-----CR510 Datalogger-----
Number of Pulse channels (P1, P2, = P3): 3
P1 and= P2 measure switch closure, high frequency pulse, and
low level AC input at up to 2000Hz
P3 mea= sures switch closures only at up to 40 Hz
Minimum pulse width is 2 microseconds
-----CR10X Datalogger-----
Number of Pulse channels (P1, P2, C6, C7, C8): 5
P1 and= P2 measure switch closure, high frequency pulse, and
low level AC input at up to 2000Hz
C6, C7= and C8 measure switch closures only at up to 40 Hz
Minimum pulse width is 2 microseconds
-----CR23X Datalogger-----
Number of Pulse channels (P1, P2, P3, P4, C5, C6, C7, = C8): 8
P1, P2= , P3 and P4 measure switch closure, high frequency
pulse, and low level AC input at up to 2000Hz
C5, C6= , C7 and C8 measure switch closures only at up to
40 Hz.=
Minimum pulse width is 1 microsecond
-----Multiplexers-----
We also offer a multipleser named SDM-INT8. The multipleser
uses a C1, C2, C3, 12V and = ground from the datalogger and
enables 8 additional pulse channels. The specifications of the
SDM-INT8 are those of the datalogger that you are usin= g with the
multiplexer.
-----Example Programming Routines-----
The Programming instruction 3 (P3) with our datalogger= is what
enables the pulse input to = be read by the datalogger. P3 is written
as follows:
01: Repetitions
02: Pulse channel of
03: Configuration code (type of measurement - sw= itch closure etc.)
04: Input location
05: Multiplier for sensor output
06: Offset for sensor output
When programming our datalogger using our datalogger <= span class=3DSpellE>suport
software PC208W, the progra= mmer is prompted with the options to
select in order to complete= each line of the program.
When your end user asks what progr= amming instructions to use.
Indicate that they should use Programming instruction 3.
I hope this information helps. Let me know if it= is unclear or if you
have any other questions.
Regards,
David C. Little
Application Engineer / International Group