V I SHAY I NTE RTE CHNO L O G Y, IN C .
www.vishay.com
ESTAspring POWER CAPACITORS
LOW VOLTAGE - Vishay ESTA
World’s First Terminal Block
With Lever-Operated Spring Connection
DATA BOOK
VSE-DB0117-1902
V I SHAY I NTE RTE CHNO L O G Y, IN C .
www.vishay.com
ABOUT VISHAY INTERTECHNOLOGY, INC.
GLOBAL INDUSTRY LEADER
SOLUTIONS FOR GROWTH
Vishay Intertechnology was founded in 1962 by Dr. Felix
Zandman, with a loan from his cousin Alfred P. Slaner. The
Company was named after Dr. Zandman’s ancestral village in
Lithuania, in memory of family members who perished in the
Holocaust. The Company’s initial product portfolio consisted
of foil resistors and foil resistance strain gages. In 1985, having
grown from a start-up into the world’s leading manufacturer
of these products, the Company began a series of strategic
acquisitions to become a broad-line manufacturer of electronic
components. Today, Vishay Intertechnology is one of the world’s
largest manufacturers of discrete semiconductors and passive
electronic components.
Vishay is very well positioned to provide components for
new macroeconomic growth drivers such as connectivity,
mobility, and, sustainability. Through its R&D, engineering,
quality programs, and sales initiatives, it generates a steady
stream of innovative components to enable designers to create
new generations of end products.
As Vishay Intertechnology grew through innovations and
acquisitions, its resistive foil technology products became noncore businesses. In 2010, Vishay Intertechnology spun off these
non-core businesses into an independent company listed on
the New York Stock Exchange: Vishay Precision Group (NYSE:
VPG).
DIVERSE MARKETS
STRATEGIC ACQUISITIONS
Vishay Intertechnology supports customers in virtually every
major market sector. Vishay components are used every day
in designs around the world, for applications in industrial,
communications, transportation, consumer, medical, and
defense products. Vishay has manufacturing plants in the
Americas, Asia, Europe, and Israel, as well as sales offices
worldwide. Its innovations in technology, successful acquisition
strategy, superior product quality, and “one-stop shop” service
to customers have made the Company a global industry leader.
2014
2013
2012
2011
2008
2007
2002
2001
DATA BOOK
Capella Microsystems
Holy Stone Polytech
MCB Industrie
HiRel Systems
Huntington Electric:
Resistor businesses
KEMET: Wet tantalum
capacitor business
International Rectifier:
PCS business
BCcomponents
Beyschlag
General Semiconductor
Infineon: Infrared
components business
Mallory (NACC)
Tansitor
2000
1998
1994
1993
1992
1988
1987
1985
Cera-Mite
Electro-Films
Spectrol
Siliconix
Telefunken
Vitramon
Roederstein
Sprague
Sfernice
Draloric
Dale
In tablets, smartphones, and wearables, Vishay components
support power management, wireless connectivity, display
interface, and touch screen controls, provide protection from
the electrostatic discharge (ESD) that can cause component and
system failure, and perform other functions. Vishay components
are also found in wireless charging devices, mobile payment
systems and other near-field communications systems, servers,
network devices, base stations, solid-state drives, telematics
systems, and other products and systems in our increasingly
interconnected world.
In the area of mobility, to take just one example, Vishay
components support a wide range of functions in electric power
steering, including electromagnetic interference (EMI) filtering,
quiescent current switch-off, three-phase motor switching,
current sensing, and voltage division. Vishay components also
are used in transmission control units, exhaust systems, startstop systems, climate controls, braking and safety, lighting,
infotainment, proximity and gesture recognition, and more. In
hybrid vehicles, Vishay components are used in main inverters,
high-voltage bus systems, and energy recuperation. Power
capacitors, inductors, and high-power resistors are used to
move high-speed trains, buses, intralogistic devices, aircraft,
ships, and other carriers in modern infrastructure.
In the area of sustainability, Vishay components are used in the
main inverters, power filters, and pitch and system controls of
wind turbines. Components in wind turbine systems include
high-power semiconductor modules, high-voltage MOSFETs,
power ICs, diodes and rectifiers, optical isolators, shunt resistors,
crowbar resistors, inductors, and power capacitors. Vishay
components are used in solar panels and inverters, and for onpanel power conversion. They are used in smart meters and
smart grids, power transmission and distribution systems, power
grid quality stabilization, oil and gas exploration equipment,
energy harvesting, and more.
VSE-DB0117-1902
ESTAspring
Power Capacitors Low Voltage
Vishay ESTA
Vishay Electronic GmbH
ESTA Capacitors Division
Hofmark-Aich-Strasse 36
D-84030 Landshut
Germany
Phone: +49 871 860
Fax: +49 871 862512
www.vishay.com
DISCLAIMER
ALL PRODUCT, PRODUCT SPECIFICATIONS AND DATA ARE SUBJECT TO CHANGE WITHOUT NOTICE TO IMPROVE
RELIABILITY, FUNCTION OR DESIGN OR OTHERWISE.
Vishay Intertechnology, Inc., its affiliates, agents, and employees, and all persons acting on its or their behalf (collectively,
“Vishay”), disclaim any and all liability for any errors, inaccuracies or incompleteness contained in any datasheet or in any other
disclosure relating to any product.
Vishay makes no warranty, representation or guarantee regarding the suitability of the products for any particular purpose or
the continuing production of any product. To the maximum extent permitted by applicable law, Vishay disclaims (i) any and all
liability arising out of the application or use of any product, (ii) any and all liability, including without limitation special,
consequential or incidental damages, and (iii) any and all implied warranties, including warranties of fitness for particular
purpose, non-infringement and merchantability.
Statements regarding the suitability of products for certain types of applications are based on Vishay’s knowledge of typical
requirements that are often placed on Vishay products in generic applications. Such statements are not binding statements
about the suitability of products for a particular application. It is the customer’s responsibility to validate that a particular
product with the properties described in the product specification is suitable for use in a particular application. Parameters
provided in datasheets and/or specifications may vary in different applications and performance may vary over time. All
operating parameters, including typical parameters, must be validated for each customer application by the customer’s
technical experts. Product specifications do not expand or otherwise modify Vishay’s terms and conditions of purchase,
including but not limited to the warranty expressed therein.
Except as expressly indicated in writing, Vishay products are not designed for use in medical, life-saving, or life-sustaining
applications or for any other application in which the failure of the Vishay product could result in personal injury or death.
Customers using or selling Vishay products not expressly indicated for use in such applications do so at their own risk and agree
to fully indemnify and hold Vishay and its distributors harmless from and against any and all claims, liabilities, expenses and
damages arising or resulting in connection with such use or sale, including attorneys fees, even if such claim alleges that Vishay
or its distributor was negligent regarding the design or manufacture of the part. Please contact authorized Vishay personnel to
obtain written terms and conditions regarding products designed for such applications.
No license, express or implied, by estoppel or otherwise, to any intellectual property rights is granted by this document or by
any conduct of Vishay. Product names and markings noted herein may be trademarks of their respective owners.
Table of Contents
www.vishay.com
Vishay ESTA
ESTAspring Power Capacitors Low Voltage
GENERAL INFORMATION ..................................................................................................................................................
2
TERMS AND DEFINITIONS, APPLICABLE STANDARDS
Definition of ratings..................................................................................................................................................................
4
Maximum permissible current .................................................................................................................................................
4
Maximum permissible voltage.................................................................................................................................................
4
Harmonic distortion .................................................................................................................................................................
4
Damping of inrush current .......................................................................................................................................................
4
Operating temperatures ..........................................................................................................................................................
5
Degree of protection, IP code .................................................................................................................................................
5
PHMKP...-S, PHMKPG...-S, CYLINDRICAL, LVAC, ESTAspring
Quick reference data ...............................................................................................................................................................
6
Application...............................................................................................................................................................................
7
Design......................................................................................................................................................................................
7
Technical data .........................................................................................................................................................................
8
Range of 3-phase types, IP20, oil
- 230 V, 400 V (415 V) .......................................................................................................................................................... 10
- 440 V (415 V)...................................................................................................................................................................... 11
- 525 V (480 V)...................................................................................................................................................................... 12
- 660 V (690 V), 690 V (660 V) .............................................................................................................................................. 13
Range of 3-phase types, IP20, dry
- 230 V, 400 V (415 V) .......................................................................................................................................................... 14
- 440 V (415 V)...................................................................................................................................................................... 15
- 525 V (480 V)...................................................................................................................................................................... 16
- 660 V (690 V), 690 V (660 V) .............................................................................................................................................. 17
Range of 1-phase types, IP20, oil
- 230 V, 400 V (415 V), 525 V (480 V) ................................................................................................................................... 18
Dimensions .............................................................................................................................................................................. 19
Ordering information................................................................................................................................................................ 19
Revision: 12-Feb-2019
1
ESTAspring Power Capacitors - General Information
www.vishay.com
Vishay ESTA
World's First Terminal Block With
Lever-Operated Spring Connection
INTRODUCTION
FEATURES
Time is money, and in the control cabinet the wiring of
capacitors makes up a considerable part of the assembly
time.
•
•
•
•
Most tubular power capacitors have an IP20 terminal block
with a screw connection. Vishay is now introducing a new
generation of power capacitors with fast connection
technology. Completely screwless, this new technology is
significantly faster and simpler through spring force and
lever actuation. Due to the lever position, a simple check for
the completeness of all connections is possible. The
necessary connection force results automatically, free from
torque specifications.
In addition, fast connection technology offers maximum
contact reliability over the entire service life of the
capacitors, and is completely maintenance-free without the
need to tighten screws. Particularly in the case of
environments with permanent vibrations, such as those
experienced in wind power plants, valuable investments
remain secure against irreparable damage caused by loose
connections.
APPLICATIONS
•
•
•
•
•
Wind power plants
Solar panels and inverters
Thermal power stations
Power factor correction 1000 VACRMS
Harmonic filters
Revision: 08-Feb-2019
•
•
•
•
•
•
Maintenance-free
Reduced assembly times up to 60 %
Vibration-proof in wind power plants and during transport
Optical connection check: lever closed = successfully
contacted
2.5 mm2 up to 25 mm2 with wire-end sleeve
Defined continuous contact force through spring
technology
Stainless steel spring
Corrosion-proof
Fast and easy lever-operated wire connection
Copper alloy for conductor material
STANDARDS FOR ESTAspring TERMINAL
BLOCK
• Conductor pull-out test according to IEC 60998-2-1
• Impulse withstand voltage test according to IEC 60664-1
• Current carrying capacity up to 90 A / phase according to
IEC 60512-5-2
• Vibration test according to IEC 60068-2-6
• Corrosion test according to IEC 6988
• Temperature shock test according to IEC 60512-11-4,
clause 11d
• Degree of protection to IP20, tested according to
DIN 40050-9/60529
• UL / ULC
Document Number: 13204
2
For technical questions, contact: esta@vishay.com
THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT www.vishay.com/doc?91000
ESTAspring Power Capacitors - General Information
www.vishay.com
Vishay ESTA
The lever is designed for a minimum of 10 operating cycles. Continuous use can result in excessive wear.
TYPES AND RATINGS
Series
PhMKP, oil-filled; PhMKPg, dry, gas-filled
Voltage (VAC)RMS
230 to 1000
Connection
Single = 1; star = 2; delta = 3
Output (kvar)
2 to 37.1/50 Hz; outputs at 60 Hz on request
Terminal / diameter
S = ESTAspring / 64 mm, 84 mm, 116 mm
TYPE DESIGNATION (Example)
PhMKP
440
.3.
28,10
-S84
Series (oil-filled)
Voltage
440 VACRMS
Delta-connected
Output
28.1 kvar/50 Hz
ESTAspring on 84 mm
diameter can
Revision: 08-Feb-2019
Document Number: 13204
3
For technical questions, contact: esta@vishay.com
THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT www.vishay.com/doc?91000
Terms and Definitions, Applicable Standards
www.vishay.com
Vishay ESTA
Low Voltage Power Capacitors
TERMS AND DEFINITIONS, APPLICABLE STANDARDS
ESTAprop and ESTAdry power factor correction capacitors
are designed to VDE 0560-46 + 47, IEC 60831-1 + 2 and
EN 60831-1 + 2, latest edition.
voltage and rated frequency, excluding transients. Taking
into account a previous capacitance tolerance of 1.15 x Cn,
the maximum current can reach 1.5 x In.
DEFINITION OF RATINGS
These overcurrent factors are intended to take into account
the combined effects of harmonics, overvoltages and
capacitance tolerance.
Ucn
Rated voltage: The RMS value of the
alternating voltage ...
In
Rated current: The RMS value of the
alternating current ...
Cn
Rated capacitance: The capacitance value ...
... for which the capacitor has been designed.
MAXIMUM PERMISSIBLE CURRENT
ESTAprop and ESTAdry MKP-type capacitors are suitable
for continuous operation at an RMS line current of 1.3 times
the fundamental current that occurs at rated sinusoidal
MAXIMUM PERMISSIBLE VOLTAGE
ESTAprop and ESTAdry MKP-type capacitors are suitable
for operation at voltage levels as indicated in the table
(extract from IEC 60831-1 clause 20 - table 3) below:
VOLTAGE FACTOR
UCN
MAXIMUM DURATION
OBSERVATION
Power frequency
1.0
Continuous
Highest average value during any
period of capacitor energization
Power frequency
1.10
8 h in every 24 h
System voltage regulation and
fluctuations
Power frequency
1.15
30 min in every 24 h
System voltage regulation and
fluctuations
Power frequency
1.20
5 min (only 200 times in the life of the
capacitor)
Voltage rise at light load
Power frequency
1.30
1 min (only 200 times in the life of the
capacitor)
FREQUENCY RMS
Power frequency and
Harmonics
Such that the current does not exceed the value given above.
HARMONIC DISTORTION
Capacitors can be overloaded in networks distorted by
harmonics. This situation is even more critical in the case of
resonance. Where the capacitor current or voltage can be a
few times as high as the nominal voltage. Therefore, special
precautions (e.g. series filter circuit reactors) should be
taken in networks distorted by harmonics. Our warranty only
applies for operating conditions in accordance with the
above mentioned standards.
DAMPING OF INRUSH CURRENT
Switching devices especially suited for capacitor switching
shall be used. For example, the device shall be such that
restriking during breaking operations, which may result in
high overvoltages, cannot occur.
The operating experience of ESTAprop MKP-type
capacitors since their introduction in 1978 has shown their
excellent behavior when being switched.
High output densities and reduction of losses have resulted
in reduced resistance of modern MKP-type capacitors.
Especially switching capacitors in parallel to others being
already energized, cause very high inrush currents which
Revision: 22-Mar-10
should be reduced to 100 x In (according to standard). As
a consequence, the life cycle of contactors and also
capacitors will be affected.
In case of detuned capacitor banks, the inrush current will
be limited by the inductivity of the series filter reactors.
For capacitor banks without filter reactors, we
recommend the use of capacitor contactors with series
resistors.
We recommend these special contactors instead of
damping the inrush current by coiling up the connection
cable between contactor and capacitor. This is due to
superior damping behavior and reduced losses in
connecting cables, resulting in temperature reduction
inside the cubicle.
Contactors have to be replaced after about 100 000
switching operations.
Modern PFC controllers are able to memorize the switching
number per capacitor step.
A regular check
recommended.
of
the
contactors
is
strongly
Document Number: 13002
4
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THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT www.vishay.com/doc?91000
Terms and Definitions, Applicable Standards
www.vishay.com
Vishay ESTA
OPERATING TEMPERATURES
Capacitors are classified for ambient temperature
categories, each category being specified by a number
followed by a letter. The number represents the lowest
ambient-air temperature at which the capacitor may be
operated.
The letter represents upper limit of operating temperature,
having maximum values specified in the table below.
AMBIENT TEMPERATURE °C
MAXIMUM AVERAGE OVER
MAXIMUM
A
40
24 h
1 YEAR
30
20
B
45
35
25
C
50
40
30
D
55
45
35
ESTAprop and ESTAdry, PhMKP-type, cylindrical capacitors are designed for category: -25/D (ESTAprop), -40/D (ESTAdry)
DEGREE OF PROTECTION, IP CODE
Degrees of protection are described by the IP code. The
designation consists of the letters “IP” followed by two
characteristic figures, e.g. “IP00” means no protection.
The first characteristic figure indicates that:
- the enclosure provides protection of persons against
access to hazardous parts by preventing or limiting the
ingress of a part of the human body or an object held by a
person; and simultaneously
- the enclosure provides protection of equipment against
the ingress of solid foreign objects.
The second characteristic figure indicates the degree of
protection provided by enclosures with respect to harmful
effects on the equipment due to the ingress of water.
CHARACTERISTIC
NUMERICAL
1ST
PROTECTION AGAINST ACCESS TO
HAZARDOUS PARTS AND PENETRATION OF
SOLID FOREIGN OBJECTS INCLUDING DUST
0
No protection
No protection
1
Protected against solid foreign objects of
50 mm Ø and greater
Protected against vertically falling water drops
2
Protected against solid foreign objects of
12.5 mm Ø and greater
Protected against vertically falling water drops when
enclosure tilted up to 15°
3
Protected against solid foreign objects of
2.5 mm Ø and greater
Protected against spraying water
4
Protected against solid foreign objects of
1 mm Ø and greater
Protected against splashing water
5
Dust-protected
Protected against water jets
6
Dust-tight
Protected against powerful water jets
Revision: 22-Mar-10
2ND
PROTECTION AGAINST INGRESS OF WATER
Document Number: 13002
5
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THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT www.vishay.com/doc?91000
PhMKP...-S, PhMKPg...-S, Cylindrical, LVAC, ESTAspring
www.vishay.com
Vishay ESTA
LVAC Power Capacitors
Terminal Block With Spring Connection
FEATURES
• Maintenance free
• Reduced assembly times up to 60 %
• Vibration proof in wind power plants and during
transport
• Optical connection check:
lever closed = successfully contacted
• 2.5 mm2 up to 25 mm2 with wire-end sleeve
• Defined continuous
technology
contact
force
through
spring
• Stainless steel spring
• Corrosion proof
• Fast and easy lever-operated wire connection
• Copper alloy for conductor material
• UL and cUL
APPLICATIONS
• Wind power plants
• Solar panels and inverters
• Thermal power station
• Power factor correction 1000 VACRMS
• Harmonic filter
QUICK REFERENCE DATA
Series
Description
Type
Technology
Voltage max. (V)
PhMKP With ESTAspring
LVAC Power Capacitors - Oil and Dry - INDOOR, IP20
Capacitors, fixed, low voltage
MKP, metallized polypropylene film
1000
Capacitance min. (μF)
3-phase D: 3 x 11.5, 3-phase Y: 3 x 83.6, 1-phase: 49.7
Capacitance max. (μF)
3-phase D: 3 x 335.0, 3-phase Y: 3 x 219.3, 1-phase: 332.2
Output min. (kvar)
2
Output max. (kvar)
37.1
Revision: 01-Feb-2019
Document Number: 13203
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THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT www.vishay.com/doc?91000
PhMKP...-S, PhMKPg...-S, Cylindrical, LVAC, ESTAspring
www.vishay.com
Vishay ESTA
CAPACITORS IN CYLINDRICAL CASINGS
APPLICATION
The Vishay ESTA PhMKP / PhMKPg series of power factor
correction capacitors in cylindrical aluminum casings is
available in 64 mm, 84 mm, 116 mm, and 136 mm diameter
designs.
The 116 mm and 136 mm start where the output of the
84 mm design ends. At the point of change, the customer
has two options: the lower height profile of the 116 mm and
136 mm or the slimmer diameter of the 84.4 mm design.
The Vishay ESTA LVAC capacitors are suitable for use in
both standard PFC applications and in heavy-duty
applications such as wind turbines:
• automatic PFC equipment
• individual fixed PFC (e.g. motors, transformers, lighting)
• group fixed PFC
• tuned and detuned capacitor banks
• harmonic filters (e.g. UPS, frequency drives, converters)
DESIGN
The Vishay ESTA LVAC MKP capacitors are metallized
polypropylene film capacitors with self-healing properties.
The current-carrying metal layer of an MKP capacitor is
vaporized onto one side of the polypropylene film. The front
surface of tubular winding elements are joined by means of
the metal spray method (schooping). Three winding
elements are encapsulated in one aluminum casing and
connected to form a true 3-phase capacitor. The
overpressure tear-off fuse prevents the capacitor from
bursting at the end of service life, or due to inadmissible
electrical or thermal overloads.
The capacitor is housed in a tubular aluminum container
with a aluminum lid press-rolled onto it. The current is
supplied via a ESTAspring IP20 block-type safety terminal.
A threaded stud (M12) at the bottom of the container serves
for both grounding and mounting.
The Vishay ESTAprop and ESTAdry capacitors will be
delivered together with discharge resistors and hardware for
mounting.
The entire range of Vishay ESTA LVAC products are offered
in both natural oil-filled ESTAprop PhMKP and gas-filled
ESTAdry PhMKPg versions.
1-PHASE / 3-PHASE CAPACITOR, ESTAspring
IP20 TERMINAL BLOCK 64 mm / 84.4 mm
DIAMETER
3-PHASE CAPACITOR, ESTAspring
TERMINAL BLOCK 116 mm DIAMETER
Revision: 01-Feb-2019
IP20
Document Number: 13203
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PhMKP...-S, PhMKPg...-S, Cylindrical, LVAC, ESTAspring
www.vishay.com
Vishay ESTA
CAPACITORS IN CYLINDRICAL CASINGS
TECHNICAL DATA
STANDARDS
IEC 60831-1 + 2, EN 60831- 1 + 2, UL 810 LATEST EDITIONS,
UL / ULC - FILE E97723
Overvoltages
(in accordance with the above standards)
Ucn + 10 % (up to 8 h daily)
Ucn + 15 % (up to 30 min daily)
Ucn + 20 % (up to 5 min, only 200 times in the life of the capacitor)
Ucn + 30 % (up to 1 min, only 200 times in the life of the capacitor)
Please also refer to “Terms and Definitions”
Overcurrent
(in accordance with the above standards)
1.3 x In
1.43 x In with 10 % overvoltages, 10 % over capacitance and harmonics included,
continuous operation
Please also refer to “Terms and Definitions”
Tolerance on capacitance
-5 % / +10 % in accordance with the standards
± 5 % as Vishay ESTA standard
Test voltage, terminal / terminal
2.15 x Ucn, VAC, 2 s (routine test)
Test voltage, terminal / casing
4800 VAC, 2 s (routine test)
Inrush current
300 times rated current In
Losses
0.25 W/kvar to 0.45 W/kvar (without discharge resistors)
Statistical life expectancy (1)
> 150 000 operating h (ESTAprop)
> 130 000 operating h (ESTAdry)
Degree of protection
ESTAspring IP20 terminal, indoor
Ambient temperature category
-40 / D (max. 55 °C) ESTAprop, -40 / D (max. 55 °C) ESTAdry
Permitted casing temperature
Max. 65 °C (measured on top of the can)
Cooling
Naturally air-cooled
Permissible relative humidity
Maximum 95 %
Maximum allowed altitude
2000 m above sea level
Mounting position
Vertical and horizontal
Terminal
ESTAspring fast and easy lever-operated spring loaded terminal,
2.5 mm2 up to 25 mm2 cable cross section with wire-end sleeve
Mounting and grounding
Threaded M12 stud at the bottom of the container
Safety features
All-phase overpressure tear-off fuse, self-healing
Casing
Aluminum can
Dielectric
Polypropylene film, self-healing
Filling agent
Natural oil, non-PCB, biodegradable (ESTAprop) or dry / gas - filled (ESTAdry)
Note
(1) Statements about product lifetime are based on calculations and internal testing. They should only be interpreted as estimations. Also due
to external factors, the lifetime in the field application may deviate from the calculated lifetime. In general, nothing stated herein shall be
construed as a guarantee of quality or durability
Revision: 01-Feb-2019
Document Number: 13203
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THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
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PhMKP...-S, PhMKPg...-S, Cylindrical, LVAC, ESTAspring
www.vishay.com
Vishay ESTA
CAPACITORS WITH ESTAspring
18 mm
Length of wire end ferrule or stripping length
Max. 6.0 mm
Max. 7.6 mm
8 mm
Insertion depth of the conductor insulation
Transverse ok
Upended wrong
STANDARDS FOR ESTAspring TERMINAL BLOCK
• Conductor pull-out test according to IEC 60998-2-1
• Corrosion test according to IEC 6988
• Impulse withstand voltage test according to IEC 60664-1
• Temperature shock test according to IEC 60512-11-4,
clause 11d
• Current carrying capacity up to 90 A/phase according to
IEC 60512-5-2
• Vibration test according to IEC 60068-2-6
• Degree of protection
DIN 40050-9/60529
IP20,
test
according
to
The lever is designed for a minimum of 10 operating cycles. Continuous use can result in excessive wear.
Revision: 01-Feb-2019
Document Number: 13203
9
For technical questions, contact: esta@vishay.com
THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT www.vishay.com/doc?91000
PhMKP...-S, PhMKPg...-S, Cylindrical, LVAC, ESTAspring
www.vishay.com
Vishay ESTA
3-PHASE CAPACITORS
IP20, OIL
RATED VOLTAGE 230 V, 50 Hz, DELTA CONNECTION, UL / ULC
ARTICLE NO. (1)
OUTPUT
kvar
CAP.
μF
CURRENT
A
DIMENSIONS
ØxH
mm
WEIGHT
kg
DRAWING
NO.
PhMKP230.3.02,50-S64
5341-48100-xx
2.5
3 x 50.1
6.3
64 x 190
0.8
1
PhMKP230.3.05,00-S64
5341-48101-xx
5
3 x 100.3
12.6
64 x 265
1.0
1
PhMKP230.3.10,00-S84
5341-48800-xx
10
3 x 200.6
25.1
84.4 x 265
1.7
2
PhMKP230.3.12,50-S84
5341-48801-xx
12.5
3 x 250.7
31.4
84.4 x 340
2.0
2
PhMKP230.3.15,00-S84
5341-48802-xx
15
3 x 300.9
37.7
84.4 x 340
2.1
2
PhMKP230.3.10,00-S116
5341-47103-xx
10
3 x 200.6
25.1
116 x 160
2.1
3
PhMKP230.3.12,50-S116
5341-47104-xx
12.5
3 x 250.7
31.4
116 x 190
2.5
3
PhMKP230.3.15,00-S116
5341-47105-xx
15
3 x 300.9
37.7
116 x 190
2.5
3
PhMKP230.3.16,70-S116
5341-47106-xx
16.7
3 x 335.0
41.9
116 x 230
3.1
3
TYPE
RATED VOLTAGE 400 V, 50 Hz, DELTA CONNECTION, UL / ULC
CAN BE USED ALSO FOR 415 V, FULL OVER VOLTAGE RANGE
TYPE
ARTICLE NO. (1)
OUTPUT OUTPUT
kvar
kvar
400 V
415 V
CAP.
μF
CURRENT DIMENSIONS
A
ØxH
400 V / 415 V
mm
WEIGHT DRAWING
kg
NO.
PhMKP400.3.02,50-S64
5341-48102-xx
2.5
2.7
3 x 16.6
3.6 / 3.7
64 x 190
0.8
1
PhMKP400.3.05,00-S64
5341-48103-xx
5
5.4
3 x 33.2
7.2 / 7.5
64 x 190
0.8
1
PhMKP400.3.06,67-S64
5341-48104-xx
6.67
7.2
3 x 44.2
9.6 / 10.0
64 x 190
0.8
1
PhMKP400.3.07,50-S64
5341-48105-xx
7.5
8.1
3 x 49.7
10.8 / 11.2
64 x 190
0.8
1
PhMKP400.3.08,33-S64
5341-48106-xx
8.33
9.0
3 x 55.2
12 / 12.5
64 x 190
0.8
1
PhMKP400.3.10,00-S64
5341-48107-xx
10
10.8
3 x 66.3
14.4 / 14.9
64 x 265
1.0
1
PhMKP400.3.12,50-S64
5341-48108-xx
12.5
13.5
3 x 82.9
18 / 18.7
64 x 265
1.0
1
PhMKP400.3.10,00-S84
5341-48803-xx
10
10.8
3 x 66.3
14.4 / 14.9
84.4 x 190
1.3
2
PhMKP400.3.12,50-S84
5341-48804-xx
12.5
13.5
3 x 82.9
18 / 18.7
84.4 x 190
1.3
2
PhMKP400.3.15,00-S84
5341-48805-xx
15
16.1
3 x 99.5
21.6 / 22.4
84.4 x 190
1.3
2
PhMKP400.3.16,70-S84
5341-48806-xx
16.7
18.0
3 x 110.7
24.1 / 25.0
84.4 x 265
1.7
2
PhMKP400.3.20,00-S84
5341-48807-xx
20
21.5
3 x 132.6
28.8 / 30.0
84.4 x 265
1.7
2
PhMKP400.3.25,00-S84
5341-48808-xx
25
26.9
3 x 165.8
36.1 / 37.4
84.4 x 265
1.7
2
PhMKP400.3.16,70-S116
5341-47110-xx
16.7
18.0
3 x 110.7
24.1 / 25.0
116 x 160
2.1
3
PhMKP400.3.20,00-S116
5341-47111-xx
20
21.5
3 x 132.6
28.8 / 29.9
116 x 160
2.1
3
PhMKP400.3.25,00-S116
5341-47112-xx
25
26.9
3 x 165.8
36.1 / 37.4
116 x 190
2.5
3
Notes
• Other voltage ratings, outputs, and frequencies upon request. All PhMKP-type capacitors may be also be applied in 60 Hz networks, output
and current will, however, be 20 % higher in these cases (i.e. additional thermal load and therefore, a lower class of temperature must be
taken into account)
(1) Version no. xx may differ as it respects small changes, e.g. on the label
Revision: 01-Feb-2019
Document Number: 13203
10
For technical questions, contact: esta@vishay.com
THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT www.vishay.com/doc?91000
PhMKP...-S, PhMKPg...-S, Cylindrical, LVAC, ESTAspring
www.vishay.com
Vishay ESTA
3-PHASE CAPACITORS
IP20, OIL
RATED VOLTAGE 440 V, 50 Hz, DELTA CONNECTION, UL / ULC
CAN BE USED ALSO FOR 415 V
TYPE
ARTICLE NO. (1)
OUTPUT OUTPUT
kvar
kvar
440 V
415 V
CAP.
μF
CURRENT DIMENSIONS
WEIGHT DRAWING
A
ØxH
kg
NO.
440 V / 415 V
mm
PhMKP440.3.02,50-S64
5341-48122-xx
2.5
2.2
3 x 13.7
3.3 / 3.1
64 x 190
0.7
1
PhMKP440.3.05,00-S64
5341-48109-xx
5
4.4
3 x 27.4
6.6 / 6.1
64 x 190
0.8
1
PhMKP440.3.08,33-S64
5341-48110-xx
8.33
7.4
3 x 45.7
10.9 / 10.3
64 x 190
0.8
1
PhMKP440.3.10,00-S64
5341-48111-xx
10
8.9
3 x 54.8
13.1 / 12.4
64 x 265
1.0
1
PhMKP440.3.11,20-S64
5341-48112-xx
11.2
10
3 x 61.4
14.7 / 13.9
64 x 265
1.0
1
PhMKP440.3.12,50-S64
5341-48113-xx
12.5
11.1
3 x 68.5
16.4 / 15.4
64 x 265
1.0
1
PhMKP440.3.14,00-S64
5341-48114-xx
14
12.5
3 x 76.7
18.4 / 17.4
64 x 265
1.0
1
PhMKP440.3.12,50-S84
5341-48809-xx
12.5
11.1
3 x 68.5
16.4 / 15.5
84.4 x 190
1.3
2
PhMKP440.3.14,10-S84
5341-48810-xx
14.1
12.5
3 x 77.0
18.5 / 17.5
84.4 x 190
1.3
2
PhMKP440.3.15,00-S84
5341-48811-xx
15
13.3
3 x 82.2
19.7 / 18.6
84.4 x 190
1.3
2
PhMKP440.3.16,90-S84
5341-48812-xx
16.9
15
3 x 92.6
22.2 / 20.9
84.4 x 190
1.3
2
PhMKP440.3.18.80-S84
5341-48813-xx
18.8
16.67
3 x 103.0
24.7 / 23.3
84.4 x 265
1.7
2
PhMKP440.3.20,00-S84
5341-48814-xx
20
17.8
3 x 109.6
26.2 / 24.8
84.4 x 265
1.7
2
PhMKP440.3.22,50-S84
5341-48815-xx
22.5
20
3 x 123.3
29.5 / 27.8
84.4 x 265
1.7
2
PhMKP440.3.25,00-S84
5341-48816-xx
25
22.2
3 x 137.0
32.8 / 30.9
84.4 x 265
1.7
2
PhMKP440.3.28,10-S84
5341-48817-xx
28.1
25
3 x 154.0
36.9 / 34.8
84.4 x 265
1.7
2
PhMKP440.3.30,00-S84
5341-48818-xx
30
26.7
3 x 164.4
39.4 / 37.1
84.4 x 340
2.1
2
PhMKP440.3.14,10-S116
5341-47168-xx
14.1
12.5
3 x 77.0
18.5 / 17.5
116 x 160
1.5
3
PhMKP440.3.18,80-S116
5341-47115-xx
18.8
16.67
3 x 103.0
24.7 / 23.3
116 x 160
1.8
3
PhMKP440.3.20,00-S116
5341-47116-xx
20
17.8
3 x 109.6
26.2 / 24.8
116 x 160
1.8
3
PhMKP440.3.22,50-S116
5341-47117-xx
22.5
20
3 x 123.3
29.5 / 27.8
116 x 160
1.9
3
PhMKP440.3.25,00-S116
5341-47118-xx
25
22.2
3 x 137.0
32.8 / 30.9
116 x 190
2.0
3
PhMKP440.3.28,10-S116
5341-47120-xx
28.1
25
3 x 154.0
36.9 / 34.8
116 x 190
2.0
3
PhMKP440.3.30,00-S116
5341-47122-xx
30
26.7
3 x 164.4
39.4 / 37.1
116 x 190
2.2
3
Notes
• Other voltage ratings, outputs, and frequencies upon request. All PhMKP-type capacitors may be also be applied in 60 Hz networks, output
and current will, however, be 20 % higher in these cases (i.e. additional thermal load and therefore, a lower class of temperature must be
taken into account)
(1) Version no. xx may differ as it respects small changes, e.g. on the label
Revision: 01-Feb-2019
Document Number: 13203
11
For technical questions, contact: esta@vishay.com
THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT www.vishay.com/doc?91000
PhMKP...-S, PhMKPg...-S, Cylindrical, LVAC, ESTAspring
www.vishay.com
Vishay ESTA
3-PHASE CAPACITORS
IP20, OIL
RATED VOLTAGE 525 V, 50 Hz, DELTA CONNECTION, UL / ULC
CAN BE USED ALSO FOR 480 V
TYPE
ARTICLE NO. (1)
OUTPUT OUTPUT
kvar
kvar
525 V
480 V
CAP.
μF
CURRENT DIMENSIONS
WEIGHT
A
ØxH
kg
525 V / 480 V
mm
DRAWING
NO.
PhMKP525.3.03,00-S64
5341-48115-xx
3
2.5
3 x 11.5
3.3 / 3.0
64 x 190
0.8
1
PhMKP525.3.05,00-S64
5341-48116-xx
5
4.2
3 x 19.2
5.5 / 5.0
64 x 190
0.8
1
PhMKP525.3.08,33-S64
5341-48117-xx
8.33
7
3 x 32.1
9.2 / 8.4
64 x 190
0.8
1
PhMKP525.3.10,00-S64
5341-48118-xx
10
8.33
3 x 38.5
11.0 / 10.1
64 x 265
1.0
1
PhMKP525.3.10,00-S84
5341-48819-xx
10
8.33
3 x 38.5
11.0 / 10.1
84.4 x 190
1.3
2
PhMKP525.3.12,50-S84
5341-48820-xx
12.5
10.4
3 x 48.1
13.7 / 12.6
84.4 x 190
1.3
2
PhMKP525.3.13.80-S84
5341-48821-xx
13.8
11.5
3 x 53.1
15.2 / 13.8
84.4 x 190
1.3
2
PhMKP525.3.15,00-S84
5341-48822-xx
15
12.5
3 x 57.7
16.5 / 15.0
84.4 x 190
1.3
2
PhMKP525.3.20,00-S84
5341-48823-xx
20
16.7
3 x 77.0
22.0 / 20.1
84.4 x 265
1.7
2
PhMKP525.3.25,00-S84
5341-48824-xx
25
20.9
3 x 96.2
27.5 / 25.1
84.4 x 265
1.7
2
PhMKP525.3.20,00-S116
5341-47124-xx
20
16.7
3 x 77.0
22.0 / 20.1
116 x 160
1.8
3
PhMKP525.3.25,00-S116
5341-47125-xx
25
20.9
3 x 96.2
27.5 / 25.1
116 x 190
2.5
3
PhMKP525.3.30,00-S116
5341-47169-xx
30
25.1
3 x 115.4
33.0 / 30.2
116 x 230
2.6
3
PhMKP525.3.35,90-S116
5341-47170-xx
35.9
30
3 x 138.2
39.5 / 36.1
116 x 265
2.8
3
PhMKP525.3.37,10-S116
5341-47165-xx
37.1
31
3 x 142.8
40.8 / 37.3
116 x 265
2.8
3
Notes
• Other voltage ratings, outputs, and frequencies upon request. All PhMKP-type capacitors may be also be applied in 60 Hz networks, output
and current will, however, be 20 % higher in these cases (i.e. additional thermal load and therefore, a lower class of temperature must be
taken into account)
(1) Version no. xx may differ as it respects small changes, e.g. on the label
Revision: 01-Feb-2019
Document Number: 13203
12
For technical questions, contact: esta@vishay.com
THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT www.vishay.com/doc?91000
PhMKP...-S, PhMKPg...-S, Cylindrical, LVAC, ESTAspring
www.vishay.com
Vishay ESTA
3-PHASE CAPACITORS
IP20, OIL
RATED VOLTAGE 660 V, 50 Hz, 64 / 84: DELTA CONNECTION, 116: STAR CONNECTION,
UL / ULC UP TO 660 V
CAN BE USED ALSO FOR 690 V
TYPE
ARTICLE NO. (1)
OUTPUT OUTPUT
kvar
kvar
660 V
690 V
CAP.
μF
CURRENT DIMENSIONS
ØxH
A
660 V / 690 V
mm
WEIGHT
kg
DRAWING
NO.
PhMKP660.3.05,00-S64
5341-48119-xx
5
5.5
3 x 12.2
4.4 / 4.6
64 x 190
0.8
1
PhMKP660.3.08,33-S64
5341-48120-xx
8.33
9.1
3 x 20.3
7.3 / 7.6
64 x 265
1.0
1
PhMKP660.3.08,33-S84
5341-48825-xx
8.33
9.1
3 x 20.3
7.3 / 7.6
84.4 x 190
1.3
2
PhMKP660.3.10,00-S84
5341-48826-xx
10
10.9
3 x 24.4
8.7 / 9.1
84.4 x 190
1.3
2
PhMKP660.3.12,50-S84
5341-48827-xx
12.5
13.7
3 x 30.4
10.9 / 11.4
84.4 x 265
1.7
2
PhMKP660.3.15,00-S84
5341-48828-xx
15
16.4
3 x 36.5
13.1 / 13.7
84.4 x 265
1.7
2
PhMKP660.3.16,70-S84
5341-48829-xx
16.7
18.3
3 x 40.7
14.6 / 15.3
84.4 x 265
1.7
2
PhMKP660.3.20,00-S84
5341-48830-xx
20
21.9
3 x 48.7
17.5 / 18.3
84.4 x 340
2.1
2
PhMKP660.3.22,90-S84
5341-48831-xx
22.9
25
3 x 55.8
20 / 20.9
84.4 x 340
2.1
2
PhMKP660.2.12,50-S116
5341-47157-xx
12.5
13.7
3 x 91.4
10.9 / 11.4
116 x 160
2.1
3
PhMKP660.2.15,00-S116
5341-47158-xx
15
16.4
3 x 109.6
13.1 / 13.7
116 x 160
2.1
3
PhMKP660.2.16,70-S116
5341-47159-xx
16.7
18.3
3 x 122.1
14.6 / 15.3
116 x 160
2.1
3
PhMKP660.2.20,00-S116
5341-47161-xx
20
21.9
3 x 146.2
17.5 / 18.3
116 x 190
2.3
3
PhMKP660.2.22,90-S116
5341-47162-xx
22.9
25
3 x 167.3
20 / 20.9
116 x 190
2.5
3
RATED VOLTAGE 690 V, 50 Hz, 64 / 84: DELTA CONNECTION, 116: STAR CONNECTION
CAN BE USED ALSO FOR 660 V
TYPE
ARTICLE NO. (1)
OUTPUT OUTPUT
kvar
kvar
690 V
660 V
CAP.
μF
CURRENT DIMENSIONS
A
ØxH
690 V / 660 V
mm
WEIGHT
kg
DRAWING
NO.
PhMKP690.3.10,00-S64
5341-48121-xx
10
9.1
3 x 22.3
8.4 / 8.0
64 x 265
1.1
1
PhMKP690.3.12,50-S84
5341-48832-xx
12.5
11.4
3 x 27.9
10.5 / 10.0
84.4 x 265
1.9
2
PhMKP690.3.15,00-S84
5341-48833-xx
15
13.7
3 x 33.4
12.5 / 12.0
84.4 x 265
1.9
2
PhMKP690.3.20,00-S84
5341-48834-xx
20
18.3
3 x 44.6
16.7 / 16.0
84.4 x 340
2.4
2
PhMKP690.3.25,00-S84
5341-48835-xx
25
22.9
3 x 55.7
20.9 / 20.0
84.4 x 340
2.4
2
PhMKP690.2.12,50-S116
5341-47171-xx
12.5
11.4
3 x 83.6
10.5 / 10.0
116 x 160
2.0
3
PhMKP690.2.15,00-S116
5341-47172-xx
15
13.7
3 x 100.3
12.5 / 12.0
116 x 160
2.2
3
PhMKP690.2.20,00-S116
5341-47173-xx
20
18.3
3 x 133.7
16.7 / 16.0
116 x 190
2.2
3
PhMKP690.2.25,00-S116
5341-47174-xx
25
22.9
3 x 167.3
20.9 / 20.0
116 x 190
2.5
3
Notes
• Other voltage ratings, outputs, and frequencies upon request. All PhMKP-type capacitors may be also be applied in 60 Hz networks, output
and current will, however, be 20 % higher in these cases (i.e. additional thermal load and therefore, a lower class of temperature must be
taken into account)
(1) Version no. xx may differ as it respects small changes, e.g. on the label
Revision: 01-Feb-2019
Document Number: 13203
13
For technical questions, contact: esta@vishay.com
THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT www.vishay.com/doc?91000
PhMKP...-S, PhMKPg...-S, Cylindrical, LVAC, ESTAspring
www.vishay.com
Vishay ESTA
3-PHASE CAPACITORS
IP20, DRY
RATED VOLTAGE 230 V, 50 Hz, DELTA CONNECTION, UL / ULC
CURRENT
A
DIMENSIONS
ØxH
mm
WEIGHT
kg
DRAWING
NO.
3 x 50.1
6.3
64 x 190
0.6
1
3 x 100.3
12.6
64 x 265
0.8
1
3 x 200.6
25.1
84.4 x 265
1.4
2
3 x 250.7
31.4
84.4 x 340
1.5
2
15
3 x 300.9
37.7
84.4 x 340
1.7
2
5343-47306-xx
10
3 x 200.6
25.1
116 x 160
1.5
3
PhMKPg230.3.12,50-S116
5343-47307-xx
12.5
3 x 250.7
31.4
116 x 190
1.7
3
PhMKPg230.3.15,00-S116
5343-47308-xx
15
3 x 300.9
37.7
116 x 190
1.9
3
PhMKPg230.3.16,70-S116
5343-47309-xx
16.7
3 x 335.0
41.9
116 x 230
2.2
3
ARTICLE NO. (1)
OUTPUT
kvar
PhMKPg230.3.02,50-S64
5343-48400-xx
2.5
PhMKPg230.3.05,00-S64
5343-48401-xx
5
PhMKPg230.3.10,00-S84
5343-48700-xx
10
PhMKPg230.3.12,50-S84
5343-48701-xx
12.5
PhMKPg230.3.15,00-S84
5343-48702-xx
PhMKPg230.3.10,00-S116
TYPE
CAP.
μF
RATED VOLTAGE 400 V, 50 Hz, DELTA CONNECTION, UL / ULC
CAN BE USED ALSO FOR 415 V, FULL OVER VOLTAGE RANGE
TYPE
ARTICLE NO. (1)
OUTPUT OUTPUT
kvar
kvar
400 V
415 V
CAP.
μF
CURRENT DIMENSIONS
WEIGHT DRAWING
A
ØxH
kg
NO.
400 V / 415 V
mm
PhMKPg400.3.02,50-S64
5343-48402-xx
2.5
2.7
3 x 16.6
3.6 / 3.7
64 x 190
0.6
1
PhMKPg400.3.05,00-S64
5343-48403-xx
5
5.4
3 x 33.2
7.2 / 7.5
64 x 190
0.6
1
PhMKPg400.3.06,67-S64
5343-48404-xx
6.67
7.2
3 x 44.2
9.6 / 10.0
64 x 190
0.6
1
PhMKPg400.3.07,50-S64
5343-48405-xx
7.5
8.1
3 x 49.7
10.8 / 11.2
64 x 190
0.6
1
PhMKPg400.3.08,33-S64
5343-48406-xx
8.33
9.0
3 x 55.2
12 / 12.5
64 x 190
0.7
1
PhMKPg400.3.10,00-S64
5343-48407-xx
10
10.8
3 x 66.3
14.4 / 14.9
64 x 265
0.7
1
PhMKPg400.3.12,50-S64
5343-48408-xx
12.5
13.5
3 x 82.9
18 / 18.7
64 x 265
0.8
1
PhMKPg400.3.10,00-S84
5343-48703-xx
10
10.8
3 x 66.3
14.4 / 14.9
84.4 x 190
1.0
2
PhMKPg400.3.12,50-S84
5343-48704-xx
12.5
13.5
3 x 82.9
18 / 18.7
84.4 x 190
1.4
2
PhMKPg400.3.15,00-S84
5343-48705-xx
15
16.1
3 x 99.5
21.6 / 22.4
84.4 x 190
1.4
2
PhMKPg400.3.16,70-S84
5343-48706-xx
16.7
18.0
3 x 110.7
24.1 / 25.0
84.4 x 265
1.4
2
PhMKPg400.3.20,00-S84
5343-48707-xx
20
21.5
3 x 132.6
28.8 / 30.0
84.4 x 265
1.4
2
PhMKPg400.3.25,00-S84
5343-48708-xx
25
26.9
3 x 165.8
36.1 / 37.4
84.4 x 265
1.5
2
PhMKPg400.3.16,70-S116
5343-47312-xx
16.7
18.0
3 x 110.7
24.1 / 25.0
116 x 160
1.5
3
PhMKPg400.3.20,00-S116
5343-47313-xx
20
21.5
3 x 132.6
28.8 / 29.9
116 x 160
1.6
3
PhMKPg400.3.25,00-S116
5343-47315-xx
25
26.9
3 x 165.8
36.1 / 37.4
116 x 190
1.9
3
Notes
• Other voltage ratings, outputs, and frequencies upon request. All PhMKP-type capacitors may be also be applied in 60 Hz networks, output
and current will, however, be 20 % higher in these cases (i.e. additional thermal load and therefore, a lower class of temperature must be
taken into account)
(1) Version no. xx may differ as it respects small changes, e.g. on the label
Revision: 01-Feb-2019
Document Number: 13203
14
For technical questions, contact: esta@vishay.com
THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT www.vishay.com/doc?91000
PhMKP...-S, PhMKPg...-S, Cylindrical, LVAC, ESTAspring
www.vishay.com
Vishay ESTA
3-PHASE CAPACITORS
IP20, DRY
RATED VOLTAGE 440 V, 50 Hz, DELTA CONNECTION, UL / ULC
CAN BE USED ALSO FOR 415 V
TYPE
ARTICLE NO. (1)
OUTPUT
kvar
440 V
OUTPUT
kvar
415 V
CAP.
μF
CURRENT DIMENSIONS
A
ØxH
440 V / 415 V
mm
PhMKPg440.3.02,50-S64
5343-48422-xx
2.5
2.2
3 x 13.7
3.3 / 3.1
PhMKPg440.3.05,00-S64
5343-48409-xx
5
4.4
3 x 27.4
PhMKPg440.3.08,33-S64
5343-48410-xx
8.33
7.4
PhMKPg440.3.10,00-S64
5343-48411-xx
10
PhMKPg440.3.11,20-S64
5343-48412-xx
PhMKPg440.3.12,50-S64
WEIGHT
kg
DRAWING
NO.
64 x 190
0.6
1
6.6 / 6.1
64 x 190
0.6
1
3 x 45.7
10.9 / 10.3
64 x 190
0.6
1
8.9
3 x 54.8
13.1 / 12.4
64 x 265
0.8
1
11.2
10
3 x 61.4
14.7 / 13.9
64 x 265
0.8
1
5343-48413-xx
12.5
11.1
3 x 68.5
16.4 / 15.4
64 x 265
0.8
1
PhMKPg440.3.14,00-S64
5343-48414-xx
14
12.5
3 x 76.7
18.4 / 17.4
64 x 265
1.0
1
PhMKPg440.3.12,50-S84
5343-48709-xx
12.5
11.1
3 x 68.5
16.4 / 15.5
84.4 x 190
1.0
2
PhMKPg440.3.14,10-S84
5343-48710-xx
14.1
12.5
3 x 77.0
18.5 / 17.5
84.4 x 190
1.1
2
PhMKPg440.3.15,00-S84
5343-48711-xx
15
13.3
3 x 82.2
19.7 / 18.6
84.4 x 190
1.1
2
PhMKPg440.3.16,90-S84
5343-48712-xx
16.9
15
3 x 92.6
22.2 / 20.9
84.4 x 190
1.2
2
PhMKPg440.3.18.80-S84
5343-48713-xx
18.8
16.67
3 x 103.0
24.7 / 23.3
84.4 x 265
1.3
2
PhMKPg440.3.20,00-S84
5343-48714-xx
20
17.8
3 x 109.6
26.2 / 24.8
84.4 x 265
1.4
2
PhMKPg440.3.22,50-S84
5343-48715-xx
22.5
20
3 x 123.3
29.5 / 27.8
84.4 x 265
1.4
2
PhMKPg440.3.25,00-S84
5343-48716-xx
25
22.2
3 x 137.0
32.8 / 30.9
84.4 x 265
1.5
2
PhMKPg440.3.28,10-S84
5343-48717-xx
28.1
25
3 x 154.0
36.9 / 34.8
84.4 x 265
1.5
2
PhMKPg440.3.30,00-S84
5343-48718-xx
30
26.7
3 x 164.4
39.4 / 37.1
84.4 x 340
1.8
2
PhMKPg440.3.14,10-S116
5343-47369-xx
14.1
12.5
3 x 77.0
18.5 / 17.5
116 x 160
1.0
3
PhMKPg440.3.18,80-S116
5343-47317-xx
18.8
16.67
3 x 103.0
24.7 / 23.3
116 x 160
1.5
3
PhMKPg440.3.20,00-S116
5343-47318-xx
20
17.8
3 x 109.6
26.2 / 24.8
116 x 160
1.6
3
PhMKPg440.3.22,50-S116
5343-47319-xx
22.5
20
3 x 123.3
29.5 / 27.8
116 x 160
1.6
3
PhMKPg440.3.25,00-S116
5343-47320-xx
25
22.2
3 x 137.0
32.8 / 30.9
116 x 190
1.7
3
PhMKPg440.3.28,10-S116
5343-47305-xx
28.1
25
3 x 154.0
36.9 / 34.8
116 x 190
1.6
3
Notes
• Other voltage ratings, outputs, and frequencies upon request. All PhMKP-type capacitors may be also be applied in 60 Hz networks, output
and current will, however, be 20 % higher in these cases (i.e. additional thermal load and therefore, a lower class of temperature must be
taken into account)
(1) Version no. xx may differ as it respects small changes, e.g. on the label
Revision: 01-Feb-2019
Document Number: 13203
15
For technical questions, contact: esta@vishay.com
THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT www.vishay.com/doc?91000
PhMKP...-S, PhMKPg...-S, Cylindrical, LVAC, ESTAspring
www.vishay.com
Vishay ESTA
3-PHASE CAPACITORS
IP20, DRY
RATED VOLTAGE 525 V, 50 Hz, DELTA CONNECTION, UL / ULC
CAN BE USED ALSO FOR 480 V
TYPE
ARTICLE NO. (1)
OUTPUT OUTPUT
kvar
kvar
525 V
480 V
CAP.
μF
CURRENT DIMENSIONS
A
ØxH
525 V / 480 V
mm
WEIGHT
kg
DRAWING
NO.
PhMKPg525.3.03,00-S64
5343-48415-xx
3
2.5
3 x 11.5
3.3 / 3.0
64 x 190
0.6
1
PhMKPg525.3.05,00-S64
5343-48416-xx
5
4.2
3 x 19.2
5.5 / 5.0
64 x 190
0.6
1
PhMKPg525.3.08,33-S64
5343-48417-xx
8.33
7
3 x 32.1
9.2 / 8.4
64 x 190
0.6
1
PhMKPg525.3.10,00-S64
5343-48418-xx
10
8.33
3 x 38.5
11.0 / 10.1
64 x 265
0.7
1
PhMKPg525.3.10,00-S84
5343-48719-xx
10
8.33
3 x 38.5
11.0 / 10.1
84.4 x 190
0.8
2
PhMKPg525.3.12,50-S84
5343-48720-xx
12.5
10.4
3 x 48.1
13.7 / 12.6
84.4 x 190
1.0
2
PhMKPg525.3.13.80-S84
5343-48721-xx
13.8
11.5
3 x 53.1
15.2 / 13.8
84.4 x 190
1.0
2
PhMKPg525.3.15,00-S84
5343-48722-xx
15
12.5
3 x 57.7
16.5 / 15.0
84.4 x 190
1.2
2
PhMKPg525.3.20,00-S84
5343-48723-xx
20
16.7
3 x 77.0
22.0 / 20.1
84.4 x 265
1.3
2
PhMKPg525.3.25,00-S84
5343-48724-xx
25
20.9
3 x 96.2
27.5 / 25.1
84.4 x 265
1.5
2
PhMKPg525.3.20,00-S116
5343-47366-xx
20
16.7
3 x 77.0
22.0 / 20.1
116 x 160
1.4
3
PhMKPg525.3.25,00-S116
5343-47327-xx
25
20.9
3 x 96.2
27.5 / 25.1
116 x 190
1.5
3
PhMKPg525.3.30,00-S116
5343-47367-xx
30
25.1
3 x 115.4
33.0 / 30.2
116 x 230
2.0
3
PhMKPg525.3.35,90-S116
5343-47371-xx
35.9
30
3 x 138.2
39.5 / 36.1
116 x 265
2.1
3
PhMKPg525.3.37,10-S116
5343-47372-xx
37.1
31
3 x 142.8
40.8 / 37.3
116 x 265
2.2
3
Notes
• Other voltage ratings, outputs, and frequencies upon request. All PhMKP-type capacitors may be also be applied in 60 Hz networks, output
and current will, however, be 20 % higher in these cases (i.e. additional thermal load and therefore, a lower class of temperature must be
taken into account)
(1) Version no. xx may differ as it respects small changes, e.g. on the label
Revision: 01-Feb-2019
Document Number: 13203
16
For technical questions, contact: esta@vishay.com
THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT www.vishay.com/doc?91000
PhMKP...-S, PhMKPg...-S, Cylindrical, LVAC, ESTAspring
www.vishay.com
Vishay ESTA
3-PHASE CAPACITORS
IP20, DRY
RATED VOLTAGE 660 V, 50 Hz, 64 / 84: DELTA CONNECTION, 116: STAR CONNECTION,
UL / ULC UP TO 660 V
CAN BE USED ALSO FOR 690 V, FULL OVER VOLTAGE RANGE
TYPE
ARTICLE NO. (1)
OUTPUT OUTPUT
kvar
kvar
660 V
690 V
CAP.
μF
CURRENT DIMENSIONS
WEIGHT
A
ØxH
kg
660 V / 690 V
mm
DRAWING
NO.
PhMKPg660.3.05,00-S64
5343-48419-xx
5
5.5
3 x 12.2
4.4 / 4.6
64 x 190
0.6
1
PhMKPg660.3.08,33-S64
5343-48420-xx
8.33
9.1
3 x 20.3
7.3 / 7.6
64 x 265
0.8
1
PhMKPg660.3.08,33-S84
5343-48725-xx
8.33
9.1
3 x 20.3
7.3 / 7.6
84.4 x 190
0.9
2
PhMKPg660.3.10,00-S84
5343-48726-xx
10
10.9
3 x 24.4
8.7 / 9.1
84.4 x 190
1.1
2
PhMKPg660.3.12,50-S84
5343-48727-xx
12.5
13.7
3 x 30.4
10.9 / 11.4
84.4 x 265
1.2
2
PhMKPg660.3.15,00-S84
5343-48728-xx
15
16.4
3 x 36.5
13.1 / 13.7
84.4 x 265
1.4
2
PhMKPg660.3.16,70-S84
5343-48729-xx
16.7
18.3
3 x 40.7
14.6 / 15.3
84.4 x 265
1.5
2
PhMKPg660.3.20,00-S84
5343-48730-xx
20
21.9
3 x 48.7
17.5 / 18.3
84.4 x 340
1.7
2
PhMKPg660.3.22,90-S84
5343-48731-xx
22.9
25
3 x 55.8
20 / 20.9
84.4 x 340
1.9
2
PhMKPg660.2.12,50-S116
5343-47355-xx
12.5
13.7
3 x 91.4
10.9 / 11.4
116 x 160
1.6
3
PhMKPg660.2.15,00-S116
5343-47356-xx
15
16.4
3 x 109.6
13.1 / 13.7
116 x 160
1.6
3
PhMKPg660.2.16,70-S116
5343-47357-xx
16.7
18.3
3 x 122.1
14.6 / 15.3
116 x 160
1.7
3
PhMKPg660.2.20,00-S116
5343-47359-xx
20
21.9
3 x 146.2
17.5 / 18.3
116 x 190
1.8
3
PhMKPg660.2.22,90-S116
5343-47373-xx
22.9
25
3 x 167.3
20 / 20.9
116 x 190
1.7
3
RATED VOLTAGE 690 V, 50 Hz, 64 / 84: DELTA CONNECTION, 116: STAR CONNECTION
CAN BE USED ALSO FOR 660 V
TYPE
ARTICLE NO. (1)
OUTPUT OUTPUT
kvar
kvar
690 V
660 V
9.1
CAP.
μF
3 x 22.3
CURRENT DIMENSIONS
WEIGHT
A
ØxH
kg
690 V / 660 V
mm
8.4 / 8.0
64 x 265
0.9
DRAWING
NO.
PhMKPg690.3.10,00-S64
5343-48421-xx
10
1
PhMKPg690.3.12,50-S84
5343-48732-xx
12.5
11.4
3 x 27.9
10.5 / 10.0
84.4 x 265
1.1
2
PhMKPg690.3.15,00-S84
5343-48733-xx
15
13.7
3 x 33.4
12.5 / 12.0
84.4 x 265
1.3
2
PhMKPg690.3.20,00-S84
5343-48734-xx
20
18.3
3 x 44.6
16.7 / 16.0
84.4 x 340
1.6
2
PhMKPg690.3.25,00-S84
5343-48735-xx
25
22.9
3 x 55.7
20.9 / 20.0
84.4 x 340
1.9
2
PhMKPg690.2.12,50-S116
5343-47374-xx
12.5
11.4
3 x 83.6
10.5 / 10.0
116 x 160
1.2
3
PhMKPg690.2.15,00-S116
5343-47375-xx
15
13.7
3 x 100.3
12.5 / 12.0
116 x 160
1.3
3
PhMKPg690.2.20,00-S116
5343-47376-xx
20
18.3
3 x 133.7
16.7 / 16.0
116 x 190
1.5
3
PhMKPg690.2.25,00-S116
5343-47377-xx
25
22.9
3 x 167.3
20.9 / 20.0
116 x 190
1.6
3
Notes
• Other voltage ratings, outputs, and frequencies upon request. All PhMKPg-type capacitors may be also be applied in 60 Hz networks, output
and current will, however, be 20 % higher in these cases (i.e. additional thermal load and therefore, a lower class of temperature must be
taken into account)
(1) Version no. xx may differ as it respects small changes, e.g. on the label
Revision: 01-Feb-2019
Document Number: 13203
17
For technical questions, contact: esta@vishay.com
THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT www.vishay.com/doc?91000
PhMKP...-S, PhMKPg...-S, Cylindrical, LVAC, ESTAspring
www.vishay.com
Vishay ESTA
1-PHASE CAPACITORS
IP20, OIL
RATED VOLTAGE 230 V, 50 Hz, UL / ULC
DIMENSIONS
WEIGHT
ØxH
kg
(mm)
ARTICLE NO. (1)
OUTPUT
kvar
CAP.
μF
CURRENT
A
PhMKP230.1.02,50-S64
5341-48142-xx
2.5
150.0
10.9
64 x 140
0.6
1
PhMKP230.1.03,33-S64
5341-48123-xx
3.33
200.4
14.5
64 x 190
0.7
1
PhMKP230.1.04,17-S64
5341-48124-xx
4.17
251.0
18.1
64 x 190
0.8
1
PhMKP230.1.05,00-S84
5341-48838-xx
5
300.0
21.7
84.4 x 140
0.9
2
TYPE
DRAWING
NO.
RATED VOLTAGE 400 V, 50 Hz, UL / ULC
CAN BE USED ALSO FOR 415 V, FULL OVER VOLTAGE RANGE
TYPE
ARTICLE NO. (1)
OUTPUT OUTPUT
kvar
kvar
400 V
415 V
CAP.
μF
CURRENT DIMENSIONS
WEIGHT
A
ØxH
kg
400 V / 415 V
mm
DRAWING
NO.
PhMKP400.1.02,50-S64
5341-48125-xx
2.5
2.7
49.7
6.3 / 6.5
64 x 82
0.3
1
PhMKP400.1.03,33-S64
5341-48126-xx
3.33
3.6
66.2
8.3 / 8.6
64 x 109
0.4
1
PhMKP400.1.05,00-S64
5341-48127-xx
5
5.4
99.5
12.5 / 13.0
64 x 140
0.5
1
PhMKP400.1.06,67-S64
5341-48128-xx
6.67
7.2
132.7
16.7 / 17.3
64 x 190
0.7
1
PhMKP400.1.08,33-S64
5341-48129-xx
8.33
9
165.7
20.8 / 21.6
64 x 190
0.8
1
PhMKP400.1.10,00-S64
5341-48130-xx
10
10.8
198.9
25.0 / 25.9
64 x 240
0.9
1
PhMKP400.1.08,33-S84
5341-48839-xx
8.33
9
165.7
20.8 / 21.6
84.4 x 140
0.9
2
PhMKP400.1.10,00-S84
5341-48840-xx
10
10.8
198.9
25.0 / 25.9
84.4 x 140
1.0
2
PhMKP400.1.16,70-S84
5341-48841-xx
16.7
18
332.2
41.7 / 43.3
84.4 x 240
1.3
2
RATED VOLTAGE 525 V, 50 Hz, UL / ULC
CAN BE USED ALSO FOR 480 V
TYPE
ARTICLE NO. (1)
OUTPUT OUTPUT
kvar
kvar
525 V
480 V
CAP.
μF
CURRENT DIMENSIONS
WEIGHT
A
ØxH
kg
525 V / 480 V
mm
DRAWING
NO.
PhMKP525.1.05,00-S64
5341-48131-xx
5
4.2
57.7
9.5 / 8.8
64 x 140
0.5
1
PhMKP525.1.08,33-S64
5341-48132-xx
8.33
7.0
96.2
15.9 / 14.6
64 x 190
0.7
1
PhMKP525.1.10,00-S64
5341-48133-xx
10
8.4
115.5
19.0 / 17.5
64 x 240
0.9
1
PhMKP525.1.16,70-S84
5341-48842-xx
16.7
14.0
192.9
31.6 / 29.2
84.4 x 240
1.3
2
PhMKP525.1.20,00-S84
5341-48843-xx
20
16.7
231.0
38.0 / 34.8
84.4 x 240
1.3
2
Notes
• Other voltage ratings, outputs, and frequencies upon request. All PhMKP-type capacitors may be also be applied in 60 Hz networks, output
and current will, however, be 20 % higher in these cases (i.e. additional thermal load and therefore, a lower class of temperature must be
taken into account)
(1) Version no. xx may differ as it respects small changes, e.g. on the label
Revision: 01-Feb-2019
Document Number: 13203
18
For technical questions, contact: esta@vishay.com
THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT www.vishay.com/doc?91000
PhMKP...-S, PhMKPg...-S, Cylindrical, LVAC, ESTAspring
www.vishay.com
Vishay ESTA
DIMENSIONS in millimeters
Required space tear off way
43.6
25
42.3 ± 1
H ± 1.5
Required space tear off way
ESTAspring
25.4 ± 1
ESTAspring
41.3 ± 1
H ± 1.5
Ø 64
43.6
25
16 ± 0.5
24.4 ± 1
43.6
43 ± 1
Terminal D-539
26.1 ± 1
H ± 1.5
Ø 84.4
Ø 116
16 ± 0.5
16 ± 0.5
M12
M12
67.6 ± 1
49.7 ± 1
Required space tear off way
25
M12
88.2 ± 0.5
49.7 ± 1
120.5 ± 0.2
49.7 ± 1 25 ± 1
13
13
13
13
13
Drawing 1
Drawing 2
13
Drawing 3
Note
• Ø 64 / Ø 84, single-phase: middle lever left out
ORDERING INFORMATION
TECHNICAL UNITS
Full cardboard boxes:
Ø 64 mm - 9 pcs per carton
Ø 84.4 mm - 4 pcs per carton
Ø 116 mm - 4 pcs per carton
Revision: 01-Feb-2019
Document Number: 13203
19
For technical questions, contact: esta@vishay.com
THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT
ARE SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT www.vishay.com/doc?91000
Notes
www.vishay.com
Vishay ESTA
20
Notes
www.vishay.com
Vishay ESTA
21
Notes
www.vishay.com
Vishay ESTA
22
V I SHAY I NTE RTE CHNO L O G Y, IN C .
www.vishay.com
DATA BOOK
VSE-DB0117-1902
V I SHAY I NTE RTE CHNO L O G Y, IN C .
www.vishay.com
SEMICONDUCTORS
PASSIVE COMPONENTS
MOSFETs Segment
Resistors Segment
MOSFETs
Low Voltage TrenchFET® Power MOSFETs
Medium Voltage Power MOSFETs
High Voltage Planar MOSFETs
High Voltage Superjunction MOSFETs
Automotive Grade MOSFETs
ICs
VRPower® DrMOS Integrated Power Stages
Power Management and Power Control ICs
Smart Load Switches
Analog Switches and Multiplexers
Film Resistors - Chip, MELF, Leaded, and Networks
Metal Film Resistors
Thin Film Resistors
Thick Film Resistors
Power Thick Film Resistors
Metal Oxide Film Resistors
Carbon Film Resistors
Wirewound Resistors
Vitreous, Cemented, and Housed Resistors
Braking and Neutral Grounding Resistors
Custom Load Banks
Power Metal Strip® Resistors
Battery Management Shunts
Crowbar and Steel Blade Resistors
High Power Water Cooled Resistors
Thermo Fuses
Chip Fuses
Pyrotechnic Initiators / Igniters
Variable Resistors
Cermet Variable Resistors
Wirewound Variable Resistors
Conductive Plastic Variable Resistors
Contactless Potentiometers
Hall Effect Position Sensors
Precision Magnetic Encoders
Networks / Arrays / Attenuators
RF and Microwave Resistors
High Voltage Resistors
Dividers
Non-Linear Resistors and Temperature Sensors
NTC Thermistors
PTC Thermistors
Thin Film RTDs
Varistors
Platinum Chip Temperature Sensors
Diodes Segment
Rectifiers
Schottky Rectifiers
Ultrafast Recovery Rectifiers
Standard and Fast Recovery Rectifiers
High Power Rectifiers / Diodes
Bridge Rectifiers
Small Signal Diodes
Schottky and Switching Diodes
Zener Diodes
RF PIN Diodes
Protection Diodes
TVS TransZorb® and PAR® Diodes
(unidirectional, bidirectional)
ESD Protection Diodes (including arrays)
Thyristors / SCRs
Phase Control Thyristors
Fast Thyristors
Power Modules
Input Modules (diodes and thyristors)
Output and Switching Modules
(contain MOSFETs, IGBTs, and diodes)
Custom Modules
Optoelectronic Components Segment
Infrared Emitters and Detectors
Large PIN Photo Diodes
Optical Sensors
Proximity
Ambient Light
Gesture
Light Index (RGBW, UV, IR)
Humidity
Quadrant Sensors
Transmissive
Reflective
Infrared Remote Control Receivers
Optocouplers
Phototransistor, Photodarlington
Linear
Phototriac
High Speed
IGBT and MOSFET Drivers
Solid-State Relays
LEDs and 7-Segment Displays
Infrared Data Transceiver Modules
Custom Products
© Copyright 2019 Vishay Intertechnology, Inc.
® Registered trademarks of Vishay Intertechnology, Inc.
All rights reserved. Printed in Germany. Specifications subject to change without notice.
DATA BOOK
Inductors Segment
Magnetics
Power Inductors Automotive and Commercial Grade
Coupled Inductors
Power Chokes
Common Mode Chokes
High Frequency RF Inductors
Magnetic Actuators
Wireless Charging Coils
Planar Devices
Transformers
Custom Magnetics
Connectors
Capacitors Segment
Tantalum Capacitors
Molded Chip Tantalum Capacitors
Molded Chip Polymer Tantalum Capacitors
Tantalum MAP Capacitors
Polymer Tantalum MAP Capacitors
Coated Chip Tantalum Capacitors
Solid Through-Hole Tantalum Capacitors
Wet Tantalum Capacitors
Ceramic Capacitors
Multilayer Chip Capacitors
Disc Capacitors
Multilayer Chip RF Capacitors
Chip Antennas
Thin Film Capacitors
Film Capacitors
Power Capacitors
Heavy Current Capacitors
Aluminum Electrolytic Capacitors
ENYCAPTM Energy Storage Capacitors
VSE-DB0117-1902
THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT NOTICE. THE PRODUCTS DESCRIBED HEREIN AND THIS DOCUMENT ARE
SUBJECT TO SPECIFIC DISCLAIMERS, SET FORTH AT www.vishay.com/doc?91000
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