BENSHAW EMX4e User manual

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©2020 Benshaw, Inc
710-21969-00A
Ethernet/IP
Communications option
for EMX4e/EMX4i soft starters
User Guide

Product Compatibility
This expansion card is suitable for use with EMX4e and EMX4i soft starters.
Product description Soft starter name
Basic model EMX4e
Advanced model EMX4i
Parameter Management
Parameter lists vary according to the model and version of soft starter.
Refer to the relevant soft starter literature for a complete parameter list.
For the latest manuals and software, please visit our website.

Ethernet/IP Card Disclaimer
Instructions 1
Contents
1Disclaimer.............................................................................................................................1
2Warnings...............................................................................................................................1
3Important User Information.................................................................................................1
4Installation ............................................................................................................................2
5Device Configuration...........................................................................................................3
6Scanner Configuration ........................................................................................................5
7Operation ..............................................................................................................................6
8Implicit Messaging (Cyclic Operation)...............................................................................7
9Explicit Messaging (Acyclic Operation).............................................................................9
10 Attributes ............................................................................................................................12
11 Network Design..................................................................................................................20
12 Specifications.....................................................................................................................22
1 Disclaimer
The examples and diagrams in this manual are included solely for illustrative purposes. The
information contained in this manual is subject to change at any time and without prior
notice. In no event will responsibility or liability be accepted for direct, indirect or
2 Warnings
WARNING
For your safety, isolate the soft starter from mains voltage before attaching or
removing accessories.
WARNING
Inserting foreign objects or touching the inside of the starter while the expansion
port cover is open may endanger personnel, and can damage the starter.
3 Important User Information
Observe all necessary safety precautions when controlling the soft starter remotely. Alert
personnel that machinery may start without warning.
It is the installer's responsibility to follow all instructions in this manual and to follow correct
electrical practice.
3.1 Product Design
The Ethernet/IP Card allows the soft starter to connect to an Ethernet network and be
controlled or monitored using an Ethernet communication model.
Familiarity with Ethernet protocols and networks is required to operate the device
successfully. For difficulties using this device with third party products, including PLCs,
scanners and commissioning tools, contact the relevant supplier.

Installation Ethernet/IP Card
2
4 Installation
4.1 Installing the Expansion Card
1. Push a small flat-bladed screwdriver into the slot in the centre of the expansion port
cover, and ease the cover away from the starter.
2. Line up the card with the expansion port. Gently push the card along the guide rails until
it clicks into the starter.
B4 B5 10
1112 13 14 15 21 22
333441 42 445354
B4 B5 10
1112 13 14 15 21 22
333441 42 445354
1 2
18931.A
4.2 Network Connection
Ethernet Ports
The device has two Ethernet ports. If only one connection is required, either port can be
used.
Cables
Use Category 5, 5e, 6 or 6e cable to connect to the device.
EMC Precautions
To minimise electromagnetic interference, Ethernet cables should be separated from motor
and mains cables by 200 mm.
If the Ethernet cable must cross motor or mains cables, the crossing should be at an angle
of 90°.
4.3 Network Establishment
The controller must establish communications directly with each device before the device
can participate in the network.
4.4 Addressing
Each device in a network is addressed using a MAC address and an IP address.
•The device can be assigned a static IP address during configuration, or can be
configured to accept a dynamic IP address (via DHCP).
•The MAC address is fixed within the device and is printed on a label on the front of
the device.

Ethernet/IP Card Device Configuration
Instructions 3
5 Device Configuration
NOTE
The Error LED flashes whenever the device is receiving power but is not
connected to a network. The Error LED will flash occasionally during the
configuration process.
5.1 Configuration Methods
Network communication parameters for the card should be set via the soft starter (via the
Main Menu or by uploading a configuration file via USB Save & Load).
•If physical access to the starter is not possible, Ethernet attributes can be
configured directly in the card using the on-board web server. The default address
for a new card is 192.168.0.2. The default subnet mask is 255.255.255.0. The web
server will only accept connections from within the same subnet domain.
Changes made via the on-board web server are not stored permanently and will be
lost when control power is cycled.
•If the subnet domain of the card is different from the controller, or if the IP address
has been changed and is no longer known, use the Ethernet Device Configuration
Tool to scan the network and identify the device. Changes made via the Ethernet
Device Configuration Tool cannot be stored permanently in the device and will be
lost when control power is cycled.
5.2 Configure Network Settings via the Starter
Use parameters 12H~12U to configure the network address.
Parameter
Parameter name
Default
12H Gateway Address 192
12I
Gateway Address 2
168
12J
Gateway Address 3
0
12K Gateway Address 4 100
12L
IP Address
192
12M
IP Address 2
168
12N
IP Address
3
0
12O
IP Address 4
2
12P
Subnet Mask
255
12Q
Subnet Mask
2
255
12R
Subnet Mask 3
255
12S
Subnet Mask 4
0
12T
DHCP
Disable
12U
Location ID
0
5.3 Enabling Network Control
The soft starter will only accept commands from the Ethernet/IP Card if parameter 1A
Command Source is set to 'Network'.
NOTE
If the reset input is active, the starter will not operate. If a reset switch is not
required, use parameter 7I to set the reset input to normally open or fit a link
across terminals 10, 11 on the soft starter.

Device Configuration Ethernet/IP Card
4
5.4 On-board Web Server
To configure settings using the on-board web server, the card must be installed in a soft
starter, control power must be available, and the card and computer must both be
connected to the Ethernet network.
NOTE
If prompted to enter a username and password:
username: admin
password: admin
To configure the device using the on-board web server:
1. The network adapter settings on the computer must be fixed IP address (not DHCP)
and the same subnet as the card. The default subnet mask is 255.255.255.0.
2. Start a browser and enter the device address, followed by /ipconfig. The default address
for a new card is 192.168.0.2.
3. Edit the settings as required.
4. Click "Submit" to send the new settings to the device.
5. Click "Reset" then follow the on-screen instructions to activate the settings in the
device.

Ethernet/IP Card Scanner Configuration
Instructions 5
NOTE: Changes made via the on-board web server are not stored permanently and will
be lost when control power is cycled.
NOTE
If you change the subnet mask, the web server will not be able to communicate
with the device after the new settings are saved.
NOTE
Changing the IP address via the web server does not change the address settings
saved in the soft starter.
5.5 Ethernet Device Configuration Tool
Use the Ethernet Device Configuration Tool to connect to the device if you do not know the
IP address, or if the subnet mask of the web server does not match.
The Ethernet Device Configuration Tool is available from your local supplier.
NOTE
If your PC has a firewall enabled, you must add the tool to the list of authorised
programs.
To identify the device using the Ethernet Device Configuration Tool:
1. Start the Ethernet Device Configuration Tool.
2. Click on Search Devices. The software will search for connected devices.
3. Use the IP address to connect to the device via the web server.
6 Scanner Configuration
6.1 EDS File
An EDS file that contains all required attributes of the device is available from your supplier.
Once the EDS file has been loaded, the individual device must be defined.
6.2 Assembly Objects
The device supports two assembly objects.
Description Class Instance Type Maximum
Size
Output (scanner -> starter)
04d (0x04)
100d (0x64)
Integer
2 (4 bytes)
Input (starter -> scanner)
04d (0x04)
101d (0x65)
Integer
6 (12 bytes)

Operation Ethernet/IP Card
6
7 Operation
The Ethernet/IP Card is conformance tested to ODVA. For successful operation, the
scanner must also support all functions and interfaces described in this document.
NOTE
The available features and parameter details may vary according to the model and
software version of the starter. Refer to the soft starter user manual for details of
parameters and supported features.
7.1 Device Classification
The Ethernet/IP Card is an I/O Adapter and must be managed by an I/O Scanner over
Ethernet.
The Ethernet/IP Card supports both implicit (cyclic) and explicit (acyclic) messaging.
7.2 Ensuring Safe and Successful Control
Data written to the device will remain in its registers until the data is overwritten or the
device is reinitialised.
If the soft starter may be controlled via Command Override (parameter 7A) or may be
disabled via the reset input (terminals 10, 11) fieldbus commands should be cleared from
the registers. If a command is not cleared, it will be re-sent to the starter once fieldbus
control resumes.
7.3 Feedback LEDs
Port 1 Port 2 Keypad
LINK 2
TX/RX2
LINK 1
TX/RX1
ERROR
STATUS
17821.A
LED name
LED Status
Description
Error
Off
Device is not powered up or has received an IP address.
Flashing
Connection timeout.
On
Duplicate IP address.
Status
Off
Device is not powered up or does not have an IP address.
Flashing
Device has obtained an IP address but has not established any
network connections.
On Communication has been established.
Link x
Off
No network connection.
On
Connected to a network.
TX/RX x Flashing Transmitting or receiving data.

Ethernet/IP Card Implicit Messaging (Cyclic Operation)
Instructions 7
8 Implicit Messaging (Cyclic Operation)
This section lists requirements related to cyclic (implicit messaging) services for the
Ethernet/IP Card.
The minimum cyclic interval is 1 ms.
All data is in little endian format.
8.1 Assembly Objects
The device supports two assembly objects.
Description
Class
Instance
Type
Maximum
Size
Output (scanner -> starter)
04d (0x04)
100d (0x64)
Integer
2 (4 bytes)
Input (starter -> scanner)
04d (0x04)
101d (0x65)
Integer
6 (12 bytes)
8.2 Control Commands (Assembly Instance 100d)
To send control data from the scanner to the starter, use assembly class 04d (0x04),
assembly instance 100d (0x64), attribute 03d (0x03).
Bytes 0-1: Command
Bits
Function
Details
0 to 5
Reserved
Must be zero
6
Run
0 = Stop command
1 = Start command
7 Reset Changing this bit from 0 to 1 will reset a trip.
8 to 12
Reserved
Must be zero
13
Motor set select
0 = Use primary motor set when starting
1 = Use secondary motor set when starting
14 to 15
Reserved
Must be zero
Bytes 2-3: Reserved
Bits
Function
Details
0 to 15
Reserved
Must be zero
Command Examples
Byte
Value
Description
0
0b01000000 (64d, 0x40)
Command: Start the soft starter
1
Command: Select primary or secondary motor
settings
0b00000000 (00d, 0x00) or
0b00100000 (32d, 0x20)
Use primary motor set when starting.
Use secondary motor set when starting.
0 0b10000000 (128d, 0x80) Command: Reset the soft starter
The reset only occurs when the previous reset bit
is zero, otherwise the value of 1 will be ignored.
0
0b11000000 (192d, 0xC0)
Command: Reset and start the soft starter
0
0bX0000000 (00d, 0x00)
Command: Stop the soft starter

Implicit Messaging (Cyclic Operation) Ethernet/IP Card
8
8.3 Status Information (Assembly Instance 101d)
To retrieve status data from the starter, use assembly class 04d (0x04), assembly instance
101d (0x65), attribute 03d (0x03).
Bytes 0-1: Starter state
Bits
Function
Details
0 Ready 0 = Not ready
1 = Ready to start
1
Operating
mode
0 = Program mode
1 = Operating mode
2
Running
0 = Not ready, Ready to start or Tripped
1 = Starting, Running, Stopping or Jogging
3
Trip
0 = Not tripped
1 = Tripped
4
Jog forward
1 = Jog forward
5
Jog reverse
1 = Jog reverse
6
Reserved
7 Warning 0 = No warning
1 = Warning
8
Ramping
1 = Running (full voltage at the motor)
9
Command
source
0 = Remote Keypad, Digital Input, Clock
1 = Network
10
Reserved
11
Reserved
12
Reserved
13
Reserved
14
Reserved
15
Temperature
limit
0 = Motor operating within thermal capacity (thermal model)
1 = Motor operating above thermal capacity (thermal model)
Bytes 2-3: Reserved
Bits
Function
Details
0 to 15
Reserved
Bytes 4-7: Motor current
Bits
Function
Details
0 to 31
Motor current
Average rms current across all three phases. Measured
current is represented as a 32-bit value to 2 decimal places.
10d (0x0A) = 0.10 A
3450d (0xD7A) = 34.50 A
68930d (0x10D42) = 689.30 A

Ethernet/IP Card Explicit Messaging (Acyclic Operation)
Instructions 9
Bytes 8-9: Trip code
Bits
Function
Details
0 to 15
Trip code
See Trip Codes on page 12.
Bytes 10-11: Reserved
Bits
Function
Details
0 to 15
Reserved
9 Explicit Messaging (Acyclic Operation)
This section provides information on objects, instances, attributes and services for acyclic
operation (explicit messaging).
All data is in little endian format.
9.1 Identity Object (Class 0x01)
The Ethernet/IP Card supports the following attributes for identity objects:
Attribute
Function
Value
1
Vendor
204d (0xCC)
2
Device type
12d (0x0C)
3 Product code 269d (0x10D)
4
Revision: Major, Minor
EDS file version
5
Status
Supported
6 Serial number Supported
7
Product name
Supported
9.2 Vendor-specific Objects
The Ethernet/IP Card supports vendor-specific classes 100, 101, 103 and 104.
Class 100 and 101 Objects (Read/Write)
Class 100 and 101 objects allow parameter values to be read from and written to the soft
starter.
•Class 100d (0x6o4): parameters 1~99
•Class 101d (0x65): parameters 100~199
See Parameter Lists on page 14 for details.
Class 103 Objects (Read Only)
Class 103d (0x67) allows starter state information to be read from the soft starter.
NOTE
For models 0064B and smaller, current reported via communications is 10 times
greater than the actual value (displayed on the keypad).
Object Name
Class
Instance
Attribute
Binary protocol version
103
100
100
Product type code
103
101
100
Reserved 103 102 100
Reserved
103
103
100

Explicit Messaging (Acyclic Operation) Ethernet/IP Card
10
Object Name
Class
Instance
Attribute
Soft starter model
103
104
100
Changed parameter number
103
105
100
Num Parameters 103 106 100
Changed parameter value
103
107
100
Reserved
103
108
100
Starter state
1 = Ready
2 = Starting
3 = Running
4 = Stopping (including braking)
5 = Restart delay (including temperature check)
6 = Tripped
7 = Programming mode
8 = Jog forward
9 = Jog reverse
103
109
100
Warning
1 = Warning, 0 = No warning
103
110
100
Initialised
1 = Phase sequence is valid
103
111
100
Phase sequence
(1 = Positive phase sequence, only valid if Initialised =1) 103 112 100
Reserved
103
113
100
Reserved
103
114
100
Trip/Warning code (see
Trip Codes
on page 12)
103
115
100
Average rms current across all three phases
103
116
100
Current (% motor FLC)
103
117
100
Motor temperature
103
118
100
Reserved
103
119
100
Power
103
120
100
Power scale
0 = Multiply power by 10 to get W
1 = Multiply power by 100 to get W
2 = Power (kW)
3 = Multiply power by 10 to get kW
103
121
100
% Power factor
103
122
100
Average rms voltage across all three phases
103
123
100
Phase 1 current
103
124
100
Phase 2 current
103
125
100
Phase 3 current
103
126
100
Phase 1 voltage
103
127
100
Phase 2 voltage
103
128
100
Phase 3 voltage
103
129
100
Parameter list minor revision
103
130
100
Parameter list major version
103
131
100

Ethernet/IP Card Explicit Messaging (Acyclic Operation)
Instructions 11
Object Name
Class
Instance
Attribute
Digital input state
For all inputs, 0 = open, 1 = closed (shorted)
Start/stop input = 01h, Reset = 04h, Programmable
input A = 08h, Programmable input B = 10h
103
132
100
Class 104 Objects (Read Only)
Class 104d (0x68) allows extended information to be read from the soft starter.
Object Name
Class
Instance
Attribute
Major Software Version – User interface
104
101
100
Minor Software Version – User interface
104
102
100
Major Software Version – Motor control
104
103
100
Minor Software Version – Motor control
104
104
100
Major Software Version – Remote keypad (if installed)
104
105
100
Minor Software Version – Remote keypad (if installed)
104
106
100
Major Software Version – Expansion card (if installed)
104
107
100
Minor Software Version – Expansion card (if installed)
104
108
100
9.3 Supported Services for Vendor-specific Objects
This section describes the operational instructions to carry out acyclic services on class
objects 100, 101, 103 and 104.
Service Codes for Acyclic Operation
The device supports the following services for vendor-specific objects:
Service
Code
Function Description
01d (0x01)
Get Attribute All
Only supported for class 0x01 identity object
10d (0x10)
Set Attribute Single
Supported
15d (0x0E) Get Attribute Single Supported
Service Codes for Acyclic Operation
The device will return the following status codes in response to Get/Set Attribute Single:
Status code
Status name
Details
00d (0x00)
Success
This code is returned when:
•the register mapped for service 'Get Attribute
Single' is successfully read
•the register mapped for service 'Set Attribute
Single' is successfully set
03d (0x03)
Invalid parameter value
05d (0x05)
Path destination
unknown
The mapped register does not exist.
08d (0x08)
Service not supported
The requested service is not available for this
Object Class/Instance.

Attributes Ethernet/IP Card
12
Status code
Status name
Details
09d (0x09)
Invalid attribute value
This code only applies to the service 'Set Attribute
Single'. It is returned if the value is out of range
for the mapped register.
15d (0x0E)
Attribute not settable
This code only applies to the service 'Set Attribute
Single'. It is returned if the mapped register is
read-only.
20d (0x14)
Attribute not supported
The attribute specified in the request is not
supported.
22d (0x16)
Object does not exist
The object specified does not exist in the device.
10 Attributes
10.1 Trip Codes
Code
Trip Type
0
No trip
11
Input A trip
20
Motor overload
21
Heatsink overtemperature
23
L1 phase loss
24
L2 phase loss
25
L3 phase loss
26
Current imbalance
28 Overcurrent
29
Undercurrent
50
Power loss
51 Undervoltage
52
Overvoltage
54
Phase sequence
55 Frequency
60
Incorrect control card
61
FLC out of range
62 EEPROM fail (Parameter out of range)
75
Motor thermistor
101
Excess start time
102 Motor connection
104
Internal fault
110
Input B trip
113 Communications card fault
114
Forced network trip
115
L1-T1 shorted
116 L2-T2 shorted
117
L3-T3 shorted
119
Bypass overload
120 SCR overtemperature

Ethernet/IP Card Attributes
Instructions 13
Code
Trip Type
121
Battery/clock
122
Thermistor circuit
124 RTD/PT100 B
133
Overpower
134
Underpower
142
Keypad disconnected
143
Zero Speed Detect
144
SCR Itsm
145
Instantaneous overcurrent
146
Rating Capacity
156
Current Read Err L1
157
Current Read Err L2
158
Current Read Err L3
159
Remove Mains Volts (mains voltage connected in run simulation)
160
Motor Connection T1
161
Motor Connection T2
162
Motor Connection T3
163
Firing Fail P1
164
Firing Fail P2
165
Firing Fail P3
166
VZC Fail P1
167
VZC Fail P2
168
VZC Fail P3
169
Low Control Volts
170~182
Internal fault x. Contact your local supplier with the fault code (X).

Attributes Ethernet/IP Card
14
10.2 Parameter Lists
NOTE
The numbering of parameter options via communications starts at 0 (zero). For
Phase Sequence, 0=Any Sequence, 1=Positive Only, 2=Negative Only.
Advanced model
Class 100 Objects (Read/Write)
Object Name
Class
Instance
Attribute
Object Name
Class Instance
Attribute
Motor Details
Current Limit-2
100
131
100
Command Source
100
101
100
Adaptive Start Profile-2
100
132
100
Motor Full Load Current
100
102
100
Kickstart Time-2
100
133
100
Motor kW
100
103
100
Kickstart Level-2
100
134
100
Locked Rotor Time
100
104
100
Jog Torque-2
100
135
100
Locked Rotor Current
100
105
100
Stop Mode-2
100
136
100
Motor Service Factor
100
106
100
Stop Time-2
100
137
100
Reserved
100
107
100
Adaptive Stop Profile-2
100
138
100
Motor Start/Stop
Adaptive Control Gain-2
100
139
100
Start Mode 100 108 100 Multi Pump-2 100 140 100
Start Ramp Time
100
109
100
Start Delay-2
100
141
100
Initial Current
100
110
100
DC Brake Torque-2
100
142
100
Current Limit 100 111 100 DC Brake Time-2 100 143 100
Adaptive Start Profile
100
112
100
Brake Current Limit-2
100
144
100
Kickstart Time
100
113
100
Soft Brake Delay-2
100
145
100
Kickstart Level
100
114
100
Auto-Start/Stop
Jog Torque
100
115
100
Auto-Start/Stop Mode
100
146
100
Stop Mode 100 116 100 Run Time
100
147
100
Stop Time
100
117
100
Stopped Time
100
148
100
Adaptive Stop Profile
100
118
100
Sunday Mode
100
149
100
Adaptive Control Gain 100 119 100 Sunday Start Time
100
150
100
Multi Pump
100
120
100
Sunday Stop Time
100
151
100
Start Delay
100
121
100
Monday Mode
100
152
100
DC Brake Torque 100 122 100 Monday Start Time
100
153
100
DC Brake Time
100
123
100
Monday Stop Time
100
154
100
Brake Current Limit
100
124
100
Tuesday Mode
100
155
100
Soft Brake Delay 100 125 100 Tuesday Start Time
100
156
100
Motor Start/Stop 2
Tuesday Stop Time
100
157
100
Motor Full Load Current-2
100
126
100
Wednesday Mode
100
158
100
Motor kW-2
100
127
100
Wednesday Start Time
100
159
100
Start Mode-2 100 128 100 Wednesday Stop Time 100 160 100
Start Ramp Time-2
100
129
100
Thursday Mode
100
161
100
Initial Current-2
100
130
100
Thursday Start Time
100
162
100

Ethernet/IP Card Attributes
Instructions 15
Object Name
Class
Instance
Attribute
Object Name
Class Instance
Attribute
Auto-Start/Stop (continued)
Underpower Delay
100
181
100
Thursday Stop Time
100
163
100
Overpower
100
182
100
Friday Mode
100
164
100
Overpower Delay
100
183
100
Friday Start Time
100
165
100
Excess Start Time
100
184
100
Friday Stop Time
100
166
100
Restart Delay
100
185
100
Saturday Mode
100
167
100
Starts per Hour
100
186
100
Saturday Start Time
100
168
100
Phase Sequence
100
187
100
Saturday Stop Time
100
169
100
Auto-Reset Count
100
188
100
Protection Levels
Auto-Reset Delay 100 189 100
Current Imbalance 100 170 100
Protection Actions
Current Imbalance Delay
100
171
100
Current Imbalance
100
190
100
Undercurrent
100
172
100
Undercurrent
100
191
100
Undercurrent Delay
100
173
100
Overcurrent
100
192
100
Overcurrent
100
174
100
Undervoltage
100
193
100
Overcurrent Delay
100
175
100
Overvoltage
100
194
100
Undervoltage
100
176
100
Underpower
100
195
100
Undervoltage Delay
100
177
100
Overpower
100
196
100
Overvoltage
100
178
100
Excess Start Time
100
197
100
Overvoltage Delay
100
179
100
Input A Trip
100
198
100
Underpower
100
180
100
Input B Trip
100
199
100

Attributes Ethernet/IP Card
16
Class 101 Objects (Read/Write)
Object Name
Class
Instance
Attribute
Object Name
Class Instance
Attribute
Protection Actions (continued)
Display
Network Communications
101
100
100
Language
101
133
100
Remote Keypad Fault 101 101 100 Temperature Scale 101 134 100
Frequency
101
102
100
Graph Timebase
101
135
100
Phase Sequence
101
103
100
Graph Maximum Adjustment
101
136
100
Motor Overtemperature
101
104
100
Graph Minimum Adjustment
101
137
100
Motor Thermistor Circuit
101
105
100
Current Calibration
101
138
100
Shorted SCR Action
101
106
100
Adjustment Lock
101
139
100
Battery/Clock
101
107
100
User Parameter 1
101
140
100
Inputs
User Parameter 2 101 141 100
Input A Function 101 108 100 User Parameter 3 101 142 100
Input A Trip
101
109
100
User Parameter 4
101
143
100
Input A Trip Delay
101
110
100
User Parameter 5
101
144
100
Input A Initial Delay 101 111 100 User Parameter 6 101 145 100
Input B Function
101
112
100
Pump Clean
Input B Trip
101
113
100
Reverse Torque
101
146
100
Input B Trip Delay
101
114
100
Reverse Time
101
147
100
Input B Initial Delay 101 115 100 Forward Current Limit 101 148 100
Reset/Enable Logic
101
116
100
Forward Time
101
149
100
Input A Name
101
117
100
Pump Stop Mode
101
150
100
Input B Name 101 118 100 Pump Stop Time 101 151 100
Relay Outputs
Pump Clean Cycles 101 152 100
Relay A Function
101
119
100
Communications Card
Relay A On Delay
101
120
100
Modbus Address
101
153
100
Relay A Off Delay
101
121
100
Modbus Baud Rate
101
154
100
Relay B Function
101
122
100
Modbus Parity
101
155
100
Relay B On Delay
101
123
100
Modbus Timeout
101
156
100
Relay B Off Delay
101
124
100
Devicenet Address
101
157
100
Low Current Flag
101
125
100
Devicenet Baud Rate
101
158
100
High Current Flag
101
126
100
Profibus Address
101
159
100
Motor Temperature Flag
101
127
100
Gateway Address
101
160
100
Main Contactor Time
101
128
100
Gateway Address 2
101
161
100
Analog Output
Gateway Address 3 101 162 100
Analog Output A
101
129
100
Gateway Address
4
101
163
100
Analog A Scale
101
130
100
IP Address
101
164
100
Analog A Max Adjustment
101
131
100
IP Address 2
101
165
100
Analog A Min Adjustment 101 132 100 IP Address 3 101 166 100
IP Address 4
101
167
100

Ethernet/IP Card Attributes
Instructions 17
Object Name
Class
Instance
Attribute
Object Name
Class Instance
Attribute
Communications Card (continued)
Advanced
Subnet Mask
101
168
100
Tracking Gain
101
174
100
Subnet Mask 2 101 169 100 Pedestal Detect 101 175 100
Subnet Mask 3
101
170
100
Bypass Contactor Delay
101
176
100
Subnet Mask 4
101
171
100
Model Rating
101
177
100
DHCP 101 172 100 Screen Timeout 101 178 100
Location ID
101
173
100
Motor Connection
101
179
100

Attributes Ethernet/IP Card
18
Basic model
Class 100 Objects (Read/Write)
Object Name
Class
Instance
Attribute
Object Name
Class Instance
Attribute
Motor Details
Input A Trip
100
134
100
Command Source
100
101
100
Input B Trip
100
135
100
Motor Full Load Current
100
102
100
Network Communications
100
136
100
Locked Rotor Time
100
103
100
Remote Keypad Fault
100
137
100
Locked Rotor Current
100
104
100
Frequency
100
138
100
Motor Service Factor
100
105
100
Phase Sequence
100
139
100
Reserved
100
106
100
Motor Overtemperature
100
140
100
Motor Start/Stop
Motor Thermistor Circuit
100
141
100
Start Mode
100
107
100
Inputs
Start Ramp Time
100
108
100
Input A Function
100
142
100
Initial Current
100
109
100
Input A Trip
100
143
100
Current Limit
100
110
100
Input A Trip Delay
100
144
100
Adaptive Start Profile
100
111
100
Input A Initial Delay
100
145
100
Stop Mode
100
112
100
Input B Function
100
146
100
Stop Time
100
113
100
Input B Trip
100
147
100
Adaptive Stop Profile
100
114
100
Input B Trip Delay
100
148
100
Adaptive Control Gain
100
115
100
Input B Initial Delay
100
149
100
Multi Pump
100
116
100
Reset/Enable Logic
100
150
100
Start Delay
100
117
100
Input A Name
100
151
100
Protection Levels
Input B Name
100
152
100
Current Imbalance
100
118
100
Relay Outputs
Current Imbalance Delay
100
119
100
Relay A Function
100
153
100
Undercurrent 100 120 100 Relay A On Delay 100 154 100
Undercurrent Delay
100
121
100
Relay A Off Delay
100
155
100
Overcurrent
100
122
100
Relay B Function
100
156
100
Overcurrent Delay
100
123
100
Relay B On Delay
100
157
100
Excess Start Time
100
124
100
Relay B Off Delay
100
158
100
Restart Delay
100
125
100
Low Current Flag
100
159
100
Starts per Hour
100
126
100
High Current Flag
100
160
100
Phase Sequence
100
127
100
Motor Temperature Flag
100
161
100
Auto-Reset Count
100
128
100
Main Contactor Time
100
162
100
Auto-Reset Delay
100
129
100
Analog Output
Protection Actions
Analog Output A 100 163 100
Current Imbalance 100 130 100 Analog A Scale 100 164 100
Undercurrent
100
131
100
Analog A Max Adjustment
100
165
100
Overcurrent
100
132
100
Analog A Min Adjustment
100
166
100
Excess Start Time 100 133 100