.
The alternative to this is to provide an independent vacuum source for each
photometer.
Содержание 8587A
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