Categorization:Brand Connector
Molex 5040510601 Connector Product Overview:
![]() | 制造商 | Molex |
Manufacturer's Code | 5040510601 | |
Product Description | CONN RCPT HSG 6POS 1.50MM,6 Rectangular Connector - Housing Receptacle Black 0.059" (1.50mm) |
Molex 5040510601 Connector Product Attributes:
类型 | 描述 |
类别 | Connectors, Interconnects |
Rectangular Connectors | |
Rectangular Connector Shells | |
制造商 | Molex |
系列 | Pico-Lock 504051 |
Connector Type | 插座 |
触头类型 | Female Blade Socket |
针位数 | 6 |
间距 | 0.059"(1.50mm) |
排数 | 1 |
排距 | - |
Installation type | 自由悬挂 |
触头端接 | 压接 |
紧固类型 | 摩擦锁 |
颜色 | 黑色 |
特性 | - |
insulating material | Polyamide (PA), Nylon |
工作温度 | -40°C ~ 105°C |
备注 | 不含触头 |
Basic Product Number | 504051 |
Molex 5040510601 Connector Product (Series) Profile:
The Pico-Lock 504051 series is a high-density rectangular connector housing from Molex for electronic devices with high space and connection stability requirements. The connector adopts 1.50mm pitch, single row 6-pin design, support free hanging installation method, provide compact and reliable electrical connection solutions. The product is a socket type with female blade contacts and friction-lock fastening to ensure a robust connection and minimize the risk of loosening of the plug. The housing is made of high-quality polyamide (PA) nylon, which provides good insulation and durability in environments ranging from -40°C to 105°C. The Pico-Lock 504051 series is ideal for miniaturized, high-reliability connections in a wide range of applications, including consumer electronics, industrial automation, automotive electronics, and communications equipment. The product should be used with the appropriate contacts to ensure optimal performance.
Molex 5040510601 Connector Documentation and Media:
Resource type | 链接 |
规格书 |
Molex 5040510601 Connector Genuine|Replacement Related Description:
We specialize in stocking (Molex) brand connectors and are committed to providing our customers with quality, reliable connectivity solutions. Our products include genuine and high-performance alternatives that are rigorously tested to ensure stability and efficiency. Please feel free to contact us through the contact information below the documentation page!