Discover the HUADA ZMDM-5PQH Connector: Compact, Reliable, and Efficient

The HUADA ZMDM-5PQH is a compact marvel that redefines connectivity. Designed for efficiency and performance, this micro rectangular electrical connector packs a punch in a small form factor. Whether you’re working on intricate circuitry or space-constrained projects, the ZMDM-5PQH is your go-to solution. Its dimensions—2.78mm shorter in length, 5.4mm narrower, and 3.9mm lower than the J29A series—make it ideal for tight spaces. But don’t let its size fool you; this connector boasts impressive features. With a mechanical life of 500 cycles, it’s built to withstand wear and tear. Plus, its temperature resilience—from -55°C to +125°C—ensures reliable performance across environments. Say goodbye to bulky connectors and hello to streamlined excellence with the ZMDM-5PQH.
When precision matters, the ZMDM-5PQH delivers. Its high insulation resistance of 5000 mΩ ensures signal integrity, while the low contact resistance (only 8 mΩ) facilitates efficient power transfer.. Whether you’re building industrial machinery, automotive systems, or consumer electronics, the ZMDM-5PQH has your back. And with a pressure resistance of 800V, it’s ready for any challenge. So, embrace the future of connectivity—compact, robust, and performance-driven—with the HUADA ZMDM-5PQH.

Key Features of the HUADA ZMDM-5PQH Connector

Operating Temperature Range: Maximum Operating Temperature: +125°C
Minimum Operating Temperature: -55°C
The ZMDM-5PQH thrives in extreme conditions, from chilly environments to scorching heat.
Electrical Excellence: Insulation Resistance: A remarkable 5000 mΩ ensures reliable signal transmission.
Contact Resistance: A mere 8 mΩ minimizes power loss during current transfer.
Current Handling: Capable of supporting up to 5 A, making it versatile for various applications.
Built to Last: Mechanical Life: Designed for 500 cycles, it withstands repeated connections and disconnections.
Impact Resistance: Survives at 490m/s², ideal for rugged environments.
Vibration Resistance: Handles vibrations from 10Hz to 2000Hz at 196m/s²—perfect for machinery and transportation systems.
Environmental Adaptability: Relative Humidity: Operates seamlessly at 40°C with 98% humidity.
Pressure Resistant: Withstands up to 800V, ensuring reliability even under stress.
Compact Marvel: The ZMDM-5PQH’s compact design—2.78mm shorter, 5.4mm narrower, and 3.9mm lower than the J29A series—saves valuable space in your projects.
Quality Assurance: Huada, with over 40 years of manufacturing expertise, guarantees top-notch connectors.
Precision-machined from high-grade materials for durability and longevity.

Technical Features Table:

SHENZHEN ECER NETWORK TECHNOLOGY CO.,LTD is a professional electronic components supplier and distributor. We have been providing multiple items - Cooling Fans, Power Supply Units, LCD Displays PCB and PCBA Control Boards, AC Cords and Cables, IC Chips, Test Fixtures, Power Module, RF, Capacitor, Resistor, Diode, LED, Microcontrollers etc - to meet and satisfy the growing demand of electronics for the Global Electronic Industry.

These products are used in several market segments, including Mining, Communication Equipment & Networking, Telecommunications, Consumer Electronics, Automotive, Medical and Industrial applications. We maintain a strong world-wide network with manufacturers, technologic research institutions and franchise distributors, as well our own comprehensive stock inventory. This allows us to offer competitive prices and short lead-time on our products, which are being exported to America, Europe, South America, Middle East, and South-East Asia.

We claim to collaborate with our partners and customers on the basis of mutual benefit, mutual support, and co-development. Our goal is to provide our customers with high quality products, a diverse selection, competitive prices, rapid lead-time, swift shipping, and reliable after-sale service to meet their satisfaction. We sincerely welcome you to exchange with us and look forward to a successful future collaboration.