Pulse Input Module Spi01 - Toshiba V Series Manual

5. PI/O Module
Pulse Input Module SPI01
SPI01 module specifications
Model name
Number of input points
Input insulation unit
Input signal (Note 1)
Counter
Input current (Non-voltage contact)
Input resistance (Voltage pulse)
Input frequency
Rated input voltage
DC bias for voltage pulse
Minimum pulse width
Address setting
Pulse threshold voltage setting (Note
2)
Breakdown diagnosis
Insulation resistance
Ability of insulation to withstand voltage 500 Vac for 1 minute (between total inputs and internal circuits)
External power supply
External power supply current
consumption
Current consumption
Internal heat generation
Compatible terminal block units
Compatible options
Applicable I/O base unit
External dimensions
Weight
(Note 1) The setting (non-voltage/voltage, instantaneous unit time) of each channel should be performed
using the engineering tool. See Chapter2, " Registering Hardware " in the " Engineering Tool Manual
(6F8C1006) " .
(Note 2) The pulse width must be at least  1 V for the pulse threshold set voltage.
132
Item
SPI01
4 points
The 4 points are isolated together
Non-voltage contact (open collector Input)/Each voltage pulse
point can be set independently
16 bit up counter
7 mA (24 Vdc)
With power ON/power OFF: 10 k  MIN.
Non-voltage contact: DC-50Hz
Voltage pulse: DC-10kHz
Non-voltage contact:
Voltage pulse: 2-30 V
1-13 Vdc
Non-voltage contact: 10 ms (ON/OFF)
Voltage pulse: 50  s (ON/OFF)
Set from 1 to E (decimal 1 to 14) by front panel address setting
switch.
Set from 1 to D (decimal 1 to 13) by front panel setting switch.
External power supply voltage drop, transmission, CPU, memory,
Basic pulse
100 M  or more (measured with 500 Vdc megger, between total
inputs and internal circuits)
24 Vdc  10% (21.6 to 26.4V), ripple 5% or less.
24 Vdc-50 mA or less
24 Vdc-150 mA or less (system power supply)
4.8 W or less (external 24 Vdc, all points input)
UTBA1 ,EC352PI0151
UABU1
40 W  90 H  95 D mm (excluding protrusions)
150 g or less
Specification
ON Potential between external supply voltage (+) and PI (+) 
18 V
OFF Potential between external supply voltage (+) and PI (+) 
4 V
P-P
-