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TE Connectivity 1241388-1
Configuration
1 options
Configuration
25+
Available for RFQ
Technical data
Product details
17
specifications
Core information
- Product name
- TE Connectivity 1241388-1
- Type
- TE CONNECTIVITY
- Minimum package
- 3500 卷
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- TE CONNECTIVITY
- Electronic Component
- 1241388-1
- Electronic Component
- 1
- Electronic Component
- Terminal Block
- Electronic Component
- 0.3g
- Electronic Component
- 1
- Electronic Component
- BM0264887175
- AWG
- 17~20
- Electronic Component
- Electronic Component
- Electronic Component
- Electronic Component
- Electronic Component
- 3500
- Electronic Component
- 0.5~1
- (OD)
- 1.4mm~2.1mm
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
TE Connectivity 1241388-1 产品概述
一、概述
1241388-1 为 TE Connectivity（泰科电子）AMP MCP 2.8 系列的插座端子，适配常见的扁平插片（blade/tab）连接系统。该端子为非密封型、镀锡触头设计，专为 0.5–1 mm²（AWG 17–20）电线的可靠电气连接而开发，广泛用于消费电子、家用电器、汽车电器（非底盘暴露部位）、照明和工业控制等领域的连接配合。
二、主要技术参数
- 线规（AWG）：17–20
- 线规（平方毫米）：0.5–1 mm²
- 允许绝缘外径（OD）：1.4–2.1 mm
- 插片（母端）适配宽度：2.8 mm [.11 in]（AMP MCP 2.8 系列）
- 插片厚度兼容：0.6 mm / 0.8 mm [.024 in / .031 in]
- 触头镀层：锡（Sn）
- 类型：非密封型插座端子（后接线）
（注：具体电流/电压、耐温等额定值请参考厂方规格书或项目工程要求。）
三、结构与材料优势
- 镀锡触头：锡镀层提升接触面的抗氧化与可焊性，便于后续焊接或提高长期接触稳定性。
- 适配双厚度插片：针对 0.6 mm 与 0.8 mm 两种常见插片厚度都能兼容，增强了与不同公端的通用性。
- 线端设计：针对 0.5–1 mm² 导线优化的压接区，便于形成可靠的机械与电气连接。
- 非密封结构：制造成本较低、装配便捷，适合室内或受保护环境使用。
四、应用场景与适用性
- 常见于家用电器内的线对线连接、模块与线束的可插拔连接。
- 工业控制箱内各功能模块的互联（在无强烈污染或水汽的环境下）。
- 轻型汽车/车载电子的车内线束连接（需注意环境与防护等级）。
- 照明系统、仪器设备及其他需要标准 2.8 mm 公插片配合的场合。
五、选型与使用建议
- 按实际载流及散热需求选择合适的插片厚度（0.8 mm 通常机械强度更好）；如需精确额定电流应参照厂方产品手册。
- 使用匹配的压接工具和模具进行压接，以保证压接质量和长期可靠性；避免使用不匹配工具导致虚焊或接触不良。
- 非密封型件不适合长期受潮或化学腐蚀环境，如需户外或潮湿环境应考虑密封型或加装保护结构。
- 留意绝缘外径和端子入口尺寸匹配，确保线缆能顺利通过绝缘导入并正确定位于压接区。
- 在高振动场合建议增加机械固定或辅以线束扎带等应力释放措施，防止接触往返导致磨损。
六、结论
1241388-1 作为 TE Connectivity AMP MCP 2.8 系列的插座端子，以其对 0.5–1 mm² 线规的良好适配性、锡镀触头和对 2.8 mm 插片的兼容性，适合需要标准化扁平插片连接的多种电气应用。在选型与安装时，应结合实际电气负载、工作环境与压接工艺进行综合评估，以保证长期可靠运行。若需更详细的电气与机械额定数据或认证信息，建议查阅 TE 官方规格书或联系供应商获取原厂资料。
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