Suitable for Siemens V90 servo encoder plug, 8-pin straight plug with 2 locks, 6FX2003-0DB13 connector

Product Description:

The Moog ITT Connector is a highly reliable and versatile solution designed specifically for use in industrial automation environments. As a critical component in the connectivity of servo motor systems, this connector ensures seamless integration and optimal performance for AC brushless servo motor applications. Its robust design and precision engineering make it an ideal choice for professionals seeking dependable connections within complex automation setups.

One of the standout features of the Moog ITT Connector is its compatibility with both panel mount and cable mount configurations. This flexibility allows for easy installation and adaptability across various industrial automation systems. Whether you need to secure the connector directly onto a control panel or attach it to a cable for enhanced mobility, the Moog ITT Connector meets these demands without compromising on durability or signal integrity.

Gender-specific design is another important aspect of this connector, with the Moog ITT Connector specifically tailored to the Moog gender standard. This ensures a secure and precise mating interface, which is essential in maintaining uninterrupted communication between devices. The gender specification aids in preventing mismating, reducing the risk of connection failures that could lead to costly downtime in industrial settings.

The termination type of the Moog ITT Connector is designed for both crimp and solder applications, offering versatility to technicians and engineers during installation and maintenance. Crimp termination provides a quick and efficient method for securing wires, while solder termination offers a more permanent and reliable connection. This dual termination capability ensures that the connector can be adapted to various wiring standards and preferences, enhancing its usability in diverse industrial scenarios.

In the context of industrial automation, the Moog ITT Connector plays a pivotal role in systems that utilize AC brushless servo motors, AC servo motor drivers, and AC servo drives. These components are integral to precise motion control applications, where accurate and stable electrical connections are paramount. By providing a robust and secure connection interface, the Moog ITT Connector helps ensure that signals between the AC servo motor driver and the AC servo drive are transmitted efficiently, resulting in smooth and responsive motor operation.

AC brushless servo motors are widely used in modern industrial automation due to their high efficiency, precision, and low maintenance requirements. The Moog ITT Connector, by facilitating reliable connectivity for these motors, contributes significantly to the overall system performance. Its design minimizes electrical noise and signal loss, which are critical factors in maintaining the accuracy and responsiveness of AC servo motor driver systems.

Moreover, the Moog ITT Connector is engineered to withstand the demanding conditions often found in industrial environments. Its rugged construction provides resistance to vibration, temperature fluctuations, and mechanical stress, ensuring long-term reliability. This durability is essential for maintaining consistent performance in applications where downtime can lead to significant productivity losses.

Installation convenience is another advantage offered by the Moog ITT Connector. The panel mount option allows for secure and stable mounting within control cabinets, while the cable mount option provides flexibility for dynamic setups where cables may need to be frequently connected and disconnected. This adaptability makes the connector suitable for a wide range of industrial automation systems, from fixed machinery to mobile robotic platforms.

In summary, the Moog ITT Connector is an indispensable component for industrial automation systems that rely on AC brushless servo motors, AC servo motor drivers, and AC servo drives. Its gender-specific design, dual termination options, and mounting flexibility make it a versatile and reliable choice for ensuring secure electrical connections. Engineered to meet the rigorous demands of industrial environments, the Moog ITT Connector contributes to enhanced system efficiency, reduced downtime, and improved overall performance.

Features:

• Product Name: Servo Motor Connectors
• Material: Metal/Plastic for durability and reliability
• Wire Gauge Compatibility: Supports 18-24 AWG or more, AWG 3-12 diameter
• Termination Type: Crimp and Solder options available for secure connections
• Application: Ideal for Industrial Automation systems
• Connector Type: Specifically designed for Servo Motor applications
• Compatible with AC Servo Drive systems for efficient motor control
• Suitable for Brushless Servo Motor connections ensuring high performance
• Supports Electro Hydraulic Servo applications for precise actuation

Technical Parameters:

Applications:

The NO MARK servo motor connector, model number "servo motor connector," is a high-quality product originating from China, designed specifically for applications in industrial automation. Certified by CE and ISO9001, this connector ensures reliable performance and safety in various demanding environments. Its robust construction supports a voltage rating of up to 1000V, making it suitable for high-power applications such as AC servo motor drivers, hydraulic brake motors, and high torque DC servo motors.

These servo motor connectors are ideal for use in industrial automation scenarios where precision, durability, and secure connections are critical. For instance, in automated manufacturing lines, the connectors facilitate seamless communication between servo motor drivers and control systems, ensuring the precise movement and positioning required for tasks such as robotic arms, CNC machines, and conveyor systems. The connectors’ compatibility with wire gauges ranging from 18-24 AWG or even more, with AWG 3-12 diameter options, allows for flexible installation depending on the power and signal requirements of the system.

Another common application scenario involves hydraulic brake motors, where the servo motor connector provides a reliable interface between control units and braking mechanisms. The connector’s termination types, including both crimp and solder options, offer versatility for different assembly preferences and ensure strong, secure electrical connections that can withstand vibration and mechanical stress.

In environments requiring high torque DC servo motors, the NO MARK servo motor connector plays a crucial role in maintaining consistent power delivery and signal integrity. Its gender type Moog design is engineered for easy mating and disconnection, facilitating maintenance and system upgrades without compromising performance.

From an operational standpoint, the product supports a supply ability of 1000 pieces per day, with a minimum order quantity of 100 units, packaged securely in carton boxes to prevent damage during transit. The delivery time is swift, typically within 1-3 working days, making it an excellent choice for manufacturers and system integrators with tight project schedules. Payment terms include flexible options such as T/T and PayPal, catering to international buyers and ensuring smooth transactions.

Overall, the NO MARK servo motor connector is an essential component in modern industrial automation, delivering reliable connectivity for AC servo motor drivers, hydraulic brake motors, and high torque DC servo motors. Its certified quality, versatile termination types, and robust electrical ratings make it a trusted solution for engineers and technicians seeking efficient, durable, and high-performance connectors.

Customization:

Our Servo Motor Connectors, branded NO MARK and model number servo motor connector, are expertly designed for use in Brushless Servo Motor and Electro Hydraulic Servo applications within the industrial automation sector. Originating from China and certified with CE and ISO9001 standards, these connectors ensure high quality and reliability.

We offer customization services to meet your specific requirements, including insulation resistance options for 10PIN configurations and wire gauge compatibility ranging from 18-24 AWG or larger, with AWG 3-12 diameter support. The connectors are rated for a voltage of 1000V and feature contact plating options such as silver or gold-plated pins to enhance conductivity and durability.

With a minimum order quantity of 100 units and a supply ability of 1000 pieces per day, we can accommodate both small and large scale orders. Packaging is done securely in carton boxes to ensure safe delivery. Our delivery time is prompt, typically within 1-3 working days, and we accept payment terms via T/T and PayPal for your convenience.

Choose our Servo Motor Connectors for superior performance in Brushless Servo Motor and Electro Hydraulic Servo systems, backed by trusted certifications and efficient supply chain capabilities.

Support and Services:

Our Servo Motor Connectors are designed to provide reliable and efficient connections for your servo motor systems. To ensure optimal performance, please follow the installation guidelines provided in the product manual.

If you encounter any issues with the connectors, first verify that all connections are secure and that the connectors are compatible with your servo motor specifications. Avoid exposing the connectors to excessive moisture, dust, or mechanical stress to maintain their longevity.

For troubleshooting, check for any signs of wear, corrosion, or damage on the connector pins and housing. Cleaning the connectors with appropriate electronic contact cleaner can help maintain good electrical contact.

We offer comprehensive technical support to assist you with installation, maintenance, and troubleshooting of our Servo Motor Connectors. Our support team can provide detailed product information, replacement parts guidance, and advice on integrating the connectors into your servo motor system.

Regular maintenance and inspection of the connectors will help prevent unexpected failures and ensure consistent servo motor performance. Please refer to the maintenance section of the product documentation for detailed instructions.