TEDIA OPT-1020 User Manual

General description

The OPT-1020 and OPT-1120 daughter boards provide the analog input signal
isolation for the DAQ cards.
OPT-1020 bandwidth 20kHz, isolation voltage 2.5 kV, screw terminals
OPT-1020B bandwidth 20kHz, isolation voltage 2.5 kV, BNC connector
OPT-1120 bandwidth 120kHz, isolation voltage 1.5 kV, screw terminals
OPT-1120B bandwidth 120kHz, isolation voltage 1.5 kV, BNC connector
If the DAQ card provides the 12V power supply voltages, the OPT-1020/1120 board
can be powered from the card; if not, external power supply must be used.
One OPT-1x20 board can be connected to the DAQ card using the CAB-2604C flat
cable and CAB-2511/2 shielded cable. If multiple OPT-1x20 boards are used, an
interconnection cables CAB-1004C and CAB-2604C (up to four boards), or
CAB-1008C and CAB-2608C (up to eight boards) are required (not included).
Entire set of boards can be connected to the DAQ cards via CAB-2511/2. Please pay
attention to the maximum current capacity of the DAQ cards power supply output,
for higher number of OPT-1x20 boards it is necessary to use external power supply.

General instructions for use

The OPT-1x20 boards is designed for DAQ&C applications and may be used only
according to the manufacturer's recommendations and precautions given in this
manual and other general standards and terms and may be used only such a way,
that its failure caused by any reason will not be dangerous to any person or property.

Installation

The OPT-1x20 boards is supplied as an unencapsulated kit intended for fastening
via three screws.
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

Input voltage (for processing):
Overvoltage protection:
Input impedance:
Selectable gain:
Bandwidth (-3 dB, signal 7 V ):
AC
Nonlinearity:
Isolation voltage (see note below):
Power supply:
Recommended cable length:
Dimensions of board:
Mounting hole spacing:
Mounting hole diameter:
Note: "AC" indicates the rms value of a 50 Hz AC harmonic signal.
±11 V max.
±24 V
1 MOhm (±1 %)
1x, 10x (via on-board jumper)
0÷20 kHz typ. (all OPT-1020 version)
0÷120 kHz typ. (all OPT-1120 version)
±0,05% max. (±0,025 typ.)
2.5 kV / 3.5 kV (OPT-1020H only)
AC DC
1.5 kV / 2 kV (all other version)
AC DC
+10.8~12.6 V (240 mA max.)
DC
2 m max.
102 x 49 mm
94 x 42 mm
3.5 mm
JP3/JP4
J1
JP1
J4
pin 1
+IN
-IN
gain 1x gain 10x

Configuration jumpers

JP1 jumper for input range configuration, resp. gain of input amplifier
JP2 jumper for configuration of OPT-1x20 output signal routing to the DAQ card
input (only one OPT-1x20 board can be connected to the card input)
JP3/4 jumpers for selecting of power supply (see picture above)
P1 potentiometer for precise gain adjustment
P2 potentiometer for precise offset adjustment
Pin assigment of connector PFL26 (J3), resp. cable CAB-2511 to the DAQ card
PFL26 D-Sub 25 signal
1 - - - AGND
3 25 AIN0
5 24 AIN1
7 23 AIN2
9 22 AIN3
11 21 AIN4
13 20 AIN5
15 19 AIN6
17 18 AIN7
19 17 - - -
21 16 - - -
23 15 GND (power supply) 24
25 14 +12V (from card)
Pin assigment of connector PFL10 (J4)
PFL10 signal
1, 2, 3, 4 power supply 12V (+5%, -10%), positive signal
5, 6 unused
7, 8, 9, 10 power supply 12V (+5%, -10%), negative signal
Jumpers JP3/JP4 must be removed before connecting an external power supply.
power supply from DAQ card
P2 P1
power supply from an external
source via J4 connector
JP2
J3
pin 1
AIN7 . . . . AIN0
DAQ card input selection
PFL26 D-Sub 25 signal
2 13 AGND
4 12 AGND
6 11 AGND
8 10 AGND
10 9 AGND
12 8 AGND
14 7 AGND
16 6 AGND
18 5 AGND
20 4 - - -
22 3 - - -
2 GND (power supply)
26 1 reserved