EDCC0.5 [COOPER]

Electric Fuse, Time Delay Blow, 0.5A, 600VAC, 300VDC, 200000A (IR), Inline/holder;


型号：	EDCC0.5
厂家：	COOPER BUSSMANN, INC.
描述：	Electric Fuse, Time Delay Blow, 0.5A, 600VAC, 300VDC, 200000A (IR), Inline/holder
文件：	总2页 (文件大小：242K)
中文：	中文翻译
下载：	下载PDF数据表文档文件

EDCC

Class CC, 600Vac, 0.5 to 30A

Time-Delay Fuses

Dimensions (inches)

• Can be used where either a time-delay or a fast-acting

fuse is needed, making selection easier and reducing

spare fuse inventories for substantial cost reduction.

Catalog Symbol: EDCC

Time-Delay

• Superior Motor Protection for small horsepower motor

circuits.

Current-Limiting

Volts: 600Vac (or less)

300Vdc (or less)

Amps: 0.5 to 30A

IR: 200kA RMS Sym.

• Proper sizing can provide Type “2” coordinated

protection for NEMA and IEC motor controllers.

• Motors receive maximum protection against burnout

from overloads and single phasing.

20kAIC (0.5 – 2.25A and 20-30A)

Agency Information: CE, UL Listed, Std. 248-4, Class CC,

Guide JDDZ, File E162363, CSA Certified, HRCI-CC, C22.2

No. 248.4, Class 1422-02, File 53787

Catalog Numbers (amps)

EDCC0.5

EDCC0.6

EDCC0.8

EDCC1

EDCC1.125

EDCC1.25

EDCC1.4

EDCC1.6

EDCC1.8

EDCC2

EDCC2.25

EDCC2.5

EDCC2.8

EDCC3

EDCC4

EDCC4.5

EDCC5

EDCC5.6

EDCC6

EDCC6.25

EDCC7

EDCC8

EDCC9

EDCC10

EDCC12

EDCC15

EDCC20

EDCC25

EDCC30

Features

• A superior all-purpose, space-saving branch circuit fuse

that meets most protection requirements up to 30 amps.

• Very compact; physical size is only ⁄32" x 1 ⁄

EDCC3.2

EDCC 3.5

(10.3 x 38.1mm) with rejection tip.

EDCC7.5

• Faster response to damaging short-circuit currents and

higher interrupting rating than mechanical overcurrent

protective devices.

Carton Quantity and Weight

• Maximum 200kA interrupting rating for available fault

current in today's large capacity systems. Helps ensure

that future growth will not obsolete the system.

Carton

Quantity

Weight per Carton

Amps

0.5-30

lbs

0.09

0.19

• Time-delay to avoid unwanted fuse openings from surge

currents.

Class CC Fuse Blocks (600V) Catalog Data

• Fast speed of response under short-circuit conditions for

a high degree of current-limitation.

Screw

Pressure

Screw

Pressure

Plate

Box

Quick-

Poles Terminal

Terminal Connect

Connect

• The EDCC fuse can be sized close to full load ratings

for maximum overload and short-circuit protection.

BC6031S BC6031P BC6031B BC6031SQ BC6031PQ

BC6032S BC6032P BC6032B BC6032SQ BC6032PQ

BC6033S BC6033P BC6033B BC6033SQ BC6033PQ

Form No. EDCC

Page 1 of 2

Data Sheet #1300

07-10-07

BU-SB07255

EDCC

Class CC, 600Vac, 0.5 to 30A

Time-Delay Fuses

Current Limitation Curves

Time-Current Characteristic Curves– Average

Melt

Current-Limiting Effects

EDCC Apparent RMS Symmetrical Let-Through Current

Prosp.

SCC

1.25

100

140

165

210

260

290

315

340

350

390

420

525

2.2A

135

210

255

340

435

525

610

650

735 1050

785 1130

830 1210

1100 1600

15A

240

350

420

540

680

800

870

915

20A

305

25A

380

30A

1000

435

3000

440

575

580

710

5000

570

690

870

10,000

20,000

30,000

40,000

50,000

60,000

80,000

100,000

200,000

700

1000

1305

1520

1700

1820

1980

2180

2400

3050

870

1090

1300

1390

1520

1650

1780

2000

2520

1030

1150

1215

1300

1500

1600

2000

*RMS Symmetrical Amps Short-Circuit

NOTE: To calculate I (I ) multiply I value x 2.3.

RMS

peak

The only controlled copy of this document is the electronic read-only version maintained by Cooper Bussmann. All other copies of this document are by definition uncontrolled. This bulletin

is intended to clearly present comprehensive product data and provide technical information that will help the end user with design applications. Cooper Bussmann reserves the right,

without notice, to change design or construction of any products and to discontinue or limit distribution of any products. Cooper Bussmann also reserves the right to change or update, with-

out notice, any technical information contained in this bulletin. Once a product has been selected, it should be tested by the user in all possible applications.