Fanuc servo power A06B-6114-K204 plug A06B-6114-K220 F06B-001-K002

Product Description:

The Moog ITT Connector is a premium-quality servo motor connector specifically engineered to meet the demanding requirements of various industrial applications involving High Torque DC Servo Motors, AC Brushless Servo Motors, and Hydraulic Brake Motors. Designed with precision and durability in mind, this connector ensures reliable electrical connections even under harsh environmental conditions, making it an indispensable component for robust motor control systems.

One of the standout features of the Moog ITT Connector is its exceptional operating temperature range, capable of functioning efficiently from -40℃ to +105℃. This wide temperature tolerance ensures that the connector performs reliably in extreme cold and high-heat environments, which are commonly encountered in heavy machinery, industrial automation, and aerospace applications. Such a broad operating temperature range guarantees uninterrupted motor operation, minimizing downtime and maintenance costs.

The connector is equipped with a 10PIN insulation resistance configuration, providing excellent electrical insulation and preventing short circuits or electrical leakage. This design feature is critical for maintaining the integrity of signals transmitted between the motor and control units, especially in systems involving High Torque DC Servo Motors and AC Brushless Servo Motors that require precise and stable communication for optimal performance. The 10PIN arrangement also allows for compact and organized wiring, simplifying installation and reducing the risk of connection errors.

Current rating is another vital attribute of the Moog ITT Connector, designed to handle battery-powered applications efficiently. This makes it an ideal choice for servo motors that rely on battery power sources, ensuring consistent current flow and reducing the risk of overheating or electrical failure. Whether employed in portable robotic systems, electric vehicles, or other battery-dependent equipment, this connector delivers dependable power transmission, enhancing overall system reliability.

The Moog ITT Connector is distinguished by its gender designation as Moog, which refers to the specific design and compatibility standards adhered to by Moog connectors. This ensures seamless integration with existing Moog motor systems and accessories, facilitating easy replacement, upgrades, and compatibility with a wide range of servo motor models. The connector’s robust construction and precise engineering further contribute to its reputation for durability and long service life, even in challenging operational settings.

In applications involving Hydraulic Brake Motors, the Moog ITT Connector plays a crucial role in maintaining secure electrical connectivity under conditions of vibration, shock, and moisture exposure. Its design incorporates high-quality materials and advanced sealing techniques to protect against contaminants, ensuring stable and safe operation of hydraulic systems. This makes it an excellent choice for industries such as automotive manufacturing, heavy equipment, and industrial automation where reliability and safety are paramount.

Overall, the Moog ITT Connector is a versatile and high-performance solution tailored for servo motor applications that demand resilience, precision, and efficiency. Its compatibility with High Torque DC Servo Motors, AC Brushless Servo Motors, and Hydraulic Brake Motors, coupled with its impressive operating temperature range, robust insulation resistance, and battery-compatible current rating, positions it as a top choice for engineers and technicians seeking dependable motor connectivity solutions. By choosing the Moog ITT Connector, users can ensure enhanced operational stability, reduced maintenance intervals, and improved system longevity across a broad spectrum of industrial and commercial applications.

Features:

• Product Name: Servo Motor Connectors
• Current Rating: Battery
• Gender: Moog
• Mounting Type: Panel Mount/Cable Mount
• Connector Type: Servo Motor
• Insulation Resistance: 10PIN
• Compatible with Electro Hydraulic Servo systems
• Ideal for DC Servo Motor Drive applications
• Supports Brushless Servo Motor connections

Technical Parameters:

Applications:

The Cable Connector servo motor connector, model number servo motor connector, is an essential component designed specifically for seamless integration in industrial automation systems. Originating from China and certified by CE and ISO9001, this product ensures high quality and reliability, making it an ideal choice for various servo motor applications. The connector supports both panel mount and cable mount installations, providing versatile mounting options to suit diverse industrial environments.

One of the primary application occasions for the Cable Connector servo motor connector is in AC servo motor driver systems. These drivers require precise and secure connections to transmit signals and power effectively, and this connector's metal and plastic construction guarantees durability and excellent insulation resistance, rated at 10PIN. Its robust design allows it to withstand operating temperatures ranging from -40℃ to +105℃, making it suitable for harsh industrial conditions.

In scenarios involving high torque DC servo motors, reliable connectivity is crucial to maintain performance and safety. The servo motor connector from Cable Connector ensures stable electrical connections, minimizing downtime and enhancing machine efficiency. Its packaging in carton boxes ensures that each unit is well-protected during transport, and with a supply ability of 1000 pcs/day, it can meet the demands of large-scale production lines and maintenance operations.

Delivery is swift, with a lead time of just 1-3 working days, and flexible payment terms including T/T and PayPal make procurement straightforward for businesses worldwide. The minimum order quantity of 100 units caters to both small and large-scale projects, ensuring accessibility for various industrial automation needs.

Overall, the Cable Connector servo motor connector is perfectly suited for use in AC servo motor driver setups, high torque DC servo motors, and other critical industrial automation applications where dependable connectivity is non-negotiable. Its combination of certified quality, versatile mounting options, and robust material composition makes it a preferred choice for engineers and technicians aiming to optimize servo motor performance and system reliability.

Customization:

Our Cable connector brand offers high-quality servo motor connectors, model number servo motor connector, manufactured in China with CE and ISO9001 certification. We specialize in customizing connectors to meet your specific requirements for AC Servo Drive, Electro Hydraulic Servo, and AC Brushless Servo Motor applications.

The Moog ITT Connector is designed to operate efficiently within a temperature range of -40℃ to +105℃, ensuring reliable performance in various environments. It features a current rating suitable for battery applications, an insulation resistance of 10PIN, and offers termination options including crimp and solder to suit your assembly needs.

We support a minimum order quantity of 100 pieces, with a supply ability of 1000 pieces per day. Products are carefully packaged in carton boxes to ensure safe delivery. Our typical delivery time is 1-3 working days, and we accept flexible payment terms such as T/T and PayPal for your convenience.

Support and Services:

Our Servo Motor Connectors are designed to provide reliable and secure connections for servo motor applications. If you require technical support or services related to our Servo Motor Connectors, our team of experts is here to assist you. We offer comprehensive troubleshooting guidance, installation instructions, and maintenance tips to ensure optimal performance. Additionally, replacement parts and repair services are available to help extend the lifespan of your connectors. For detailed product specifications, compatibility information, and technical documentation, please refer to our online resources or contact our support team.