2.0mm Pitch 2×20P High Latch Box Header Right Angle Connector

Description

This 2.0mm pitch 2×20P high latch box header, commonly known as cow horn box header, is a high-reliability right-angle PCB connector professionally designed for board-to-cable connection in various electronic and industrial equipment. Different from ordinary simple box headers without locking structure, this upgraded box header adopts an integrated plastic side high latch design, which delivers stable locking performance and effectively prevents accidental disconnection between the box header and matching IDC receptacle during long-term equipment operation, vibration, and frequent plugging and unplugging processes. It is a core connecting component optimized for high-stability and high-safety electronic wiring scenarios.

Manufactured with premium 9T engineering plastic housing, this box header features excellent mechanical toughness, outstanding dimensional stability, and superior heat resistance, fully adapting to standard wave soldering production processes and long-term complex operating environments of electronic equipment. The overall height of the plastic with integrated side latch reaches 21mm, adopting a professional high-ear structural design. The high latch structure enhances the locking stroke and clamping force with the mating IDC female socket, realizing ultra-firm assembly connection, which is especially suitable for equipment that requires anti-loosening and anti-drop connection performance.

This double-row 2×20P box header is equipped with dual-specification pin lengths of 9.5mm and 13.5mm, supporting diverse PCB assembly and wiring layout requirements. Adopting a standard regular right-angle bending process, the 90-degree bent pin structure enables parallel mounting on the edge of the PCB board, greatly saving vertical space inside electronic equipment and realizing compact and standardized circuit board wiring. The double-row 2×20P pin layout provides up to 40 effective signal transmission channels, which can meet the multi-channel signal and low-power synchronous transmission needs of complex electronic control systems.

All conductive contact pins of the connector are plated with 0.8μm thick pure gold, a high-standard surface treatment process for precision electronic connectors. The 0.8μ gold plating layer completely covers the contact area of the pins, effectively isolating air and humid moisture, preventing metal oxidation and rusting of the terminals. It maintains ultra-low and stable contact resistance for a long time, avoids signal attenuation, intermittent connection, and poor conduction failure caused by terminal oxidation, and ensures high-precision and high-stability signal transmission. Compared with tin-plated connectors, gold-plated products have far better electrical conductivity, corrosion resistance and service life, suitable for long-term uninterrupted operating equipment.

This cow horn box header has passed the strict 48-hour salt spray test, verifying excellent anti-corrosion and anti-rust performance. It can stably work in high-humidity, coastal, slightly corrosive and harsh industrial environments, effectively resisting electrochemical corrosion and environmental oxidation, greatly reducing product failure rate caused by environmental factors, and extending the overall service life of electronic equipment wiring systems.

The 9T plastic material selected for the housing is a customized high-performance engineering plastic for connectors, with high rigidity, strong impact resistance, not easy to crack or deform during assembly and use. The integrated one-piece molding process of the plastic main body and side latch ensures no loose structure or broken parts after long-term plugging and vibration, with excellent structural durability. The right-angle bending process adopts standardized industrial production, with smooth pin bending, uniform force, no internal metal damage, and consistent product batch stability.

In terms of production quality control, every finished 2.0mm 2×20P high ear box header undergoes full-range quality inspection before delivery, including appearance inspection, dimensional tolerance detection, pin flatness test, conductivity detection, salt spray aging test and plugging life test. We strictly control every production process and dimensional parameter to ensure that all products fully comply with customer drawing standards and industrial specifications. Meanwhile, we support personalized customized services, including pin length adjustment, plating thickness modification, pin position optimization, special structural customization and customized packaging solutions, to meet the differentiated needs of different electronic projects and equipment applications.

As a high-performance locked box header connector, this product perfectly matches the 2.0mm pitch IDC female receptacle and supporting wiring harness. It is widely used for internal board-to-cable fixed connection and signal transmission of various electronic devices. Relying on its anti-drop locking structure, stable electrical performance, excellent environmental resistance and cost-effective industrial design, it has become the preferred connecting component for medium and high-end electronic control equipment, effectively solving the problems of easy loosening, poor contact and short service life of ordinary connectors in complex working environments.

Specifications & Parameters

Wide Application Scenarios

This 2.0mm 2×20P high ear cow horn box header with 0.8μ gold plating and 48H salt spray resistance is widely applicable to multi-channel signal transmission and stable wiring connection in various industrial and consumer electronic devices, covering multiple fields such as industrial control, smart home, communication equipment, testing instruments and automotive auxiliary electronics.

1. Industrial Control Equipment: It is suitable for PLC control modules, automated production equipment control panels, sensor multi-signal acquisition systems, and industrial robot internal wiring. Industrial equipment usually operates continuously for a long time with frequent vibration. The high-latch anti-drop structure of this connector can effectively avoid wiring looseness and signal disconnection caused by equipment vibration. The 48-hour salt spray resistance performance adapts to humid and dusty factory workshop environments, ensuring long-term stable operation of industrial control systems.

2. Smart Home & Consumer Electronics: Applied to smart control mainboards, intelligent cabinet control modules, large household appliance control circuits and intelligent terminal equipment. The 2×20P multi-channel pin design meets the multi-signal collaborative transmission requirements of smart devices. The right-angle bending structure saves internal space of equipment, and the 9T high-strength plastic housing ensures stable connection of household electronic equipment during long-term daily use.

3. Communication Equipment: Ideal for mini communication signal switching modules, cabinet internal wiring equipment and network terminal control boards. Communication equipment has high requirements for signal stability and anti-oxidation performance. The 0.8μm gold-plated terminals maintain low and stable contact resistance, effectively avoiding signal distortion and transmission failure. The excellent salt spray resistance adapts to the humid and closed working environment of communication cabinets, extending the service life of communication wiring systems.

4. Testing & Measuring Instruments: Used for multi-channel data acquisition instruments, precision detection equipment and experimental testing modules. Precision testing equipment relies on high-precision signal transmission, and the gold-plated anti-oxidation design of the connector ensures no signal fluctuation or data deviation during long-time testing and data collection, improving the accuracy and stability of equipment detection data.

5. Automotive Auxiliary Electronic Systems: Suitable for automotive interior auxiliary control circuits, multi-sensor signal connection and vehicle-mounted intelligent module wiring. The 9T high-temperature resistant plastic housing adapts to the temperature change environment inside the vehicle control box. The anti-drop locking structure prevents connector looseness caused by vehicle driving vibration, ensuring stable transmission of vehicle auxiliary signals.

6. Medical Electronic Equipment: Applied to internal wiring of portable medical detection equipment and rehabilitation treatment instruments. The connector features stable insulation performance, low failure rate and excellent anti-corrosion ability, meeting the high-reliability connection requirements of medical electronic equipment and ensuring the safe and stable operation of medical devices.

FAQ

Q1: What is the difference between high-latch cow horn box header and ordinary simple box header?

A: The most obvious difference is the locking structure. This cow horn box header is designed with integrated high side latches, which can firmly lock the matching IDC receptacle to prevent accidental disconnection caused by vibration, pulling and other external forces. The simple box header has no locking structure and is only suitable for static wiring scenarios with low vibration. In addition, this high-ear cow horn connector has higher structural strength, better environmental resistance and wider application range, while the simple box header is more suitable for low-cost ordinary connection scenarios.

Q2: What are the advantages of 9T plastic material compared with ordinary plastic?

A: 9T is a special high-performance engineering plastic for connectors. It has higher temperature resistance, stronger mechanical toughness, better anti-aging performance and more stable dimensional accuracy than ordinary PBT and nylon materials. It is not easy to deform, crack or shrink during wave soldering and long-term high-temperature operation, ensuring the structural stability and assembly accuracy of the connector in complex working environments.

Q3: What is the function of 0.8μm gold plating on the terminals?

A: 0.8μm gold plating is a high-standard surface treatment process for precision connectors. Gold has excellent oxidation resistance and electrical conductivity, which can permanently prevent terminal rust and oxidation, maintain stable ultra-low contact resistance, avoid poor contact and signal interruption, and greatly improve the stability and service life of signal transmission. It is far more reliable than traditional tin-plated connectors in long-term use scenarios.

Q4: What does 48-hour salt spray test mean for this connector?

A: The connector has passed 48 hours of professional salt spray aging test, which proves that it has excellent anti-corrosion and anti-rust performance. It can work stably in high-humidity, coastal, slightly corrosive and other harsh environments, effectively resisting environmental erosion, reducing product failure rate, and adapting to various complex industrial and outdoor auxiliary electronic equipment application scenarios.

Q5: Why choose right-angle bending design for this box header?

A: The regular 90-degree right-angle bending design is suitable for edge mounting of PCB boards. It can make the wiring harness parallel to the circuit board, greatly saving the vertical internal space of electronic equipment, realizing compact and standardized wiring, and is more suitable for equipment with limited internal space and edge wiring requirements.

Q6: Can this connector support wave soldering process?

A: Yes. Adopting high-performance 9T high-temperature resistant plastic housing, this connector can fully adapt to standard wave soldering process. It will not deform, bubble or damage during high-temperature soldering, ensuring the yield and assembly quality of PCB mass production.

Q7: Can we customize pin length, plating thickness and other specifications?

A: Yes. We support full range of customized services for box header connectors. We can adjust pin length, modify gold plating thickness, change pin position quantity, customize structural size and packaging scheme according to customer drawings, samples and project requirements, and provide one-stop customized connector solutions.

Q8: What matching accessories does this cow horn box header support?

A: This 2.0mm pitch 2×20P high-latch box header is perfectly matched with the 2.0mm pitch IDC female receptacle and supporting wiring harness. We can provide complete supporting connector sets and finished wiring harness products to help customers realize one-stop procurement and simplify the supply chain process.

Contact Us

If you need sample testing, technical drawings, detailed parameter sheets, formal quotation or customized connector solutions for this 2.0mm 2×20P high ear cow horn box header, please feel free to contact our professional sales and technical team. We have experienced connector engineers to provide you with professional technical consultation, project matching evaluation and wiring scheme guidance to solve all your product selection and technical problems.

As a professional manufacturer specializing in the production of box headers, simple box headers, pin headers, IDC connectors and supporting wiring harness assemblies, we have complete production equipment, advanced testing instruments and standardized production management systems. We strictly implement industrial quality standards in every link of product design, mold opening, mass production, quality inspection and packaging, and always maintain stable and high product quality for each batch of orders.

We support small-batch trial orders and large-scale mass production orders, and can provide complete product qualification certificates, inspection reports, material certification and salt spray test reports. Adhering to the service concept of high quality, competitive price and efficient service, we provide one-stop connector customization and supporting services for global customers. Please send your inquiry at any time, we will reply to your message within 24 hours and provide you with the most favorable factory quotation and professional technical support.