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产品知识

1032贴片保险丝 600V

1032贴片保险丝 2023-04-04 点击数:2043

1.产品特性及应用范围/ Description, Features and Applications

本产品适用于各类电子设备电路初、次级电路板的过流保护, 广泛应用于固态照明、电池充电、

消费电子、电子镇流器、LED AC/DC 电源供应、网络通信、医疗仪器及工业控制器等领域。

Descriptions

REOMAX R1032 series slow-blow square Surface Mount fuses are ceramic tube/end cap constructions, RoHS

compliant, Halogen Free and lead(Pb) exempts of the requirements of RoHS Directive(2002/95/EC), with U.S.

(UL/CSA) safety agency approvals. Provide board level primary and secondary circuit protection in a wide variety

of applications. With excellent inrush current withstanding capability, excellent reliability for thermal and mechanic

shock, also have a high reliability and stable solder ability, end caps are available in gold/silver/nickel plated.

Features

• Time-Lag (Slow-Blow) • Small size(10.2mm*3.2mm)

• Wide range of current rating available • Wide operating temperature range

• Low temperature de-rating • RoHS compliant

• Tape and Reel for automatic placement • Conflict free metals

Applications

• LED lighting • Notebook PC • Battery devices • LCD/PDP devices

• LCD backlight inverter • Portable Devices • Power supply • Networking devices

• PC server • Cooling fan system • Storage system • Telecom system

• Wireless base station • White goods • Game console • Office equipment

• Digital camera • Industrial equipment • Medical equipment • Automotive devices

2.安规认证标准及编号/ Standards and Agency Approvals

2.1 执行标准:遵循UL 248-14。

Standards:In accordance with UL 248-14.

2.2 认证范围 Certification:

安规标准 认证范围 证书编号

Agency Ampere Range Agency File Number

200mA ~ 2A E340427(JDYX2)

200mA ~ 2A E340427(JDYX8)

2.3 目录编号 Catalogue No.,● 已认证Approved / ○ 认证中Pending

目录编号

Catalog

No.

额定电流

Ampere

Rating

额定电压

Voltage

Rating

分断能力

Breaking

Capacity

冷阻值

Nominal Cold

Resistance

(Ohms)

熔化热能

I2TMelting

Integral(A2.S)

安规认证

AgencyApprovals

1032T.0500500mA

0.551 1.01 ● ●

1032T.11001A0.177 4.01 ● ●

600VAC/DC 100A@600V

1032T.11251.25A0.112 6.34 ● ●

1032T.12002A0.054 14.40 ● ●

Ø *: These catalog no. cold resistance and I2t value are pending due to fuse elements shall be customized;

Ø DC Cold Resistance are measured at <10% of rated current in ambient temperature of 25℃;

Ø Typical Pre-arching I2t are calculated at 10*In Current or 8ms;

Ø Min Interrupting Rating: 1.35*In.

3.产品标示/ Product Marking

保险丝上需有下列标示 / The fuses shall have the following markings

示例Example:

1.25A制造厂商标识/REOMAX Trade Mark:

额定电流/Rated Current (A):A或ormA

:对于标示的大小和位置没有规定/ Note: Size and position of the markings shall not be provided.

5.材料明细/ Material Details

编 号 零 件 名 称 材 质

NO. Part Name Material

1端帽End caps 黄铜镀金Au Plated Brass Cap

2主体Body 陶瓷管Non-Transparent Square Ceramic Tube

3熔丝Fuse element 合金Cu-Ag Alloy wire

④ 灭弧剂Filler 砂 Silica

6.产品特性/ Product Characteristics

编号 项目 内容 参考标准

NO. Item Content Reference standards

1

产品标识

ProductMarking

Brand,AmpereRatingREOMAXmarkingstandards

2

工作温度

OperatingTemperature

-55°Cto125°C

–55ºCto125ºCwithproper

derating

3

可焊性

Solderability

T=240°C±5°C,t=3sec±0.5sec,

Coverage95%

MIL-STD-202,Method208

4

耐焊接热

ResistancetoSolderingHeat

10secat260°C

MIL-STD-202,Method210,Test

conditionB

5

绝缘阻抗

InsulationResistance(after

Opening)

10,000ohmsminimum

MIL-STD-202,Method302,Test

ConditionA

6

热冲击

ThermalShock

5cycles,-65°C/+125°C,15

minutesateachextreme

MIL-STD-202,Method107,Test

ConditionB

7

机械冲击

MechanicalShock

100G’speakfor6milliseconds,

3cycles

MIL-STD-202,Method213,TestI

8

振动试验

Vibration

0.03”amplitude,10-55Hzin1

min.2hrseachXYZ=6hrs

MIL-STD-202,Method201

9

耐湿性

MoistureResistance

10cyclesMIL-STD-202,Method106

10

盐雾试验

SaltSpray

5%saltsolution,48hrs

MIL-STD-202,Method101,Test

ConditionB

7.电气特性/ Electrical Characteristics

7.1 实验条件:Test Condition

所有测试环境温度为25±5℃。

All electrical test is to be conducted with the ambient air at a temperature of 25±5℃.

7.2 分断能力 Interrupting Rating:

保险丝承受分断能力:100A@600Vac/dc

Breaking Capacity: 100A@600Vac/dc

7.3 熔断时限 / Operating Characteristics

额定电流的%熔断时间

% of Ampere Rating(In) Blowing Time

100% * In (4 hours Min)

200% * In (120 sec Max)

250% * In (1 sec Max)