In high-end fields such as aerospace and high-end industry, a small connector often determines the success or failure of the entire system. In the face of multiple challenges such as continuous vibration, strong shock, extreme temperature differences, and space constraints, how to ensure stable connectivity has become the focus of the industry.
To this end, Renhotec’s M80 series connectors provide a new solution for device connection in harsh environments with high-density integration and high-reliability design.
In the face of the continuous development of modern industrial equipment towards high density and modularity, the stability and flexibility of the connection system have become the key. The Renhotec M80 series is designed for high-reliability applications and offers the following core benefits:
1. Compact design
It adopts a multi-row pin configuration with a 2mm pitch, symmetrically arranged layout, and supports through-hole soldering, surface mount or panel mounting, which is very suitable for high-density circuit board layouts and saves installation space.
2. Environmental adaptability
The operating temperature range is -55°C to 125°C, which can withstand severe cold environments and high temperature conditions; The connector adopts a through-screw locking mechanism at both ends to maintain a secure connection even under constant vibration and shock conditions, greatly reducing the risk of detachment.
3. High current carrying capacity
The rated current can reach 10A-20A, the voltage supports 800 VAC/DC, and the contact resistance is reduced to ≤6mΩ through copper alloy contacts and gold-plated surface treatment to ensure efficient power transmission.
4. Diversified configurations
Available in pin counts ranging from 4 to 96 bits, with a variety of mounting and termination methods, it can flexibly adapt to the space and function needs of different devices.
Based on its advantages of high density and high reliability, the Renhotec M80 series is especially suitable for industrial robots and automation, drones and unmanned systems, high-end test and measurement equipment and energy equipment, etc., to build a stable connection cornerstone for equipment.
To meet the connectivity needs of different scenarios, the Renhotec M80 series is subdivided into three series, namely signal series, data series, and hybrid series
1. Signal series: focus on efficient data transmission
Designed for signal integrity, with a contact spacing of 2.00mm, thin terminals, high density, and a core count of up to 96pin, it can transmit multiple signals simultaneously. It is mainly used for transmitting control signals, sensor signals (such as PNP/NPN), analog signals, etc.
Connection method: crimping, vertical through hole, horizontal through hole, straight cable connection.
2. Power supply series: Enhanced power bearing
4mm pitch high-power design, built-in large-size power contacts, usually a small number of contacts, but a single contact has a strong current carrying capacity, can carry up to 20A of current. It is mainly used for industrial robot power supply, main power interface of large equipment, high-power actuator, etc.
Connection method: vertical through hole, horizontal through hole, crimping, welding.
3. Hybrid series: “power supply + signal transmission” 2 in 1
Integrating power supply and signal contacts in the same connector allows for flexible configuration of signal and power contacts according to needs to ensure that power supply and signal transmission do not interfere with each other, improving the overall performance of the system, and is suitable for scenarios where synchronous power supply and data transmission are required.
Connection method: vertical through hole, crimping + welding composite connection.
These three series cover all scenarios from “single function” to “complex needs”, whether it is precision inspection, heavy equipment or smart equipment, you can find the right connection solution, greatly reducing the cost of selection and wiring.
Want to learn more about high-density interconnects? Return to our comprehensive [rectangular connector guide] to compare Micro-D, Nano-D, and Hybrid architectures.
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