Supported i/o modules, Supported i/o modules -4 – Rockwell Automation 1747-PCINT API Software for 1746 I/O User Manual
Page 52
5–4
Configuring I/O Modules
Publication 1747-6.5.3 June 1998
Supported I/O
Modules
Module Name:
a
Description:
Class:
Mix:
b
Type:
AMCI-1561
1
35
14
1203-SM1 Class1
1
35
16
1203-SM1 Class 4
4
136
17
1394-SJT
4
136
17
1746-IA4
4-Input 100/120 V ac
0
1
0
1746-IA8
8-Input 100/120 V ac
0
3
0
1746-IA16
16-Input 100/120 V ac
0
5
0
1746-IB8
8-Input (SINK) 24 V dc
0
3
6
1746-IB16
16-Input (SINK) 24 V dc
0
5
6
1746-IB32
32-Input (SINK) 24 V dc
0
7
6
1746-IC16
16-Input dc
0
5
9
1746-IH16
16-Input ac
0
5
7
1746-IG16
16-Input [TTL](SOURCE) 5 V dc
0
5
15
1746-IM4
4-Input 200/240 V ac
0
1
1
1746-IM8
8-Input 200/240 V ac
0
3
1
1746-IM16
16-Input 200/240 V ac
0
5
1
1746-IN16
16-Input 24 V ac/V dc
0
5
10
1746-ITB16
16-Input [FAST](SINK) 24V dc
0
5
19
1746-ITV16
16-Input [FAST](SOURCE) 24V dc
0
5
18
1746-IV8
8-Input (SOURCE) 24 V dc
0
3
20
1746-IV16
16-Input (SOURCE) 24 V dc
0
5
20
1746-IV32
32-Input (SOURCE) 24 V dc
0
7
20
1746-OA8
8-Output(TRIAC) 100/240 V ac
0
27
3
1746-OA16
16-Output(TRIAC) 100/240 V ac
0
29
3
1746-OAP12
Enhanced ac
0
28
3
1746-OB8
8-Output [TRANS](SOURCE)10/50 V dc
0
27
13
1746-OB16
16-Output [TRANS](SOURCE)10/50 V dc
0
29
13
1746-OB16E
16-Output dc
0
29
20
1746-OB32
32-Output [TRANS](SOURCE) 10/50 V dc
0
31
13
1746-OBP8
8-Output dc
0
27
21
1746-OBP16
16-Output [TRANS 1 amp](SRC) 24V dc
0
29
21
1746-OG16
16-Output [TTL](SINK) 5 V dc
0
29
15
1746-OV8
8-Output [TRANS](SINK)10/50 V dc
0
27
14
1746-OV16
16-Output [TRANS](SINK)10/50 V dc
0
29
14
1746-OV32
32-Output [TRANS](SINK) 10/50 V dc
0
31
14
1746-OW4
4-Output [RELAY] V ac/V dc
0
25
0
1746-OW8
8-Output [RELAY] V ac/V dc
0
27
0
1746-OW16
16-Output [RELAY] V ac/V dc
0
29
0
1746-OX8
8-Output [ISOLATED RELAY] V ac/V dc
0
27
1
1746-OVP16
16-Output [TRANS 1 amp] (SINK) 24V dc
0
29
22
a.The module names shown in this table correspond to those used by the OC_GetIOConfiguration and
OC_CreateIOConfiguration functions.
b.The mix code for a module is composed of one byte field. The upper 3 bits represent the class of the
module, and the lower 5 bits represent the I/O mix of the module.