Reactive
Power
Management
Solutions
Electrical way of saving
Automation Catalogue
The Fundamentals
Reactive Power Management Solutions
Defining a power factor controller in simple terms
A power factor controller is an automation device which allows
power distrubution system to operate at its maximum
efficiency with reducing reactive power. This control process
reduces the load requirement on the energy generation and
transmission supply system.
Which actions are executed?
Switching capacitors and
shunt reactors in order to
compensate your system.
Learning voltage-current
connections and correcting
them when wrong
connecting is detected.
Estimating exact step
powers thanks to dynamic
step monitoring feature.
Measuring Phasor
analyzing
Metering
Communicating
Alarming
Harmonic monitoring
Compensation
Data logging
Dynamic capacitor monitoring Learning
Displaying switching cycles
and connection times
for capacitors and shunt
reactors.
Displaying Switching Cycles
Activating target-2 cosØ
Activating target-2 cosØ, which is required by generators
to work their maximum efficiency thanks to generator
input.
Provides highly accurate measuring for main electrical
parameters and energy metering solutions for your
electrical network.
All the data which are
being measured or kept
in its memory, can be
transmitted to remote
monitoring system thanks
to modbus communication.
It offers 3-phase energy and
power measurement with
data logging such as min/
max/avg values, energy
values, demand values etc.
with date and time.
Low/high limit thresholds
for all paramaters can be
defined so load management is possible by means of
alarm relay outputs.
Benef its and Advantages
l Current inputs can withstand surges up to 100 A
for 1 second
l State of the art technology; moduler design, no
connector cables, no fixing screws inside
l Multiple compensation modes
l Capacitors and shunt reactors can be connected
to each step
l Mono phase and 3 phase compensation
l Dynamic capacitor monitoring
l Learning connections and step powers
l Display of switching cycle for each step
l Display of connection time for each step
l Multi-language support
Layout & Mounting
Klemsan power factor devices are suitable for panel mounting for 96x96mm
or 144x144mm standarts.
In dept-analysis of individual current and voltage
harmonics in order to increase network quality.
Detailed analyze of phase relationships between current
and voltage lines thanks to phasor diagram feature.
l Medium voltage modular cabinets
l Submetering station
l PLC-Scada applications
l Electric power plants and substations
l Electric utilities
l Enery meter applications
l Infrastructure
l Alarm station
l IT centres
l High-rise buildings
Step Outputs
LCD screen
Current
Measurement
Inputs
Which markets are they used frequently?
Automation Catalogue
l Adjustable phase difference angle
l Energy meters
l Harmonic measurement up to 51st
l Programmable alarm output
l Modbus communication
l Real time clock
l Connection to current transformer x/1 A or x/5 A
l High measurement accuracy according to IEC
standarts
l Easy configuration with integrated push buttons
l High level of Electromagnetic compatibility
(EMC) i.e. maximum immunity to interferences
l Self-Extinguishing plastic housing
Voltage
Measurement
Inputs
Mode Input
(Generator or
Day/Night)
RS485
Communication
Alarm Relay
Outputs
Buttons
RAPIDUS 231R-E Power Factor Controller
Applications
Reactive Power Management Solutions
Data Centers, UPS system
POWER
FACTOR
CONTROLLER
RAPIDUS Series
Rapidus reactive controller provides
two way compensation with
controlling capacitors and shunt
reactors. Thus, it presents perfect
solution for the places where the
load is capacitive, such as data
centers, mining areas, UPS system,
energy transmission lines etc.
Dynamic Capacitor Monitoring(DCM)
DCM is a supreme function in
Rapidus which enables the user
to make pro-active maintenance
for compensation cabinets.
DCM tracks the real time KVAR
values of each step and uses
the measured KVAR value in
compensation
calculations.
Reducing Energy Loses
In standart compensation
cabinets, there are always a
multimeter or an analyzer to be associated with a power factor controller.
Rapidus, as a two-in-one device meets both requirements of the industry.
Users can reduce analyzer, wiring and labor costs by not using an external
energy analyzer.
POWER
FACTOR
CONTROLLER
RAPIDUS Series
Depending on the different
electrical tariffs in different
countries, the cost of electricity can
be reduced by balancing reactive
energy or elemination of reactive
penalty payments.
Automation Catalogue
Steel Process Plants
Disconnection of capacitors can be
provided by using alarm relay outputs
of Rapidus. So undesired voltage
levels in compensation panels and
subsequent switchgear damages
can be prevented before it is too late.
Industrial Plants
POWER
FACTOR
CONTROLLER
RAPIDUS Series
Limiting energy losses by Joule effect,
increasing available active power to
use better kW/KVA ratio, reducing
level of system noises.
Reduction of the Electricity Bill
Energy Metering Applications
POWER
FACTOR
CONTROLLER
RAPIDUS Series
POWER
FACTOR
CONTROLLER
RAPIDUS Series
Low power factor problems which
are occured in industrial facilities
such as overloaded cables and transformers, reduced voltage level,
poor quality motor performance, utility penalty payments etc. can be
eliminated with proper analysis by a power factor contoller.
Contactor, Capacitor and Shunt Reactor Maintenance
POWER
FACTOR
CONTROLLER
RAPIDUS Series
POWER
FACTOR
CONTROLLER
RAPIDUS Series
POWER
FACTOR
CONTROLLER
RAPIDUS Series
Monitoring switching cycles and
operation times for capacitors and
shunt reactors helps you to understand how long they are used and
how many times they are switched. Plus, DCM feature calculates exact
step powers. So it is easy to define maintenance schedules for your
compensation panels.
Alarm Control Applications
All necessary parameters such
as voltage, current, frequency,
temperature, step powers, Q/P
ratios, harmonics etc. can be
assigned to an alarm relay in order
to provide system reliability and
durability.
POWER
FACTOR
CONTROLLER
RAPIDUS Series
Selection
Selection
& Ordering
& Ordering
Guide
Guide
Type
Type
Type
RAPIDUS 231R-E
RAPIDUS 231R-E
RAPIDUS 231R-E
RAPIDUS 211R
RAPIDUS 211R
RAPIDUS 211R
Definiton
Definiton
Def initon
Power Factor Controller
Power Factor
(3Ø-12steps)
Controller
Power Factor
(3Ø-12steps)
Controller (3Ø-12steps)
Power Factor Controller
Power Factor
(1Ø-12steps)
Controller
Power Factor
(1Ø-12steps)
Controller (1Ø-12steps)
Order Number Order Number Order Number
606005
606005
606005
606011
606011
606011
Measuring system
Measuring system
Measuring 3Ø
system
3Ø
3Ø
1Ø
1Ø
1Ø
LCD Sreen
LCD Sreen
LCD Sreen Available
Available
Available
Available
Available
Available
Language Support
Language Support
Language Support
Turkish, English, Turkish,
Russian English,Turkish,
RussianEnglish, Russian
Turkish, English, Turkish,
Russian English,Turkish,
RussianEnglish, Russian
Battery
Battery
Battery Available
Available
Available
Available
Available
Available
Real Time Clock Real Time Clock Real Time Clock
Available
Available
Available
Available
Available
Available
Password Protection
Password Protection
Password Protection
Available
Available
Available
Available
Available
Available
Current Transformer
Current
Ratio
Transformer
Current
Ratio
Transformer
1-5000 Ratio 1-5000
1-5000
1-5000
1-5000
1-5000
Voltage Transformer
Voltage
Ratio
Transformer
Voltage
Ratio
Transformer
1-5000 Ratio 1-5000
1-5000
1-5000
1-5000
1-5000
General
General
General
Demand Period Demand Period Demand Period
1-60 minutes adjustable
1-60 minutes adjustable
1-60 minutes adjustable
1-60 minutes adjustable
1-60 minutes adjustable
1-60 minutes adjustable
Connection TypeConnection TypeConnection3P4W
Type
3P4W
3P4W
Single phase(L-L Single
or L-N)phase(L-L
voltage connection
Single
or L-N)phase(L-L
voltage
withconnection
1orCT
L-N) voltage
withconnection
1 CT
with 1 CT
Measurement in Measurement
Quadrants inMeasurement
Quadrants4 in Quadrants4
4
4
4
4
Number of Measurement
Number of
in Measurement
a period
Number ofin512
Measurement
a period
in512
a period
512
512
512
512
LCD/Display Refresh
LCD/Display
Period Refresh
LCD/Display
Period1 sec
Refresh Period1 sec
1 sec
1 sec
1 sec
1 sec
Networks
Networks
Networks TT, TN, IT
TT, TN, IT
TT, TN, IT
TT, TN, IT
TT, TN, IT
TT, TN, IT
Phasor Diagram Phasor DiagramPhasor Diagram
Available
Available
Available
Available
Available
Available
Signal WaveformsSignal Waveforms
Signal Waveforms
Min/Max/Demand
Min/Max/Demand
Values
Min/Max/Demand
Values AvailableValues Available
Available
Available
Available
Available
Rapidus (Intelligent
Rapidus (Intelligent
Rapidus (Intelligent
Available
Available
Available
Available
Available
Available
control mode) control mode) control mode)
SequentialCompensation
Sequential
Available Sequential
Available
Available
Available
Available
Available
Compensation Compensation
Linear
Available
Available
Available
Available
Modes
Modes
ModesLinearAvailable LinearAvailable
Circular
Circular
Available Circular
Available
Available
Available
Available
Available
Manual
Manual
Available Manual
Available
Available
Available
Available
Available
Manually Assign Manually
Available
AssignManually
Available
Assign
Available
Available
Available
Available
Predefined
Predefined
1-1-1-1, 1-1-2-2,
Predef1-2-2-4,
1-1-1-1,
ined 1-2-3-3,
1-1-2-2,1-1-1-1,
1-2-4-4,
1-2-2-4,1-1-2-2,
1-1-2-4,
1-2-3-3,1-2-2-4,
1-2-3-4,
1-2-4-4,1-2-3-3,
1-2-4-8,
1-1-2-4,1-2-4-4,
1-1-2-3
1-2-3-4,1-1-2-4,
1-2-4-8,
1-1-1-1,
1-2-3-4,
1-1-2-3
1-1-2-2,
1-2-4-8,
1-2-2-4,
1-1-1-1,
1-1-2-3
1-2-3-3,
1-1-2-2,1-1-1-1,
1-2-4-4,
1-2-2-4,1-1-2-2,
1-1-2-4,
1-2-3-3,1-2-2-4,
1-2-3-4,
1-2-4-4,1-2-3-3,
1-2-4-8,
1-1-2-4,1-2-4-4,
1-1-2-3
1-2-3-4,1-1-2-4,
1-2-4-8,1-2-3-4,
1-1-2-3 1-2-4-8, 1-1-2-3
DCM
DCM Available DCM Available
Available
Available
Available
Available
Step Configurations
Step Configurations
Fixed Step Step Conf
Fixedigurations
Step
Fixed Step
Available
Available
Available
Available
Available
Available
Assigment
Assigment
Assigment
Power(kVAr)
Power(kVAr)
0.00-1000 adjustable
Power(kVAr)
0.00-1000 adjustable
0.00-1000 adjustable
0.00-1000 adjustable
0.00-1000 adjustable
0.00-1000 adjustable
Control Operations
Control
andOperations
Control
andOperations and
Type
Type 3Ø capacitor,3Ø
Type 3Ø
shunt
capacitor,3Ø
reactor,1Ø3Ø
shunt
capacitor
capacitor,3Ø
reactor,1Ø
or 1Øshunt
shunt
capacitor
reactor,1Ø
reactor
or 1Ø
adjustable
capacitor
shunt reactor
or 1Ø
3Ø
adjustable
shunt
capacitor,
reactor
3Ø3Ø
shunt
adjustable
capacitor,
reactor3Ø
adjustable
3Ø
shunt
capacitor,
reactor3Ø
adjustable
shunt reactor adjustable
Functions
Functions
Functions
0.8cap.
1 cosØto 0.8ind.
Target0.8cap.
adjustable
1 cosØto 0.8ind.0.8cap.
adjustable
to 0.8ind. adjustable
0.8cap. to 0.8ind.0.8cap.
adjustable
to 0.8ind.0.8cap.
adjustable
to 0.8ind. adjustable
Power factor PowerTarget
factor1 cosØ
PowerTarget
factor
settings
settings
settings
Target 2 cosØ
Target0.8cap.
2 cosØto 0.8ind.
Target0.8cap.
adjustable
2 cosØto 0.8ind.0.8cap.
adjustable
to 0.8ind. adjustable
0.8cap. to 0.8ind.0.8cap.
adjustable
to 0.8ind.0.8cap.
adjustable
to 0.8ind. adjustable
Learning Step Powers
Learning
andStep
Connections
Powers
Learning
andStep
Connections
Available
Powers and Connections
Available
Available
Available
Available
Available
Dual cosØ targetDual cosØ targetDual cosØ target
Available
Available
Available
Available
Available
Available
4 Quadrant operation
4 Quadrant
for generators
operation
4 Quadrant
for generators
Available
operation for generators
Available
Available
Available
Available
Available
Step activation time
Step activation
1-600 sec adjustable
time
Step activation
1-600 sec time
adjustable
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
Step deactivationStep deactivation
Step deactivation
Time delays
Time delays Time delays1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
time
time
time
Step discharge time
Step discharge
3-1000 sectime
Step
adjustable
discharge
3-1000 sectime
adjustable
3-1000 sec adjustable
3-1000 sec adjustable
3-1000 sec adjustable
3-1000 sec adjustable
Phase shift anglePhase shift anglePhase shift±45
angle
degree adjustable
±45 degree adjustable
±45 degree adjustable
±45 degree adjustable
±45 degree adjustable
±45 degree adjustable
Averaging time Averaging time Averaging Off,
time5sec, 10sec, 20sec,
Off, 5sec,
30sec,
10sec,
40sec,
Off,
20sec,
5sec,
50sec,
30sec,
10sec,
60sec
40sec,
20sec,
adjustable
50sec,
30sec,
60sec
40sec,
adjustable
50sec, 60sec
Off,adjustable
5sec, 10sec, 20sec,
Off, 5sec,
30sec,
10sec,
40sec,
Off,
20sec,
5sec,
50sec,
30sec,
10sec,
60sec
40sec,
20sec,
adjustable
50sec,
30sec,
60sec
40sec,
adjustable
50sec, 60sec adjustable
Number of TariffsNumber of TariffsNumber of1Tariffs
1
1
1
1
1
Multi Sub-Tariffs(Peak,
Multi Sub-Tariffs(Peak,
Day and Off-Peak)
Multi Sub-Tariffs(Peak,
Day-and Off-Peak)
Day and
- Off-Peak) Energy Meters Energy Meters Energy
Meters
1Ø Phase
Energy1Ø
Meter
Phase Energy1Ø
Meter
Phase Energy
Meter 3Ø Phase Energy3Ø
Meters
Phase Energy3Ø
Meters
Phase Energy
Available
Meters Available
Available
Available
Available
Available
4 Quadrant Reactive
4 Quadrant
Energy Reactive
Meters
4 Quadrant
Energy- Reactive
Meters Energy- Meters
Measurement Range
Measurement Range
Measurement
10mA-6A
RangeAC 10mA-6A AC 10mA-6A AC
10mA-6A AC 10mA-6A AC 10mA-6A AC
Overvoltage Category
Overvoltage Category
Overvoltage
300
Category
V Cat II
300 V Cat II
300 V Cat II
300 V Cat II
300 V Cat II
300 V Cat II
Measurement Surge
Measurement
Voltage Surge
Measurement
Voltage
2 kVSurge Voltage2 kV
2 kV
2 kV
2 kV
2 kV
Current Measurement
CurrentInput
Measurement
CurrentInput
Measurement Input
Power Consumption
Power Consumption
Power Consumption
<0.2 VA
<0.2 VA
<0.2 VA
<0.2 VA
<0.2 VA
<0.2 VA
intermittent overload
intermittent overload
intermittent
100A
overload
for 1 sec 100A for 1 sec 100A for 1 sec
100A for 1 sec 100A for 1 sec 100A for 1 sec
Sampling Freq.between
Sampling
45-65
Freq.between
HzSampling45-65
Freq.between
25,6Hz
kHz
45-65
25,6HzkHz
25,6 kHz
25,6 kHz
25,6 kHz
25,6 kHz
Overvoltage Category
Overvoltage Category
Overvoltage
300
Category
V Cat III
300 V Cat III
300 V Cat III
300 V Cat III
300 V Cat III
300 V Cat III
Measured RangeMeasured
L-N
RangeMeasured
L-N
Range
95-272L-N
VAC ±10%95-272 VAC ±10%
95-272 VAC ±10%
95-410VAC ±10%95-410VAC ±10%
95-410VAC ±10%
Measured RangeMeasured
L-L
RangeMeasured
L-L
Range
164-471
L-LVAC ±10%
164-471 VAC ±10%
164-471 VAC ±10%
95-410VAC ±10%95-410VAC ±10%
95-410VAC ±10%
Voltage Measurement
VoltageInput
Measurement
VoltageInput
Measurement Input
Measured Frequency
Measured
RangeFrequency
Measured
Range
Frequency
45-65 Hz Range45-65 Hz
45-65 Hz
45-65 Hz
45-65 Hz
45-65 Hz
Power Consumption
Power Consumption
Power Consumption
<0.1 VA
<0.1 VA
<0.1 VA
<0.1 VA
<0.1 VA
<0.1 VA
Sampling Freq.between
Sampling
45-65
Freq.between
HzSampling45-65
Freq.between
25,6Hz
kHz
45-65
25,6HzkHz
25,6 kHz
25,6 kHz
25,6 kHz
25,6 kHz
Harmonics / current
Harmonics
and voltage
/ current
Harmonics
and voltage
Upto
/ current
51stand voltage
Upto 51st
Upto 51st
Upto 51st
Upto 51st
Upto 51st
Power Quality Measurements
Power Quality Measurements
Power
QualityinMeasurements
THD-Voltage
%THD-Voltage in %
THD-Voltage
Available
in %
Available
Available
Available
Available
Available
THD-Current in %THD-Current in %
THD-Current
Available
in %
Available
Available
Available
Available
Available
Automation
Automation
Catalogue
Catalogue
Reactive
Reactive
PowerPower
Management
Management
Solutions
Solutions
RAPIDUS 232R-E
RAPIDUS 232R-E
RAPIDUS 232R-E
RAPIDUS 212R
RAPIDUS 212R
RAPIDUS 212R
RAPIDUS 218R
RAPIDUS 218R
RAPIDUS 218R
Power Factor Controller
Power Factor
(3Ø-24steps)
Controller
Power Factor
(3Ø-24steps)
Controller (3Ø-24steps)
606007
606007
606007
3Ø
3Ø
3Ø
Available
Available
Available
Turkish, English, Turkish,
Russian English,Turkish,
RussianEnglish, Russian
Available
Available
Available
Available
Available
Available
Available
Available
Available
1-5000
1-5000
1-5000
1-5000
1-5000
1-5000
1-60 minutes adjustable
1-60 minutes adjustable
1-60 minutes adjustable
3P4W
3P4W
3P4W
4
4
4
512
512
512
1 sec
1 sec
1 sec
TT, TN, IT
TT, TN, IT
TT, TN, IT
Available
Available
Available
Available
Available
Available
Power Factor Controller
Power Factor
(1Ø-24steps)
Controller
Power Factor
(1Ø-24steps)
Controller (1Ø-24steps)
Power Factor Controller
Power Factor
(1Ø-8steps)
Controller
Power Factor
(1Ø-8steps)
Controller (1Ø-8steps)
606014
606014
606014
606021
606021
606021
1Ø
1Ø
1Ø
1Ø
1Ø
1Ø
Available
Available
Available
Available
Available
Available
Turkish, English, Turkish,
Russian English,Turkish,
RussianEnglish, Russian
Turkish, English, Turkish,
Russian English,Turkish,
RussianEnglish, Russian
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
1-5000
1-5000
1-5000
1-5000
1-5000
1-5000
1-5000
1-5000
1-5000
1-5000
1-5000
1-5000
1-60 minutes adjustable
1-60 minutes adjustable
1-60 minutes adjustable
1-60 minutes adjustable
1-60 minutes adjustable
1-60 minutes adjustable
Single phase(L-L Single
or L-N)phase(L-L
voltage connection
Single
or L-N)phase(L-L
voltage
withconnection
1orCT
L-N) voltage
withconnection
1 CT
with
Single
1 CTphase(L-L Single
or L-N)phase(L-L
voltage connection
Single
or L-N)phase(L-L
voltage
withconnection
1orCT
L-N) voltage
withconnection
1 CT
with 1 CT
4
4
4
4
4
4
512
512
512
512
512
512
1 sec
1 sec
1 sec
1 sec
1 sec
1 sec
TT, TN, IT
TT, TN, IT
TT, TN, IT
TT, TN, IT
TT, TN, IT
TT, TN, IT
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
1-1-1-1, 1-1-2-2, 1-2-2-4,
1-1-1-1, 1-2-3-3,
1-1-2-2,1-1-1-1,
1-2-4-4,
1-2-2-4,1-1-2-2,
1-1-2-4,
1-2-3-3,1-2-2-4,
1-2-3-4,
1-2-4-4,1-2-3-3,
1-2-4-8,
1-1-2-4,1-2-4-4,
1-1-2-3
1-2-3-4,1-1-2-4,
1-2-4-8,
1-1-1-1,
1-2-3-4,
1-1-2-3
1-1-2-2,
1-2-4-8,
1-2-2-4,
1-1-1-1,
1-1-2-3
1-2-3-3,
1-1-2-2,1-1-1-1,
1-2-4-4,
1-2-2-4,1-1-2-2,
1-1-2-4,
1-2-3-3,1-2-2-4,
1-2-3-4,
1-2-4-4,1-2-3-3,
1-2-4-8,
1-1-2-4,1-2-4-4,
1-1-2-3
1-2-3-4,1-1-2-4,
1-2-4-8,
1-1-1-1,
1-2-3-4,
1-1-2-3
1-1-2-2,
1-2-4-8,
1-2-2-4,
1-1-1-1,
1-1-2-3
1-2-3-3,
1-1-2-2,1-1-1-1,
1-2-4-4,
1-2-2-4,1-1-2-2,
1-1-2-4,
1-2-3-3,1-2-2-4,
1-2-3-4,
1-2-4-4,1-2-3-3,
1-2-4-8,
1-1-2-4,1-2-4-4,
1-1-2-3
1-2-3-4,1-1-2-4,
1-2-4-8,1-2-3-4,
1-1-2-3 1-2-4-8, 1-1-2-3
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
0.00-1000 adjustable
0.00-1000 adjustable
0.00-1000 adjustable
0.00-1000 adjustable
0.00-1000 adjustable
0.00-1000 adjustable
3Ø capacitor,3Ø 3Ø
shunt
capacitor,3Ø
reactor,1Ø3Ø
shunt
capacitor
capacitor,3Ø
reactor,1Ø
or 1Øshunt
shunt
capacitor
reactor,1Ø
reactor
or 1Ø
adjustable
capacitor
shunt reactor
or 1Ø
3Ø
adjustable
shunt
capacitor,
reactor
3Ø3Ø
shunt
adjustable
capacitor,
reactor3Ø
adjustable
3Ø
shunt
capacitor,
reactor3Ø
adjustable
shunt reactor adjustable
0.8cap. to 0.8ind.0.8cap.
adjustable
to 0.8ind.0.8cap.
adjustable
to 0.8ind. adjustable
0.8cap. to 0.8ind.0.8cap.
adjustable
to 0.8ind.0.8cap.
adjustable
to 0.8ind. adjustable
0.8cap. to 0.8ind.0.8cap.
adjustable
to 0.8ind.0.8cap.
adjustable
to 0.8ind. adjustable
0.8cap. to 0.8ind.0.8cap.
adjustable
to 0.8ind.0.8cap.
adjustable
to 0.8ind. adjustable
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
0.00-1000 adjustable
0.00-1000 adjustable
0.00-1000 adjustable
3Ø capacitor, 3Ø3Ø
shunt
capacitor,
reactor3Ø
adjustable
3Ø
shunt
capacitor,
reactor3Ø
adjustable
shunt reactor adjustable
0.8cap. to 0.8ind.0.8cap.
adjustable
to 0.8ind.0.8cap.
adjustable
to 0.8ind. adjustable
0.8cap. to 0.8ind.0.8cap.
adjustable
to 0.8ind.0.8cap.
adjustable
to 0.8ind. adjustable
Available
Available
Available
Available
Available
Available
Available
Available
Available
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
1-600 sec adjustable
3-1000 sec adjustable
3-1000 sec adjustable
3-1000 sec adjustable
3-1000 sec adjustable
3-1000 sec adjustable
3-1000 sec adjustable
3-1000 sec adjustable
3-1000 sec adjustable
3-1000 sec adjustable
±45 degree adjustable
±45 degree adjustable
±45 degree adjustable
±45 degree a adjustable
±45 degree a adjustable
±45 degree a adjustable
±45 degree adjustable
±45 degree adjustable
±45 degree adjustable
Off, 5sec, 10sec, 20sec,
Off, 5sec,
30sec,
10sec,
40sec,
Off,
20sec,
5sec,
50sec,
30sec,
10sec,
60sec
40sec,
20sec,
adjustable
50sec,
30sec,
60sec
40sec,
adjustable
50sec, 60sec
Off,adjustable
5sec, 10sec, 20sec,
Off, 5sec,
30sec,
10sec,
40sec,
Off,
20sec,
5sec,
50sec,
30sec,
10sec,
60sec
40sec,
20sec,
adjustable
50sec,
30sec,
60sec
40sec,
adjustable
50sec, 60sec
Off,adjustable
5sec, 10sec, 20sec,
Off, 5sec,
30sec,
10sec,
40sec,
Off,
20sec,
5sec,
50sec,
30sec,
10sec,
60sec
40sec,
20sec,
adjustable
50sec,
30sec,
60sec
40sec,
adjustable
50sec, 60sec adjustable
1
1
1
1
1
1
1
1
1
Available
Available
Available
Available
Available
Available
Available
Available
Available
10mA-6A AC 10mA-6A AC 10mA-6A AC
10mA-6A AC 10mA-6A AC 10mA-6A AC
10mA-6A AC 10mA-6A AC 10mA-6A AC
300 V Cat II
300 V Cat II
300 V Cat II
300 V Cat II
300 V Cat II
300 V Cat II
300 V Cat II
300 V Cat II
300 V Cat II
2 kV
2 kV
2 kV
2 kV
2 kV
2 kV
2 kV
2 kV
2 kV
<0.2 VA
<0.2 VA
<0.2 VA
<0.2 VA
<0.2 VA
<0.2 VA
<0.2 VA
<0.2 VA
<0.2 VA
100A for 1 sec 100A for 1 sec 100A for 1 sec
100A for 1 sec 100A for 1 sec 100A for 1 sec
100A for 1 sec 100A for 1 sec 100A for 1 sec
25,6 kHz
25,6 kHz
25,6 kHz
25,6 kHz
25,6 kHz
25,6 kHz
25,6 kHz
25,6 kHz
25,6 kHz
300 V Cat III
300 V Cat III
300 V Cat III
300 V Cat III
300 V Cat III
300 V Cat III
300 V Cat III
300 V Cat III
300 V Cat III
95-272 VAC ±10%95-272 VAC ±10%
95-272 VAC ±10%
95-410VAC ±10%95-410VAC ±10%
95-410VAC ±10%
95-410VAC ±10%95-410VAC ±10%
95-410VAC ±10%
164-471 VAC ±10%
164-471 VAC ±10%
164-471 VAC ±10%
95-410VAC ±10%95-410VAC ±10%
95-410VAC ±10%
95-410VAC ±10%95-410VAC ±10%
95-410VAC ±10%
45-65 Hz
45-65 Hz
45-65 Hz
45-65 Hz
45-65 Hz
45-65 Hz
45-65 Hz
45-65 Hz
45-65 Hz
<0.1 VA
<0.1 VA
<0.1 VA
<0.1 VA
<0.1 VA
<0.1 VA
<0.1 VA
<0.1 VA
<0.1 VA
25,6 kHz
25,6 kHz
25,6 kHz
25,6 kHz
25,6 kHz
25,6 kHz
25,6 kHz
25,6 kHz
25,6 kHz
Upto 51st
Upto 51st
Upto 51st
Upto 51st
Upto 51st
Upto 51st
Upto 51st
Upto 51st
Upto 51st
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
Available
127 127
Selection
Selection
& Ordering
& Ordering
Guide
Guide
Type
Type
ns
Type
RAPIDUS 231R-ERAPIDUS 231R-E
Reactive
Reactive
PowerPower
Management
Management
Reactive
Solutions
Reactive
Power
Solutions
Power
Management
Management
Solutions
Solutions
RAPIDUSRAPIDUS
231R-ERAPIDUS
211R RAPIDUS
231R-E
RAPIDUS
211R 231R-E
RAPIDUS 211R RAPIDUS 211R RAPIDUS
RAPIDUS
211R 232R-ERAPIDUS 232R-E
RAPIDUSRAPIDUS
232R-ERAPIDUS
212R RAPIDUS
232R-E
RAPIDUS
212R 232R-E
RAPIDUS
RAPIDUS
212R RAPIDUS
218R RAPIDUS
212R RAPIDUS
218R 212R
RAPIDUS 218R RAPIDUS 218R RAPIDUS 218R
Network Connections
Network Connections
Network Connections
La Lb
La Lb
La Lb
Single phase system
Singlewith
phase
1 CT
system with 1 CT
Schematics
ction
Schematics
La Lb La Lb La Lb La Lb
Single phase system
Single
with
phase
1 CTsystem with 1 CT
NOTE 1: L1, L2 or
NOTE
L3 can
1: L1,
be used
L2 or as
L3current
can be measurement
used as currentinput.
measurement
L1 is
input. L1 is
used in this figure.
used in this f igure.
4 wires with 3 CTs
4 wires with 3 CTs
NOTE
L3-N,
2: L1-N,
L1-L2,
L2-N,
L1-L3
L3-N,
or L2-L3
L1-L2,can
L1-L3
beor
used
L2-L3
as voltage
can be used as voltage
NOTE 2: L1-N, L2-N,
measurement input.
measurement
L3-N is used
input.
in this
L3-Nfigure.
is used in this f igure.
4 wires with 3 CTs
4 wires with 3 CTs
La Lb
La Lb
Single phase
Singlesystem
phase
Singlesystem
with
phase
Single
1 CT
with
system
phase
1 CT
with
system
1 CTwith 1 CT
La Lb
Single phase system
Singlewith
phase
1 CT
system with 1 CT
NOTE
L1,
orbe
L3used
can
L1,
L2 oras
current
can as
bemeasurement
used input.
asmeasurement
current
L1input.
is NOTE
L3 can
1:be
L1,used
L2 orasL3current
can bemeasurement
used as current
input.
measurement
L1 is
input. L1 is
NOTE 1: L1, L2 orNOTE
L3 can1:be
L1,used
L2 orasL3
current
can bemeasurement
used as current
input.
measurement
L1 is NOTE
input.
1:NOTE
L1,L1L2is1:orNOTE
L3L2
can
1:
L1,
L2 1:
orbe
as
L3used
current
can
beL3
measurement
used
current
L1input.
ismeasurement
L1input.
is1: L1,L1L2is orNOTE
usedf igure.
in this
figure.
used
in this figure.
used in this f igure.
used in this figure.
used in this figure.
in with
this figure.
used in this
used
in this
figure.
4used
wires
3 CTs
4 wires with 3 CTs
L3-N,
2: L1-N,
L1-L2,L2-N,
L1-L3L3-N,
or L2-L3
L1-L2,
can
L1-L3
be used
or L2-L3
as voltage
can beNOTE
used as
2:NOTE
voltage
L1-N, 2:
L2-N,
L1-N,
L3-N,
L2-N,
2: NOTE
L1-N,
L1-L2,
L3-N,
L2-N,
2:L1-L3
L1-N,
L1-L2,
L3-N,
orL2-N,
L1-L3
L2-L3
L1-L2,
L3-N,
orcan
L1-L3
L2-L3
L1-L2,
be used
or
can
L1-L3
L2-L3
be
as used
voltage
or
can
L2-L3
as
bevoltage
used
can as
beNOTE
voltage
used as
2: voltage
L1-N, L2-N,
L3-N,
2: L1-N,
L1-L2,L2-N,
L1-L3L3-N,
or L2-L3
L1-L2,can
L1-L3
be used
or L2-L3
as voltage
can be used as voltage
NOTE
NOTE 2: L1-N, L2-N,
NOTE
NOTE
measurement input.
measurement
L3-N is used
input.
in this
L3-N
figure.
is used in this figure.
measurement
measurement
input.
measurement
L3-N
input.
measurement
is used
L3-N
input.
inis this
used
L3-N
input.
f igure.
inisthis
used
L3-N
figure.
inisthis
used
figure.
in this figure.
measurement input.
measurement
L3-N is used
input.
in this
L3-N
f igure.
is used in this figure.
Schematics
Step Output Connection
Step Output Connection
Step Output Connection
NOTE1: 3Ø capacitor
NOTE1:
and 3Ø
3Øshunt
capacitor
reactor
andcan
3Øbe
shunt
usedreactor
for compensation.
can be used for
3ØNOTE1:
compensation.
3Ø capacitor
3ØNOTE1:
and 3Ø
3Ø shunt
capacitor
NOTE1:
reactor
andcan
3Ø
3Ø capacitor
shunt
be used
reactor
for
and
compensation.
3Ø
canshunt
be used
reactor
for
3Øcompensation.
can be used for3Øcompensation. 3Ø
capacitors are usedcapacitors
in this f igure.
are used in this f igure.
capacitors are usedcapacitors
in this f igure.
are used
capacitors
in this f igure.
are used in this f igure.
NOTE1: 3Ø capacitor,
NOTE1:
3Ø shunt
3Ø capacitor,
reactor, 1Ø
3Øcapacitor
shunt reactor,
and 1Ø
1Øshunt
capacitor
reactor
andcan
1Øbe
NOTE1:
shunt
usedreactor
as
3Øcompensation
capacitor,
can be
NOTE1:
used
3Ø shunt
steps
3Ø
as compensation
capacitor,
for
reactor,
RAPIDUS
NOTE1:
1Ø
3Øcapacitor
shunt
231R-E.
3Ø
steps
capacitor,
reactor,
for3Ø
and
RAPIDUS
capacitors
1Ø
3Ø
1Øshunt
shunt
capacitor
231R-E.
are
reactor
reactor,
used
3Ø
andcapacitors
can
in
1Øabove
be
shunt
capacitor
used
figure.
are
reactor
asused
and
compensation
can
1Ø
in above
shunt
be used
reactor
figure.
steps
as compensation
for
canRAPIDUS
be used steps
as
231R-E.
compensation
for3Ø
NOTE1:
RAPIDUS
capacitors
3Ø
steps
231R-E.
capacitor,
are
forused
3Ø
RAPIDUS
NOTE1:
capacitors
3Ø
in above
shunt
3Ø
231R-E.
capacitor,
reactor,
figure.
are 3Ø
used
capacitors
1Ø
3Ø
in capacitor
above
shuntare
figure.
reactor,
and
used1Ø
in
1Øshunt
above
capacitor
reactor
f igure.
andcan
1Øbe
NOTE1:
shunt
usedreactor
as
3Øcompensation
capacitor,
can NOTE1:
be used
3Ø shunt
steps
3Ø
as compensation
capacitor,
for
reactor,
RAPIDUS
NOTE1:
1Ø
3Øcapacitor
shunt
232R-E.
3Ø
steps
capacitor,
reactor,
for3Ø
and
RAPIDUS
capacitors
1Ø
3Ø
1Øshunt
shunt
capacitor
232R-E.
are
reactor
reactor,
used
3Ø
andcapacitors
can
in
1Øabove
be
shunt
capacitor
used
figure.
are
reactor
asused
and
compensation
can
1Ø
inNOTE2:
above
shunt
be used
reactor
figure.
steps
as compensation
for
can
RAPIDUS
be
used
steps
as
232R-E.
compensation
for
3Ø
RAPIDUS
capacitors
232R-E.
are
forused
3Ø
RAPIDUS
capacitors
in above
232R-E.
fare
igure.
3Ø
used
in NOTE2:
above
are
figure.
used
in above
figure.
Alarm
ouputs
NOTE2:
can be
Alarm
used
ouputs
for
compensation
cansteps
be used
as
forwell.
compensation
So
totally
10
ascapacitors
pcs.(8+2)
well.
So totally
Alarm
10 ouputs
pcs.(8+2)
NOTE2:
can
Alarm
be used
ouputs
for
NOTE2:
compensation
canAlarm
be used
ouputs
for
as well.
compensation
canSo
betotally
used for
10
as compensation
well.
pcs.(8+2)
So totally as
10well.
pcs.(8+2)
So totally 10 pcs.(8+2)
. capacitors
. in3Ø3Ø
.andcan
igure.
NOTE2: 3Ø capacitor
NOTE2:
and 3Ø
3Øshunt
capacitor
reactor
andcan
3Øbe
shunt
usedreactor
as compensation
can be usedsteps
as compensation
for
NOTE2:
RAPIDUS
3Ø capacitor
211R.
stepsNOTE2:
3Ø
forand
capacitors
RAPIDUS
3Ø
3Øshunt
capacitor
211R.
arereactor
NOTE2:
used
3Øand
capacitors
incan
3Ø
above
be
shunt
capacitor
used
figure
arereactor
used
as.and
compensation
incan
3Ø
above
shunt
be used
figure
reactor
steps
as. compensation
for
canRAPIDUS
be used steps
as
211R.
compensation
for
3ØRAPIDUS
capacitors
steps
211R.
arefor
used
3ØRAPIDUS
capacitors
in above
211R.
figure
are
NOTE2:
3Ø
used
in
3Øabove
capacitor
are
figure
NOTE2:
used
and
above
shunt
capacitor
f igure
reactor
3Øbe
shunt
usedreactor
as compensation
can be usedsteps
as compensation
for
NOTE2:
RAPIDUS
3Ø capacitor
212R.
stepsNOTE2:
3Ø
forand
capacitors
RAPIDUS
3Ø
3Øshunt
capacitor
212R.
arereactor
NOTE2:
used
3Øand
capacitors
incan
3Ø
above
be
shunt
capacitor
used
f igure.
arereactor
used
asand
compensation
incan
3Ø
above
shunt
be used
figure.
reactor
steps
as compensation
for
canRAPIDUS
be used steps
as
212R.
compensation
for
3Øoutputs
RAPIDUS
capacitors
steps
212R.
are
for
used
3Ø
RAPIDUS
capacitors
inforabove
212R.
fare
used
capacitors
infor
above
are
figure.
used in above figure. step outputs can be
step
can
bestep
used
outputs
compensation
can
be3Ø
used
compensation
step
used
outputs
for compensation
can step
be used
outputs
for compensation
can be used for compensation
95-240 VAC 95-240 VAC
95-240 VAC 95-240 VAC
COM
NO
COM
NO COM
NO
COM
NOCOM
NO
Generator/Day-Night
Generator/Day-Night
Input Connection
Input Connection
Alarm Output Connection
Alarm Output Connection
Generator/Day-Night
Generator/Day-Night
Input Connection
Input Connection
GEN B
load
GEN A
GEN B
load
GEN A
GEN B
GEN A
load
GEN B
load
GEN A
GEN B
GEN A
GEN B
Gen Input and Alarm
Gen Input
Output
and Alarm
Gen Input
Output
and Alarm Output
Connections Connections Connections
GEN A
m Output
NOCOM
95-240 VAC 95-240 VAC
Alarm
Generator/Day-Night
Output Connection
Alarm
Generator/Day-Night
Output
Input Connection
Connection
Input Connection
load
load
Alarm Output Connection
Alarm Output Connection
Dimensional Drawings
Dimensional Drawings
Dimensional Drawings
Automation
Automation
Catalogue
Catalogue
131
131
131 131