Toshiba SX 2000 - Manual (Page 123)

Chapt.2 Specifications
PI632&PI672
Item
No. of pulse input channel
I/O allocation type
Input Voltage Range (A,B,M)
Input Voltage Range (G,EXT)
Input
Spec.
(A,B,
M,G)
Input Voltage 5Vdc 12Vdc 24Vdc
Input current (typ.) 13mA 15mA 16mA
Minimum ON Voltage 3.75V or more 9.5V or more 21V or more
Maximum OFF Voltage 1.25V or less 2.5V or less 5V or less
Input
Spec.
(EXT)
Input Voltage
Input current (typ.)
Minimum ON Voltage
Maximum OFF Voltage
Pulse duration
(ON/OFF level)
ON/OFF transition
Counter configuration
Input pulse frequency
Pulse count mode
Flardware comparison output
function
Output
Spec.
Output Voltage
Output current
Withstand voltage
Current consumption
Weight
PI632
2 channels
PI672
2 channels
X+YW 4W area (input/output inhibit) and 19W memory
5V±5% /12V±5% /24V±5%
(selectable)
Conforms to EIA RS-422-A
12V±5% /24V±5%
RS422
EIA standard
RS-422-A
Am26LS31
12V/24Vdc
10mA
9.6V or more
3.5V or less
Sms or more (other than quadrature bi-pulse)
10ms or more (quadrature bi-pulse)
1.5ms or less (other than quadrature bi-pulse)
3ms or less (quadrature bi-pulse)
24-bit, binary counter, Count value=0 to 16777215)
lOOkpps maximum (other than quadrature bi-pulse)
SOkpps maximum (quadrature bi-pulse)
Normal mode (1 count per 1 pulse)
Precision count mode (both rising and falling edges)
2 points for each channel (transistor output)
*S1: ON when Count value > set-point 1
*S2: ON when Count value < set-point 2
24Vdc (10Vdc~30Vdc)
100mA or less
1500Vac/1 minute
500mA(5Vdc) or less
Approx. 250g
500Vac /1 minute
650mA(5Vdc) or less
Approx. 250g
Connector Assignment
PI632 PI672
Rn No.
Fm ctio i Nane A B Nane Fin cücn
Q Tanel 1 RiaseAirpjt 1A5 1 1 1AP Q raral 1 FtaseAirput
Q Tanel 1 RiaseBirpjt 1BP 2 2 1A12
1B12 3 3 1B5 Q raral 1 Ftase B irput
Q Tanel 1 !\/H<er irpjt 1M P 4 4 IM S Q raral 1 W y<eri^
1M 12 5 5 24P Q raral 2 Ftase A irpjt
Q Tanel 2 Rase A irpjt 2A5 6 6 2A12
Q Tanel 2 Rase B irpjt 2BP 7 7 2B5 Q raral 2 Ftase B irput
2B12 8 8 2№ Q raral 2 W y<er
Q Taral 2 !\/H<er irpjt 2M 5 9 9 2M 12
Q Taral 1 G ate irpjt 1G P 10 10 1G 5 Q raral 1 CM ei^xit
1G 12 11 11 2G P
Q raral 2 CM e i^xit
Q Taral 2 G ate irpjt 2G 5 12 12 2G 12
Channel 1 External lim it input 1E)Cr- 13 13 IBCT-f- Channel 1 External lim it input
Channel 2 External lim it input 2EXT- 14 14 2E)Cr-f- Channel 2 External lim it input
Channel 1 Com pare output 2 1^ 15 15 1S1 Channel 1 Com pare output 1
Channel 2 Com pare output 2 2^ 16 16 2S1 Channel 2 Com pare output 1
No use 17 17 No use
24Vdcirpjt P24 18 18 P24 24VdcirpU
0 V fcr anpae oitxits N24 19 19 N24 0 V for ccnpae oitxits
No use 20 20 No use
Rn No.
Furcticn Nane A B Nane Firaticxr
Q raral 1 FtaseA^- lAi- 1 1 1A- Q raral 1 FtaseA-
Q iarall FtaseBi- IB-H 2 2 IB- Q raral 1 FtaseB-
Q raral 1 wy<eri- IM -H 3 3 1M - Q raral 1 wy<er-
Q raral 2 Ftase A 2Ai- 4 4 2A- Q raral 2 Ftase A-
Q raral 2 Ftase B 2Bi- 5 5 2B- Q raral 2 FtaseB-
Q raral 2 W y<er 2M i- 6 6 2M - Q raral 2 W y<er-
Line receiver sigid gojid SG 7 7 SG Lira receiver sigid gojid
Q raral 1 CM ei^xit 1G 24 8 8 1G 12 Q raral 1 CM ei^xit
1G P 9 9 2G P Q raral 2 G ate irput
Q raral 2 CM e i^xit 2G 12 10 10 2G 24
No use 11 11 No use
Channel 1 External lim it input IBCT- 12 12 lEXT-f- Channel 1 External lim it input
Channel 2 External lim it input 2EXT- 13 13 2EXT-f- Channel 2 External lim it input
No use 14 14 No use
Channel 1 Com pare output 2 1^ 15 15 1S1 Channel 1 Com pare output 1
Channel 2 Com pare output 2 2^ 16 16 2S1 Channel 2 Com pare output 1
No use 17 17 No use
24Vdcirput P24 18 18 P24 24VdcirpU
0 V for ccnpaa oitxits N24 19 19 N24 0 V fcr anpaa oitxits
No use 20 20 No use
1 0 6 Sequence Controller S2T