SBC PCD2.M5 Series - PCD2.H110, General Purpose Counting and Measuring Module up to 100 Khz, 1 Channel

Hardware Manual for the PCD2.M5 Series│Document 26/856; Version EN 12│2014-07-24
Saia-Burgess Controls AG
Counting module
Input/output (I/O) modules
6-94
6
6.15.2 PCD2.H110,generalpurposecountingandmeasuringmodule
upto100kHz,1channel
Application
Measuring and fast counting module for general counting and simple motion control
tasks;alsoforspecicapplicationssuchasfrequencymeasurement,periodand
pulselengthmeasurement,etc.ThemoduleisequippedwithanFPGA(Field
ProgrammableGateArray)andcanbeprogrammedforspecialhighvolume
applications by using a plug-in PROM.
Technical data
Number of systems: 1
Counting range: 0 … 16,777,215(24Bit)
Counting frequency: up to 100 kHz
Data protection: All data in this module are volatile
(non-volatilePCDregistersareavailable).
Digital inputs
Number of inputs:
Terminal 0 = I0
Terminal 1 = I1
Terminal 2 = I2
Terminal 3 = I3
4
Input“A”: forcountingandmeasuring
Input“B”: forcountingonly
InputEn"C”: foruseascountingmodule
InputEn"M”:foruseasmeasuringmodule
Nominal voltage: 24 VDC
“low"range: -30 … +5 V
“high"range: +15 … 30 V for source operation
Input current: typically 6.5 mA
Inputler: 150 kHz
Circuit type: electrically connected
Digital outputs
Number:
Terminal 4 O0:
Terminal 5 O1:
2
Output“CCO”(forcounter)
Output“TCO”(formeasuringfunctions)
Current range: 5 … 500mA (max.currentleakage1mA)
  (min.loadresistance48Ωinvoltage
  range5..24V).
Frequency: ≤100kHz
Voltage range: 532 VDC smoothed, max. 10% ripple
Circuit type: Electrically coupled, not short circuit protected,
positive switching
Voltage drop: typically < 0.5 V at 500 mA
Output delay: <1µs, (longerforinductiveloadduetoprotective
diode).
Power supply
External supply 5 … 32 VDC,(forsupplytoCCOoutputonly)
Internal current consumption:
(from+5Vbus)
max. 90 mA
Internal current consumption:
(fromV+bus)
0 mA
External current consumption: max.2A(alloutputs)