Inovance 6FX2003 Servo Motor Connector with 17 Pins and 1000V Voltage Rating for Industrial Automation

Product Description:

Servo Motor Connectors are essential components designed to ensure reliable and efficient electrical connections for various types of servo motors, including Electro Hydraulic Servo systems, Brushless Servo Motors, and High Torque DC Servo Motors. These connectors are engineered to meet rigorous performance standards, providing secure and stable connections that are critical for precise motor control and operation in demanding industrial and automation applications.

One of the standout features of these Servo Motor Connectors is their impressive voltage rating of 1000V, which guarantees safe and effective operation even under high voltage conditions. This high voltage rating makes them suitable for a wide range of servo motor applications, ensuring that the electrical connections remain stable and secure without the risk of insulation breakdown or electrical failure.

The connectors accommodate wire gauges ranging from 18 to 24 AWG, or even larger gauges spanning AWG 3 to 12 in diameter. This flexibility in wire gauge compatibility allows them to be used with various motor types and configurations, from compact Brushless Servo Motors requiring thinner wires to robust High Torque DC Servo Motors that demand thicker wiring for higher current loads. The wide range of wire gauge support ensures that these connectors can cater to diverse application requirements while maintaining optimal electrical conductivity and mechanical stability.

Termination options for these Servo Motor Connectors include both crimp and solder types, providing versatility to suit different assembly preferences and operational environments. Crimp termination offers quick and reliable connections with excellent mechanical strength, which is ideal for high-volume production and field repairs. On the other hand, solder termination ensures a permanent and highly conductive connection, preferred in applications where maximum electrical performance and durability are paramount. This dual termination capability makes the connectors adaptable to various installation scenarios and maintenance protocols.

Current ratings for these connectors vary from as low as 1A to 10A and beyond, catering to different power requirements of servo motors. Whether it’s a low-current Brushless Servo Motor used in precision instruments or a high-current Electro Hydraulic Servo designed for heavy-duty industrial machinery, these connectors provide the necessary current-carrying capacity to support efficient motor operation. Their design ensures minimal electrical resistance and heat buildup even at higher currents, thereby enhancing overall system reliability.

Another critical specification is the insulation resistance, which is available in configurations such as 6PIN and 7PIN variants. These multi-pin connectors facilitate complex wiring schemes, enabling the transmission of multiple signals or power lines through a single connector housing. This is particularly beneficial in sophisticated servo motor setups where multiple control signals and feedback lines are necessary for precise motor control. High insulation resistance in these connectors prevents leakage currents and crosstalk between pins, ensuring signal integrity and system safety.

In applications involving Electro Hydraulic Servo systems, Brushless Servo Motors, and High Torque DC Servo Motors, these connectors play a pivotal role in maintaining the performance and reliability of the entire motor system. Their robust construction, high voltage and current ratings, and versatile termination options make them indispensable components in modern servo motor assemblies. By providing secure and efficient electrical connections, these Servo Motor Connectors help optimize motor responsiveness, reduce downtime, and prolong the lifespan of servo motor installations.

In summary, Servo Motor Connectors designed with a 1000V voltage rating, wide wire gauge compatibility (18-24 AWG or more, AWG 3-12 diameter), crimp and solder termination options, current ratings ranging from 1A to 10A or higher, and high insulation resistance with 6PIN and 7PIN configurations, are ideal for diverse servo motor applications. They are especially suited for demanding environments where Electro Hydraulic Servo, Brushless Servo Motor, and High Torque DC Servo Motor technologies are employed. These connectors ensure efficient power transmission, signal accuracy, and long-term reliability, making them a vital component in advanced motor control systems.

Features:

• Product Name: Servo Motor Connectors
• Mounting Type: Panel Mount and Cable Mount options available
• Termination Type: Supports both Crimp and Solder termination methods
• Insulation Resistance: Available in 6PIN and 7PIN configurations
• Model Name: 6FX2003
• Gender Options: 8PIN, 4PIN, 6PIN, 12PIN, and 17PIN connectors
• Compatible with AC Servo Motor Driver systems
• Designed for use with AC Servo Drive applications
• Ideal for integration with various AC Servo Drive setups

Technical Parameters:

Applications:

The NO MARK Servo Motor Connectors, model number 6FX2003, are precision-engineered components designed to meet the demanding requirements of modern industrial automation. Originating from China and certified with CE and ISO9001 standards, these connectors ensure reliable performance and quality assurance. They are ideal for a wide range of applications, particularly in systems utilizing AC Servo Drives and AC Servo Motor Drivers, where secure and efficient electrical connections are critical for optimal motor control and operation.

These connectors are highly versatile, offering multiple configurations including 4PIN, 6PIN, 8PIN, 12PIN, and 17PIN options, catering to various wiring and connection needs. Their robust design supports a voltage rating of up to 1000V and features insulation resistance suitable for 6PIN and 7PIN variants, ensuring safety and durability in high-voltage environments. The gender options available for all pin configurations allow seamless integration into different setups. Additionally, the termination types of crimp and solder provide flexibility for different assembly processes and ensure secure electrical contacts, which is essential in preventing signal loss or disconnection during operation.

In practical application scenarios, these servo motor connectors are extensively used in hydraulic brake motors, where precise and reliable electrical connections are vital for the controlled braking mechanisms. Their ability to maintain stable connections under varying mechanical stresses makes them ideal for hydraulic systems requiring high accuracy and responsiveness. Furthermore, in AC Servo Motor Driver setups, the connectors facilitate efficient power transmission and signal communication, contributing to enhanced motor performance and reliability.

Businesses and manufacturers can benefit from the efficient supply chain of NO MARK, with a supply ability of 1000 pieces per day and a minimum order quantity of 100 pieces. The product is carefully packaged in carton boxes to ensure safe delivery within 1-3 working days, supporting quick turnaround times for urgent production needs. Payment terms such as T/T and PayPal offer convenience and flexibility in transactions, making these connectors accessible for various industrial clients worldwide.

Overall, the NO MARK 6FX2003 Servo Motor Connectors are an excellent choice for applications demanding high-quality, durable, and versatile connectors in AC servo drive systems, hydraulic brake motors, and AC servo motor driver configurations. Their comprehensive certifications, robust electrical specifications, and flexible packaging and payment options make them a reliable component for enhancing industrial automation efficiency.

Customization:

Our 6FX2003 Servo Motor Connectors by NO MARK are designed to meet the demanding needs of Industrial Automation applications, including Electro Hydraulic Servo systems, AC Brushless Servo Motors, and AC Servo Motor Drivers. Manufactured in China and certified with CE and ISO9001, these connectors ensure reliable performance in harsh environments with an operating temperature range from -40℃ to +105℃.

With a versatile mounting type suitable for both Panel Mount and Cable Mount configurations, the 6FX2003 model supports current ratings from 1A to 10A and beyond, accommodating various power requirements. We offer a minimum order quantity of 100 pieces, with packaging securely done in carton boxes to ensure safe delivery.

Our supply ability reaches up to 1000 pieces per day, and we guarantee prompt delivery within 1-3 working days. Payment terms include T/T and PayPal for your convenience. Although the price is not available (NA) upfront, please contact us for detailed quotations and customization options tailored to your specific servo motor connector needs.

Support and Services:

Our Servo Motor Connectors are designed to provide reliable and secure connections for servo motor applications. For technical support, please refer to the product datasheet and installation guide available on our website. These documents include detailed specifications, wiring instructions, and troubleshooting tips to ensure optimal performance.

If you encounter any issues during installation or operation, verify that all connections are properly secured and that the connector is compatible with your servo motor model. Use only recommended cables and accessories to prevent connection failures.

For maintenance, regularly inspect the connectors for signs of wear, corrosion, or damage. Clean the contacts with appropriate electronic contact cleaner to maintain conductivity and minimize signal loss.

Our technical support team is available to assist with product selection, installation guidance, and resolving technical issues related to Servo Motor Connectors. We also offer customization services to meet specific application requirements.

Additional services include on-site support, training sessions, and detailed application notes to help you maximize the efficiency and reliability of your servo motor systems.