
Configuring I/O Modules 5–5
Publication 1747-6.5.3 June 1998
Module Name:
a
Description: Class: Mix:
b
Type:
1746-IO4 2-Input 100/120 V ac 2-Output [RLY]
0 8 0
1746-IO8 4-Input 100/120 V ac 4-Output [RLY]
0 11 0
1746-IO12 6-Input 100/120 V ac 6-Output [RLY]
0 15 0
1746-INT4 4 thermocouples, isolated
1 35 15
1746sc-INO4VI Spectrum Controls, 4 Analog Outputs
1 35 19
1746sc-INI4VI Spectrum Controls, 4 Analog Inputs
1 35 20
1746sc-INO4I Spectrum Controls, 4 Analog Outputs
1 35 21
1746sc-INI4I Spectrum Controls, 4 Analog Inputs
1 35 22
1746-NI4 4 Channel Analog Input
1 44 1
1746-NI8 8 Analog Inputs
1 35 26
1746-NI8 8 Analog Inputs
3 127 26
1746-NIO4I Analog Comb. 2 In & 2 Current Out
1 32 1
1746-NIO4V Analog Comb. 2 In & 2 Voltage Out
1 32 2
1746-FIO4I Fast Analog Comb 2 In & 2 Current Out
1 32 24
1746-FIO4V Fast Analog Comb 2 In & 2 Voltage Out
1 32 18
1746-NO4I 4 Channel Analog Current Output
1 54 1
1746-NO4V 4 Channel Analog Voltage Output
1 54 2
1746-NT4 4 Channel Thermocouple Input Module
1 35 10
1746sc-NT8 Spectrum Controls, 4 Analog inputs isolated
1 35 33
1746-NR4 4 Channel RTD/Resistance Input Module
1 35 13
1746-HSCE High Speed Counter/Encoder
3 127 5
1746-HS Single Axis Motion Controller
1 33 3
1746-HSRV SLC Servo Single AX MC
3 101 14
1746-HSTP1 Stepper Controller Module
1 35 12
1746-BAS1
c
BASIC Module - 5/01 Configuration
1 35 6
1746-BAS2
c
BASIC Module - 5/02 Configuration
4 131 6
1746-QS Synchronized Axes
4 136 27
1746-QV Open Loop Velocity
4 131 15
1747-DCM1
c
Direct Commun. Module (1/4 RACK)
1 32 25
1747-DCM2
c
Direct Commun. Module (1/2 RACK)
1 33 25
1747-DCM3
c
Direct Commun. Module (3/4 RACK)
1 34 25
1747-DCM4
c
Direct Commun. Module (FULL RACK)
1 35 25
1747-MNET Module Interface
4 158 11
1747-SDN DeviceNet Scanner
4 136 6
1747-SN Remote I/O Scanner
4 136 8
1747-DSN1
c
Distributed I/O Scanner - 7 Blks
1 35 7
1747-DSN2
c
Distributed I/O Scanner - 30 Blks
4 136 7
1747-KE1
c
Interface Module, Series A
1 42 9
1747-KE2
c
Interface Module, Series B
1 35 9
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.
c.Some modules can have multiple configurations. To distinguish between different configurations of the
same module, a single digit is appended to the module name.
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