TEDIA PCE-1601 User Manual

General description

The PCE-1601 board is used to conditioning TTL/HC signals of the TEDIA DAQ
PC card digital ports to external equipments with technological signal levels and
contains eight input and eight output channels.
As standard, the input channels are designed for DC signals up to 32 V both
polarities, but as an option filter capacitors can be added in order to add
compatibility with AC signals with a frequency of 50 Hz.
The output channels are solved by individually isolated switching relays.
All channels work as non-inverting; the presence of the input voltage is represented
by the "H" level and the "H" level at the PC card output activates the signal switch.

General instructions for use

The PCE-1601 may be used only according to the manufacturer's recommendations
given in this manual or other general standards and only such a way, that its failure
caused by any reason will not be dangerous to any person or property.

Installation

The PCE-1601 is designed to be placed into a free slot for expansion cards, the
length of the ribbon cables requires a position adjacent to the control PC card.
The board can be used in an environment with operating temperature -10~60 °C and
relative humidity up to 90%, noncondensing and normal levels of pollution.

Specifications

Digital inputs:
input voltage - level L: < 3 V
input voltage - level H: > 10 V
maximum input voltage: ±32 V
input impedance: 10 kOhm approx.
signal delay: < 0.2 ms
isolation voltage: 1000 V
Digital outputs:
switching voltage: 30 V
100 V
switching current: 500 mA max.
signal delay: < 5 ms
isolation voltage: 200 V
100 V
General:
recommended cable length: 10 m max.
dimensions of board: 93 x 60 mm approx.
power supply: 5 V
current consumption: 400 mA max.
Note: Values marked as "RMS" indicate the effective AC value with the frequency
50Hz.
(= level L on the PC card signal)
DC
(= level H on the PC card signal)
DC
(±50 V max. 10 ms)
DC DC
(inputs against the PC card port)
DC
max.
DC
max.
AC
/V (outputs against the PC card port)
DC AC
/V (relay contacts to each other)
DC AC
(isolated inputs/outputs)
(powered from PC card port)
K1
KX1
KX2
K2

KX1/KX2 connectors pin assigment

identical to the pin assigment of DIO port connectors (refer to the PC card manual)

K1 connector pin assigment (D-Sub 25, male), controlled by KX1 signals

DOUT00_RL0_NO (relay contact)
DOUT00_RL0_NC (relay contact)
DOUT01_RL1_CM (relay contact)
DOUT02_RL2_NO (relay contact)
DOUT02_RL2_NC (relay contact)
DOUT03_RL3_CM (relay contact)
DOUT04_RL4_NO (relay contact)
DOUT04_RL4_NC (relay contact)
DOUT05_RL5_CM (relay contact)
DOUT06_RL6_NO (relay contact)
DOUT06_RL6_NC (relay contact)
DOUT07_RL7_CM (relay contact)
- - -

K2 connector pin assigment (D-Sub 9, male), the board generates KX2 signals

DIN00 (input signal, channel 0)
DIN02 (input signal, channel 2)
DIN04 (input signal, channel 4)
DIN06 (input signal, channel 6)
I_COM0 (common signal of inputs)
Note: Since the inputs accepts signal of both polarities, the I_COM0 signal can be
connected to GND (for "PNP" type outputs) or +24 V (for "NPN" type outputs).
DOUT port of PC card
DIN port of PC card
C1
C14 DOUT00_RL0_CM (relay contact)
C2
C15 DOUT01_RL1_NO (relay contact)
C3
C16 DOUT01_RL1_NC (relay contact)
C4
C17 DOUT02_RL2_CM (relay contact)
C5
C18 DOUT03_RL3_NO (relay contact)
C6
C19 DOUT03_RL3_NC (relay contact)
C7
C20 DOUT04_RL4_CM (relay contact)
C8
C21 DOUT05_RL5_NO (relay contact)
C9
C22 DOUT05_RL5_NC (relay contact)
C10
C23 DOUT06_RL6_CM (relay contact)
C11
C24 DOUT07_RL7_NO (relay contact)
C12
C25 DOUT07_RL7_NC (relay contact)
C13
C1
C6 DIN01 (input signal, channel 1)
C2
C7 DIN03 (input signal, channel 3)
C3
C8 DIN05 (input signal, channel 5)
C4
C9 DIN07 (input signal, channel 7)
C5