PLC IO Interface Supported Genius and TRIO Blocks

By Geoff Nash, submitted on February 2nd, 2010

Product Family: PLC IO Interface

Category: Application Notes

SKU: IOD-5101, IOD-5201

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This application note describes the Genius and TRIO IO blocks supported by the PLC IO Interface and their configuration parameters.

Supported Genius Blocks

Blocks are defined in the GEGenusModule.dat file. This file is loaded during the legacy module boot process. If the file is not found, the GEGenusModule.txt file is imported then saved as the GEGenusModule.dat.

Module Identifier (Name)			ID Code		Phase	Cfg	IO Bytes			Data	Polled IO		Configuration
GE	TRIO	Description	Legacy	GE	Type	Bits	Status	In	Out	Type	Bytes	Offset	Type	Bytes
IC660BBA020	6230BP10810	24/48 VDC Analog I/O	1	132	B*	0x0219	7	8	4	AIO	24	12	8	84
IC660BBA021	6233BP10810	24/48 VDC RTD	2	137	B	0x0209	7	12	0	AIO	0	0	13	84
IC660BBA023	6232BP10810	24/48 VDC Thermocouple	3	135	B	0x021B	7	12	0	AIO	60	12	12	84
IC660BBA024	6231BP10810	24/48 VDC Current source Analog 4 In/2 Out	4	141	B	0x021B	7	8	4	AIO	32	12	9	84
IC660BBA025	6236BP10810	24/48 VDC Current source Analog 6 Out	5	143	B	0x020B	7	0	12	AIO	24	12	10	84
IC660BBA026	6235BP10810	24/48VDC Current-source Analog Input	6	145	B	0x021B	7	12	0	AIO	24	12	11	88
IC660BBA100	6230BP10710	115 VAC Analog I/O	7	131	B*	0x0219	7	8	4	AIO	24	12	8	84
IC660BBA101	6233BP10910	115 VAC/125 VDC RTD	8	136	B	0x0219	7	12	0	AIO	0	0	13	84
IC660BBA103	6232BP10710	115 VAC/125 VDC Thermocouple	9	134	B	0x021B	7	12	0	AIO	60	12	12	84
IC660BBA104	6231BP10910	115 VAC/125 VDC Current source Analog 4 In/2 Out	10	140	B	0x021B	7	8	4	AIO	32	12	9	84
IC660BBA105	6236BP10910	115 VAC/125 VDC Current source Analog 6 Out	11	142	B	0x021B	7	0	12	AIO	24	12	10	84
IC660BBA106	6235BP10910	115VAC/125VDC Current-source Analog In	12	144	B	0x021B	7	12	0	AIO	24	12	11	88
IC660BBD020	6240BP10811	16 Circuit DC Input/Output (3 wire)	13	72	B*	0x0102	18	2	2	DIO	0	0	3	20
IC660BBD021	6240BP10812	16 Circuit DC Input/Output (3 wire)	14	73	B*	0x0102	18	2	2	DIO	0	0	3	20
IC660BBD022	6240BP10411	16 Circuit DC Input/Output (2 or 3 wire)	15	73	B	0x0102	18	2	2	DIO	0	0	3	20
IC660BBD023	6240BP10412	16 Circuit DC Input/Output (2 or 3 wire)	16	72	B	0x0102	18	2	2	DIO	0	0	3	20
IC660BBD024	6241BP10411	32 Circuit 12/24 VDC Source	17	75	B	0x0102	33	4	4	DIO	0	0	5	36
IC660BBD025	6241BP10812	32 Circuit 5/12/24 VDC Sink	18	74	B	0x0102	33	4	4	DIO	0	0	5	36
IC660BBD101	6245BP10710	115 VAC 8 Grouped IO	19	82	B	0x0102	9	1	1	DIO	0	0	1	12
IC660BBD110	6247BP10710	115 VAC 16 Input	20	81	B	0x0100	17	2	0	DIO	0	0	7	26
IC660BBR100	6248BP10812	115V or 230V AC Relay Output Relays NC	21	80		0x0102	1	2	2	DIO	0	0	3	20
IC660BBR101	6248BP10811	115V or 230V AC Relay Output Relays NO	22	79	B	0x0102	1	2	2	DIO	0	0	3	20
IC660BBS100		115 VAC/125 VDC Isolated 8 pt IO	23	70	B*	0x0102	9	1	1	DIO	0	0	2	12
IC660BBS101	6246BP10810	115 VAC/125 VDC Isolated 8 pt IO w/o FS Diagnostic	24	70	B	0x0102	9	1	1	DIO	0	0	2	12
IC660BBS102	6246BP10811	115 VAC/125 VDC Isolated 8 pt IO	25	70		0x0102	9	1	1	DIO	0	0	2	12
IC660BBS103		115 VAC/125 VDC Isolated 8 pt IO w/o FS Diagnostic	26	70		0x0102	9	1	1	DIO	0	0	2	12
IC660BBD100		115VAC 2A 8 Ckt Grouped I/O Block (Phase B)	27	69	B*	0x0102	9	8	8	DIO	0	0	1	12
IC660BBD120	6234BP10910	High-speed Counter Block	28	32	B	0x0301	5	32	2	AIO	0	0	14	70
IC660BPM100		PowerTRAC Block	29	127		0x0011	1	38	2	AIO	58	0	15	30
IC660CBA100		115VAC 4 In/2 Out Voltage/Current Analog Block	30	128	A	0x0219	7	8	4	AIO	24	12	8	84
IC660CBA020		24/48VDC 4 In/2 Out Voltage/Current Analog Block	31	129	A	0x0219	7	8	4	AIO	24	12	8	84
IC660CBD100		115VAC 8 Ckt Grouped I/O Block	32	64	A	0x0102	9	1	1	DIO	0	0	1	12
IC660CBS100		115VAC/125VDC 8 Ckt Isolated I/O Block	33	65	A	0x0102	9	1	1	DIO	0	0	2	12
IC660CBD021		24/48VDC 16 Ckt Sink I/O Block	34	67	A	0x0102	17	2	2	DIO	0	0	3	20
IC660CBD020		24/48VDC 16 Ckt Source I/O Block	35	68	A	0x0102	17	2	2	DIO	0	0	3	20

* Phase B blocks with Phase A equivalents

All blocks may be assigned to either discrete or analog tables. Blocks may use from 1 to 33 registers for IO data. For fixed addressing, 33 registers are assigned to each block (3 blocks per dataset). Both input and output tables will hold the values read from the RIO tables, only the output table may be written.

Block data word definitions

Discrete IO Modules

Type	Model ID	Model Number	Description
8-Circuit	IC660CBD100	64	115VAC 8 Ckt Grouped I/O Block
	IC660BBD100	69	115VAC 2A 8 Ckt Grouped I/O Block (Phase B)
	IC660BBD101	82	115VAC Low-Leakage 8 Ckt Grouped Block
	IC660BBS100	70	115VAC/125VDC 8 Ckt Isolated Block (Phase B)
	IC660BBS101	70	115VAC/125VDC 8 Ckt Isolated Block without Failed Switch Diagnostic
	IC660BBS102	70	115 VAC/125 VDC Isolated 8 pt IO
	IC660BBS103	70	115 VAC/125 VDC Isolated 8 I/O w/o FS Diagnostic
	IC660CBS100	65	115VAC/125VDC 8 Ckt Isolated I/O Block
16-Circuit	IC660CBD021	67	24/48VDC 16 Ckt Sink I/O Block
	IC660CBD020	68	24/48VDC 16 Ckt Source I/O Block
	IC660BBD020	72	24/48VDC 16 Ckt Sink I/O Block (Phase B)
	IC660BBD023	72	24VDC 16 Ckt Sink I/O Block (Phase B)
	IC660BBD021	73	24/48VDC 16 Ckt Source I/O Block (Phase B)
	IC660BBD022	73	12/24VDC 16 Ckt Source I/O Block (Phase B)
	IC660BBD110	81	115 VAC 16 Input
	IC660BBR101	79	Normally-open Relay Block
	IC660BBR100	80	Normally-closed Relay Block
32-Circuit	IC660BBD025	74	5/12/24VDC 32 Ckt Sink I/O Block
32-Circuit	IC660BBD024	75	12/24VDC 32 Ckt Source I/O Block

Input Data register organization

Input and Input/Output modules. This contains no Polled block IO data (Block IO datagram ignored by block). There is a maximum of 33 bytes of status data (for discrete IO blocks).

Byte	Word	8 Circuit		16 Circuit		32 Circuit
0	0	System / Block level Fault	LSB	System / Block level Fault	LSB	System / Block level Fault	LSB
1		Fault Circuit 1	MSB	Fault Circuit 1	MSB	Fault Circuit 1	MSB
2	1	Fault Circuit 2	LSB	Fault Circuit 2	LSB	Fault Circuit 2	LSB
3		Fault Circuit 3	MSB	Fault Circuit 3	MSB	Fault Circuit 3	MSB
4	2	Fault Circuit 4	LSB	Fault Circuit 4	LSB	Fault Circuit 4	LSB
5		Fault Circuit 5	MSB	Fault Circuit 5	MSB	Fault Circuit 5	MSB
6	3	Fault Circuit 6	LSB	Fault Circuit 6	LSB	Fault Circuit 6	LSB
7		Fault Circuit 7	MSB	Fault Circuit 7	MSB	Fault Circuit 7	MSB
8	4	Fault Circuit 8	LSB	Fault Circuit 8	LSB	Fault Circuit 8	LSB
9		Inputs 1-8 (input 1 in bit 0)		Fault Circuit 9	MSB	Fault Circuit 9	MSB
10	5			Fault Circuit 10	LSB	Fault Circuit 10	LSB
11				Fault Circuit 11	MSB	Fault Circuit 11	MSB
12	6			Fault Circuit 12	LSB	Fault Circuit 12	LSB
13				Fault Circuit 13	MSB	Fault Circuit 13	MSB
14	7			Fault Circuit 14	LSB	Fault Circuit 14	LSB
15				Fault Circuit 15	MSB	Fault Circuit 15	MSB
16	8			Fault Circuit 16	LSB	Fault Circuit 16	LSB
17				Inputs 1-8 (input 1 in bit 0)		Fault Circuit 17	MSB
18	9			Inputs 9-16		Fault Circuit 18	LSB
19						Fault Circuit 19	MSB
20	10					Fault Circuit 20	LSB
21						Fault Circuit 21	MSB
22	11					Fault Circuit 22	LSB
23						Fault Circuit 23	MSB
24	12					Fault Circuit 24	LSB
25						Fault Circuit 25	MSB
26	13					Fault Circuit 26	LSB
27						Fault Circuit 27	MSB
28	14					Fault Circuit 28	LSB
29						Fault Circuit 29	MSB
30	15					Fault Circuit 30	LSB
31						Fault Circuit 31	MSB
32	16					Fault Circuit 32	LSB
33						Inputs 1-8 (input 1 in bit 0)
34	17					Inputs 9-16
35						Inputs 17-24
36	18					Inputs 25-32
37
38	19
39
. . .
64	32
65

Output Data register organization:

Output and Input/Output Modules

Byte	Word	8 Circuit	16 Circuit	32 Circuit
0	0	outputs 1-8 (output 1 in bit 0)	Outputs 1-8 (output 1 in bit 0)	Outputs 1-8 (ioutput 1 in bit 0)
1	0		Outputs 9-16	Outputs 9-16
2	1			Outputs 17-24
3	1			Outputs 25-32
4-65	2-32
4-65	2-32

Fault Byte Descriptions

System level Faults

Bit	Value	Block Fault Bit
0	Process Thread OK (0=OK, 1=Faulted)
1	Run Mode (0=run,1=program)
2	RIO Card hardware fault (1) or OK (0)
3	Block Present (0) or not (1)
4	Terminal Assembly EPROM fault	3
5	Electronic assembly EEPROM fault (calibration error)	5
6	Internal circuit fault	7
7	Block Configured

Circuit level Fault

0	Loss of IO power
1	Short Circuit
2	Overload
3	No load (output circuit) or Input open wire
4	Over temperature
5	Failed Switch
6-7	Not used

Analog IO Blocks (Voltage/Current and Current Source)

Type	Model ID	Model Number	Description
Voltage/Current Analog 4 Input / 2 Output Blocks	IC660BBA100	131	115VAC (Phase B)
	IC660BBA020	132	24/48VDC (Phase B)
	IC660CBA100	128	115VAC
	IC660CBA020	129	24/48VDC
Current-Source Analog 4 Input/2 Output Blocks	IC660BBA104	140	115VAC/125VDC
Current-Source Analog 4 Input/2 Output Blocks	IC660BBA024	141	24/48VDC
Current-Source Analog 6-Output Blocks	IC660BBA105	142	115VAC/125VDC
Current-Source Analog 6-Output Blocks	IC660BBA025	143	24/48VDC
Current-Source Analog 6-Input Blocks	IC660BBA106	144	115VAC/125VDC
Current-Source Analog 6-Input Blocks	IC660BBA026	145	24/48VDC

Input Data table register organization:

Shaded area contains data that is returned by the Block IO datagram. This may be enabled on a block by block basis. If block IO datagrams are not enabled, these registers should not be assigned. The fault bytes are be assigned addresses immediately before the regular inputs in order to minimize communications data lengths.

Byte	Word	Voltage/Current Analog (4 In / 2 Out block)		Current Source Analog 4 In / 2 Out block		Current-source (Analog ) 6-Input Blocks		Current-source (Analog ) 6-Output Blocks
0	0	System / Block Level Faults	LSB	System / Block Level Faults	LSB	System / Block Level Faults	LSB	System / Block Level Faults	LSB
1		Fault Circuit 1	MSB	Fault Circuit 1	MSB	Fault Circuit 1	MSB	Fault Circuit 1	MSB
2	1	Fault Circuit 2	LSB	Fault Circuit 2	LSB	Fault Circuit 2	LSB	Fault Circuit 2	LSB
3		Fault Circuit 3	MSB	Fault Circuit 3	MSB	Fault Circuit 3	MSB	Fault Circuit 3	MSB
4	2	Fault Circuit 4	LSB	Fault Circuit 4	LSB	Fault Circuit 4	LSB	Fault Circuit 4	LSB
5		Fault Circuit 5	MSB	Fault Circuit 5	MSB	Fault Circuit 5	MSB	Fault Circuit 5	MSB
6	3	Fault Circuit 6	LSB	Fault Circuit 6	LSB	Fault Circuit 6	LSB	Fault Circuit 6	LSB
7			MSB		MSB		MSB		MSB
8	4	Input 1 (EU’s)	LSB	Input 1 (EU’s)	LSB	Circuit 1 (EU’s) (Inputs)	LSB	Circuit 1 mA (Output)	LSB
9			MSB		MSB		MSB		MSB
10	5	Input 2 (EU’s)	LSB	Input 2 (EU’s)	LSB	Circuit 2 (EU’s) (Inputs)	LSB	Circuit 2 mA (Output)	LSB
11			MSB		MSB		MSB		MSB
12	6	Input 3 (EU’s)	LSB	Input 3 (EU’s)	LSB	Circuit 3 (EU’s) (Inputs)	LSB	Circuit 3 mA (Output)	LSB
13			MSB		MSB		MSB		MSB
14	7	Input 4 (EU’s)	LSB	Input 4 (EU’s)	LSB	Circuit 4 (EU’s) (Inputs)	LSB	Circuit 4 mA (Output)	LSB
15			MSB		MSB		MSB		MSB
16	8	Input 1 (counts)	LSB	Input 1 mA value	LSB	Circuit 5 (EU’s) (Inputs)	LSB	Circuit 5 mA (Output)	LSB
17			MSB		MSB		MSB		MSB
18	9	Input 2 (counts)	LSB	Input 2 mA value	LSB	Circuit 6 (EU’s) (Inputs)	LSB	Circuit 6 mA (Output)	LSB
19			MSB		MSB		MSB		MSB
20	10	Input 3 (counts)	LSB	Input 3 mA value	LSB	Circuit 1 mA	LSB
21			MSB		MSB		MSB
22	11	Input 4 (counts)	LSB	Input 4 mA value	LSB	Circuit 2 mA	LSB
23			MSB		MSB		MSB
24	12	Output 1 (counts)	LSB	Output 1 mA value	LSB	Circuit 3 mA	LSB
25			MSB		MSB		MSB
26	13	Output 2 (counts)	LSB	Output 2 mA value	LSB	Circuit 4 mA	LSB
27			MSB				LSB
28	14			mA feedback for output 1	LSB	Circuit 5 mA	MSB
29					MSB		LSB
30	15			mA feedback for output 2	LSB	Circuit 6 mA	MSB
31					MSB
32	16			EU feedback for output 1	LSB
33					MSB
34	17			EU feedback for output 2	LSB
35
36	18
37
. . .
64	32
65

Output Data Table register organization

Byte	Word	Voltage/Current Analog (4 In / 2 Out block)		Current Source Analog 4 In / 2 Out block		Current-source (Analog ) 6-Input Blocks	Current-source (Analog ) 6-Output Blocks
0	0	Output 1 (EU’s)	LSB	Output 1 (EU’s)	LSB		Circuit 1 mA (Output)	LSB
1			MSB		MSB			MSB
2	1	Output 2 (EU’s)	LSB	Output 2 (EU’s)	LSB		Circuit 2 mA (Output)	LSB
3			MSB		MSB			MSB
4	2						Circuit 3 mA (Output)	LSB
5								MSB
6	3						Circuit 4 mA (Output)	LSB
7								MSB
8	4						Circuit 5 mA (Output)	LSB
9								MSB
10	5						Circuit 6 mA (Output)	LSB
11								MSB
12	6
13
. . .
64	32
65

Fault Byte Descriptions

System level Faults

Bit	Value	Block Fault Bit
0	Process Thread OK (0=OK, 1=Faulted)
1	Run Mode (0=run,1=program)
2	RIO Card hardware fault (1) or OK (0)
3	Block Present (0) or not (1)
4	Terminal Assembly EPROM fault	3
5	Electronic assembly EEPROM fault (calibration error)	5
6	Internal circuit fault	7
7	Block Configured

Circuit level Fault

	Voltage-source Analog 4 In/2 Out	Current-source Analog 4 In/2 Out	Current-source Analog 6-Input	Current-source Analog 6-Output
0	Input low alarm	Input low alarm	Input low alarm	Not used
1	Input high alarm	Input high alarm	Input high alarm
2	Input under-range	Input under-range	Input under-range
3	Input over-range	Input over-range	Input over-range
4	Input open wire	Input open wire	Input open wire
5	Output under-range	Output under-range	Not used	Output under-range
6	Output over-range	Output over-range		Output over-range
7	Not used	Feed back error		Feedback error

Thermocouple 6-Input Blocks

Type	Model ID	Model Number	Description
Thermocouple 6-Input Blocks	IC660BBA103	134	115VAC/125VDC
Thermocouple 6-Input Blocks	IC660BBA023	135	24/48VDC

Input Data register organization

Byte	Word	Field
0	0	System / Block Level Faults	LSB
1		Fault Circuit 1	MSB
2	1	Fault Circuit 2	LSB
3		Fault Circuit 3	MSB
4	2	Fault Circuit 4	LSB
5		Fault Circuit 5	MSB
6	3	Fault Circuit 6	LSB
7			MSB
8	4	Input 1 input (EU’s)	LSB
9			MSB
10	5	Input 2 input (EU’s)	LSB
11			MSB
12	6	Input 3 input (EU’s)	LSB
13			MSB
14	7	Input 4 input (EU’s)	LSB
15			MSB
16	8	Input 5 input (EU’s)	LSB
17			MSB
18	9	Input 6 input (EU’s)	LSB
19			MSB
20	10	Input 1 voltage (mV/100)	LSB
21			MSB
22	11	Input 2 voltage (mV/100)	LSB
23			MSB
24	12	Input 3 voltage (mV/100)	LSB
25			MSB
26	13	Input 4 voltage (mV/100)	LSB
27			MSB
28	14	Input 5 voltage (mV/100)	LSB
29			MSB
30	15	Input 6 voltage (mV/100)	LSB
31			MSB
32	16	Inputs 1/2, XJV voltage (mV/100)	LSB
33			MSB
34	17	Inputs 3/4, XJV voltage (mV/100)	LSB
35			MSB
36	18	Inputs 5/6, XJV voltage (mV/100)	LSB
37			MSB
38	19	Inputs 1/2, XJV temp (C/10)	LSB
39			MSB
40	20	Inputs 3/4, XJV temp (C/10)	LSB
41			MSB
42	21	Inputs 5/6, XJV temp (C/10)	LSB
43			MSB
44	22	Inputs 1/2, XJI current (mA/10)	LSB
45			MSB
46	23	Inputs 3/4, XJI current (mA/10)	LSB
47			MSB
48	24	Inputs 5/6, XJI current (mA/10)	LSB
49			MSB
50	25	Inputs 1/2, XJI Temp (C/10)	LSB
51			MSB
52	26	Inputs 3/4, XJI Temp (C/10)	LSB
53			MSB
54	27	Inputs 5/6, XJI Temp (C/10)	LSB
55			MSB
56	28	Inputs 1/2, Internal CJS current (mA/10)	LSB
57			MSB
58	29	Inputs 3/4, Internal CJS current (mA/10)	LSB
59			MSB
60	30	Inputs 5/6, Internal CJS current (mA/10)	LSB
61			MSB
62	31	Inputs 1/2, Internal CJS Temp (C/10)	LSB
63			MSB
64	32	Inputs 3/4, Internal CJS Temp (C/10)	LSB
65			MSB
66	33	Inputs 5/6, Internal CJS Temp (C/10)	LSB
67			MSB

Output Data register organization

No Output data for this type

Fault Byte Descriptions

System level Faults

Bit	Value	Block Fault Bit
0	Process Thread OK (0=OK, 1=Faulted)
1	Run Mode (0=run,1=program)
2	RIO Card hardware fault (1) or OK (0)
3	Block Present (0) or not (1)
4	Terminal Assembly EPROM fault	3
5	Electronic assembly EEPROM fault (calibration error)	5
6	Internal circuit fault	7
7	Block Configured

Circuit level Faults

0	Input low alarm
1	Input high alarm
2	Input under-range
3	Input over-range
4	Input open wire
5	Input wiring error
6	Internal channel fault
7	Not used

RTD Blocks

Type	Model ID	Model Number	Description
RTD 6-Input Blocks	IC660BBA101	136	115VAC/125VDC
RTD 6-Input Blocks	IC660BBA021	137	24/48VDC

Input Data register organization

Shaded area contains data that is returned by the Block IO datagram. This may be enabled on a block by block basis.

Byte	Word	Field
0	0	System / Block Level Faults	LSB
1	0	Fault Circuit 1	MSB
2	1	Fault Circuit 2	LSB
3	1	Fault Circuit 3	MSB
4	2	Fault Circuit 4	LSB
5	2	Fault Circuit 5	MSB
6	3	Fault Circuit 6	LSB
7	3		MSB
8	4	Input channel 1	LSB
9	4	Input channel 1	MSB
10	5	Input channel 2	LSB
11	5	Input channel 2	MSB
12	6	Input channel 3	LSB
13	6	Input channel 3	MSB
14	7	Input channel 4	LSB
15	7	Input channel 4	MSB
16	8	Input channel 5	LSB
17	8	Input channel 5	MSB
18	9	Input channel 6	LSB
19	9	Input channel 6
. . .
64	32
65	32

Output Data register organization

No Output data for this type

Fault Byte Descriptions

System level Faults

Bit	Value	Block Fault Bit
0	Process Thread OK (0=OK, 1=Faulted)
1	Run Mode (0=run,1=program)
2	RIO Card hardware fault (1) or OK (0)
3	Block Present (0) or not (1)
4	Terminal Assembly EPROM fault	3
5	Electronic assembly EEPROM fault (calibration error)	5
6	Internal circuit fault	7
7	Block Configured

Circuit level Fault

0	Input low alarm
1	Input high alarm
2	Input under-range
3	Input over-range
4	Input open wire
5	Input wiring error
6	Internal channel fault
7	Input shorted

PowerTRAC Block

Input Bytes register organization:

Shaded area contains data that is returned by the Block IO datagram. This may be enabled on a block by block basis. If block IO datagrams are not enabled, the fault bytes should be assigned addresses immediately following the regular inputs in order to minimize communications data lengths.

Byte	Word	Field
0	0	System / Block Level Faults			LSB
1					MSB
2	1	Status Inputs	Bit	Value
			0	Data Ready
			1	Data Type
			2	Data Target
			3	Overcurrent Captured
			4	Phase-lock Loop Locked
			5	Reserved
			6
			7
3			8	Reserved
			9
			10
			11	Overcurrent on Phase A
			12	Overcurrent on Phase B
			13	Overcurrent on Phase C
			14	Overcurrent on AUX
			15	Overflow
4	2	Voltage A–B			LSB
5					MSB
6	3	Voltage B–C			LSB
7					MSB
8	4	Voltage C–A			LSB
9					MSB
10	5	Voltage A–neutral			LSB
11					MSB
12	6	Voltage B–neutral			LSB
13					MSB
14	7	Voltage C–neutral			LSB
15					MSB
16	8	Current phase A			LSB
17					MSB
18	9	Current phase B			LSB
19					MSB
20	10	Current phase C			LSB
21					MSB
22	11	Current, auxiliary			LSB
23					MSB
24	12	Phase A power			LSB
25					MSB
26	13	Phase B power			LSB
27					MSB
28	14	Phase C power			LSB
29					MSB
30	15	Phase A total VARs			LSB
31					MSB
32	16	Phase B total VARs			LSB
33					MSB
34	17	Phase C total VARs			LSB
35					MSB
36	18	Power Factor			LSB
37					MSB
38	19	Accumulated power measured			LSB
39					MSB
40	20	Phase A Fundamental VARs			LSB
41					MSB
42	21	Phase B Fundamental VARs			LSB
43					MSB
44	22	Phase C Fundamental VARs			LSB
45					MSB
46	23	Power Factor based on Fundamental VARs			LSB
47					MSB
48	24	Phase A Harmonic VARs as % of V–I			LSB
49					MSB
50	25	Phase B Harmonic VARs as % of V–I			LSB
51					MSB
52	26	Phase C Harmonic VARs as % of V–I			LSB
53					MSB
54	27	Total Harmonic VARs as % of V–I			LSB
55					MSB
56	28	Line Frequency			LSB
57					MSB
58	29	Temperature Alarm: Low = –1, Normal = 0, High = +1			LSB
59					MSB
61	30
60
62	31
63
64	32
65

Output Bytes register organization:

Byte	Word	Field
0	0	Output Control Bits	Bit	Value
			0	Send Data
			1	Data Type
			2	Data Target
			3	Reset Watt-hour Accumulator
			4	Not Used
			5
			6
			7
			8	Not Used
			9
			10
			11
			12
			13
			14
1			15
2	1
3	1
. . .
64	311
65	311

Fault Byte Descriptions

System level Faults

Bit	Value	Block Fault Bit
0	Process Thread OK (0=OK, 1=Faulted)
1	Run Mode (0=run,1=program)
2	RIO Card hardware fault (1) or OK (0)
3	Block Present (0) or not (1)
4	Terminal Assembly EPROM fault	3
5	Electronic assembly EEPROM fault (calibration error)	5
6	Internal circuit fault	7
7	Block Configured

Circuit level Fault

None

High-Speed Counter Block:

Type	Model ID	Model Number	Description
High-speed Counter Block	IC660BBD120	32	Configured as Type A (4 up or down counters); Type B (2 up/down counters); or Type C (1 counter up or down and differential)

Input Bytes register organization:

All data comes from IO area, no Polled block IO data (Block IO datagram ignored by block)

Byte

Word

Type A

Type B

Type C

System /Block level Faults

LSB

System /Block level Faults

LSB

System /Block level Faults

LSB

Fault Circuit 1

MSB

Fault Circuit 1

MSB

Fault Circuit 1

MSB

Fault Circuit 2

LSB

Fault Circuit 2

LSB

Fault Circuit 2

LSB

Fault Circuit 3

MSB

Fault Circuit 3

MSB

Fault Circuit 3

MSB

Fault Circuit 4

LSB

Fault Circuit 4

LSB

Fault Circuit 4

LSB

Status Code

Code

Description

Status Code

Code

Description

Status Code

Code

Description

0x0B

C1 Limit Cfg Error

0x0B

C1 Limit Cfg Error

0x0A

Home Error

0x0C

C2 Limit Cfg Error

0x0C

C2 Limit Cfg Error

0x0B

Counter Limit Cfg Error

0x0D

C3 Limit Cfg Error

0x0E

C4 Limit Cfg Error

Counts Per TimeBase Counter 1

LSB

Counts per timebase for counter 1

MSB

Counts Per TimeBase Counter 2

LSB

Counts per timebase for counter 2

Not used (0)

MSB

Counts Per TimeBase Counter 3

LSB

Accumulator for counter 1

LSW

Accumulator for counter 1

LSW

MSB

Counts Per TimeBase Counter 4

LSB

MSW

MSB

Accumulator for counter 1

LSB

Strobe Register 1for Counter 1

LSW

Strobe Register 1

LSW

MSB

Strobe Register for counter 1

LSB

MSW

MSB

Accumulator for counter 2

LSB

Strobe Register 2 for Counter 1

LSW

Strobe Register 2

LSW

MSB

Strobe Register for counter 2

LSB

MSW

MSB

Accumulator for counter 3

LSB

Accumulator for counter 2

LSW

Strobe Register 3

LSW

MSB

Strobe Register for counter 3

LSB

MSW

MSB

Accumulator for counter 4

LSB

Strobe Register 1 for Counter 2

LSW

Strobe Register 4

LSW

MSB

Strobe Register for counter 4

LSB

MSW

MSB

Not used (0)

Strobe Register 2 for Counter 2

LSW

Not used (0)

MSW

Status bits

Bit

Value

Status bits

Bit

Value

Status bits

Bit

Value

Strobe 1 status

Strobe 1.1 Status

Strobe 2 status

Strobe 1.2 Status

Strobe 3 status

Strobe 2.1 Status

Strobe 1.3 Status

Strobe 4 status

Strobe 2.2 Status

Home Found

Preload 1 status

Preload 1 Status

Preload 1.1 Status

Preload 2 status

Preload 2 Status

Preload 1.2 Status

Preload 3 status

Disable 1 Status

Disable Status

Preload 4 status

Disable 2 Status

Home Input Status

Output 1 status

Output 1.1 Status

Output 2 status

Output 1.2 Status

Output 3 status

Output 2.1 Status

Output 1.3 Status

Output 4 status

Output 2.2 Status

Output 1.4 Status

Module Ready

Not used (0)

Error in status code

. . .

Output data register organization:

Byte	Word	Type A			Type B			Type C
0	0	Output Control	Bit	Value	Output Control	Bit	Value	Output Control	Bit	Value
			0	Reset strobe 1		0	Reset Strobe 1.1		0	Reset Strobe 1.1
			1	Reset strobe 2		1	Reset Strobe 1.2		1	Reset Strobe 1.1
			2	Reset strobe 3		2	Reset Strobe 2.1		2	Reset Strobe 1.1
			3	Reset strobe 4		3	Reset Strobe 2.2		3	Not used
			4	Reset Preload 1		4	Reset Preload 1		4	Reset Preload 1.1
			5	Reset Preload 2		5	Reset Preload 2		5	Reset Preload 1.2
			6	Reset Preload 3		6	Not used		6	Not used
			7	Reset Preload 4		7			7
1			8	Enable output 1		8	Enable Output 1		8	Enable Output 1
			9	Enable output 2		9	Enable Output 2		9	Enable Output 2
			10	Enable output 3		10	Enable Output 3		10	Enable Output 3
			11	Enable output 4		11	Enable Output 4		11	Enable Output 4
			12	Outputs Enable/Disable		12	Outputs Enable/Disable		12	Outputs Enable/Disable
			13	Not used		13	Not used		13	Home Command
			14			14			14	Clear Error
			15			15			15	Not Used
2	1
3
. . .
64	32
65

Fault Byte Descriptions

System level Faults

Bit	Value	Block Fault Bit
0	Process Thread OK (0=OK, 1=Faulted)
1	Run Mode (0=run,1=program)
2	RIO Card hardware fault (1) or OK (0)
3	Block Present (0) or not (1)
4	Terminal Assembly EPROM fault	3
5	Electronic assembly EEPROM fault (calibration error)	5
6	Internal circuit fault	7
7	Block Configured

Circuit Level Faults

Circuit level Fault	Bit	Value
	0-4	Not used
	5	Failed Switch
	6-7	Not used

PLC IO Interface Supported Genius and TRIO Blocks

Supported Genius Blocks

Block data word definitions

Input Data register organization

Output Data register organization:

Fault Byte Descriptions

Circuit level Fault

Analog IO Blocks (Voltage/Current and Current Source)

Input Data table register organization:

Output Data Table register organization

Fault Byte Descriptions

Circuit level Fault

Thermocouple 6-Input Blocks

Input Data register organization

Output Data register organization

Fault Byte Descriptions

Circuit level Faults

RTD Blocks

Input Data register organization

Output Data register organization

Fault Byte Descriptions

Circuit level Fault

PowerTRAC Block

Output Bytes register organization:

Fault Byte Descriptions

Circuit level Fault

High-Speed Counter Block:

Input Bytes register organization:

Output data register organization:

Fault Byte Descriptions

Circuit Level Faults

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