力特Littelfuse 管状保险丝系列

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Littelfuse通过各种不同类型和尺寸的管状保险丝提供可靠的过流保护。我们为以下应用提供可靠的解决方案：汽车农业、工业、发电、数据中心和住宅系统。这些保险丝有各种管状保险丝尺寸和额定电流，旨在满足标准和特殊需求。不同类型的管状保险丝（如快熔型、中熔型和延时型）非常适合特定应用要求。例如，汽车管状保险丝通常使用颜色编码的热塑性外壳，而太阳能系统可能使用玻璃管保险丝。选择合适的类型可确保适当的电路保护和系统性能。

产品号	系列	Maximum AC Voltage (V)	Nominal Melting I2T (A2sec)	Resistance (Ω)	Body	Opening	额定电压（V）	Agency Approvals
2010032000	201P	250	0.005	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010032002	201P	250	0.005	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010032043	201P	250	0.005	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010050000	201P	250	0.009	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010050002	201P	250	0.009	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010050043	201P	250	0.009	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010063000	201P	250	0.011	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010063002	201P	250	0.011	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010063030	201P	250	0.011	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010063043	201P	250	44.2	0.0551	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus
2010063053	201P	250	0.011	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010080000	201P	250	0.017	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010080002	201P	250	0.017	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010080030	201P	250	0.017	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010080043	201P	250	0.017	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010080053	201P	250	0.017	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010100000	201P	250	0.031	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010100002	201P	250	92.705	0.04515	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus
2010100030	201P	250	0.031	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010100043	201P	250	0.031	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010100053	201P	250	0.031	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010125000	201P	250	0.057	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010125002	201P	250	0.057	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010125030	201P	250	0.057	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010125043	201P	250	0.057	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010125053	201P	250	0.057	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010160000	201P	250	138	0.03045	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus
2010160002	201P	250	0.085	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010160030	201P	250	0.085	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010160043	201P	250	0.085	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010160053	201P	250	0.085	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010200000	201P	250	0.12	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010200002	201P	250	0.12	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010200030	201P	250	0.12	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010200043	201P	250	0.12	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010200053	201P	250	0.12	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010250000	201P	250	0.13	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010250002	201P	250	0.13	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus / Semko
2010250030	201P	250	0.13	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010250043	201P	250	0.13	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010250053	201P	250	0.13	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010315000	201P	250	0.16	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010315002	201P	250	330	0.01578	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus
2010315030	201P	250	0.16	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010315043	201P	250	0.16	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010400000	201P	250	0.28	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010400002	201P	250	0.28	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010400043	201P	250	544	0.01167	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus
2010500000	201P	250	0.35	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010500002	201P	250	0.35	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010500030	201P	250	0.35	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010500043	201P	250	0.35	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010630000	201P	250	0.809	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010630002	201P	250	0.809	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010630043	201P	250	0.809	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus / Semko / METI
2010800000	201P	250	1.1	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010800002	201P	250	1.1	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2010800043	201P	250	1.1	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2011100000	201P	250	2	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2011100002	201P	250	2	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2011100043	201P	250	2	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2011125000	201P	250	5.12	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2011125002	201P	250	5.12	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
2011125043	201P	250	5.12	—	—	Medium-Acting/Medium Time Lag/Medium Time Delay	—	cURus
0208.375	208	350	0.171	0.395	Glass Body Borosilicate	Fast-Acting (F)	—	cURus
0208.500	208	350	0.365	0.265	Glass Body Borosilicate	Fast-Acting (F)	—	cURus
0208.750	208	350	1.05	0.152	Glass Body Borosilicate	Fast-Acting (F)	—	cURus
0208001.	208	350	2.22	0.103	Glass Body Borosilicate	Fast-Acting (F)	—	cURus / METI
0208002.	208	350	2.169	0.0497	Glass Body Borosilicate	Fast-Acting (F)	—	cURus / METI
0208003.	208	350	4.62	0.0317	Glass Body Borosilicate	Fast-Acting (F)	—	cURus / METI
0208004.	208	350	9.4	0.024	Glass Body Borosilicate	Fast-Acting (F)	—	cURus / METI
0208005.	208	350	17	0.0186	Glass Body Borosilicate	Fast-Acting (F)	—	cURus / METI
0208006.	208	350	22.1	0.0154	Glass Body Borosilicate	Fast-Acting (F)	—	cURus / METI
0208007.	208	350	40	0.013	Glass Body Borosilicate	Fast-Acting (F)	—	cURus / METI
0208008.	208	350	56	0.0107	Glass Body Borosilicate	Fast-Acting (F)	—	cURus / METI
020801.5	208	350	0.8	0.0712	Glass Body Borosilicate	Fast-Acting (F)	—	cURus / METI
0208010.	208	350	116	0.0075	Glass Body Borosilicate	Fast-Acting (F)	—	cURus / METI
020802.5	208	350	2.68	0.0372	Glass Body Borosilicate	Fast-Acting (F)	—	cURus / METI
020803.5	208	350	6.7	0.0265	Glass Body Borosilicate	Fast-Acting (F)	—	cURus / METI
0209.250	209	350	0.216	2.41	Glass Body Borosilicate	Slo-Blo/Time Lag (T)/Time Delay	—	cURus
0209.375	209	350	0.58	1.17	Glass Body Borosilicate	Slo-Blo/Time Lag (T)/Time Delay	—	cURus
0209.500	209	350	1.16	0.688	Glass Body Borosilicate	Slo-Blo/Time Lag (T)/Time Delay	—	cURus
0209.600	209	350	1.75	0.477	Glass Body Borosilicate	Slo-Blo/Time Lag (T)/Time Delay	—	cURus
0209.750	209	350	2.95	0.34	Glass Body Borosilicate	Slo-Blo/Time Lag (T)/Time Delay	—	cURus
0209.800	209	350	3.45	0.304	Glass Body Borosilicate	Slo-Blo/Time Lag (T)/Time Delay	—	cURus
0209001.	209	350	5.64	0.21	Glass Body Borosilicate	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / METI
0209002.	209	350	30	0.0689	Glass Body Borosilicate	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / METI
0209003.	209	350	77	0.0383	Glass Body Borosilicate	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / METI
0209004.	209	350	148	0.0258	Glass Body Borosilicate	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / METI
0209005.	209	350	267	0.0186	Glass Body Borosilicate	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / METI
0209006.	209	350	380	0.0141	Glass Body Borosilicate	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / METI
0209007.	209	—	—	—	—	—	—	cURus / METI
020901.5	209	350	20.8	0.1077	Glass Body Borosilicate	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / METI
020902.5	209	350	70	0.0502	Glass Body Borosilicate	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / METI
020903.5	209	350	110	0.0312	Glass Body Borosilicate	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / METI
02091.25	209	350	16.2	0.146	Glass Body Borosilicate	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / METI
02092.25	209	350	39	0.0567	Glass Body Borosilicate	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / METI
0213.200	213	250	0.225	1.6	—	Slo-Blo/Time Lag (T)/Time Delay	—	UR / CE / VDE / CCC / CSA / Semko / BSI
0213.250	213	250	0.555	1.0495	—	Slo-Blo/Time Lag (T)/Time Delay	—	UR / CE / CCC / BSI / VDE / CSA / Semko
0213.315	213	250	202	0.02305	—	Slo-Blo/Time Lag (T)/Time Delay	—	UR / CE / CCC / BSI / VDE / CSA / Semko
0213.400	213	250	1.36	0.535	—	Slo-Blo/Time Lag (T)/Time Delay	—	UR / CE / BSI / CCC / VDE / CSA / Semko
0213.500	213	250	2.905	0.37	—	Slo-Blo/Time Lag (T)/Time Delay	—	UR / CE / CCC / VDE / BSI / Semko / CSA
0213.630	213	250	4.8	0.275	—	Slo-Blo/Time Lag (T)/Time Delay	—	UR / CE / BSI / CCC / VDE / CSA / Semko
0213.800	213	250	9.42	0.1635	—	Slo-Blo/Time Lag (T)/Time Delay	—	UR / CE / CCC / VDE / BSI / Semko / CSA
0213001.	213	250	19.2	0.11645	—	Slo-Blo/Time Lag (T)/Time Delay	—	UR / CE / CCC / METI / VDE / BSI / Semko / CSA
0213002.	213	250	92.705	0.04515	—	Slo-Blo/Time Lag (T)/Time Delay	—	UR / CE / METI / CCC / VDE / BSI / Semko / CSA
0213004.	213	250	226.505	0.017	—	Slo-Blo/Time Lag (T)/Time Delay	—	UR / CE / BSI / CCC / K / METI / VDE / CSA / Semko
0213005.	213	250	314	0.011585	—	Slo-Blo/Time Lag (T)/Time Delay	—	UR / CE / METI / K / CSA / VDE / Semko / CCC / BSI
021301.6	213	250	44.2	0.0551	—	Slo-Blo/Time Lag (T)/Time Delay	—	UR / CE / CCC / METI / VDE / CSA / Semko / BSI
021302.5	213	250	138	0.03045	—	Slo-Blo/Time Lag (T)/Time Delay	—	UR / CE / BSI / CCC / METI / VDE / CSA / Semko
021306.3	213	250	600	0.00951	—	Slo-Blo/Time Lag (T)/Time Delay	—	UR / CE / K / BSI / CCC / CSA / METI / Semko / VDE
02131.25	213	250	27.15	0.08165	—	Slo-Blo/Time Lag (T)/Time Delay	—	UR / BSI / CE / CCC / METI / CSA / VDE / Semko
02133.15	213	250	1.14	0.8475	—	Slo-Blo/Time Lag (T)/Time Delay	—	UR / CE / BSI / CCC / VDE / CSA / Semko
0215.125	215	250	0.033	11.4455	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus
0215.160	215	250	0.0465	7.1	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / CE / UKCA / CCC
0215.200	215	250	0.34	1.84	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / UKCA / BSI / CE / CCC / VDE
0215.250	215	250	0.545	1.24	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / CE / UKCA / BSI / CCC / VDE
0215.315	215	250	0.975	0.88	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / CE / UKCA / BSI / CCC / VDE
0215.400	215	250	1.325	0.5825	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / CE / BSI / CCC / UKCA / VDE
0215.500	215	250	0.42	1.1675	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / BSI / CE / UKCA / CSA / CCC / VDE
0215.630	215	250	0.635	0.72	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / CE / BSI / UKCA / CCC / VDE / CSA
0215.800	215	250	0.975	0.4675	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / CE / UKCA / BSI / VDE / CCC / CSA
0215001.	215	250	1.52	0.1515	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / CE / K / BSI / METI / CCC / VDE / UKCA / CSA
0215002.	215	250	11.68	0.0566	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / CE / BSI / K / UKCA / METI / CCC / VDE / CSA
0215004.	215	250	46.96	0.0185	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / CE / K / METI / UKCA / CCC / BSI / VDE / CSA
0215005.	215	250	66.095	0.0153	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / CE / UKCA / BSI / K / METI / CSA / VDE
0215008.	215	250	209.88	0.0092	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / CE / UKCA / K / METI / BSI / VDE / CSA
021501.6	215	250	6.83	0.07065	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / CE / UKCA / K / METI / VDE / CSA / BSI / CCC
0215010.	215	250	333.565	0.006585	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / CE / UKCA / BSI / TUV / K / METI / VDE / CSA / CCC
0215012.	215	250	515.5	0.006125	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / UKCA / CE / METI / CSA / VDER
0215015.	215	250	1237	0.0033	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / CE / UKCA / METI
0215016.	215	250	6.83	0.07065	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / CE / METI / TUV / UKCA
021502.5	215	250	22.29	0.03855	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / CE / UKCA / K / BSI / METI / CCC / VDE / CSA
0215020.	215	250	2600	0.0023	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / METI / UKCA / CE / TUV
021506.3	215	250	128.75	0.010845	—	Slo-Blo/Time Lag (T)/Time Delay	—	cURus / CE / UKCA / BSI / METI

查尔斯

CHARLES

查尔斯品牌始于1995年，是一家专业的电子元器件代理商和线束制造商，一级代理包括KSS凯士士、Littelfuse力特、IXYS艾赛斯、C&K等国际知名品牌。总部位于上海市联航路1588号查尔斯大厦。查尔斯秉承“质量优异、客户至上、服务优质、价格合理”的经营理念和服务宗旨，致力于通过“选型+加工+物流”的综合能力，为全球客户优化供应链效率。

ISO9001/ISO14001/ISO45001/KSS华东代理/RoHS符合

产品矩阵/PRODUCTS

业务服务/SERVICES

UL认证定制线束加工

BOM物料寻源与代采

精密非标结构件定制