022901.5MXP - Littelfuse - Datasheet.Live

259

Specications are subject to change without notice.

Axial Lead & Cartridge Fuses

2AG > Time Lag > 229/230 Series

229/230 Series

Please refer to www.littelfuse.com/series/229.html

or /230.html for current information.

229/230 Series

229/230 Series Lead-Free 2AG, Slo-Blo® Fuse and Indicating Slo-Blo® Fuse

Agency Approvals

Agency Agency File Number Ampere Range

E10480 250mA - 3.5A

LR 29862 250mA - 7A

E10480 4A - 7A

NBK210405 -

E10480D/F/G/H 1A - 7A

250mA - 7A

Features

Electrical Characteristics for Series

t *OBDDPSEBODFXJUI6-

4UBOEBSE

t 3P)4DPNQMJBOUBOE

-FBEGSFF

t 'VTFTBSFBWBJMBCMFGPS

CPBSEXBTIBCMFXJUI

UIFBEEJUJPOBMTFBMJOH

QSPDFTTOFFEUPBEE

UIFTVGåY"

t "WBJMBCMFJODBSUSJEHF

BOEBYJBMMFBEGPSN

BOEXJUIWBSJPVTMFBE

GPSNJOHEJNFOTJPOT

t 4MFFWFEGVTFTBSF

BWBJMBCMF

% of Ampere

Rating Opening Time

100% IPVST.JOJNVN

135% IPVS.BYJNVN

200% TFDPOET.JOJNVN

TFDPOET.BYJNVN

Applications

t 4UBOEBSETFSJFTNFFUTUIFEFNBOEJOH

SFRVJSFNFOUTPGUIF5FMFDPN*OEVTUSZ

t 5IFTFGVTFTDPNCJOFDPOWFOUJPOBMPWFSDVSSFOU

QSPUFDUJPOXJUIBCJMJUZUPXJUITUBOEIJHIDVSSFOU

TIPSUEVSBUJPOQVMTFTXIJDIDPNQMJFTUPTIPSUDJSDVJU

SFRVJSFNFOUTPG6-GPS5FMFDPNFRVJQNFOUT

Description

Revised: November 17, 2010

5IF"(4MP#MP®'VTFTBSFBWBJMBCMFJODBSUSJEHFGPSNPS

XJUIBYJBMMFBET"('VTFTQSPWJEFUIFTBNFQFSGPSNBODF

DIBSBDUFSJTUJDTBTUIFJS"(DPVOUFSQBSUXIJMFPDDVQZJOH

POFUIJSEUIFTQBDF

5IFGVTFDBUBMPHOVNCFSXJUIUIFTVGåYi4wJOTUBOUMZ

JEFOUJåFTJUTFMGVQPOPQFOJOHCZTIPXJOHBEJTDPMPSBUJPO

PGJUTHMBTTCPEZ(VFTTXPSLBOEUJNFDPOTVNJOHDJSDVJU

UFTUJOHBSFFMJNJOBUFE5IJTVOJRVFEFTJHOPGGFSTUIFTBNF

RVBMJUZQFSGPSNBODFDIBSBDUFSJTUJDTBTUIFTUBOEBSE"(

4MP#MP®GVTFEFTJHO8IFOPSEFSJOHUIF"(*OEJDBUJOH

4MP#MP®'VTFBOh4hJTSFRVJSFEBGUFSUIFDBUBMPHOVNCFS

Introduction to Circuit Protection

Transientology

Specications are subject to change without notice.

Axial Lead & Cartridge Fuses

2AG > Time Lag > 229/230 Series

229/230 Series

Please refer to www.littelfuse.com/series/229.html

or /230.html for current information.

Electrical Characteristic Specication by Item

Amp

Code

Ampere

Rating

(A)

Voltage

Rating

(V)

Interrupting

Rating

Nominal Cold

Resistance

(Ohms)

Nominal

Melting

I2t (A2 sec)

Agency Approvals

.250 0.25 250

"!7BD

,"!7BD

,"!7ED

"!7BD

2.4300 0.216 YYY

.350 0.35 250 1.3100 0.490 YYY

.375 0.375 250 1.1685 0.580 YYY

.500 0.5 250 0.6935 1.16 YYY

.600 0.6 250 0.4805 1.75 YYY

.750 0.75 250 0.3430 2.95 YYY

.800 0.8 250 0.3060 3.45 YYY

001. 1 250 0.2120 5.64 Y YYY

1.25 1.25 250

"!7BD

,"!7BD

,"!7ED

"!7BD

0.1460 9.80 Y YYY

01.5 1.5 250 0.1077 15.0 Y YYY

002. 2 250 0.0698 30.0 Y YYY

2.25 2.25 250 0.0567 39.0 Y YYY

02.5 2.5 250 0.0502 50.0 Y YYY

003. 3 250 0.0383 77.0 Y YYY

03.5 3.5 250

"!7BD

,"!7BD

,"!7ED

0.0312 110.0 Y YYY

004. 4 125

"!7BD

"!7ED

0.0258 148.0 YYYY

005. 5 125 0.0186 267 YYYY

006. 6 125 0.0141 380 YYYY

007. 7 125 0.0116 464 YYYY

261

Specications are subject to change without notice.

Axial Lead & Cartridge Fuses

2AG > Time Lag > 229/230 Series

229/230 Series

Please refer to www.littelfuse.com/series/229.html

or /230.html for current information.

229/230 Series

Amp Code Ampere Rating

(A)

Interrupting

Rating

Nominal Cold

Resistance

(Ohms)

Nominal

Melting

I2t (A2 sec)

10 x 160 μs

1500V

10 x 560 μs

800V

10 x 1000 μs

1000V

.250 0.25

"!7BD

"!7BD

"!7BD

"!7BD

2.4300 0.216 23.0A 16.6A 12.4A

.350 0.35 1.3100 0.490 34.0A 25.8A 19.3A

.375 0.375 1.1685 0.580 40.0A 25.4A 19.0A

.500 0.5 0.6935 1.16 60.0A 37.7A 28.2A

.600 0.6 0.4805 1.75 71.0A 47.2A 35.3A

.750 0.75 0.3430 2.95 91.0A 65.5A 49.0A

.800 0.8 0.3060 3.45 104.0A 68.9A 51.6A

001. 1 0.2120 5.64 130A 88.6A 66.3A

1.25 1.25* 0.1460 9.80 162.0A 118.1A 100.0A

Surge Withstand Specicatons

"QFBL7YNJDSPTFDPOETSFQFUJUJPOT

Peak Withstand Current(lp):5IFTFGVTFTXJMMXJUITUBOESFQFUJUJPOTPGBEPVCMFFYQPOFOUJBMJNQVMTFXBWFIBWJOHQFBL

DVSSFOUTMQBOEQFBLWPMUBHFTBTMJTUFE

4UBOEBSEBOE4FSJFT4MP#MPGVTFTNFFUUIFEFNBOEJOHSFRVJSFNFOUTPGUIF5FMFDPNJOEVTUSZ5IFTFGVTFTDPNCJOF

DPOWFOUJPOBMPWFSDVSSFOUQSPUFDUJPOXJUIUIFBCJMJUZUPXJUITUBOEIJHIDVSSFOUTIPSUEVSBUJPOQVMTFT5IFTFGVTFTDPNQMZ

XJUIUIFTIPSUDJSDVJUSFRVJSFNFOUTPG6-GPSUFMFQIPOFFRVJQNFOU*OTVMBUJOHTMFFWFPQUJPOBWBJMBCMF

*OBDDPSEBODFXJUIVOEFSXSJUFST-BCPSBUPSJFT4UBOEBSE6-

"WBJMBCMFJODBSUSJEHFBOEBYJBMMFBEGSPNBOEXJUIWBSJPVTMFBEGPSNJOHEJNFOTJPOT

3P)4DPNQMJBOUBOEMFBEGSFF

"WBJMBCMFJOSBUJOHTGSPNN"UP"

'VTFTBSFBWBJMBCMFGPSCPBSEXBTIBCMFXJUIUIFBEEJUJPOBMTFBMJOHQSPDFTTOFFEUPBEEUIFTVGåY"

6TFEGPSUIFUFMFDPNJOEVTUSZ

Description

Features

Applications

Introduction to Circuit Protection

Transientology

Specications are subject to change without notice.

Axial Lead & Cartridge Fuses

2AG > Time Lag > 229/230 Series

229/230 Series

Please refer to www.littelfuse.com/series/229.html

or /230.html for current information.

Average Time Current CurvesTemperature Rerating Curve

1000

100

0.1

0.01

0.1 1 10 100 1000

.250A

.375A

.500A

.750A

1.00A

1.50A

2.0A

2 .5A

3.0A

3.5A

TIME IN SECONDS

CURRENT IN AMPERES

Soldering Parameters - Wave Soldering

Dwell Time

100

120

140

160

180

200

220

240

260

280

300

100

110

120

130

140

150

160

170

180

190

200

210

220

230

240

Time (Seconds)

Temperature (°C) - Measured on bottom side of board

Cooling Time

Preheat Time

Wave Parameter Lead-Free Recommendation

Preheat:

%FQFOETPO'MVY"DUJWBUJPO5FNQFSBUVSF 5ZQJDBM*OEVTUSZ3FDPNNFOEBUJPO

5FNQFSBUVSF.JOJNVN 100° C

5FNQFSBUVSF.BYJNVN 150° C

1SFIFBU5JNF TFDPOET

Solder Pot Temperature: 260° $.BYJNVN

Solder Dwell Time: TFDPOET

Recommended Hand-Solder Parameters:

4PMEFS*SPO5FNQFSBUVSF¡$¡$

)FBUJOH5JNFTFDPOETNBY

Note: These devices are not recommended for IR or

Convection Reow process.

Recommended Process Parameters:

263

Specications are subject to change without notice.

Axial Lead & Cartridge Fuses

2AG > Time Lag > 229/230 Series

229/230 Series

Please refer to www.littelfuse.com/series/229.html

or /230.html for current information.

229/230 Series

Materials

#PEZ(MBTT

$BQ/JDLFMoQMBUFECSBTT

-FBET5JOoQMBUFE$PQQFS

Terminal Strength .*-45%(.FUIPE"5FTU

$POEJUJPO"

Solderability 3FGFSFODF*&$4FDPOE&EJUJPO

"OOFY"

Product Marking

$BQ #SBOEMPHPDVSSFOUBOEWPMUBHF

 SBUJOHT

$BQ 4FSJFTBOEBHFODZBQQSPWBM

 NBSLT

Product Characteristics

Operating Temperature o$UP$

Thermal Shock

.*-45%(.FUIPE(

5FTU$POEJUJPO#DZDMFT

$UP$

Vibration .*-45%(.FUIPE"

Humidity

.*-45%(.FUIPE

#5FTU$POEJUJPO")JHI

3)BOE&MFWBUFE

UFNQFSBUVSF$GPS

IPVST

Salt Spray .*-45%(.FUIPE%

5FTU$POEJUJPO#

"YJBM-FBE.BUFSJBM4PMEFSDPBUFE$PQQFS

Dimensions

229 000P Series 230 000P Series

4.5

(.177")

14.48

(.57")

14.48

(.57")

4.7 (.184") .635

(.025")

38.1

(1.50") TYP.

Part Numbering System

0229 M X Pxxxx

Lead-free

Packaging Code

Quantity Code

Amp Code

Series

X = Filler

M = 1000

Refer to Amp Code column of

Electrical Characteristics Table

Introduction to Circuit Protection

Transientology

Specications are subject to change without notice.

Axial Lead & Cartridge Fuses

2AG > Time Lag > 229/230 Series

229/230 Series

Please refer to www.littelfuse.com/series/229.html

or /230.html for current information.

Packaging

Packaging Option Packaging Specication Quantity Quantity &

Packaging Code Taping Width

229 Series

#VML N/A 5 VX N/A

#VML N/A 5 VXS N/A

#VML N/A 100 HX N/A

#VML N/A 100 HXS N/A

#VML N/A 1000 .9 N/A

#VML N/A 1000 .94 N/A

230 Series

#VML N/A 5 VX N/A

#VML N/A 5 VXS N/A

#VML N/A 100 HX N/A

#VML N/A 100 HXS N/A

#VML N/A 1000 .9 N/A

#VML N/A 1000 .9& N/A

#VML N/A 1000 .9' N/A

#VML N/A 1000 .9' N/A

#VML N/A 1000 .9'0 N/A

#VML N/A 1000 .9' N/A

#VML N/A 1000 .9'0 N/A

#VML N/A 1000 .9' N/A

#VML N/A 1000 .9'0 N/A

#VML N/A 1000 .9' N/A

#VML N/A 1000 .90 N/A

#VML N/A 1000 .94 N/A

3FFMBOE5BQF &*"& 1500 %35 5NNw

3FFMBOE5BQF &*"& 1500 %354 5NNw

3FFMBOE5BQF &*"& 1500 %35 N/A

3FFMBOE5BQF &*"& 2500 &35 5NNw

3FFMBOE5BQF &*"& 2500 &354 5NNw

3FFMBOE5BQF &*"& 1000 .35& 5NNw

3FFMBOE5BQF &*"& 1500 %"5 5NNw

3FFMBOE5BQF &*"& 1500 %"50 5NNw

3FFMBOE5BQF &*"& 1500 %35 5NNw

3FFMBOE5BQF &*"& 1500 %354 5NNw

3FFMBOE5BQF &*"& 1500 %3544 5NNw

3FFMBOE5BQF &*"& 1500 %35 5NNw

3FFMBOE5BQF &*"& 1500 %354 5NNw

3FFMBOE5BQF &*"& 2500 &35 5NNw

3FFMBOE5BQF &*"& 2500 &354 5NNw

3FFMBOE5BQF &*"& 2500 &35 5NNw

3FFMBOE5BQF &*"& 2500 &354 5NNw