Product Introduction of TE 1-1462037-4 Rectangular ConnectorProduct Introduction of TE 5-146130-4 Rectangular Connector
1. Product Overview
TE 15-1462037130-4 is a high-reliability rectangular board-to-wire (BTW) connector developed by TE Connectivity (TE)—a global leader in connectivity and sensor solutions. As a key member of TE's AMP series industrial connectors, it adopts precision molding and gold-plated contact technology, featuring compact structural designsingle-row dense layout, excellent electrical conductivity, robust mechanical durability, and wide environmental adaptability. Designed to establish secure and stable electrical connections between printed circuit boards (PCBs) and wires in complex systems, it complies with international industrial connectivity standards and supports highmedium-current transmission in space-constrainedhigh-density PCB applications. Widely used in industrial automation, automotive electronics, consumer electronics, communication equipment, and medical devices, it provides reliable connectivity solutions for diverse embedded and industrial systems.
2. Core Electrical & Mechanical Parameters
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Category
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Parameter
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Value
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Notes
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Mechanical Characteristics
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Connector Type
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Rectangular Board-to-Wire (BTW) Connector, Header
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Male connector for PCB mounting, mating with female wire harness connectors
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Number of Pins
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10 Pins (2 Rows × 5 Columns)
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Dual-row layout for compact PCB space utilization
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Pin Pitch
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2.54 mm (0.100 in)
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Standard pitch compatible with universal PCB design rules
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Mating/Unmating Cycles
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≥ 500 Cycles
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High durability for applications requiring frequent maintenance or assembly
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Electrical Characteristics
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Rated Current
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3 A per Pin (at 25 °C)
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Supports medium-current transmission for industrial and automotive loads
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Rated Voltage
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250 V AC/DC
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Complies with industrial and consumer electronics voltage standards
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Contact Resistance
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Typical ≤ 10 mΩ
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Low contact resistance ensures efficient current transmission and minimal heat generation
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Environmental & Material
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Operating Temperature Range
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-40 °C ~ +105 °C (Industrial Grade)
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Adapts to harsh environments with extreme temperature fluctuations
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Contact Material
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Phosphor Bronze with Gold Plating (0.8 μm Minimum)
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Enhances corrosion resistance and ensures long-term contact reliability
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Housing Material
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High-Temperature Nylon (UL94 V-0 Flame Rating)
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Flame-retardant and wear-resistant, suitable for high-temperature industrial scenarios
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Reliability
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IP Rating
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IP20 (Unmated); IP67 (When Mated with Compatible Female Connector)
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Dust and water protection for harsh industrial and automotive environments
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Vibration Resistance
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10 ~ 2000 Hz, 10 G Acceleration
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Stable connection under high-vibration conditions (e.g., automotive engines, industrial motors)
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3. Core Functional Features
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Compact Dual-Row Design: 10-pin dual-row layout with 2.54 mm standard pitch maximizes PCB space utilization—occupying 30% less area than single-row connectors of the same pin count. This makes it ideal for space-constrained applications such as portable electronics and compact industrial modules.
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High-Reliability Contacts: Phosphor bronze contacts with 0.8 μm gold plating ensure low contact resistance (≤10 mΩ) and excellent corrosion resistance. The spring-loaded contact structure maintains stable pressure during mating, preventing signal interruption caused by vibration or thermal expansion.
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Robust Mechanical Durability: ≥500 mating/unmating cycles and high-temperature nylon housing (UL94 V-0) withstand frequent assembly/disassembly and harsh operating conditions. The housing's latch mechanism provides secure mating, preventing accidental disconnection in high-vibration environments (e.g., automotive chassis).
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Wide Environmental Adaptability: -40 °C ~ +105 °C operating temperature range and IP67 protection (when mated) enable stable operation in dusty, humid, or extreme-temperature scenarios—including industrial workshops, automotive engine bays, and outdoor communication equipment.
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Efficient Current Transmission: 3 A per pin rated current supports medium-load applications such as motor drives, LED arrays, and power distribution modules. Low contact resistance minimizes heat generation, ensuring long-term reliability even under full-load operation.
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Standardized Compatibility: 2.54 mm standard pin pitch and AMP series interface compatibility enable seamless integration with universal PCB layouts and TE's extensive range of female connectors (e.g., 1-1462038-4). This reduces design complexity and BOM cost by leveraging existing connector ecosystems.
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Flame-Retardant Safety: UL94 V-0 flame-rated housing meets international safety standards, preventing fire spread in case of electrical faults. This is critical for applications such as automotive electronics and medical equipment where safety is paramount.
4. Typical Application Scenarios
4.1 Industrial Automation & Control
Used in programmable logic controllers (PLCs), industrial sensor modules, and motion control systems to connect PCB-mounted control circuits with external wire harnesses. For example, it links temperature/humidity sensors to PLC input modules, or connects motor drive circuits to power supplies. The IP67 protection (when mated) and vibration resistance ensure reliable operation in dusty factory environments.
4.2 Automotive Electronics
Applied in automotive body control modules (BCMs), infotainment systems, and sensor harnesses. It connects PCB-mounted microcontrollers to external components such as door lock actuators, LED interior lights, and parking sensors. The -40 °C ~ +105 °C temperature range adapts to extreme cabin and engine bay temperatures, while the latch mechanism prevents disconnection due to vehicle vibration.
4.3 Consumer Electronics
Used in household appliances (e.g., washing machines, air conditioners) and portable electronics (e.g., power banks, small drones). It connects control PCBs to user interface components (e.g., buttons, displays) or power management modules. The compact dual-row design fits into slim appliance casings, while the gold-plated contacts ensure stable signal transmission for user operation feedback.
4.4 Communication Equipment
Applied in network routers, IoT gateways, and small-cell base stations to connect PCB-mounted communication chips with external antennas or power harnesses. The low contact resistance ensures efficient power supply to high-frequency components, while the IP67 protection (when mated) supports outdoor deployment of IoT gateways in humid or dusty environments.
4.5 Medical Equipment
Used in portable medical devices (e.g., blood glucose monitors, portable oxygen concentrators) and clinical equipment (e.g., patient monitors). It connects PCB-mounted measurement circuits to sensors (e.g., blood glucose test strips) or power adapters. The flame-retardant housing and reliable contact performance comply with medical safety standards, ensuring stable operation during critical patient monitoring.