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GE 369 User Manual
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CG11
0
369 MOTOR MANAGEMENT RELA
Y – CO
MMUNICA
TIONS GUIDE
MEMORY MAP
CGCO
MMUNICATIONS GUID
E
F127
Unsigned 16 bit int
eger
ANALOG OUTPUT PARAMETER SELECT
ION
0P
h
a
s
e
A
C
u
r
r
e
n
t
1
Pha
se B Curr
ent
2P
h
a
s
e
C
C
u
r
r
e
n
t
3
Average Phase Curr
ent
4A
B
L
i
n
e
V
o
l
t
a
g
e
5B
C
L
i
n
e
V
o
l
t
a
g
e
6C
A
L
i
n
e
V
o
l
t
a
g
e
7
Average Line Voltage
8P
h
a
s
e
A
N
V
o
l
t
a
g
e
9
Pha
se BN Voltage
10
Phase CN Voltag
e
11
Average Phase Voltage
12
Hottest Stator RTD
13
Local RTD #1
14
Local RTD #2
15
Local RTD #3
16
Local RTD #4
17
Local RTD #5
18
Local RTD #6
19
Local RTD #7
20
Local RTD #8
21
Local RTD #9
22
Local RTD #10
23
Local RTD #11
24
Local RTD #12
25
Power Factor
Table C
G–11: Memory Map Data Formats (Sheet 8 of 27)
CODE
TY
PE
DEFINITION
113
115
Table of Contents
Default Chapter
3
Table of Contents
3
Electrical Interface
5
Overview
5
Profibus Communications
6
Devicenet Communications
6
Modbus Communications
6
Modbus/Tcp Communications
7
Setpoints Configuration
7
Profibus-DP Communications
8
Profibus Communication Options
8
369 Relay Profibus-DP Parameterization
8
369 Relay Profibus-DP Configuration
8
Profibus Input Data
10
369 Relay Profibus-DP Diagnostics
13
Diagnostic Bytes 1 through 7
13
369 Relay Profibus-DP Loss of Communication Trip
19
If Programmed as Latched
19
Profibus-DPV1 Communications
20
369 Relay Profibus-DPV1 Parameterization
20
If Programmed as Unlatched
20
369 Relay Profibus Configuration
21
369 Relay Profibus Input Data
21
369 Relay Profibus Output Data
22
369 Relay Profibus-DPV1 Acyclical Communication
23
Relay Profibus Diagnostics
23
Devicenet Protocol
24
369 Relay Profibus-DPV1 Loss of Communication Trip
24
Poll Data
25
Change of State (COS)
27
Identity Object (Class Code 01H)
27
S Tate (Cos)
27
User-Defined Poll Data
27
Devicenet Object (Class Code 03H)
28
Message Router (Class Code 02H)
28
Assembly Object (Class Code 04H)
29
Devicenet Connection Object (Class Code 05H)
30
Acknowledge Handler Object (Class Code 2Bh)
31
I/O Data Output Mapping Object (Class Code A1H)
32
Parameter Data Input Mapping Object (Class Code B0H)
33
Data Formats for Class Coce B0H, Instance 1
34
Parameter Data Input Mapping Object, Class Code B0H, Instance 01H
34
Devicenet Data Formats
39
Modbus RTU Protocol
42
Data Frame Format and Data Rate
42
Data Packet Format
43
Error Checking
43
CRC-16 Algorithm
44
Timing
45
Supported Modbus Functions
45
Error Responses
45
Modbus Commands
46
Memory Map Information
47
User Definable Memory Map Area
47
Waveform Capture
48
Motor Start Data Logger
48
Event Recorder
48
Data Logger
49
Modbus Memory Map
50
Product ID
50
Setpoint Access
51
Commands (Addresses 0080 to 00FB)
51
Real Time Clock
51
Actual Values
51
Last Trip Data
52
Alarm Status
52
Start Block Status
53
Digital Input Status
53
Output Relay Status
53
369 Digital Input and Output Relay Status
53
Fieldbus Specification Status
54
Current Metering
54
Overall Stator RTD
54
Temperature/Voltage Metering/Backspin Metering/Power Metering
54
Demand Metering
55
Motor Data
55
Local RTD Maximus
55
Trop Counters
55
Remote RTD Actual Values
56
RRTD 1 Temperatures
56
RRTD 2/3/4 Temperatures
57
Loss or RRTD Communications
57
RRTD 1 Alarm Status
57
RRTD 2 Alarm Status
58
RRTD 3/4 Alarm Status
59
RRTD 1/2/3/4 Maximum Temperatures
60
RRTD 1/2/3 Trip Counter
61
RRTD 1/2/3/4 Digital Input Status
61
Setpoints
62
RRTD 1/2/3/4 Output Relay Status
62
RRTD Digital Input and Output Relay Status
62
Digital Preferences / Event Records / Waveform Capture
62
369 Communications
63
Default Messages
63
Message Scratchpad
63
Clear Preset Data
64
CT/VT Setup
64
Serial Comm Control
64
Reduced Voltage
65
Autorestart
65
Undervoltage Autorestart
65
Digital Counter / Emergency
65
Differential
66
Speed
66
Reset
66
Spare
66
Output Relay Setup
67
Force Output Relays
67
Protection Function Blocking
67
Thermal Model (0 = Off)
67
O/L Curve Setup
68
Short Circuit Trip
68
Overload Alarm
68
Mechanical Jam
68
Undercurrent
69
Current Unbalance
69
Ground Fault
69
Acceleration Trip / Backspin Detection
69
Local RTD
70
Open RTD Alarm
73
Short/Low Temperature RTD Alarm
73
Loss of Remote RTD Communications
73
Undervoltage
74
Overvoltage
74
Phase Reversal
74
Overfrequency / Underfrequency / Lead Power Factor
74
Lag Power Factor
75
Positive Reactive Power
75
Negative Reactive Power
75
Underpower / Reverse Power
75
Enhanced Motor Learned Data
76
Trip Counter
76
Starter Failure
76
Current Demand/Kw Demand/Kvar Demand/Kva Demand/Analog Outputs
76
Speed 2 O/L Curve Setup
77
Speed 2 Undercurrent
77
Speed 2 Acceleration
78
Test Output Relays / Test Analog Outputs
78
Remote RTD Slave Addresses
78
Rrtd 1- Rtd #1
78
Rrtd 1 – Rtd #2
79
Rrtd 1 – Rtd #3
79
Rrtd 1 – Rtd #4
79
Rrtd 1 – Rtd #5
80
Rrtd 1 – Rtd #6
80
Rrtd 1 – Rtd #7
80
Rrtd 1 – Rtd #8
81
Rrtd 1 – Rtd #9
81
Rrtd 1 – Rtd #10
81
Rrtd 1 – Rtd #11
82
Rrtd 1 – Rtd #12
82
RRTD 1 – Open RTD Alarm / RRTD 1 - Short/Low Temperature RTD Alarm
82
Rrtd 2 – Rtd #1
82
Rrtd 2 – Rtd #2
83
Rrtd 2 – Rtd #3
83
Rrtd 2 – Rtd #4
83
Rrtd 2 – Rtd #5
84
Rrtd 2 – Rtd #6
84
Rrtd 2 – Rtd #7
84
Rrtd 2 – Rtd #8
84
Rrtd 2 – Rtd #9
85
Rrtd 2 – Rtd #10
85
Rrtd 2 – Rtd #11
85
Rrtd 2 – Rtd #12
86
RRTD 2 - Open RTD Alarm
86
RRTD 2 - Shoft/Low Temperature RTD Alarm
86
Rrtd 3 – Rtd #1 / Rrtd 3 – Rtd #2
86
Rrtd 3 – Rtd #3
87
Rrtd 3 – Rtd #4
87
Rrtd 3 – Rtd #5
87
Rrtd 3 – Rtd #6
88
Rrtd 3 – Rtd #7
88
Rrtd 3 – Rtd #8
88
Rrtd 3 – Rtd #9
89
Rrtd 3 – Rtd #10
89
Rrtd 3 – Rtd #11
89
Rrtd 3 – Rtd #12
90
Rrtd 3 – Open Rtd Alarm
90
RTD 3 – Short/Low Temperature RTD Alarm
90
Rrtd 4 – Rtd #1 / Rrtd 4 – Rtd #2
90
Rrtd 4 – Rtd #3
91
Rrtd 4 – Rtd #4
91
Rrtd 4 – Rtd #5
91
Rrtd 4 – Rtd #6 - #9
92
Rrtd 4 – Rtd #10 - #12
93
RRTD 4 - Open RTD Alarm
94
RRTD 4 – Short/Low Temperature RTD Alarm
94
RRTD 1-4 - Output Relay Setup
94
RRTD 1-3 - Analog Outputs
95
RRTD 4 - Analog Outputs
96
RRTD 1 - Digital Input 2
96
RRTD 1 - Digital Input 5
96
RRTD 1 - Digital Input 4/1/6/3
97
RRTD 2 - Digital Input 2/5/4/1
98
RRTD 2 - Digital Input 6/3/2
99
RRTD 3 - Digital Input 5/4/1/6
100
RRTD 3 - Digital Input 3
101
RRTD 4 - Digital Input 2/5
101
RRTD 4 - Digital Input 4/1/6/3
102
RRTD 1-4 - Test Output Relays
103
RRTD 1/2 - Test Analog Outputs
103
RRTD 3/4 - Test Analog Outputs
104
RRTD 1-4 - Digital Counter
104
Event Recorder
104
Waveform Capture / Motor Start Data Logger
105
Data Logger Log Header
105
Memory Map Data Formats
107
Installed Options
107
Hardware Revision
107
Software Revision
107
Format Codes
107
Date/Time
108
Unsigned Value
108
Analog Output Selection
108
Backspin Detection State
108
Disable/Enable Selection
109
Command Function Codes
109
Waveform Capture Trigger Cause
109
Temperature Display Units/Baud Rate/Parity
109
Off/On No/Yes Selection
110
Ground CT Type / CT Type
110
Voltage Transformer Connection Type
110
Nominal Frequency/Reduced Voltage Starting Transition on
110
Trip Relays
111
Alarm Relays
111
Counter Type
111
Alarm/Trip Type Selection /Switch Type / Reset Mode
111
Backup Relays
112
RTD Type
112
RTD Application
112
Local/Remote RTD Voting Selection
112
Phase Rotation at Motor Terminals
113
Starter Type
113
Analog Output Parameter Selection
114
Curve Style
115
Digital Input Pickup Type
115
Input Switch Status / Motor Status
115
Cause of Event
115
Channel 3 Application
128
Channel Type
128
Number of Records / Differential Switch Input Function
128
Remote RTD Communication Status
128
Speed Switch Input Function
129
Spare Switch Input Function
129
Reset Switch Input Function
129
Output Relay Failsafe Code / Access Level
129
RRTD Digital Input Function
130
Communications Module Status
130
Overall Hottest Stator RTD Owner
130
Energy Unit Display
130
Trip and Alarm Relays
131
ANSI/IEEE Device
131
Output Relay Type
131
Protection Function Blocking Status
131
Actively Communicating Rrtds
132
Data Record Access Type
132
VT Connection Type
132
Motor Speed / Start/Stop Data Log Command / Data Log Recording Type
132
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GE 369 Specifications
General
Current Rating
5A
Frequency
50/60 Hz
Mounting
Panel Mount
Protection Functions
Overcurrent, Undervoltage
Type
Digital protective relay
Operating Temperature
-20°C to 60°C
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