Catalogo VARSI by Alex Saenz

High Energy Varistors E Series

About the company HOW IT STARTED? The beginnings of the company date back to the early s, when seventie the companywas a part of the former world-wide known ISKRA Group - TOZD Keramika in DO ISKRA IEZE Ljubljana, puted producer re of technical and high frequency ceramics.

GENERAL COMPANY DATA AND ITS STRATEGY Varsi, d.o.o. decided to carry on with the program rs, of couplings varisto and temperature probes, which had beenf a part o the production program also in the former Iskra TOZD Keramika ince 1983.s Varsi, d.o.o. therefore continues the tradition and upgrades the past experiences in the production of nology high tech ceramicson the base of its own knowledge and research. The company has dedicated itself to total customer tion. satisfac Market research - product development - purchase production - testing & control - sales - environmental protection - these are the activities incorporated in the company managing. Varsi, d.o.o. strives for perfection on all levels of its activity. The company ison present all major world markets, daily facing strong competition. It is therefore important to offer quality highproducts at reasonable costs. The company has been successful, because:  It has been able to satisfy and respect customers' ons expectati and requirements  It has been balancing the internal costs properly tion in correla with the care for good realization of processes  It has been able to evaluate its efficiency  It constantly monitors its performance and eliminates easons the for r any possible mistakes  It creates sufficient new value (added value)  It takes care for qualifications of the employees,g stressin the importance of each single employee being a relevant t par of the chain  It confirms its accomplishments by international standard s: UL, CSA, ISO 9001:2000, RoHS

COMPANY RESEARCH AND DEVELOPMENT ACTIVITIES VARSI, d.o.o. works on the base of its own knowledge ch. andItsresear R&D activity is regulated within the company R&D Department. In May 1999 Varsi, d.o.o. established its own, independent esearch &r development group named ISVAR , with the purpose to upgrade the link between the existing production and ch resear spheres. The activity well generates the link between basic and cationappli research, technological parameters in the varistor manufacturing ocess. pr

WHY VARSI? VARSI's major advantages are:  top quality products  custom tailored products  flexibility  fast response time  attractive lead times  challenging prices  short design-in period (from samples to the serial on) producti  top skilled engineering & application specialists We're small, but not fragile, we're flexible and simple, but highly skilled and experienc ed, we offer fast and efficient customer service with atouch. personal Choosing Varsi means being one step ahead of the general lopment. deve Together we're winners! Give us a chance!

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Table of Contents

Page General Data

Terminology

Varistor Testing Procedure

High Energy Varistors E25, E32, E40 Series

High Energy Varistors E60 Series

High Energy Varistors E80 Series

V-I Characteristics

Pulse Ratings

General Data

Varistors, also called VDRs (Voltage Dependent Resistors) , show a high degree of non-linearity between their ce resistan values and the applied voltage s. A metal oxide varistor is a voltage dependent, symmetrical non-linear resistor. Its resistance decreases with reasing the inc .VÎą , where voltage. This can be expressed by the equation I = K I = current through the varistor V = voltage K = material constant Îą = non-linear index Varistor resistance is a non-linear inverse function of d thevoltage. applie At rated voltage the varistor resistance is high. When a higher transient voltage appearsacross the varistor, its resistance sharply decreases ow to value. a l This transient voltage is clamped to a safe level and the energy ent in the is dissipated transi in the varistor. byThere the equipment is protected against overvoltages.

Varistors are intended for safeguarding sensitive electronic componen ts against voltage pulses of various sources. Varistors are also used for stabilizing higher DC voltages. Should a high voltage pulse occur, the `svaristor resistancewould immediatellyshift from a very high value to a level of good conductance. The varistor would absorb the energy of the pulse and decrease the voltage to a safe , level thereby protecting the electronic component against damages. CONSTRUCTION A varistor is primarily made of zinc oxide, formed configuration into disc and sintered together with other metal oxide additives at high temperature. The tablet-shaped varistor ceramics is silver electroded nd fired. a Copper leads are soldered to the electrodes. Discs can be either epoxy coated or put into a plastic . housing STANDARD VARISTORS The basic design of metal oxide varistors consists ristors of Discwith Va Radial Leads and High Energy Varistors. The standard range of varistors with radial leads covers diameters the of 5, 7, 10, 14, and 20 18 mm. High Energy types are available in the 25, 32, and40, 80mm 60 version s. AVAILABLE ON REQUEST (CUSTOM DESIGNS): - non-standard voltages RMS V ,DCV N, V - non-standard tolerances of nominal voltage N V - crimped leads - non-standard leads' spacing and length - non-standard disc dimensions APPLICATION AREAS: 1. Railways and trams: For the protection of electrical equipment, power ics electron (IGBT, tyristors...) in systems with alternating, ct ordire combinated power supply, especially in power supply C, of DC/AC, AC/D DC/DC converters. They may be used in systems with main and auxiliary power supply for example: automatic control and regulation systems, cooling systems, warming systems, ventilation systems, and combination systems ectromechanical, (el electropneumatic and other systems). 2. Wind powerplants For protection of automatic control and regulation inelectronics power (IGTB, tyristors...), as well as the protectio n of sensitive electronic systems (e. g. AC/DC, DC/AC, DC/DC verters, condrive systems) from direct or indirect lightning strikes. 3. Photovoltaic systems For protection photopanels, of automatic control electronics with sensitive lectronic e components, and DC/AC converters (invertors) from direct or indirect lightning strikes. Depending on the application, both serial and parallel ections connare possible. With serial connection the required oltage v is achieved. With parallel connection higher current ption absor is achieved in the modules. 2

Terminology

Description

Technical Term Characteristics

I1 IN VN V1

I V IN I1 VN V1

current through the varistor voltage on the varistor nominal current (1 mA DC) the 10-time value Nof I1 (I =N 10 x I =10 mA DC) nominal voltage the voltage measured at the current I (10 mA DC) 1 Graphic Symbol

Operating temperature range withoutderating

Operating Ambient Temperature

The upper category temperature is the maximum ambient temperature for which the varistor has been designed to operate continuously

Upper Category Temperature (UCT)

The lower category temperature is the minimum ambient temperature at which the varistor has been designed to operate continuously

Lower Category Temperature (LCT)

Storage temperature range withoutpulse orvoltage applied

Storage Temperature

Derating ofmaximum values whenoperated above +85°C (+185°F) Current/Energy Derating The shift ofvaristor voltage atambient temperature between +25°C (+77°F) and +85°C (+185°F) is expressed by (%/K)

Varistor Voltage Temperature Coefficient

Minimum resistance between shorted terminals and varistor surface

Insulation Resistance

Minimum voltage applied for one minute between shorted inals term Insulation Voltage and varistor surface Maximum continuous sinusoidal RMS voltage (50-60 Hz)may which AC Voltage be applied

VRMS

Maximum continuous DC voltage which may be applied

DC Voltage

VDC

Voltage across the varistor measured at 1 mA DC

Varistor Voltage

The maximum energy absorbed with a varistor voltage fchange less Transient o Pulse Energy Wmax than +10% when one pulse of 2 ms is applied Transient Peak Current Imax The maximum current with a varistor voltage change an of less th 10% when one pulse of μ8/20 s is applied. When pulses d are applie more than once the current should be reduced. See pulse ion durat rating curves for other pulse sequences and number .of pulses

Terminology

Description

Technical Term

Maximum current with rated DC voltage applied

DC Leakage Current

α The non linear index is a measure of`s varistor nonlinearity between two given operating currents (I 1 and I ): N

Non linear Index

IN I1 VN V1

nominal current (1 mA DC) the 10-time value Nof 1I (I =N 10x I =10 mA DC) nominal voltage the voltage measured at the current I (10 mA DC) 1 V

Peak voltage across the varistor with a specified peak current pulse Maximum Clamping Voltage (8 x 20 µs)

The maximum power that can be applied within the specified bient Average am Power Dissipation temperature

max

Capacitance

Typical value measured at a test frequency of 1 kHz

Standard Pulse Current Waveforms 100% 90% I

10% 0%

Imax

50%

8ms

20ms

μ The pulse current of 8x20 s waveforms is applied as standard pulse current when PEAK PULSE CURRENT, CLAMPING VOLTAGE and V - I CHARACTERISTIC are measured.

100% 90%

10% 0%

2ms

The pulsecurrent of 2 ms waveforms is applied as standard pulse current when ENERGY is measured. Operating Ambient Temperature Disc Varistors with Radial Leads, High Energy Varistors (E Series), High Energy Suppressor scs and Di High Energy Varistors (LE Series ) -40°C to +85°C (-40°F to +185°F ) Storage Temperature

Disc Varistors with Radial Leads, High Energy Varistors (E Series) and High Energy Suppressor Discs -40°C to +125°C (-40°F to +257°F) High Energy Varistors (LE Series ) -40°C to +110°C (-40°F to +230°F)

P C

Terminology

Description Disc High High High

Technical Term

40/085/56 Varistors with Radial Leads, Energy Varistors (E Series), Energy Suppressor Discs and Energy Varistors (LE Series )

Climatic Category

- 0.1%/K max. Disc Varistors with Radial Leads, High Energy Varistors and High Energy Suppressor Discs

Varistor Voltage Temperature Coefficient

≥ 1000 Ω M

Insulation Resistance

≥ 1000 V DC

Insulation Voltage

Disc Varistors with Radial Leads, High Energy Varistors and Energy Suppressor Discs < 25 ns

Response Time

See ratings table

AC Voltage

VRMS

See ratings table

DC Voltage

VDC

See ratings table

Varistor Voltage

See ratings table

Transient Pulse Energy

Wmax

See ratings table

Transient Peak Current

Imax

See ratings table

Maximum Clamping Voltage

See ratings table

Average Power Dissipation

Pmax

See ratings table

Capacitance

Current/Energy Derating Percent of Rated Energy,Power, Current

100%

0% T1

Ambient Temperature T1 Disc varistors with radial terminals

- 40°C

+ 85°C

+125°C

-2.5%/K

High energy varistors (E series) & varistor discs - 40°C

+ 85°C

+110°C

-4%/K

High energy varistors (LE series)

+ 85°C

+110°C

-4%/K

- 25°C

Coating Non-flammable epoxy resin (Blue Disc Varistors with Radial Leads and LE Series rgy High Ene Varistors) UL Recognition (Underwriters Laboratories)

UL Specification #1449 (Transient Voltage Surge Suppresso rs), File E103662

CSA Specification Class 2221 01 (Accessories and Parts for CSA Certifications Electronic Products), File LR109328 (Canadian Standards Association) Applicable Requirements C22.2 No. 1-94 (Audio, Video and Similar Equipment) C22.2 No. 0-M91 General Requirements - Canadian Electrical Code, Part II 5

Varistor Testing Procedure Testing in accordance with CECC 42 000 Test Item

Test Conditions/Methods

Final Measurements

Endurance at UCT

CECC 42 000, Test 4.20 1. 000 h, UCT, Maximum continuous V or V RMS DC

Varistor voltage NV

CECC 42 000, Test C2.1

Varistor voltage NV

Pulse Current Imax (8 x 20 µs)

Requirement

Insulation iresistance R (Insulated varistors only)

Visual examination No visible damage Legible marking Pulse Current Imax (10 x 1000 µs)

Varistor voltage NV

CECC 42 000, Test C2.1

Visual examination No visible damage Legible marking W MAX (10 x 1000 µs ms) or 2

Varistor voltage NV

CECC 42 000 Test C2.1

Visual examination No visible damage Legible marking Insulation Voltage

CECC 42 000, Test 4.7 (Insulated varistors only)

Climatic Sequence

Varistor voltage NV CECC 42 000, Test 4.7 1) Dry heat BaIEC Test68- 2-2, Insulation i resistance R UCT, 16h (Insulated varistors only) 2) Damp heat, cyclic, the first cycle: Db IEC Test68-2-30, +55 °C, 93 % RH, 24h 3) Cold AaIEC Test68- 2-1, LCT, 2h 4) Damp heat, cyclic, remaining 5 cycles: Db IEC Test68-2-30, +55 °C, 93 % RH, 24h/cycle

Thermal Shock (Rapid Change of Temperature)

Varistor voltage NV CECC 42 000, Test 4.12 IEC Na Test 68-2-14, 5 cycles UCT/LCT, 30 min Visual examination No visible damage Legible marking

Damp Heat, Steady State

CECC 42 000, Test 4.17 Varistor voltage NV Ca IEC Test68-2-3, +40 °C, 93%RH, 56 days Insulation i resistance R (Insulated varistors only)

Solderability

CECC 42 000, Test 4.10.1 Ta IEC Test68-2-3, Solder bath method at 235 °C 5 °C

Resistance to Soldering Heat

CECC 42 000, Test 4.10.2 Varistor voltage NV IEC Tb Test 68-2-20,  260 °C 5 °C, 10s

Robustness of Terminals

CECC 42 000, Test 4.11 Ua IEC Test68-2-21,

≥ 25 00 V

Solderable upon delivery and after storage for 6 month

Varistor voltage NV No break of solder joint and no wire break

Mechanical Shock

CECC 42 000, Test 4.11 Varistor voltage NV Ea IEC Test68-2-27, 2 Acceleration: 490 m/s Visual examination No visible damage Pulse duration: 11 ms Legible marking Number of shocks: 3 x 6 Waveshape: half sine

Varistor Testing Procedure Testing in accordance with CECC 42 000 Test Item

Test Conditions/Methods

Final Measurements

Requirement

Vibration

CECC 42 000, Test 4.15 Varistor voltage NV Fc IEC Test68-2-6, Frequency range: 10 to 55 Hz Visual examination No visible damage Amplitude: 0.75 mm or 2 Legible marking Acceleration: 98 m/s Total duration: 6 h (3 x 2 h) Waveshape: half sine

Flammability Needle Flame Test

CECC 42 000, Test 4.18.1 IEC 695-2-2 Severity: 10s

5 s max.

Storage Instructions

Store varistors at a temperature of -10째

to +40째e humidity in a relativ of less than 75%.

Avoid storing in environment of rapid changes in temperature , direct sunlight, corrosive gas or dust, and store with varistors packaged. Do not expose varistors to intense vibration and dol them not instal in places near by flammable substances. Do not apply high voltage exceeding the rated maximum g voltage applyin to varistors. Do not apply peak currents exceeding the rated maximum . energy Do not apply any high voltages, peak currents or exceeding specifiedthe limits.

High Energy Varistors - E 25, E32, E40 Series

Description The E types are heavy-duty metal oxide varistors designed mainly for industrial applications. They offer excellent surge protection for various electronic equipment such as: traffic and railway signal systems, communication equipment, waterworks, automatic control devices for power distribution, oil drilling and mining equipment (dredgers, cranes, etc.). The E housings offer excellent protection also when they are exposed to different kinds of vibrations, dust, moisture, etc. The advantages of the E Series are: rigid terminals for good wire contact, solid plastic housing for secure mounting, higher insulation resistance (polyurethane filling and plastic housing).

Main Features Wide Operating Voltage Range RMSV

130 V 750 to V

Three Model Sizes Available

25 mm,32 mm, square 33 mm

High Energy Absorption CapabilitymaxW High Peak Current Capability max I

(2 ms)

50 J 11230 to J

μs) (8/20

15000 A 40000 to A

Rigid Terminals for Secure Wire Contact Case Design Provides Complete Electrical Isolation of Disc Assembly UL Specification #1449 File No.: E103662;

Models E40, E32, prefixed: V130, by V140, V150, 175, V230, V250, V275, V300, V320, V350, V385, V420, V440, V460, V510, V550, V625, V680, V750

General Technical Data Climatic Category

40/85/56

in accordance with IEC 1 68-

LCT

- 40 C

UCT

+ 85 C

Damp Heat, Steady State (93% r.h., 40°C)

56 days o

Operating Temperature

- 40 ... + 85 C o

Storage Temperature

2-3

in accordance w

in a

- 40 ... + 110 C

Electric Strength

≥ 2.5 kV

in accordance with CECC 42 00

Insulation Resistance

≥ 1.0 ΩG

in accordance with CECC 42 000

Response Time

< 25 ns

Max. Torque

1.0 Nm

Type Designation

V 750

E40

VARSI Metal Oxide Varistor Max. ACOperating Voltage

Rated Diameter of Varistor Disc

Varistor Design

Table of Standard Values Maximum Ratings AT=+85 C (+185 F) O

Part Number

Operating Voltage RMS Voltage

VRMS (V)

DC Voltage

VDC (V)

Average Power Dissipation

Pmax (W)

Energy Permissible Peak Current Absorption (8/20 μ s) (2 ms)

I max (A)

Varistor Voltage (1 mA)

Standard Tolerance of V N

VN (V)

∆VN ( +- %)

Wmax (J)

+25 C (+77 F) O

Maximum Clamping Voltage at Test Current (8/20 μ s)

VC (V)

Characteristics T

Typical Capacitance f=1kHz

V - I Characte- Derating curve ristic

C (pF)

I (A)

Page

V130E25

130

170

1.0

15000

150

205

340

150

2600

V130E32

130

170

1.2

25000

220

205

340

200

4400

V130E40

130

170

1.4

40000

320

205

340

300

5800

V140E25

140

180

1.0

15000

155

220

360

150

2400

V140E32

140

180

1.2

25000

235

220

360

200

4100

V140E40

140

180

1.4

40000

340

220

360

300

5400

V150E25

150

200

1.0

15000

160

240

395

150

2200

V150E32

150

200

1.2

25000

250

240

395

200

3700

V150E40

150

200

1.4

40000

370

240

395

300

5000

V175E25

175

225

1.0

15000

170

270

455

150

2000

V175E32

175

225

1.2

25000

270

455

200

3000

V175E40

175

225

1.4

40000

410

270

455

300

4200

V230E25

230

300

1.0

15000

190

360

595

150

1600

V230E32

230

300

1.2

25000

310

360

595

200

2500

V230E40

230

300

1.4

40000

470

360

595

300

3400

V250E25

250

320

1.0

15000

210

390

650

150

1400

V250E32

250

320

1.2

25000

340

390

650

200

2200

V250E40

250

320

1.4

40000

505

390

650

300

3100

V275E25

275

350

1.0

15000

230

430

710

150

1300

V275E32

275

350

1.2

25000

370

430

710

200

2000

V275E40

275

350

1.4

40000

565

430

710

300

2900

V300E25

300

385

1.0

15000

240

470

775

150

1200

V300E32

300

385

1.2

25000

400

470

775

200

1900

V300E40

300

385

1.4

40000

600

470

775

300

2700

V320E25

320

420

1.0

15000

275

510

840

150

1100

V320E32

320

420

1.2

25000

440

510

840

200

1700

300

2400

900

V320E40

320

420

1.4

40000

655

510

V385E25

385

505

1.0

15000

320

620

840 1025

150

V385E32

385

505

1.2

25000

560

620

1025

200

1400

V385E40

385

505

1.4

40000

815

620

1025

300

2000

V420E25

420

560

1.0

15000

360

680

1120

150

V420E32

420

560

1.2

25000

615

680

1120

200

1300

800 1900

V420E40

420

560

1.4

40000

930

680

1120

300

V440E25

440

585

1.0

15000

380

715

1180

150

V440E32

440

585

1.2

25000

630

715

1180

200

1250 1800

V440E40

440

585

1.4

40000

950

715

1180

300

V460E25

460

615

1.0

15000

390

750

1240

150

V460E32

460

615

1.2

25000

670

750

1240

200

V460E40

460

615

1.4

40000

1010

750

1240

V510E25

510

670

1.0

15000

410

820

1355

150

510

670

1.2

25000

690

820

1355

200

820

V510E40

510

670

1.4

40000

V550E25

550

745

1.0

15000

425

910

1500

150

V550E32

550

745

1.2

25000

710

910

1500

200

1080

700 1200

300

V510E32

1040

750

1355

1700

8 8

11 11

8 8

12 9 650

1100

300

11 11

1600

11 11

8 8

12 9 600

1000

8 8

V550E40

550

745

1.4

40000

910

1500

300

V625E25

625

825

1.2

25000

435

1000

1650

200

550

V625E32

625

825

1.2

25000

730

1000

1650

200

950

V625E40

625

825

1.4

40000

680

895

1.2

25000

465

1100

1815

200

530

V680E32

680

895

1.2

25000

780

1100

1815

200

850

V680E40

680 750

895 1060

1.4 1.0

40000 15000

V750E32

750

1060

1.2

25000

V750E40

750

1060

1.4

40000

1000

1650

300

1130

1100

1815

300

485

1200

2000

150

820 1230 9

1200 1200

10 10

2000 2000

1400

12 9

V680E25

V750E25

1100

1500

1200 500

200 300

12 9

800 1100

12 9 11 8 11 8 9 12

Dimensions Part Number Approx. Weight (g)

V130E32

V130E40

V140E25

V140E32

V140E40

V150E25

V150E32

V150E40

V175E25

V175E32

V175E40

V230E25

V230E32

V230E40

V250E25

V250E32

V250E40

V275E25

V275E32

V275E40

V300E25

V300E32

V300E40

V320E25

V320E32

V320E40

V385E25

V385E32

V385E40

V420E25

V420E32

V420E40

V440E25

V440E32

V440E40

V460E25

V460E32

V460E40

V510E25

V510E32

V510E40

V550E25

V550E32

V550E40

V625E25

V130E25

60 51

4.3 14

All dimensions are maximum except where noted. Dimensions are in millimeters. 10

V625E32

V625E40

V680E25

V680E32

V680E40

V750E25

V750E32

V750E40

High Energy Varistors - E60 Series

Description The E 60 types are heavy-duty metal oxide varistors designed mainly for industrial applications. They offer excellent surge protection for various electronic equipment such as: traffic and railway signal systems, communication equipment, waterworks, automatic control devices for power distribution, oil drilling and mining equipment (dredgers, cranes, etc.). The E60 housings offer excellent protection also when they are exposed to different kinds of vibrations, dust, moisture, etc. The advantages 60 of the E Series are: rigid terminals for good wire contact, solid plastic housing for secure mounting, higher insulation resistance (polyurethane filling and plastic housing) . Main Features Wide Operating Voltage Range RMSV

130 V 1100 to V

High Energy Absorption CapabilitymaxW High Peak Current Capability max I

(2 ms) 490 J 3000 to J

μs) (8/20

70000 A

Rigid Terminals for Secure Wire Contact Case Design Provides Complete Electrical Isolation of Disc Assembly Flame-retardand Housing (UL 94 V-0) Flame-retardand Filling (UL 94 V-0) UL Specification #1449 File No.:E103662;

Models E60 prefixed by V130, V140, V150, V230, V175, V250, V251, V275, V300, V320, V321, V420, V385, V440, V460, V510, V550, V625, V680, V1100 V750,

General Technical Data Climatic Category

40/85/56

in accordance with IEC 1 68-

LCT

- 40 C

UCT

+ 85 C

Damp Heat, Steady State (93% r.h., 40°C)

56 days o

Operating Temperature Electric Strength

≥ 2.5 kV

Insulation Resistance

≥ 1.0 ΩG

in accordance with CECC 42 in accordance with CECC 42 < 25 ns

2.5 Nm

Type Designation

V 750

E 60

VARSI Metal Oxide Varistor Max. ACOperating Voltage

- 40 ... + 110 C

Response Time Max. Torque

in accordanc

- 40 ... + 85 C o

Storage Temperature

2-3

Rated Diameter of Varistor Disc

Varistor Design

Table of Standard Values Maximum Ratings AT=+85 C (+185 F) O

Operating Voltage

Part Number

RMS Voltage

VRMS (V)

V130E60 V140E60 V150E60 V175E60 V230E60 V250E60 V275E60 V300E60 V320E60 V385E60 V420E60 V440E60 V460E60 V510E60 V550E60 V625E60 V680E60 V750E60 V1100E60

130 140 150 175 230 250 275 300 320 385 420 440 460 510 550 625 680 750 1100

DC Voltage

VDC (V)

170 180 200 225 300 320 350 385 420 505 560 585 615 670 745 825 895 1060 1465

Average Power Dissipation

Energy Permissible Peak Current Absorption (8/20 μ s) (2 ms)

I max (A)

Pmax (W)

1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.6

70000 70000 70000 70000 70000 70000 70000 70000 70000 70000 70000 70000 70000 70000 70000 70000 70000 70000 70000

Varistor Voltage (1 mA)

Standard Tolerance of V N

Wmax (J)

VN (V)

∆VN ( +- %)

490 445 485 545 725 785 870 950 1050 1250 1500 1550 1600 1650 1700 1750 1800 2000 3000

205 220 240 270 360 390 430 470 510 620 680 715 750 820 910 1000 1100 1200 1800

10 10 10 10 10

340 360 395 455 595 650 710 840 840 1025 1120 1180 1240 1355 1500 1650 1815 2000 2970

Dimensions Part Number Approx. Weight (g)

V130E60 V140E60 V150E60 V175E60 V230E60 V250E60 V275E60 V300E60 V320E60 V385E60 V420E60 V440E60 V460E60 V510E60 V550E60 V625E60 V680E60 V750E60 V1100E60

100

84.5

100

24.5

70 85

All dimensions are maximum except where noted. Dimensions are in millimeters. 12

Maximum Clamping Voltage at Test Current (8/20 μ s)

VC (V)

10 10 10 10 10 10 10 10 10 10

10 10 10 10

+25 C (+77 F)

190 190 195 200 205 210 215 220 225 230 230 230 240 250 260 280 310 330 380

I (A)

500 500 500 500 500 500 500 500 500 500 500 500 500 500 500 500 500 500 500

Characteristics T

V - I Typical Capacitance Characteristic f=1kHz

C (pF)

15000 12500 11500 9800 8000 7200 6800 6300 5800 4800 4500 4300 4100 3800 3500 3200 2800 2600 1800

Pulse Rating Page

Page

9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9

1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2 1 2

High Energy Varistors - E 80 Series

Description The E8 0 types are heavy-duty metal oxide varistors designed mainly for industrial applications. They offer excellent surge protection for various electronic equipment such as: traffic and railway signal systems, communication equipment, waterworks, automatic control devices for power distribution, oil drilling and mining equipment (dredgers, cranes, etc.). The E80 housings offer excellent protection also when they are exposed to different kinds of vibrations, dust, moisture, etc. The advantages 80 of the E Series are: rigid terminals for good wire contact, solid plastic housing for secure mounting, higher insulation resistance (polyurethane filling and plastic housing) . Main Features Wide Operating Voltage Range RMSV

130 V 1100 to V

High Energy Absorption CapabilitymaxW High Peak Current Capability max I

(2 ms) 660 J 6000 to J

μs) (8/20

100000 A

Models E80 prefixed by V130, V140, V150,V 230, V175, V250, V251, V275, V300, V320, V321, V385, V420, V440, V460, V510, V550, V625, V680, V750, V1100

General Technical Data Climatic Category

40/85/56

in accordance with IEC 1 68-

LCT

- 40 C

UCT

+ 85 C

Damp Heat, Steady State (93% r.h., 40°C)

56 days o

Operating Temperature Electric Strength

≥ 2.5 kV

Insulation Resistance

≥ 1.0 ΩG

in accordance with CECC 42 in accordance with CECC 42 < 25 ns

2.5 Nm

Type Designation

V 750

E80

VARSI Metal Oxide Varistor Max. ACOperating Voltage

- 40 ... + 110 C

Response Time Max. Torque

in accordanc

- 40 ... + 85 C o

Storage Temperature

2-3

Rated Diameter of Varistor Disc

Varistor Design

Table of Standard Values Maximum Ratings AT=+85 C (+185 F) O

Part Number

Operating Voltage RMS Voltage

VRMS (V)

V130E80 V140E80 V150E80 V175E80 V230E80 V250E80 V275E80 V300E80 V320E80 V385E80 V420E80 V440E80 V460E80 V510E80 V550E80 V625E80 V680E80 V750E80 V1100E80

DC Voltage

130 140 150 175 230 250 275 300 320 385 420 440 460 510 550 625 680 750

Average Power Dissipation

VDC (V)

Pmax (W)

170 180 200 225 300 320 350 385 420 505 560 585 615 670 745 825 895

2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 1060 1100

Energy Permissible Peak Current Absorption (8/20 μ s) (2 ms)

I max (A)

100000 100000 100000 100000 100000 100000 100000 100000 100000 100000 100000 100000 100000 100000 100000 100000 100000 2.0 100000 100000 1465

Wmax (J)

660 710 800 890 1200 1300 1400 1500 1600 2000 2200 2350 2500 2600 3100 3300 3600 4000 6000 2.0

Varistor Voltage (1 mA)

Standard Tolerance of V N

VN (V)

∆VN ( +- %)

205 220 240 270 360 390 430 470 510 620 680 715 750 820 910 1000 1100 1200 1800

10 10 10 10 10 10 10 10 10 10

+25 C (+77 F)

Maximum Clamping Voltage at Test Current (8/20 μ s)

VC (V)

I (A)

340 360 395 455 595 650 710 755 840 1025 10 1120 10 1180 10 1240 10 1355 10 1500 10 1650 10 1815 10 2000 10 2970

800 800 800 800 800 800 800 800 800 800 800 800 800 800 800 800 800 800 800

Dimensions Part Number

Approx. Weight (g)

V130E80 V140E80 V150E80 V175E80 V230E80 V250E80 V275E80 V300E80 V320E80 V385E80 V420E80 V440E80 V460E80 V510E80 V550E80 V625E80 V680E80 V750E80 V1100E80

49.5

118.5

112.5

135.5

28.5

49.5

96 114

All dimensions are maximum except where noted. Dimensions are in millimeters. 14

490 495 500 505 510 520 530 540 550 560 580 600 610 620 630 640 650 660 690

Characteristics T

V - I Typical Capacitance Characteristic f=1kHz

C (pF)

28000 26000 23000 20000 16000 14100 13000 12000 11000 9000 8600 8200 7800 7000 6600 6000 5200 4900 3300

Page

10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10

Pulse Rating Page

12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12

V-I Characteristics V130-V750E25

10000

MAX. POSSIBLE CURRENT

V (V) WITH WORST-CASE CONDITION FOR THE VARISTOR IN THE TOLERANCE RANGE

750

1000

750

550 460 420 350 300 250 210

625

550

510 440 385

460 420

625 680

680

510 440 385

350 300

320

250

230

320

210

275

150

230

275

175 140

130

175 140

150

100

130

50 1,E-06

1,E-05

1,E-04

1,E-03

1,E-02

1,E-01

1,E+00

1,E+01

1,E+02

1,E+03

1,E+04

1,E+05

1,E+04

1,E+05

I (A)

V130-V750E32

10000

MAX. POSSIBLE CURRENT

V (V) WITH WORST-CASE CONDITION FOR THE VARISTOR IN THE TOLERANCE RANGE

1100 750

1000

1100

750

550 460 420 350 300

100

510 440 385

175 140

510 440 385

350 300

320

250

230

150 130

230

210

550

210

320 275

250

625

460 420

625 680

680

275

175 140

150 130

50 1,E-06

1,E-05

1,E-04

1,E-03

1,E-02

1,E-01

1,E+00

1,E+01

1,E+02

1,E+03

I (A)

V-I Characteristics V130-V750E40

10000

MAX. POSSIBLE CURRENT

V (V) WITH WORST-CASE CONDITION FOR THE VARISTOR IN THE TOLERANCE RANGE

1100 750 680

1000

1100

550 750

460 420

625

625 510 440 385

510 440 385

350 300

320

250

230

460 420

320 275

210

350 300

230

150 130

680 550

250

175

210

140

275

175 140

150

100

1,E-06

130

1,E-05

1,E-04

1,E-03

1,E-02

1,E-01

1,E+00

1,E+01

1,E+02

1,E+03

1,E+04

1,E+05

1,E+04

1,E+05

I (A)

V130-V1100E60

10000

MAX. POSSIBLE CURRENT

V (V) WITH WORST-CASE CONDITION FOR THE VARISTOR IN THE TOLERANCE RANGE

1100 750

1000

1100

680 550 460 420

680

625

750

550

625

460 420

510 440 385

510 440 385 320 275

350 300

230

250

150 130

350 300

320

250

230

175

150 130

275

140

175

100

1,E-06

140

1,E-05

1,E-04

1,E-03

1,E-02

1,E-01

1,E+00

1,E+01

1,E+02

1,E+03

I (A)

V-I Characteristics V130-V1100E80

10000

MAX. POSSIBLE CURRENT

V (V) WITH WORST-CASE CONDITION FOR THE VARISTOR IN THE TOLERANCE RANGE

1100 750

1000

1100

680 550 460 420

680

625

750

550

625 510 440 385

460 420

510 440 385

350 300

275

320

250

230

175

150 130

275

350 300

230

250

150

320

140 130

175

100

140

50 1,E-06

1,E-05

1,E-04

1,E-03

1,E-02

1,E-01

1,E+00

1,E+01

1,E+02

1,E+03

I (A)

1,E+04

1,E+05

Pulse Ratings V130-V750E25

100000 Imax A) (

Imax

10000

10E2x

1000

10x 10E3x

10E4x

100

10E6x

10E5x INDEFINITE

10 1 10

100

1000

10000 tr μs) (

V130-V750E32

100000 Imax A) (

10000

10E2x

1000

Imax tr

10x

10E3x 10E4x

100

10E6x

10E5x

INDEFINITE

10 1 10

100

1000

10000 tr μ(s)

V130-V750E40

100000

Imax A) ( 10000

10E2x

Imax

10x

10E3x

1000

10E4x

100

10E6x

10E5x

INDEFINITE

1 10

100

1000

10000 tr μ(s)

Pulse Ratings V275-V1100E60

100000

Imax A) ( 10000

10E2x

1000

10E4x

100

10E6x

Imax

10x

10E3x 10E5x

INDEFINITE

10 1 10

100

1000

10000 tr μ(s)

V275-V1100E80

100000

Imax A) (

Imax

10x

10000

10E2x

1000

10E4x

10E3x

10E5x 10E6x

100 10

INDEFINITE

1 10

100

1000

10000 tr μ(s)

Product Survey

High Energy Varistors E25 E32 E40 E60 E80

D32LE D60LE D80LE

S40LE

25, 32,60, 80,33*mm 205V ... 800V 1

32, 60, 80mm 205V ... 1 800V

33*mm 205V ... 1 800V

Energy AbsorptionWmax

15kA ...100kA 150J ...6 000J

25kA ... 100kA 220J ... 6 000J

40kA 1 850J

Average Power Dissipation

1.0W ...2.0W

1.2W ... 2.0W

1.4W

Varistor Element Diameter Varistor Voltage VN Surge Current (8/20μs)

Imax

Pmax

High Energy Block

Energy Suppresor Discs D25 S20 D32 D40, D60, D80 S40 Varistor Element Diameter Varistor Voltage VN Surge Current (8/20μs)

Imax

Energy AbsorptionWmax Average Power Dissipation Pmax

D40HEB

25, 32, 40, 60,20*, 33*mm 80mm 205V ... 1 800V205V ... 1 800V 15kA ... 100kA 15kA ... 40kA 150J ... 6 000J150J ... 1 850J 1.0W ... 2.0W 1.0W ... 1.4W

Varistor Element Diameter Rated Voltage

40mm 3kV, 6kV

High Current Pulse (4x10 m A) with Secondary Insulation 100kA Continuous Operating Voltage UC 2.45kV, 4.9kV Power Dissipation Pmax 0.30W, 0.60W

Varistors with Thermal Decoupler

VTD

VTDM

VTDM - Match

VTDM-MV

75V ... 440V

Uoc (at /Isc) 400V ... 1 800V Max. Discharge Current

400V ... 1 800V

Capability (8/20μ )s Imax

20kA

20kA ... 160kA

20kA ... 160kA **

Operating Voltage Range

VRMS

Protection Level Up

8kA ... 20kA

* Square Shape Varistor Element ** For Match Version only 20

Product Survey

Disc Varistors with Radial Terminals K5 K5P Varistor ElementDiameter 5mm 18V ... Varistor Voltage VN 560V 0.1kA ... Surge Current 0.4kA Imax (8/20Îźs) Energy AbsorptionWmax 11J 0.01W ... Average Power 0.10W Dissipation Pmax

K7 K7P

K10 K10P

K14 K14P

7mm 18V ... 560V 0.25kA ... 1.2kA 27J 0.02W ... 0.25W

10mm 18V ... 1 200V 0.5kA ... 2.5kA 100J 0.05W ... 0.40W

14mm 18V ... 1 200V 1.0kA ... 5.5kA 190J 0.10W ... 0.60W

K18 18mm 18V ... 1 200V 6.5kA

K20 K20P K20E

KS20

K25 K25P

20*mm 130V ... 1 800V 15.0kA

340J

20mm 18V ... 1 800V 2.0kA ... 12.0kA 420J

580J

25mm 130V ... 1 800V 15.0kA ... 20.0kA 580J

1.0W