VarSet Low-Voltage Capacitor Banks

VarSet Low-Voltage Capacitor Banks
VarSet Brochure
and Catalog
Low-Voltage Capacitor Banks
TM
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Energy efficiency, as simple as VarSet
Do you need an easy solution to
immediately boost your facility’s
energy efficiency and productivity?
Are products that blend superior quality,
performance, and flexibility with
excellent value difficult to find?
Do you require the expertise,
support, and reach of a global leader with
the responsiveness of a local supplier?
Engineered to meet your needs
Whether you run a single site operation
or a globe-spanning enterprise, a fast and
easy way to enhance competitiveness is to
ensure that your power factor is corrected
and your electrical network is delivering
optimum power.
Choosing VarSet low-voltage capacitor
banks is a simple and reliable way to do
that. Count on VarSet equipment to bring
reliable energy efficiency to your electrical
infrastructure.
TM
High quality power = higher productivity
Power factor correction helps lower operating and capital costs, and can provide
a very quick return on investment:
>Reduce capital expenses
by up to 30%.*
Optimize electrical system capacity, avoid
oversizing, and limit redundant capacity.
>Reduce reactive energy billing
penalties and lower operating
expenses by up to 10%.*
Boost power factor to lower utility bills
and reduce losses in transformers
and conductors.
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>Reduce energy losses by up to 30%.*
Optimize power consumption, reduce total
process energy consumption, and reduce
CO emissions.
2
>Improve power system and
equipment reliability by up to 18%.*
Increase power quality to improve
business performance and reduce
unplanned outages, as well as enhance
the reliability and service life of electrical
devices, while reducing harmonics
stress and potential damage to your
electrical network.
30%
Up to
better energy
efficiency and
lower electricity
costs on your first
day with VarSet*
VarSet I I
Maximizing energy efficiency gets easier
and more economical with VarSet
without power factor correction
Power
generation
Transmission
network
Active power
Active power
Reactive power
Reactive power
Motor
with power factor correction
Power
generation
Transmission
network
Active power
Active power
Reactive power
Motor
Capacitor
Comprehensive products for multiple applications
- Large choice of wall-mounted enclosures
- Suitable capacitors for low and medium
Compensating for reactive power and harmonic distortion with VarSet capacitor banks is
one of the easiest ways to quickly maintain your facility’s power factor at an ideal level for
maximum power system efficiency and cost reduction.
from 25 to 300 kVAR
harmonic level and type of loads
Quality, reliability, and safety
Enhanced design creates superior performance
Designed and manufactured by Square D by Schneider Electric , using advanced
manufacturing methods and premium materials, VarSet capacitor banks are optimized to
provide superior, end-to-end operation and value through every stage of its life cycle.
TM
Protection, durability, and safety you can trust
With decades of power factor correction
expertise behind it, VarSet is a complete
range of high-quality, wall-mounted capacitor
banks for fixed and automatic compensation.
Choose VarSet to make your business
more profitable, your power infrastructure
II I VarSet
-
re-engineered power factor correction
P
solutions ensure your installation delivers
more for less, on-time and on-budget
-
quare D by Schneider Electric built-in
S
components, such as Spatial enclosures,
provide performance and safety
-
Designed for easy installation
-
VarSet equipment are fully type tested
TM
30%
Up to
more reliable, and your electrical environment
safer. VarSet capacitor banks are suitable
for new construction or retrofit applications
in virtually any commercial, industrial, and
utility enterprise.
igh quality Square D by Schneider Electric
H
components provide improved performance
and robustness
energy loss
reduction*
Up to
10%
lower operating
expenses*
*Performance reflects actual customer experience, your results may vary depending on your environment.
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VarSet I III
Engineered for superior performance
and long-term value
The entire VarSet range offers a unique,
simple, cost-effective, wall-mounted
capacitor system that will help reduce
your utility bills and will not take up any
floor space in your electrical rooms.
Unlike standard floor-mounted systems
that take up floor space, these systems
can be mounted above existing
equipment or on any free wall space.
Choose from standard automatic type
systems or detuned for areas with high
concentration of electronic loads that
cause harmonics on the network.
Reliability and durability
Safety
> Dependable performance
> Protection
- multicapacitor architecture
- s tep switching with special
design contactors
- overheating protection and alarm
for detuned reactors
- earthing studs welded to the frame
and door
> Majority of internal
components are Square D
by Schneider Electric products
Simplicity
> Easy installation
- compact enclosure up to 300 kVAR
- top cable connections
- easily accessible gland plates for power
cables entry and connections
- mounting brackets for easy wall mounting
- step protection with circuit
breaker to help ensure stage
overload protection that cannot
be achieved with HRC fuses
- thermal monitoring device
- incoming circuit breaker
protection (optional)
- rotary handle (in when incoming
circuit breaker is used)
> Robust enclosure
- NEMA 1 for indoor application
- IK10 protection against
mechanical shocks
- high-quality welding and finish
> Tested and certified
- compliant to CSA 22.2 No. 190
- compliant to UL810
> Ease-of-use and maintenance
ISO
- easy programming and commissioning
with Varlogic controller
- simple replacement or retrofit of
VarPlusCan capacitors
14000
TM
quality certified
manufacturing
> Straightforward EMS integration
- Modbus communication protocol
(Varlogic NRC12 option) for integration
with building management and energy
monitoring systems
Assembled in USA
Assembled in the USA
does not serve as an
expressed or implied
certification that this
product is compliant
with the Buy American
Act (BAA) Regulations
as defined in the
U.S. Government’s
Federal Acquisitions
Regulations (FAR).
IV I VarSet
VarSet I V
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For your future performance,
choose the leader
Find out more about
Power Quality solutions
We deliver smart and cost-effective solutions to improve your efficiency
> Reactivar, low-voltage capacitor banks
VLVAW3N wall-mounted
Find out more, visit
www.schneider-electric.com
and download
5800BR0801
Quality, expertise, and support you can count on
How can power factor correction
and harmonic filtering be part
of your energy efficiency program?
We supply quality products, integrated solutions, and comprehensive services around the
world. Our proven expertise, strong local presence, and reputation for quality ensure all your
projects produce exceptional value. From custom engineering, end-to-end support, and
value-added tools, we’ve got you covered.
New projects
- Engineered solution, location, design,
compensation, and filtering
Existing installations
- Harmonics diagnosis
- Power monitoring
- Revamping
Decommissioning
and recycling management
Training
- Preventive maintenance/operation
Make the most of
your energy
> AccuSine , Active Harmonic Filtering
SM
TM
Maintenance
and services contracts
- Specialists close to your business
-Preventive maintenance/turnkey contracts
Consult the power
quality solution experts.
Find out more, visit
www.schneider-electric.com
and download
5860BR0901
100%
ReactiVar® Low Voltage
Capacitor Banks
Streamlining your electrical network's capacity
commitment
to quality
Accusine
- Dismantling
- Recovery
- Recycling
Find out more, visit
www.schneider-electric.com
and download
AMTED109015EN
Power factor correction
AccuSine
Harmonic filtering and reactive power
compensation
PE90001
Catalogue
2012
VI I VarSet
VarSet I VIII
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VarSet Offer
Energy
Efficiency
Contents
Choice of Compensation Type
2
Construction of References – Principle
3
Offer Overview
4
Offer Range
6
General Characteristics
8
Physical and Electrical Steps
9
VarSet Components
10
Dimensions and Weights
12
Immediate
Savings
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1
Choice of Compensation Type
Devices using power electronics (variable speed drives, rectifiers, UPS,
arc furnaces, fluorescent lamps, etc.) generate harmonic currents in
electrical networks.
Such harmonics can interfere with the operation of many devices, including
capacitors, which are highly sensitive to harmonics.
A high level of harmonic pollution causes capacitors to overheat and age
prematurely (breakdown).
Different types of compensation must be chosen according to the power of
the harmonic generators: standard or detuned. It can be selected as follows:
Construction of References —
Principle
V
L
V
A
W 2
Equipment type
VLVAW2N:
small-size standard
VLVAW3N:
mid-size standard
VLVAF4P: detuned
VLVFF4P: fixed detuned
N
6
6
1
Voltage
Frequency
Power
Used to differentiate
incomer
6 = 480 V
6 = 60 Hz
100 = 100 kVAR
AA = lugs
7 = 600 V
0
0
A
A
AB = incoming CB
Examples
b VLVAF4P76200AB = VarSet Detuned, 600 V, 60 Hz, 200 kVAR with
incoming circuit breaker
Calculated ratio Qc/Sn > 20%
No
Yes
VarSet detuned
Yes
VarSet standard
TDDi < 8%
THD(V) < 3%
No
TDDi < 20%
THD(V) < 7%
What are these ratios?
> The Total Current Demand Distortion (TDDi)
ratio is harmonic current distortion against the
full load (demand) level.
> The percentage of Total Harmonic Voltage
Distortion (THD(V)) is measured at the
transformer secondary, at maximum load
and without capacitors.
No
Yes
Active filters
Sn (kVA)
P (kW)
Gh (kVA)
Qc (kVAR)
Sn: apparent power of the transformer.
Gh: apparent power of harmonics-generating
receivers (variable speed motors, static converters,
power electronics, etc.).
Qc: power of the compensation equipment.
V: network voltage.
2
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3
Offer Overview
VarSet Offer
Standard
VLVAW2N
480 V 60 Hz
600 V 60 Hz
Lugs
Incoming CB
Lugs
Incoming CB
VarSet Offer
Key Features
Standard
VLVAW3N
25 to 100 kVAR
25 to 100 kVAR
Offer Overview
125 to 250 kVAR
125 to 300 kVAR
125 to 250 kVAR
Detuned
VLVAF4P/VLVFF4P
Key Features
75 to 200 kVAR
b Top cable entry and connections
b Auxiliary transformer (120 V) included
b NEMA 1
75 to 200 kVAR
Options
b Incoming circuit breaker protection option with rotary handle
b Plinth accessory for floor mounting
> Included for VLVAF4P and VLVFF4P version
>For VLVAW2N and VLVAW3N versions,
order the following part #’s:
for Enclosure VLVAW2N: order part #NSYSPF8100
and part #NSYSPS4100
for Enclosure VLVAW3N: order part #NSYSPF10100
and part #NSYSPS4100
b Communication option
> NRC12 controller + modbus communication module
>Order your reference with addition of suffix C
b Sprinkler proof
> Included in 600 V offer
A Current Transformer Is Required For Automatic Control
In order to have automatic control, a current transformer must be ordered in
addition to the PFC bank.
A current transformer (not included) is necessary to provide accurate
network information to the VarSet’s controller in order to apply the correct
quantity of kVAR at any given time. It is recommended to choose a Split Core
Current Transformer Model 270R from the following list of options.
Note: CT must be sized to your network and have a secondary rating of 5A.
More details on the CT can be found in document 4210CT9701.
VLVAW2N
VLVAW3N
VLVAF4P
Catalog Number
270R-501
Current Rating *(Amperes)
500:5
270R-102
1000:5
270R-152
1500:5
270R-202
2000:5
270R-302**
3000:5
270R-402**
4000:5
Note: When selecting a CT be sure to use proper rating factors for ambient
temperature conditions.
*
Rating Factor 30 °C/80 °F Ambient Temp. = 1.33
Rating Factor 55 °C/131 °F Ambient Temp. = 1.0
**Models -302 and -402
Rating Factor 30 °C/80 °F Ambient Temp. = 1.0
Rating Factor 55 °C/131 °F Ambient Temp. = 0.75
4
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5
VarSet Offer
Offer Range
VarSet Offer
480 V/60 Hz
Offer Range
600 V/60 Hz
Low-Polluted Network
Low-Polluted Network
Standard
Standard
Power
25
Lugs
VLVAW2N66025AA
Incoming CB
VLVAW2N66025AB
Power
25
Lugs
VLVAW2N76025AA
Incoming CB
VLVAW2N76025AB
50
VLVAW2N66050AA
VLVAW2N66050AB
50
VLVAW2N76050AA
VLVAW2N76050AB
75
VLVAW2N66075AA
VLVAW2N66075AB
75
VLVAW2N76075AA
VLVAW2N76075AB
100
VLVAW2N66100AA
VLVAW2N66100AB
100
VLVAW2N76100AA
VLVAW2N76100AB
125
VLVAW3N66125AA
VLVAW3N66125AB
125
VLVAW3N76125AA
VLVAW3N76125AB
150
VLVAW3N66150AA
VLVAW3N66150AB
150
VLVAW3N76150AA
VLVAW3N76150AB
175
VLVAW3N66175AA
VLVAW3N66175AB
175
VLVAW3N76175AA
VLVAW3N76175AB
200
VLVAW3N66200AA
VLVAW3N66200AB
200
VLVAW3N76200AA
VLVAW3N76200AB
225
VLVAW3N66225AA
VLVAW3N66225AB
225
VLVAW3N76225AA
VLVAW3N76225AB
250
VLVAW3N66250AA
VLVAW3N66250AB
250
VLVAW3N76250AA
VLVAW3N76250AB
275
VLVAW3N66275AB
VLVAW3N66275AB
300
VLVAW3N66300AB
VLVAW3N66300AB
Polluted Network With Detuned Reactors
Automatic
Polluted Network With Detuned Reactors
Automatic
Power
75
Lugs
VLVAF4P76075AA
Incoming CB
VLVAF4P76075AB
Power
75
Lugs
VLVAF4P66075AA
Incoming CB
VLVAF4P66075AB
100
VLVAF4P76100AA
VLVAF4P76100AB
100
VLVAF4P66100AA
VLVAF4P66100AB
125
VLVAF4P76125AA
VLVAF4P76125AB
125
VLVAF4P66125AA
VLVAF4P66125AB
150
VLVAF4P76150AA
VLVAF4P76150AB
150
VLVAF4P66150AA
VLVAF4P66150AB
175
VLVAF4P76175AA
VLVAF4P76175AB
175
VLVAF4P66175AA
VLVAF4P66175AB
200
VLVAF4P76200AA
VLVAF4P76200AB
200
VLVAF4P66200AA
VLVAF4P66200AB
Lugs
Incoming CB
Lugs
Incoming CB
75
VLVFF4P76075AA
VLVFF4P76075AB
75
VLVFF4P66075AA
VLVFF4P66075AB
100
VLVFF4P76100AA
VLVFF4P76100AB
100
VLVFF4P66100AA
VLVFF4P66100AB
125
VLVFF4P76125AA
VLVFF4P76125AB
125
VLVFF4P66125AA
VLVFF4P66125AB
150
VLVFF4P76150AA
VLVFF4P76150AB
150
VLVFF4P66150AA
VLVFF4P66150AB
175
VLVFF4P76175AA
VLVFF4P76175AB
175
VLVFF4P66175AA
VLVFF4P66175AB
200
VLVFF4P76200AA
VLVFF4P76200AB
200
VLVFF4P66200AA
VLVFF4P66200AB
Fixed
Power
Fixed
Power
Note:
Low-Polluted Network = TDDi < 8%, THD(V) < 3%
Polluted Network = TDDi < 20%, THD(V) < 7%
6
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7
VarSet Offer
General Characteristics
VarSet
480 V and 600 V - 60 Hz
Type kVAR
Environment
Min Step Resolution
Num Mechanical
Steps (CBs)
Num Electrical
Steps
Sequence
Electrical Steps
(Resolution)
25
12,5
2x12,5
2
2
1,1,1,1
12,5/25,0
Installation
Indoor
Humidity
up to 95%
50
12,5
2x12.5 + 1x25
3
4
1.1.2.2
12,5/25,0/37,5/50,0
Maximum altitude
2000 m
75
12,5
1x12,5 + 1x25 + 1x37,5 3
6
1,2,3,3
100
25
2x25 + 50
3
4
1,1,2,2
12,5/25,0/37,5/50,0/62,5/
75,0
25/50/75/100
125
25
1x25 + 2x50
3
5
1.2.2.2
25/50/75/100/125
150
25
2x25 + 2x50
4
6
1.1.2.2
25/50/75/100/125/150
175
25
1x25 + 3x50
4
7
1,2,2,2
25/50/75/100/125/150/175
200
25
2x25 + 3x50
5
5
1,1,2,2,2
225
25
1x25 + 4x50
5
9
1.2.2.2
25/50/75/100/125/150/
175/200
25/50/75/100/125/150/175/
200/225
50/100/150/200/250
Degree of protection
NEMA 1
Color
RAL 7035
Degree of mechanical
resistance
IK10
Standard
Enclosure
Steps
Step protection
With circuit breaker
Electrical Characteristics
Connection type
Three-phase
250
50
5x50
5
5
1,1,1,1
Power losses
< 2.5 W/kVAR without detuned reactors
275
25
1x25 + 5x50
6
11
1,2,2,2
300
50
6x50
6
6
1.1.1.1
25/50/75/100/125/150/175/
200/225/250/275
50/100/150/200/250/300
75
25
1x25 + 1x50
2
3
1,2,2,2
25/50/75
100
25
2x25 + 1x50
3
4
1,1,2,2
25/50/75/100
125
25
1x25 + 2x50
3
5
1.2.2.2
25/50/75/100/125
150
25
2x25 + 2x50
4
6
1,1,2,2
25/50/75/100/125/150
175
25
1x25 + 3x50
4
7
1.2.2.2
25/50/75/100/125/150/175
200
50
4x50
4
4
1,1,1,1
50/100/150/200
Tuning order
(VarSet Detuned)
4.2 p.u. (60 Hz ref)
Maximum permissible
over voltage
1.1 x Un, 8 h every 24 h
Detuned
< 6 W/kVAR with detuned reactors
Standards
> CSA 22.2 No. 190
> UL810, UL508a
8
Physical and Electrical Steps
VarSet Offer
Incoming Connection
Short Circuit Rating
With Incoming CB
With Lugs
From 25 to 100
kVAR/no reactors
65 kA (480 V)
50 kA (600 V)
25 kA
From 125 to 300
kVAR/no reactors
65 kA (480 V)
50 kA (600 V)
25 kA
With reactors
65 kA (480 V)
50 kA (600 V)
25 kA
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9
VarSet Offer
VarSet Components
VarSet Offer
major components are
Square D by Schneider Electric components
VarSet Components
Step Circuit Breaker
Our VarSet offer comes with the assurance that the major
components inside are manufactured by Square D by
Schneider Electric, thus ensuring high quality.
Each physical step is protected by a step circuit breaker that ensures that
our equipment is highly fault-tolerant, ensuring continuity of service even
when one or more capacitors are malfunctioning. This superior protection
provides a stage overload protection that cannot be achieved with HRC
fuses, furthermore it eliminates the need for spare fuses. The details of the
steps are on page 9.
VarPlusCan: Heavy Duty Capacitors
The VarSet range of equipment is integrated with heavy-duty aluminum
can capacitors (VarPlusCan) that are specially designed and engineered
to deliver reactive power continuously with low losses.
Circuit breakers
p pressure-sensitive disconnector on all three phases
Square D by Schneider Electric circuit breakers are designed to ensure
maximum continuity of service. Our VarSet range of products has the option
of being protected with an incoming circuit breaker. Our range comes with
an option to integrate circuit breakers of 65 kA breaking capacity for 480 V
networks and 50 kA for 600 V networks. Rotary handle is also provided to
facilitate the disconnection of circuit breakers before opening the door. This
is an additional protection mechanism to ensure personnel safety.
p special film resistivity and metallization profile for higher thermal efficiency
and enhanced life expectancy
Varlogic N Power Factor Controller
Features:
p continuous service
p high overload capabilities with good thermal and mechanical properties
p self-healing with discharge resistors
VarPlusCan capacitors
TeSys Contactors
Varlogic NR6
Capacitor control is accompanied by a transient state resulting from the
capacitor load. This generates a very high overcurrent, equivalent to a short
circuit of short duration.
Unique technology contactors
The contactors used in our devices are specifically designed for capacitor
control. They are fitted with a contact block allowing the current to pass on
closing through damping resistors that limit the current on energization.
TeSys LC1D range of contactors
TM
Personal safety
The contactors cannot be operated manually. The contactors are fitted with
covers to protect them from direct contact.
Safety of installations
Damping resistors are used to reduce transient over-voltage.
Varlogic NRC12
Continuing service life
These contactors are a ready-to-use solution that avoids the installation
of inrush reactors. Their service life is far longer than that of conventional
solutions.
Detuned Reactors
Detuned reactors
Incoming Circuit Breaker
Detuned reactors enable the protection of capacitors against harmonics.
They are recommended for usage in harmonic-rich networks, and come with
4.2 p.u. tuning order.
Our range of Varlogic N series of Power Factor Controllers are simple to
program, reliable, and intelligent. Varlogic Controllers offer user-friendly
features such as a large backlit display, intuitive menus, ergonomic layout of
buttons, direct display of main measurements, and intelligent self set-up.
The Varlogic N Controllers constantly measure the reactive power of the
installation, and control the connection and disconnection of capacitor steps,
to obtain the required power factor. The range is composed of:
p NR12: control up to 12 capacitor steps
p NRC12 with modbus: control up to 12 capacitor steps, with advanced
diagnostic functions and integrated modbus interface communication
module, which enables Varlogic functions to be connected to the energy
server EGX300. The EGX300 is an integrated gateway-server that requires
only a Web browser and Ethernet network to log and display real-time data
and trend plots.
Auxiliary Transformer
Auxiliary units, such as contactors, controllers, and fans, operate only on
120 Volts AC. The voltage for the auxiliaries has to be converted by an
auxiliary transformer. In order to simplify the installation process, VarSet
equipment comes with an integrated auxiliary transformer.
Other Accessories
Accessories, such as plinth (for easier installation on uneven surfaces,) can
be ordered as an option along with the VarSet equipment.
They are equipped with a thermal protection device for step disconnection.
Spatial Enclosures
p NEMA 1
p IK10: Maximum possible protection against mechanical shocks and can
withstand 20 joules of energy.
Spatial enclosures
10
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11
Dimensions and Weights
VarSet Offer
VLVAW2N
Dimensions and Weights
VarSet Offer
Dimensions (mm/inch) and Maximum Weight (kg/pounds)
1
1
W
1
2
61
H
61
12
2
VLVAW2N
850/33.5
800/31.5
400/15.7
1200/47.2
80/175
H
W
D
D1
Weight
Standard
VLVAW2N
480 V 60 Hz
D1
VLVAF4P/VLVFF4P
1200/47.2
1300/51.2
400/15.7
1200/47.2
265/585
Does not include plinth for VLVAW2N and VLVAW3N, optional, which adds 100 mm to height.
2
D
VLVAW3N
1200/47.2
1000/39.4
400/15.7
1400/55.1
125/275
600 V 60 Hz
Lugs
Incoming CB
Lugs
Incoming CB
25 to 100 kVAR
25 to 100 kVAR
Standard
VLVAW2N
125 to 250 kVAR
125 to 300 kVAR
125 to 250 kVAR
Detuned
VLVAF4P/VLVFF4P
75 to 200 kVAR
75 to 200 kVAR
VLVAW3N
W
H
H
2
W
1
D
D1
D
VLVAF4P and VLVFF4P
W
H
D
12
D1
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13
US
Schneider Electric
105 Summit Park Dr.
Salisbury, NC 28146
1-888-SquareD (1-888-778-2733)
www.schneider-electric.com/us
7600BR1401R11/14
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© 2014 Schneider Electric. All Rights Reserved. Schneider Electric, Square D, VarSet, Accusine, TeSys, and Varlogic are trademarks owned by Schneider Electric Industries SAS or its affiliated companies.
All other trademarks are the property of their respective owners. • www.schneider-electric.com • 9998-1252523_US
Schneider Electric Industries SAS
November 2014
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