XTAE007B10A001 EATON CUTLER HAMMER, XTAE007B10A001 Datasheet - Page 150

• Manufacturer Part Number: XTAE007B10A001
• Description: IEC Non-Reversing Starter
• Manufacturer: EATON CUTLER HAMMER

Specifications of XTAE007B10A001

• No. Of Phases: Single Or Three
• Power Rating: 3.5kW
• Current Rating: 7A
• Operating Temperature Range: -25°C To +50°C
• Mounting Type: DIN Rail
• Overload Adjustment Current Max: 1A
• Overload Adjustment Current Min: 0.6A
• Supply Voltage Max: 120VAC
• Frame Size: Standard

27.1
Modbus Communication Module
The Modbus module
combined with an expansion
module and a communication
adapter provide Modbus
communication capability to
the C440 electronic overload
relay.
Modbus
Communication Module
DeviceNet Communication Modules
The DeviceNet
Communication Module
provides monitoring and
control for the C440 overload
relay from a single DeviceNet
node. These modules also
offer convenient I/O in two
voltage options,
24 Vdc and 120 Vac.
DeviceNet
Communication Module
PROFIBUS Communication Modules
The PROFIBUS module
combined with an expansion
module and a communication
adapter provide Modbus
communication capability to
the C440 electronic overload
relay.
PROFIBUS
Communication Module
V5-T27-150
Volume 5—Motor Control and Protection CA08100006E—May 2011 www.eaton.com
IEC Contactors and Starters
XT IEC Power Control
Features and Benefits
●
●
●
●
Features and Benefits
●
●
Features and Benefits
●
●
●
The Modbus
communication module is
capable of baud rates
up to 115K
The Modbus address and
baud rate configuration can
be easily changed using
the HMi user interface
Modbus address and baud
rate are set via convenient
DIP switches; LEDs are
provided to display
Modbus traffic
Configuration with
common Modbus
configuration tools
Communication to
DeviceNet uses only one
DeviceNet MAC ID
Configuration
●
●
The PROFIBUS
communication module is
capable of baud rates
up to 12 Mb
PROFIBUS address is
set via convenient DIP
switches; LEDs are
provided to display
PROFIBUS status
Intuitive configuration
with common PROFIBUS
configuration tools
DeviceNet MAC ID and
Baud rate are set via
convenient DIP
switches with an option
to set from the network
Advanced configuration
available using common
DeviceNet tools
●
●
●
●
●
●
Terminals
●
●
Selectable I/O assemblies
●
●
Terminals
●
●
Selectable I/O assemblies
●
●
Terminals
●
●
Selectable I/O assemblies
●
●
Unique locking
mechanism provides for
easy removal of the
terminal block with the
field wiring installed
Each terminal is marked
for ease of wiring and
troubleshooting
4IN/2OUT
Signal types include
24 Vdc I/O and
120 Vac I/O
Unique locking
mechanism provides for
easy removal of the
terminal block with the
field wiring installed
Each terminal is marked
for ease of wiring and
troubleshooting
4IN/2OUT
Signal types include
24 Vdc I/O and
120 Vac I/O
Unique locking
mechanism provides for
easy removal of the
terminal block with the
field wiring installed
Each terminal is marked
for ease of wiring and
troubleshooting
4IN/2OUT
Signal types include
24 Vdc I/O and
120 Vac I/O
●
●
●
●
●
●
●
Combined status LED
●
●
●
Each I/O module is
optically isolated
between the field I/O
and the network adapter
to protect the I/O and
communication circuits
from possible damage
due to transients and
ground loops
Input Module features a
user-definable input
debounce, which limits
the effects of transients
and electrical noise
Output Module supports
a user-definable safe
state for loss of
communication; hold
last state, ON or OFF
Each I/O module is
optically isolated
between the field I/O
and the network adapter
to protect the I/O and
communication circuits
from possible damage
due to transients and
ground loops
Input Module features a
user-definable input
debounce, which limits
the effects of transients
and electrical noise
Output Module supports
a user-definable safe
state for loss of
communication; hold
last state, ON or OFF
Each I/O module is
optically isolated
between the field I/O
and the network adapter
to protect the I/O and
communication circuits
from possible damage
due to transients and
ground loops
Input Module features a
user-definable input
debounce, which limits
the effects of transients
and electrical noise
Output Module supports
a user-definable safe
state for loss of
communication; hold
last state, ON or OFF