KM1
N E W
Your Energy Usage
Multi-circuit Smart
Power Monitor
Visualize, Monitor, and Analyze
Authorized Distributor:
In the interest of product improvement,
specifications are subject to change without notice.
Cat. No. N170-E1-01 0712
© OMRON Corporation 2012 All Rights Reserved.
OMRON Corporation Industrial Automation Company
OMRON ELECTRONICS LLC
One Commerce Drive Schaumburg,
IL 60173-5302 U.S.A.
Tel: (1) 847-843-7900/Fax: (1) 847-843-7787
Regional Headquarters
OMRON EUROPE B.V.
Wegalaan 67-69-2132 JD Hoofddorp
The Netherlands
Tel: (31)2356-81-300/Fax: (31)2356-81-388
Contact: www.ia.omron.com
Tokyo, JAPAN
OMRON ASIA PACIFIC PTE. LTD.
No. 438A Alexandra Road # 05-05/08 (Lobby 2),
Alexandra Technopark,
Singapore 119967
Tel: (65) 6835-3011/Fax: (65) 6835-2711
OMRON (CHINA) CO., LTD.
Room 2211, Bank of China Tower,
200 Yin Cheng Zhong Road,
PuDong New Area, Shanghai, 200120, China
Tel: (86) 21-5037-2222/Fax: (86) 21-5037-2200
New Ways to Uncover Power Savings
Measure Multiple Distribution
Panels at the Same Time
KW
KW
KW
As we enter times of even greater power shortages, overall monitoring of electric power alone
starts to lose its effectiveness. The key to finding hidden wastes of electric power is to enhance the
visibility of power consumption at the distribution panel breaker level. The KM1 can help you
determine when, where, and how much electric power is being used to help reduce unnecessary
power consumption.
Greater Visualization Enables
More Energy Savings
The key to saving energy lies in knowing the breakdown of electric power.
KM1
Add Units as Needed for Any Application
Simple installation
Measure up to 36 circuits.
Calculation of specific
power consumption for
each device
Measurement of
electric power at
the breaker level
OMRON’s KM1 platform enables the visualiza-
tion of power consumption for all distribution
panels as a cohesive group.
Measure two
systems with a
single Power
Monitor
Measurements that
give you a little more.
Save space and reduce wiring work
Multi-circuit Smart
Power Monitor
Visualization of
Power
Consumption at the
Floor and
Distribution Panel
Levels
Office buildings, large
commercial facilities
(building and energy
management systems), etc.
Visualization
by Device
Factory production
lines (factory energy
management
systems), etc.
Visualization of Air
Conditioning,
Lighting, and Other
Equipment
Office floors
(factory energy
management
system), etc.
2
KW
KW
KW
As we enter times of even greater power shortages, overall monitoring of electric power alone
starts to lose its effectiveness. The key to finding hidden wastes of electric power is to enhance the
visibility of power consumption at the distribution panel breaker level. The KM1 can help you
determine when, where, and how much electric power is being used to help reduce unnecessary
power consumption.
Greater Visualization Enables
More Energy Savings
The key to saving energy lies in knowing the breakdown of electric power.
KM1
Add Units as Needed for Any Application
Simple installation
Measure up to 36 circuits.
Calculation of specific
power consumption for
each device
Measurement of
electric power at
the breaker level
OMRON’s KM1 platform enables the visualiza-
tion of power consumption for all distribution
panels as a cohesive group.
Measure two
systems with a
single Power
Monitor
Measurements that
give you a little more.
Save space and reduce wiring work
Multi-circuit Smart
Power Monitor
Visualization of
Power
Consumption at the
Floor and
Distribution Panel
Levels
Office buildings, large
commercial facilities
(building and energy
management systems), etc.
Visualization
by Device
Factory production
lines (factory energy
management
systems), etc.
Visualization of Air
Conditioning,
Lighting, and Other
Equipment
Office floors
(factory energy
management
system), etc.
3
The KM1 platform solves the work and cost issues to visualize power consumption across all distribution panels.
Electrical
room
Inside power distribution facility
Electrical
room
Power PowerLighting
Pulses
With the KM1... The KM1 solves both the time and cost issues even for multiple
circuits and systems.
Simple and Smart: The KM1 Platform
Add CT Expansion Units for
More Measurements
Measurement
Master Unit
CT Connection
Unit
One Measurement Master Unit accepts up
to 4 CT inputs, and a CT Expansion Unit
accepts up to 8 CT inputs. (Up to four CT
Expansion Units can be added.) This
enables the measurement of up to 36
single-phase two-wire circuits.
Industry-first Dual System
Monitoring
Linked design eliminates the
need for voltage and
communications wiring.
Direct Measurement of 480 V
without a VT
Visualization of Specific Power
Consumption through
Pulse/Temperature Input Units
A single KM1 can perform measurements for
mixed distribution panels with circuits for both
air-conditioners and lighting equipment.
The elimination of communications and
power line crossovers results in less time
and work required for wiring.
Mounting Space Reduced to
1/4 That of Previous Models
With the KM1, all you need is five Power Monitors.
You can reduce the mounting space by 76%.
Use pulse inputs to measure production information at
the same time, including flow rates, throughput,
temperature inputs, and more. When this information is
combined with other electric power data, you can
easily visualize the specific power consumption.
Visualization to Help Maintenance
With the wide range of output capabilities on the
KM1, you can see exactly when you should
perform maintenance.
High-precision Micropower
Measurements
The KM1 performs high-precision measurement
even below 5% of the rated current.
Even standby energy can be measured dependably.
No VT equipment is required, even for
480 V measurements.
1 A
Measurement current (A)
Actual current (A)
Automatically range switching
for small electrical currents.
Automatic range switching.
75 mA
Primary-side Inverter Support
KM1 KM1
• Compressors
• Air-conditioning fans
• Pumps
• Freezers
Inverter
Motor
Regenerative
power
Power
supply
KM1
KM1
Device
Displays the stopped, standby,
or operating status of the device
Stopped
Standby
Operating
Stopped
KM1-
PMUA-FLK KM1-
EMU8A-FLK
* Input is performed with the KM1-EMU8A-FLK.
* This function is supported only by the KM1-PMUA-FLK.
Energy Classification
Master Slaves
Power supply voltage from the Master
High-speed inner-bus communications
Flow rate pulse
Gas or liquid
Power consumption
KM1-PMU2A
KE1-CTD8E
Single-phase,
two-wire
Total =
36 circuits
48888
The KM1 provides a simple and smart solution to the issues encountered with traditional power sensors.
Machine 1 Machine 2 Machine 3 Machine 4 Machine 5 Machine 6
Single-phase, two-wire
The total power consumption and total time can
be divided up between the three states of
stopped, standby, and operating based on the
power consumption value and pulse input.
Classifying energy helps to clearly identify areas
where improvement is possible.
Visualization of Power Generation
Effectiveness
The effectiveness of power generation can be
visualized by measuring the power consumption
and regenerative power together at the same time.
Dual System Monitoring Measure up to 36 circuits.
Space-efficient Design and Reduced Wiring
High-precision Measurements
Additional Measurements to Aid in Energy Conservation
Measurement
Master Unit
CT Expansion Unit
Power/Lighting
Mixed Distribution
Panel
Air-conditioners Lighting equipment
Previous product
KM1
80
mm
1080 mm
225 mm
96
mm
Approx
1/4
5 Units
202.5
cm
2
36 Units 864 cm
2
Inside power distribution facility
Electrical
room
Power PowerLighting Lighting
Previous Problems Previously, measuring electric power for multiple circuits or systems required
costly and difficult-to-install power sensors.
Measuring multiple circuits requires difficult installation and results in high costs.
Distribution panel
Distribution
panel
Distribution
panel
Distribution panel Distribution panel
VT
Overcurrent
An alarm is output based on
threshold values to determine
overcurrents, undercurrents,
overvoltages, and undervoltages
for the device.
● Overcurrent, Undercurrent, Overvoltage,
and Undervoltage Alarm Output
KM1
Device
Inverter
Motor
Regenerative
power Regeneration
Power
supply
Generation
Consumption
For mixed distribution panels that
contain both power and lighting
circuits, a separate power sensor
was required for each circuit.
Multiple sensors were
required because each
circuit required its own
sensor.
Voltage and communications
wiring is required for each
individual power sensor.
A single KM1 can perform
measurements even for
mixed distribution panels.
Lighting
Distribution
panel
A single KM1 can perform
measurements for up to 36
circuits in a distribution panel.
The KM1 accepts up to
7 pulse inputs. The KM1
can also collect
production information.
The KM1 Power Monitors are
linked so voltage and commu-
nication wiring is not required.
The KM1 can provide accurate measurements
without any current waveform distortion even after
an inverter is installed. Measurement accuracy:
±2% FS This enables measuring the effectiveness
of energy conservation measures after installation.
4
The KM1 platform solves the work and cost issues to visualize power consumption across all distribution panels.
Electrical
room
Inside power distribution facility
Electrical
room
Power PowerLighting
Pulses
With the KM1... The KM1 solves both the time and cost issues even for multiple
circuits and systems.
Simple and Smart: The KM1 Platform
Add CT Expansion Units for
More Measurements
Measurement
Master Unit
CT Connection
Unit
One Measurement Master Unit accepts up
to 4 CT inputs, and a CT Expansion Unit
accepts up to 8 CT inputs. (Up to four CT
Expansion Units can be added.) This
enables the measurement of up to 36
single-phase two-wire circuits.
Industry-first Dual System
Monitoring
Linked design eliminates the
need for voltage and
communications wiring.
Direct Measurement of 480 V
without a VT
Visualization of Specific Power
Consumption through
Pulse/Temperature Input Units
A single KM1 can perform measurements for
mixed distribution panels with circuits for both
air-conditioners and lighting equipment.
The elimination of communications and
power line crossovers results in less time
and work required for wiring.
Mounting Space Reduced to
1/4 That of Previous Models
With the KM1, all you need is five Power Monitors.
You can reduce the mounting space by 76%.
Use pulse inputs to measure production information at
the same time, including flow rates, throughput,
temperature inputs, and more. When this information is
combined with other electric power data, you can
easily visualize the specific power consumption.
Visualization to Help Maintenance
With the wide range of output capabilities on the
KM1, you can see exactly when you should
perform maintenance.
High-precision Micropower
Measurements
The KM1 performs high-precision measurement
even below 5% of the rated current.
Even standby energy can be measured dependably.
No VT equipment is required, even for
480 V measurements.
1 A
Measurement current (A)
Actual current (A)
Automatically range switching
for small electrical currents.
Automatic range switching.
75 mA
Primary-side Inverter Support
KM1 KM1
• Compressors
• Air-conditioning fans
• Pumps
• Freezers
Inverter
Motor
Regenerative
power
Power
supply
KM1
KM1
Device
Displays the stopped, standby,
or operating status of the device
Stopped
Standby
Operating
Stopped
KM1-
PMUA-FLK KM1-
EMU8A-FLK
* Input is performed with the KM1-EMU8A-FLK.
* This function is supported only by the KM1-PMUA-FLK.
Energy Classification
Master Slaves
Power supply voltage from the Master
High-speed inner-bus communications
Flow rate pulse
Gas or liquid
Power consumption
KM1-PMU2A
KE1-CTD8E
Single-phase,
two-wire
Total =
36 circuits
48888
The KM1 provides a simple and smart solution to the issues encountered with traditional power sensors.
Machine 1 Machine 2 Machine 3 Machine 4 Machine 5 Machine 6
Single-phase, two-wire
The total power consumption and total time can
be divided up between the three states of
stopped, standby, and operating based on the
power consumption value and pulse input.
Classifying energy helps to clearly identify areas
where improvement is possible.
Visualization of Power Generation
Effectiveness
The effectiveness of power generation can be
visualized by measuring the power consumption
and regenerative power together at the same time.
Dual System Monitoring Measure up to 36 circuits.
Space-efficient Design and Reduced Wiring
High-precision Measurements
Additional Measurements to Aid in Energy Conservation
Measurement
Master Unit
CT Expansion Unit
Power/Lighting
Mixed Distribution
Panel
Air-conditioners Lighting equipment
Previous product
KM1
80
mm
1080 mm
225 mm
96
mm
Approx
1/4
5 Units
202.5
cm
2
36 Units 864 cm
2
Inside power distribution facility
Electrical
room
Power PowerLighting Lighting
Previous Problems Previously, measuring electric power for multiple circuits or systems required
costly and difficult-to-install power sensors.
Measuring multiple circuits requires difficult installation and results in high costs.
Distribution panel
Distribution
panel
Distribution
panel
Distribution panel Distribution panel
VT
Overcurrent
An alarm is output based on
threshold values to determine
overcurrents, undercurrents,
overvoltages, and undervoltages
for the device.
● Overcurrent, Undercurrent, Overvoltage,
and Undervoltage Alarm Output
KM1
Device
Inverter
Motor
Regenerative
power Regeneration
Power
supply
Generation
Consumption
For mixed distribution panels that
contain both power and lighting
circuits, a separate power sensor
was required for each circuit.
Multiple sensors were
required because each
circuit required its own
sensor.
Voltage and communications
wiring is required for each
individual power sensor.
A single KM1 can perform
measurements even for
mixed distribution panels.
Lighting
Distribution
panel
A single KM1 can perform
measurements for up to 36
circuits in a distribution panel.
The KM1 accepts up to
7 pulse inputs. The KM1
can also collect
production information.
The KM1 Power Monitors are
linked so voltage and commu-
nication wiring is not required.
The KM1 can provide accurate measurements
without any current waveform distortion even after
an inverter is installed. Measurement accuracy:
±2% FS This enables measuring the effectiveness
of energy conservation measures after installation.
Multi-circuit Smart Power Monitor KM1
5
Connect up to 4 Slave Units to a Master Unit for
a maximum of 36 measurement points per set.
The maximum numbers of circuits that can be measured with the KM1-PMU2A-FLK
Measurement Master Unit are as follows:
Unit Configurations and the Number of Measurable Circuits
Unit Configuration
KM1-PMU2A-FLK
Measurement Master Unit (Four CTs)
+ KE1-CTD8E
CT Expansion Unit (8 CTs)
Voltage Input from One System to a Measurement Master Unit
PMU2A
CTD8E
Total
Unit Configuration
KM1-PMU2A-FLK
Measurement Master Unit (Four CTs)
+ KE1-CTD8E
CT Expansion Unit (8 CTs)
●
Maximum Circuit Configuration ●
Connection Example
●
Maximum Circuit Configuration ●
Connection Example
Single-phase,
two-wire = 36 circuits
48888
Single-phase,
three-wire = 18 circuits
24444
Three-phase,
three-wire = 18 circuits
24444
Three-phase,
four-wire = 9 circuits12222
Single System
Voltage Inputs from Two Systems to a Measurement Master Unit
Dual System
● A single Measurement Master Unit can measure two systems.
● Measure up to 36 circuits with CT Expansion Units.
● Simultaneous measurement of production information with extra measurements via a
Pulse/Temperature Input Unit.
Dual System Measurement Unit*
KM1-PMU2A-FLK
CT Expansion Unit
KE1-CTD8E
Pulse/Temperature Input Unit
KM1-EMU8A-FLK
8 CT Connections per Unit
Maximum of 32 CT Connections
with 4 Units
CT
Contact output
(relay)
Features: Connect up to 4 Units to the
Master Unit (Cannot be used as a
standalone device.)
No rated input voltage; phase wiring method
is the same as the Master Unit.
Maximum number of CT connections:
8 (two different types of selectable CTs)
Output: One relay contact output (for alarm
output)
Measurement functions: Current, active
power, reactive power, total power
consumption, and power factor
DeviceNet Communications Unit
KE1-DRT-FLK
Measurement Master Unit (One)
Communications Unit (One)
Slave Units (4 Max.)
Distribution Panel for Lighting (Single-phase, Two-wire)
Measurement of Six Lights
Three-phase, three-wire Single-phase, two-wire
Single-phase, two-wire
Measurement
Master Unit
CT Extension Unit
Measurement
Master Unit
CT Extension Unit
CTD8E
PMU2A Total
Single-phase,
two-wire = 18 circuits
Three-phase,
three-wire = 9 circuits
1 2 2 2 2
2 4 4 4 4
Single-phase,
three-wire = 9 circuits1 2 2 2 2
Three-phase,
three-wire = 9 circuits
1 2 2 2 2
Mixed Distribution Panel for Lighting and Operation
(Three-phase, Three-wire or Single-phase, Two-wire)
Measurement of Three Operational Power Supplies
and Three Lighting Power Supplies
Power Measurements and More
Measure Throughput and
Temperatures
Pulses
Thermistor
Contact output
(transistor)
Features: Connect up to 4 Units to the
Master Unit (Cannot be used as a
standalone devices.)
Event inputs: Seven pulse inputs (You can
use event inputs to switch between pulse
input counts (e.g., throughput), pulse
conversion (e.g., flow rates), calculation of
power consumption per pulse, pulse input
ON time (e.g., operating time), and
three-state energy function.)
Temperature input: One (thermistor input,
abnormal temperature detection)
Measurement/logging functions: Pulse
count, pulse input ON time, and temperature
Power
supply
Power Measurement Master Unit
Measurement of Multiple Circuits
Across Two Different Systems
Contact output
(transistor)
CT
Voltage
Features: Dual system measurement of
rated input voltage (a combination of two of
the following types: single-phase, two-wire;
single-phase, three-wire; or three-phase,
three-wire)
Maximum number of CT connections:
4 (two different types of selectable CTs)
Output: Three transistor outputs
(measurement value alarm output,
three-state output, or total power
consumption pulse output)
Measurement/logging functions:
Voltage, current, active power,
reactive power, total power consumption,
power factor, and frequency
Other functions: Three-state energy
classification, total power consumption
conversion (CO2/currency), simple
measurement, 480 V input without a VT
* Use the KM1-PMU1A-FLK Single-system
Measurement Unit for three-phase, four-wire
configurations.
Power
supply
Power
supply
Efficiently Transfer Large
Amounts of Data
DeviceNet Communications Unit
Features: Manage multiple KM1 Power
Monitors from a single host (PLC or PC).
Connect up to five KM1 Power Monitors to a
single DeviceNet Communications Unit.
Communications functions: Remote I/O
communications, explicit message
communications, configuration and
monitoring of KM1 Power Monitors, and
automatic detection of baud rates
DeviceNet
Not: Use the KM1-PMU1A-FLK (three CTs) Single-system
Master Unit for three-phase, four-wire configurations.
6
Connect up to 4 Slave Units to a Master Unit for
a maximum of 36 measurement points per set.
The maximum numbers of circuits that can be measured with the KM1-PMU2A-FLK
Measurement Master Unit are as follows:
Unit Configurations and the Number of Measurable Circuits
Unit Configuration
KM1-PMU2A-FLK
Measurement Master Unit (Four CTs)
+ KE1-CTD8E
CT Expansion Unit (8 CTs)
Voltage Input from One System to a Measurement Master Unit
PMU2A
CTD8E
Total
Unit Configuration
KM1-PMU2A-FLK
Measurement Master Unit (Four CTs)
+ KE1-CTD8E
CT Expansion Unit (8 CTs)
●
Maximum Circuit Configuration ●
Connection Example
●
Maximum Circuit Configuration ●
Connection Example
Single-phase,
two-wire = 36 circuits
48888
Single-phase,
three-wire = 18 circuits
24444
Three-phase,
three-wire = 18 circuits
24444
Three-phase,
four-wire = 9 circuits
12222
Single System
Voltage Inputs from Two Systems to a Measurement Master Unit
Dual System
● A single Measurement Master Unit can measure two systems.
● Measure up to 36 circuits with CT Expansion Units.
● Simultaneous measurement of production information with extra measurements via a
Pulse/Temperature Input Unit.
Dual System Measurement Unit*
KM1-PMU2A-FLK
CT Expansion Unit
KE1-CTD8E
Pulse/Temperature Input Unit
KM1-EMU8A-FLK
CT
Contact output
(relay)
Features: Connect up to 4 Units to the
Master Unit (Cannot be used as a
standalone device.)
No rated input voltage; phase wiring method
is the same as the Master Unit.
Maximum number of CT connections:
8 (two different types of selectable CTs)
Output: One relay contact output (for alarm
output)
Measurement functions: Current, active
power, reactive power, total power
consumption, and power factor
DeviceNet Communications Unit
KE1-DRT-FLK
Measurement Master Unit (One)
Communications Unit (One)
Slave Units (4 Max.)
Distribution Panel for Lighting (Single-phase, Two-wire)
Measurement of Six Lights
Three-phase, three-wire Single-phase, two-wire
Single-phase, two-wire
Measurement
Master Unit
CT Extension Unit
Measurement
Master Unit
CT Extension Unit
CTD8E
PMU2A Total
Single-phase,
two-wire = 18 circuits
Three-phase,
three-wire = 9 circuits
1 2 2 2 2
2 4 4 4 4
Single-phase,
three-wire = 9 circuits1 2 2 2 2
Three-phase,
three-wire = 9 circuits
1 2 2 2 2
Mixed Distribution Panel for Lighting and Operation
(Three-phase, Three-wire or Single-phase, Two-wire)
Measurement of Three Operational Power Supplies
and Three Lighting Power Supplies
Power Measurements and More
Measure Throughput and
Temperatures
Pulses
Thermistor
Contact output
(transistor)
Features: Connect up to 4 Units to the
Master Unit (Cannot be used as a
standalone devices.)
Event inputs: Seven pulse inputs (You can
use event inputs to switch between pulse
input counts (e.g., throughput), pulse
conversion (e.g., flow rates), calculation of
power consumption per pulse, pulse input
ON time (e.g., operating time), and
three-state energy function.)
Temperature input: One (thermistor input,
abnormal temperature detection)
Measurement/logging functions: Pulse
count, pulse input ON time, and temperature
Power
supply
Power Measurement Master Unit
Measurement of Multiple Circuits
Across Two Different Systems
Contact output
(transistor)
CT
Voltage
Features: Dual system measurement of
rated input voltage (a combination of two of
the following types: single-phase, two-wire;
single-phase, three-wire; or three-phase,
three-wire)
Maximum number of CT connections:
4 (two different types of selectable CTs)
Output: Three transistor outputs
(measurement value alarm output,
three-state output, or total power
consumption pulse output)
Measurement/logging functions:
Voltage, current, active power,
reactive power, total power consumption,
power factor, and frequency
Other functions: Three-state energy
classification, total power consumption
conversion (CO2/currency), simple
measurement, 480 V input without a VT
* Use the KM1-PMU1A-FLK Single-system
Measurement Unit for three-phase, four-wire
configurations.
Power
supply
Power
supply
Efficiently Transfer Large
Amounts of Data
DeviceNet Communications Unit
Features: Manage multiple KM1 Power
Monitors from a single host (PLC or PC).
Connect up to five KM1 Power Monitors to a
single DeviceNet Communications Unit.
Communications functions: Remote I/O
communications, explicit message
communications, configuration and
monitoring of KM1 Power Monitors, and
automatic detection of baud rates
DeviceNet
Not: Use the KM1-PMU1A-FLK (three CTs) Single-system
Master Unit for three-phase, four-wire configurations.
Multi-circuit Smart Power Monitor KM1
7
Lighting equipment
Air-conditioners
Data collection device:
EW700
DeviceNet
LAN or
other network
HMI or other
host system
Data collection device:
PLC
DeviceNet Master
DeviceNet
DeviceNet
Communications Unit
DeviceNet
Communications Unit
Computer
(Power supply is ON
only when necessary.)
Can be expanded according
to the number of circuits
required for measurement
RS-485LAN
SD
Memory
Card
Automatic
collection
Commercially
available USB cable
KM1
● USB-powered, so there is no need to supply additional power to the KM1.
● Simple setting of the parameters that are required for setup.
Runs on USB power
Free Automatic Data Collection Software (Easy EW-Logger)
Free Graph Display Software (Easy EW-Viewer)
Free Data Collection Software: Easy KM-Manager V3Free Configuration Tool (KM1/KE1-Setting)
EasyEW-Viewer
EasyEW-Logger
● Displays and trend analysis of instantaneous values
● Graphs of total power consumption and other data
Automatic collection and internal saving of all
KM1 measurement value and automatic CSV
file saving to SD card storage
RS-485
LAN cable
Hub
EW700
Sensor Network Controller
Data can be collected directly on a computer for
evaluation and verification.
Release date: October 2012
● Displays and trend analysis of instantaneous values
● Graphs of Integral power consumption and other data
Parameter settings
Lighting equipment
K3SC
Computer
EasyKM-Manager V3
(Power supply
is always ON.)
RS-485
Data
collection
USB or LAN
(Power supply
is always ON.)
EasyEW-Viewer
EasyEW-Logger
+
Air-conditioners
Lighting equipment
Power
Can be expanded according
to the number of circuits
required for measurement
Air-conditioners
Air-conditioners
Manufacturing
Facilities
Offices and Office Floors
USB or LAN <- RS-485 connection
Convenience Stores and
Commercial Facilities
Factories and Production Lines
LAN or SD Memory Card <- EW700 <- RS-485 connection
LAN <- PLC <- DeviceNet connection
Manufacturing
Facilities
Large-scale Systems
LAN <- EW700 <- RS-485
Setup Perform Evaluation and Verification
Data Collection and Display Analysis
Connect the KM1 to a PC with a USB cable to
easily set up the KM1.
Application Examples
Highly configurable for any scale, from data collection directly from a computer
to batch data collection with the EW700.
Perform advanced automatic data collection through
a data collection device.
KM1
KM1
KM1
Lighting equipment
Lighting equipment
Data collection device:
EW700
Computer
(Power supply is ON
only when necessary.)
LAN
Can be expanded according
to the number of circuits
required for measurement
RS-485
Automatic
collection
(Power supply
is always ON.)
EasyEW-Viewer
EasyEW-Logger
+
KM1
Data collection device:
EW700
RS-485
Automatic
collection
(Power supply
is always ON.)
(Power supply
is always ON.)
Remote I/O communications
(sends measurement values
to the PLC without special
programming)
KM1
Direct data
collection on
a computer
Indirect data
collection on
a computer
Collect data
directly on a PLC
and perform
processing
Small Office
Buildings and
Office Floors
Commercially
available USB cable RS-485
K3SC
USB/RS-485
Interface Converter
KM1 KM1 KM1
Indirect data
collection on
a computer
Simple
operation using
only a mouse
Release date:
July 2012
Constant collection or one-time collection
Energy-saving Analysis
Support Software
Freely manipulate and analyze collected data to help
you find out exactly where energy is being wasted.
This software must be purchased separately.
Refer to the product catalog for details. (Cat. No.: N169)
KM1 KM1 KM1
Release date: October 2012
Buildings,
Offices, etc.
Convenience Stores,
Tenant Shops, etc.
Free Software Provides Support for Everything from Setup
to the Collection and Analysis of Measurement Data
8
Lighting equipment
Air-conditioners
Data collection device:
EW700
DeviceNet
LAN or
other network
HMI or other
host system
Data collection device:
PLC
DeviceNet Master
DeviceNet
DeviceNet
Communications Unit
DeviceNet
Communications Unit
Computer
(Power supply is ON
only when necessary.)
Can be expanded according
to the number of circuits
required for measurement
RS-485LAN
SD
Memory
Card
Automatic
collection
Commercially
available USB cable
KM1
● USB-powered, so there is no need to supply additional power to the KM1.
● Simple setting of the parameters that are required for setup.
Runs on USB power
Free Automatic Data Collection Software (Easy EW-Logger)
Free Graph Display Software (Easy EW-Viewer)
Free Data Collection Software: Easy KM-Manager V3Free Configuration Tool (KM1/KE1-Setting)
EasyEW-Viewer
EasyEW-Logger
● Displays and trend analysis of instantaneous values
● Graphs of total power consumption and other data
Automatic collection and internal saving of all
KM1 measurement value and automatic CSV
file saving to SD card storage
RS-485
LAN cable
Hub
EW700
Sensor Network Controller
Data can be collected directly on a computer for
evaluation and verification.
Release date: October 2012
● Displays and trend analysis of instantaneous values
● Graphs of Integral power consumption and other data
Parameter settings
Lighting equipment
K3SC
Computer
EasyKM-Manager V3
(Power supply
is always ON.)
RS-485
Data
collection
USB or LAN
(Power supply
is always ON.)
EasyEW-Viewer
EasyEW-Logger
+
Air-conditioners
Lighting equipment
Power
Can be expanded according
to the number of circuits
required for measurement
Air-conditioners
Air-conditioners
Manufacturing
Facilities
Offices and Office Floors
USB or LAN <- RS-485 connection
Convenience Stores and
Commercial Facilities
Factories and Production Lines
LAN or SD Memory Card <- EW700 <- RS-485 connection
LAN <- PLC <- DeviceNet connection
Manufacturing
Facilities
Large-scale Systems
LAN <- EW700 <- RS-485
Setup Perform Evaluation and Verification
Data Collection and Display Analysis
Connect the KM1 to a PC with a USB cable to
easily set up the KM1.
Application Examples
Highly configurable for any scale, from data collection directly from a computer
to batch data collection with the EW700.
Perform advanced automatic data collection through
a data collection device.
KM1
KM1
KM1
Lighting equipment
Lighting equipment
Data collection device:
EW700
Computer
(Power supply is ON
only when necessary.)
LAN
Can be expanded according
to the number of circuits
required for measurement
RS-485
Automatic
collection
(Power supply
is always ON.)
EasyEW-Viewer
EasyEW-Logger
+
KM1
Data collection device:
EW700
RS-485
Automatic
collection
(Power supply
is always ON.)
(Power supply
is always ON.)
Remote I/O communications
(sends measurement values
to the PLC without special
programming)
KM1
Direct data
collection on
a computer
Indirect data
collection on
a computer
Collect data
directly on a PLC
and perform
processing
Small Office
Buildings and
Office Floors
Commercially
available USB cable RS-485
K3SC
USB/RS-485
Interface Converter
KM1 KM1 KM1
Indirect data
collection on
a computer
Simple
operation using
only a mouse
Release date:
July 2012
Constant collection or one-time collection
Energy-saving Analysis
Support Software
Freely manipulate and analyze collected data to help
you find out exactly where energy is being wasted.
This software must be purchased separately.
Refer to the product catalog for details. (Cat. No.: N169)
KM1 KM1 KM1
Release date: October 2012
Buildings,
Offices, etc.
Convenience Stores,
Tenant Shops, etc.
Free Software Provides Support for Everything from Setup
to the Collection and Analysis of Measurement Data
Multi-circuit Smart Power Monitor KM1
9
Series name KM1 Series KM50 Series KM20 Series
Types
Low-cost, reduced wiring, space-saving, versatile multi-circuit measurement
Intelligent on-panel type Stationary or embedded type
Model
KM1-PMUoA-FLK KE1-CTD8E KM1-EMU8A-FLK KM50-C1-FLK KM50-E1-FLK KM20-B40-FLK KM20-B40
Item Product name Multi-circuit Smart Power Monitor
48 × 48 Smart Power
Monitor
48 × 96 Smart Power
Monitor
Compact power sensor with
RS-485 communications
Compact power sensor
with pulse output
External appearance
Master Unit for Single
or Dual System
Measurement
Slave Unit for
CT Expansion
Pulse/Temperature
Input Slave Unit
Features
• Inherits the features of the
KM50-E.
• Input of two systems with
different voltages (PMU2A)
• Maximum number of measured
circuits
Single-phase, two-wire: 4
circuits (PMU2A)
Single-phase, three-wire/
Three-phase, three-wire: 2
circuits (PMU2A))
Three-phase, four-wire: 1 circuit
(PMU1A)
• Up to four Slave Units can be
added
• Maximum number of
measured circuits per
Unit
Single-phase, two-wire:
8 circuits
Single-phase, three-
wire: 4 circuits
Three-phase, three-
wire: 4 circuits
Three-phase, four-wire:
2 circuits
•
Seven event inputs
•
One temperature
input
• Primary-side Inverter
measurement supported.
• Pulse input ON time
measurement
• Specic power
consumption
management
•
Primary-side inverter
measurement supported.
•
Three-state energy
classication
•
Pulse input ON time
measurement
•
Specic power
consumption
management
•
400-V direct
measurement
•
Simple and easy to use
• Affordable
• Easy initial setup with switches only
Installation DIN Track
Front panel or DIN Track mounting bracket (sold separately)
DIN Track
Numeric display None Eleven-segment LEDs Eleven-segment LEDs None None
Dimensions (mm)
45 × 96 × 90 (W×H×D)
(maximum width of 45 × 5 when ve Units are linked together)
DIN 48 × 48
Depth: 91
(Including terminal cover)
DIN 48 × 96
Depth: 88
(Including terminal cover)
W30×H80×D78 W30×H80×D78
Applicable
phase wiring
method
Single-phase, two-wire OK OK -OK OK OK OK
Single-phase, three-wire
OK OK -OK OK OK OK
Three-phase, three-wire OK OK -OK OK OK OK
Three-phase, four-wire PMU1A only OK - - OK - -
400-V direct measurement
OK - - (A VT is required.) OK (A VT is required.) (A VT is required.)
Power Monitor power supply 100 to 240 VAC Provided from the
Master Unit 100 to 240 VAC
Same as measured circuits
100 to 240 VAC (common)
100 to 240 VAC Same as measured circuits
100 to 240 VAC (common)
Measured
items
Total power consumption
OK OK -OK OK OK OK
Active power OK OK -OK OK OK -
Reactive power OK OK -OK OK - -
Current OK OK -OK OK OK (R and T phases) -
Voltage OK - - OK OK OK (R and T phases) -
Power factor OK OK -OK OK OK -
Frequency OK - - OK OK OK -
Pulse count - -
OK (Can be changed with
event input.)
OK (Can be changed with
event input.)
OK (Can be changed with
event input.)
- -
Pulse Input ON Time - -
OK (Can be changed with
event input.)
OK (Can be changed with
event input.)
OK (Can be changed with
event input.)
- -
Specic power
consumption
OK (Can be changed with
event input.)
- -
OK (Can be changed with
event input.)
OK (Can be changed with
event input.)
- -
Temperature - - OK OK OK - -
Functions
Three-state energy
classication
OK - - - OK - -
Simple power measurement (measures
only the value of the input current)
OK OK -OK OK - -
Micropower Measurements Mode
(automatic range switching)
OK OK -OK OK - -
Display of CO2 emission --- OK OK - -
Display of regenerative power
--- OK OK - -
Outputs
Total power consumption pulse output
OK - - OK OK -OK
Alarm output for measured items
OK OK
Temperature alarms only
OK OK - -
Three-state (operating
power, standby power,
stopped power) status output
OK - - - OK - -
External
interface
LAN port --- ----
ComoWay/F RS-485
Communications (connections
for up to 31 nodes)
OK -OK OK OK OK -
Modbus RS-485 Communications
(connections for up to 99 nodes)
OK -OK OK OK - -
Data
logging
Logging to Power Monitor internal memory
OK -OK OK OK - -
Logging to external memory
--- ----
Applicable standards CE, S, KC, and TÜV mark
UL, CE, S, and KC mark
- -
KM-series Power Monitor Models
10
Model Unit type Unit category Power supply voltage Communications
KM1-PMU2A-FLK Dual Power System Measurement Unit
Measurement master
100 to 240 VAC RS-485KM1-PMU1A-FLK Power Measurement Unit
KM1-EMU8A-FLK Pulse/Temperature Input Unit Function slave
KE1-CTD8E CT Extension Unit CT extension slave Power supplied from the
Measurement Master Unit
-
KE1-DRT-FLK DeviceNet Communications Unit Communications slave 100 to 240 VAC RS-485 or DeviceNet
Smart Power Monitors
Model Dimensions (mm) Communications conversion Power supply voltage
K3SC-10 AC100-240
30 × 80 × 78 (W×H×D) RS-232C, USB <-> Half-duplex RS-485
100 to 240 VAC
K3SC-10 AC/DC24 24 VAC/DC
Related Devices (Sold Separately)
When Connected to a Computer
Communications Interface Converter
Model Rated primary current Rated secondary current Installation
KM20-CTF-5A 5 A
Special output
Installed separately
KM20-CTF-50A 50 A
KM20-CTF-100A 100 A
KM20-CTF-200A 200 A
KM20-CTF-400A 400 A
KM20-CTF-600A 600 A
KM20-CTB-5A/50A 5 A/50 A In-panel (penetration type)
Options (Order Separately)
Separate or In-panel Current Transformer (CT)
Note: CT Cables are not included with the CTs.
Model Specication
KM20-CTF-CB3 3-m cable
Current Transformer (CT) Cable
Note: Use the CT Cable specied by OMRON or one manufactured by JST Mfg. Co.
You can also use a 1.25-B3A crimping terminal or AWG22 power cable.
Ordering Information
Multi-circuit Smart Power Monitor KM1
11
Item
Master Unit Slave Unit
KM1-PMU2A-FLK
(Dual Power Systems)
KM1-PMU1A-FLK
(Single Power System)
KM1-EMU8A-FLK
(Pulses/Temperatures)
KE1-CTD8E
(CT Extension Unit)
Applicable phase wiring method
Single-phase two-wire, single-phase three-
wire, and three-phase three-wire
Single-phase two-wire, single-phase three-wire,
three-phase three-wire, and three-phase four-wire
-
Single-phase two-wire, single-phase three-wire,
three-phase three-wire, and three-phase four-wire
Maximum number of CT connections 4 3 -8
Selectable types of CT capacities 2 types 1 type -Two types per Slave Unit
Power
supply
Rated power supply voltage 100 to 240 VAC, 50/60 Hz -
Allowable supply voltage range
85% to 110% of rated power supply voltage -
Power supply allowable frequency range
45 to 65 Hz -
Power consumption Standalone: 10 VA max., Maximum expansion: 14 VA max. 10 VA max. -
Input
Rated input voltage
100 to 480 VAC
(single-phase, 2-wire): Line voltage
100/200 VAC
(single-phase, 3-wire): Phase
voltage/line voltage
100 to 480 VAC
(3-phase, 3-wire): Line voltage
100 to 480 VAC
(single-phase, 2-wire): Line voltage
100/200 VAC
(single-phase, 3-wire): Phase
voltage/line voltage
100 to 480 VAC
(3-phase, 3-wire): Line voltage
58 to 277 VAC
(3-phase, 4-wire): Phase voltage
-
Rated input current (CT) (5, 50, 100, 200, 400, or 600 A) -(5, 50, 100, 200, 400, or 600 A)
Rated input power
With 5-A CT: 4 kW
With 50-A CT: 40 kW
With 100-A CT: 80 kW
With 200-A CT: 160 kW
With 400-A CT: 320 kW
With 600-A CT: 480 kW
-
Rated input frequency 50/60 Hz -
Allowable input frequency range
45 to 65 Hz -
Allowable input voltage 110% of rated input voltage (continuous) -
Allowable input current 120% of rated input current (continuous) -
120% of rated input current (continuous)
Rated input load Voltage input: 0.5 VA max. (excluding power supply)
Current input: 0.5 VA max. (for each input)
-
Current input: 0.5 VA max.
(for each input)
Clock
Clock setting 2012 to 2099 (Adjusted for leap years during this period.) -
Clock accuracy ±1.5 min./month (at 23° C) -
Clock backup period
Seven-day backup with an electric double-layer capacitor (after being powered for at least 24 hours and when at 23° C when the power is turned OFF)
-
Ambient operating temperature −10 to 55°C (with no condensation or icing)
Storage humidity −25 to 65°C (with no condensation or icing)
Ambient operating humidity 25% to 85%
Storage humidity 25% to 85%
Altitude 2,000 m max.
Installation environment Overvoltage category II, pollution degree 2, measurement category II
Compliant standards EN/IEC 61010-2-030 and EN/IEC 31626-1
Item
Master Unit Slave Unit
KM1-PMU2A-FLK
(Dual Power Systems)
KM1-PMU1A-FLK
(Single Power System)
KM1-EMU8A-FLK
(Pulses/Temperatures) KE1-CTD8E (CT Extension Unit)
Accuracy*1
Voltage ±1.0% FS, ±1 digit; or, ±2.0% FS, ±1 digit for voltage across Vtr under
the same conditions
-
Current
±1.0% FS, ±1 digit
However, the accuracy is ±2.0% FS, ±1 digit for the phase-S current for
a three-phase, three-wire circuit and the phase-N current for a single-
phase, three-wire circuit under the same conditions.
-
±1.0% FS, ±1 digit
However, the accuracy is ±2.0% FS, ±1 digit for
the phase-S current for a three-phase, three-wire
circuit and the phase-N current for a single-phase,
three-wire circuit under the same conditions.
Power (active power
and reactive power)
Active power and reactive power
±2.0% FS, ±1 digit (Power factor = 1)
-
Active power and reactive power
±2.0% FS, ±1 digit (Power factor = 1)
Frequency ±0.3 Hz ±1 digit -
Power factor*2 ±5.0% FS at an ambient temperature of 23° C, rated input, rated
frequency, and a power factor of 0.5 to 1 to 0.5
-
±5.0% FS at an ambient temperature
of 23° C, rated input, rated frequency,
and a power factor of 0.5 to 1 to 0.5
Temperature -
±5°C two hours after the power supply
is turned ON (after performing any
adjustments for the ambient temperature)
-
Temperature influence
±1.0% FS (percentage of the measurement value at an ambient
temperature of 23° C, rated input, rated frequency, and a power factor of
1 in the operating temperature range)
±1.0% FS (percentage of the
measurement value at an ambient
temperature of 23° C in the operating
temperature range)
±1.0% FS (percentage of the measurement
value at an ambient temperature of 23° C,
rated input, rated frequency, and a power
factor of 1 in the operating temperature range)
Influence of frequency
±1.0% FS (percentage of the measurement value at an ambient
temperature of 23° C, rated input, rated frequency, and a power factor of
1 in the rated frequency ±5 Hz range)
-
±1.0% FS (percentage of the measurement
value at an ambient temperature of 23° C, rated
input, rated frequency, and a power factor of 1 in
the rated frequency ±5 Hz range)
Influence of harmonics
±0.5% FS (at ambient temperature of 23°C, error for superimposed 2nd,
3rd, 5th, 7th, 9th, 11th, and 13th harmonics for a content percentage of
30% for current and 5% for voltage of the basic wave)
-
±0.5% FS (at ambient temperature of 23°C,
error for superimposed 2nd, 3rd, 5th, 7th,
9th, 11th, and 13th harmonics for a content
percentage of 30% for current and 5% for
voltage of the basic wave)
Model
Model
Ratings
Performance
12
*1. Based on JISC1111, without special CT error, at ambient temperature of 23° C, rated input, and rated frequency. Applicable to 2nd, 3rd, 5th, 7th, 9th, 11th, and 13th harmonics.
*2. Power factor formula: Power factor = Active power/Apparent power
*3. The set value may change when the protocol is changed to Modbus. Check the set values if you change the DIP switch settings.
Apparent power = (Active power)2 + (Reactive power)2
Item
Master Unit Slave Unit
KM1-PMU2A-FLK
(Dual Power Systems)
KM1-PMU1A-FLK
(Single Power System)
KM1-EMU8A-FLK
(Pulses/Temperatures) KE1-CTD8E (CT Extension Unit)
Low-cut current set value 0.1% to 19.9% of rated input in 0.1% increments -
0.1% to 19.9% of rated input in
0.1% increments
Sampling cycle 100 ms for measurement voltage at 50 Hz and 83.3 ms for measurement
voltage at 60 Hz 100 ms
100 ms for measurement voltage at 50 Hz and
83.3 ms for measurement voltage at 60 Hz
Insulation resistance Insulation resistance: 20 M (at 500 VDC)
Dielectric strength
All models: Locations to which 2,000 V was applied for one minute: Between all terminals and case
KM1-PMU1A-FLK: Between the power supply terminals and RS-485/USB/transistor output
Between the power supply terminals and current/voltage input
Between current/voltage input and RS-485/USB/transistor outputs
KM1-PMU2A-FLK: Between the power supply terminals and RS-485/USB/transistor outputs
Between the power supply terminals and current/voltage input
Between current/voltage inputs and RS-485/USB/transistor outputs
Between current/voltage input 1 and voltage input 2
KM1-EMU8A-FLK: Between power supply terminals, temperature input, and RS-485/USB/transistor outputs
KE1-CTD8E: Between current inputs and USB/relay outputs
Vibration resistance Single-amplitude: 0.35 mm, Acceleration: 50 m/s2
Vibration: 10 to 55 Hz, 10 sweeps of 5 minutes each along 3 axes
Shock resistance 150 m/s2, 3 times each in 6 directions (up/down, left/right, forward/backward)
Weight 230 g
Memory backup No. of writes to non-volatile memory: 1,000,000 times
Event inputs
Number of inputs -7-
No-voltage inputs -
ON current: 15 mA max.,
ON residual voltage: 8 V max.,
OFF leakage current: 1.5 mA max.
-
Voltage input -
High level: 4.75 to 30 VDC
Low level: 0 to 2 VDC
Input impedance: Approx. 2 kW
-
Minimum input time -5ms -
Temperature
inputs
Thermistor inputs -1-
Applicable thermistor -
E52-THE5A
Color code (blue): −50 to 50° C
Color code (black): 0 to 100° C
-
Combinations Capable of supporting 7 event inputs and 1 temperature input when
linked with the KM1-EMU8A-FLK. -
Transistor
outputs
Number of outputs Three open collectors (OUT1, OUT2, OUT3) and common -
Output capacity 30 VDC, 30 mA -
ON residual voltage 1.2 V max. -
OFF leakage current 100 µA max. -
Total power consumption
pulse output
Outputs one pulse when the power consumption reaches the set pulse output unit
(1, 10, 100, 1k, 2k, 5k, 10k, 20k, 50k, 100k W/h). -
Alarm output Outputs an alarm based on the set alarm output threshold. -
Recovery method Automatic recovery only -
Relay output
Number of outputs -One NO contact (OUT1)
Rated load -
Resistance load, 125 VAC, 3 A; 30 VDC, 3 A
Mechanical life
expectancy
-5,000,000 times min.
Electrical life
expectancy
-
200,000 times min. (rated load
switching frequency: 1,800 times/h)
Failure rate P level -
5 VDC, 10 mA (at a switching
frequency of 120 times/min)
Alarm output -
Turns output ON or OFF based on
the alarm set value.
Recovery method -Automatic recovery only
RS-485
Protocols Communications protocol setting: Compoway/F or Modbus
Sync method Start-stop
Node number setting CompoWay/F: 0 to 99, Modbus:1 to 99
When a switch operation is performed to set the protocol to Modbus when the node number is set to 0, the node number is automatically changed to 1.
Baud rate 9,600 bps, 19,200 bps, or 38,400 bps
Transmission code CompoWay/F: ASCII, Modbus: Binary
Data length *3 CompoWay/F: 7 bits, 8 bits; Modbus: 8 bits
Stop bits *3 CompoWay/F: 1 bits or 2 bits; Modbus: 1 bit with priority, 2 bits without priority
Parity Even, odd, or none
Maximum transmission
distance 500 m
Maximum number of nodes
CompoWay/F: 31, Modbus: 99
Communication items Refer to the relevant communications specications manuals.
USB USB 1.1 compatible
Memory retention for power interruptions Parameter data
Total power consumption (Saved to internal memory every 5 minutes.)
Number of link connector insertions/removals
25 times
Model
Performance
Multi-circuit Smart Power Monitor KM1
13
Conguration Installed separately
In-panel (penetration type)
Item Model KM20-CTF-5A KM20-CTF-50A
KM20-CTF-100A KM20-CTF-200A KM20-CTF-400A KM20-CTF-600A KM20-CTB-5A/50A
Rated primary current 5 A 50 A 100 A 200 A 400 A 600 A 5 A/50 A
Rated secondary current
1.67 mA 1.67 mA 33.3 mA 66.7 mA 66.7 mA 66.7 mA 1.67 mA/16.7 mA
Secondary winding 3,000 turns 6,000 turns 9,000 turns 3,000 turns
Applicable frequency 10 Hz to 5 kHz
Insulation resistance Between output terminals and case: 50 MW min. (at 500 VDC)
Dielectric strength Between output terminals and case: 2,000 VAC for 1 minute
Protective element 7.5-V clamp element
Allowable number of
connections/disconnections
100 times
Applicable wire diameter
*
7.9 mm max. 9.5 mm max. 14.5 mm max. 24.0 mm max. 35.5 mm max. 8.4 mm max.
Operating temperature
and humidity ranges −20 to 60° C, 85% max. (with no condensation)
Storage temperature
and humidity ranges −30 to 65° C, 85% max. (with no condensation)
Item Specication
Communications • Remote I/O communications (I/O assignment settings with simple assignment settings or the Congurator)
• Message communications
Connection conguration
Can be a combination of multidrops and T-branching (for both main and branch lines).
Baud rate 500, 250, or 125 kbps (automatically detected)
Rated primary current 5 dedicated lines (2 signal lines, 2 power lines, and 1 shield)
Communications
distance
Baud rate Maximum network length Branch line length Total for all branch lines
500 kbps 100 m max. (100 m max.) 6 m max. 39 m max.
250 kbps 250 m max. (100 m max.) 6 m max. 78 m max.
125 kbps 500 m max. (100 m max.) 6 m max. 156 m max.
Numbers in parentheses are the lengths for thin cable.
Note: Operate the Special CTs at a low voltage of 600 V or less.
* If you use a flat cable, select the cable based on the dimensions of the CT.
Current Transformer (CT) Cable
Special CTs
Current Transformer (CT) Cable
Note: Either use the CT Cable specied by OMRON or use 1.25-B3A crimp terminals and AWG22 wire from
J.S.T. Mfg. Co., Ltd.
Model KM20-CTF-CB3
Cable length 3 m
DeviceNet Communications Unit (KE1-DRT-FLK)
• DeviceNet Communications Specications
Performance
Specifications
14
Dimensions (Unit: mm)
Separate Current Transformers (CTs)
33 39
41.3
3
25.3
40
KM20-CTF-5AKM20-CTF-50AKM20-CTF-100A
22.9
28.9
3
25.5
40.5
48
44.9
55.9
35.5
6
75.7
52.5
KM20-CTF-200A
3
30.5
53.7
46
29.4
37.4
Smart Power Monitors
96 110
19.2
102
45
Two, 4.3 dia.
90
KM1-PMU1A-FLK/PMU2A-FLK/EMU8A-FLK/KE1-CTD8E KE1-DRT-FLK
9.05
8.4
27.6
52.8
49
38.6
12.95
VCTF 0.3×2
V1.25-N3A
V1.25- B3A
30±5
3000±100
50±5
CT end
Power
Monitor
end
62.5
73.5
92.5
6
35.5
54
KM20-CTF-400A/600A KM20-CTB-5A/50A
In-panel CT, penetration type
CT Cable
KM20-CTF-CB3 (Special CT cable)
96 110
19.2
102
45
Two, 4.3 dia.
90
5.57
7.9 7.4
10 R5
R8
CT Hole Dimensions
CT Hole Dimensions CT Hole Dimensions
CT Hole Dimensions CT Hole Dimensions
7.5
9.5 8.5
10 R5
R7.5
11 R8
R9
14.5
16
14.2
R10
24
24
R8
R18.5
37
35.5
R13
Multi-circuit Smart Power Monitor KM1
15
KM1
N E W
Your Energy Usage
Multi-circuit Smart
Power Monitor
Visualize, Monitor, and Analyze
Authorized Distributor:
In the interest of product improvement,
specifications are subject to change without notice.
Cat. No. N170-E1-01 0712
© OMRON Corporation 2012 All Rights Reserved.
OMRON Corporation Industrial Automation Company
OMRON ELECTRONICS LLC
One Commerce Drive Schaumburg,
IL 60173-5302 U.S.A.
Tel: (1) 847-843-7900/Fax: (1) 847-843-7787
Regional Headquarters
OMRON EUROPE B.V.
Wegalaan 67-69-2132 JD Hoofddorp
The Netherlands
Tel: (31)2356-81-300/Fax: (31)2356-81-388
Contact: www.ia.omron.com
Tokyo, JAPAN
OMRON ASIA PACIFIC PTE. LTD.
No. 438A Alexandra Road # 05-05/08 (Lobby 2),
Alexandra Technopark,
Singapore 119967
Tel: (65) 6835-3011/Fax: (65) 6835-2711
OMRON (CHINA) CO., LTD.
Room 2211, Bank of China Tower,
200 Yin Cheng Zhong Road,
PuDong New Area, Shanghai, 200120, China
Tel: (86) 21-5037-2222/Fax: (86) 21-5037-2200
New Ways to Uncover Power Savings
Measure Multiple Distribution
Panels at the Same Time
CSM_8_1_0514
Mouser Electronics
Authorized Distributor
Click to View Pricing, Inventory, Delivery & Lifecycle Information:
Omron:
K3SC-10 AC/DC24