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| Connector Type: | Servo Motor | Mounting Type: | Panel Mount/Cable Mount |
|---|---|---|---|
| Contact Plating: | Silver Pin Golded Pin | Insulation Resistance: | 10PIN |
| Gender: | Moog | Operating Temperature: | -40℃ To +105℃ |
| Material: | Metal/Plastic | Termination Type: | Crimp/Solder |
| Highlight: | 18-24 AWG Servo Motor Connector,Crimp/Solder Termination Servo Connector,1000V Rating Motor Connector |
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FANUC 24V Power Connector CP1A CP1B 3-Pin D-3 A02B-0124-K830
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The Servo Motor Connectors are precision-engineered components specifically designed to meet the rigorous demands of industrial automation environments. These connectors are an essential part of the interface between control systems and servo motors, ensuring reliable and efficient transmission of power and signals. With a focus on compatibility and durability, these connectors support a wide range of applications in the automation industry, including AC brushless servo motor systems, DC servo motor drives, and AC servo motor drivers.
One of the standout features of these Servo Motor Connectors is their number of contacts, which adhere to Omrons domestic standards. This specification ensures optimal electrical connectivity and signal integrity, catering to complex servo motor configurations. The connectors are engineered to handle multiple contact points, enabling seamless communication and power delivery between controllers and motors. Whether it’s transmitting control signals or power, the multi-contact design minimizes electrical resistance and enhances overall system reliability.
Designed for industrial automation, these connectors are robust enough to withstand harsh factory conditions, including exposure to dust, vibrations, and temperature fluctuations. Their application extends to various automated machinery and robotic systems where precise motor control is critical. By facilitating efficient connections for AC brushless servo motors and DC servo motor drives, these connectors play a pivotal role in maintaining the performance and longevity of automation equipment. The compatibility with AC servo motor drivers further broadens their applicability in diverse industrial settings.
The connectors accommodate wire gauges ranging from 18 to 24 AWG or more, with an AWG diameter range of 3-12. This flexibility allows for easy integration with different cable sizes used in servo motor installations. By supporting a wide wire gauge range, these connectors provide versatility, making them suitable for both low current signal lines and higher current power lines. This adaptability ensures that system designers can select the appropriate wiring without compromising on connection quality or safety.
As a dedicated servo motor connector type, these components are specifically tailored to meet the electrical and mechanical requirements of servo motor systems. The precision in their design guarantees secure locking mechanisms and stable electrical contacts, which are crucial for maintaining uninterrupted motor operation. The connectors’ ability to handle the dynamic conditions of servo motors, including rapid acceleration and deceleration, makes them indispensable in high-performance industrial automation setups.
Gender designation for these connectors is aligned with Moog standards, ensuring compatibility with Moog servo motor connectors and devices. This gender specification simplifies system assembly and maintenance by providing a standardized approach to connector mating. Utilizing Moog gender connectors also assures users of high-quality construction and dependable performance, as Moog is a recognized leader in servo motor technology and components.
In summary, these Servo Motor Connectors are a vital component for any industrial automation system employing servo motors. Their compliance with Omrons domestic contact standards, suitability for 18-24 AWG or more wire gauges, and adherence to Moog gender specifications make them a reliable choice for engineers and technicians. Whether used with AC brushless servo motors, DC servo motor drives, or AC servo motor drivers, these connectors provide the durability, precision, and performance needed to keep automated systems running smoothly and efficiently.
| Insulation Resistance | 10PIN |
| Application | Industrial Automation |
| Contact Plating | Silver Pin, Golded Pin |
| Material | Metal/Plastic |
| Number of Contacts | Omrons Domestic |
| Voltage Rating | 1000V |
| Gender | Moog |
| Connector Type | Servo Motor |
| Mounting Type | Panel Mount/Cable Mount |
| Operating Temperature | -40℃ To +105℃ |
The NO MARK servo motor connector, model number servo motor connector, is an essential component designed specifically for industrial automation applications. Manufactured in China and certified by CE and ISO9001, this high-quality connector ensures reliable and efficient performance when used in conjunction with AC Servo Motor Drivers and AC Servo Drives. Its robust construction, combining durable metal and plastic materials, allows it to withstand demanding industrial environments while maintaining excellent insulation resistance with a 10PIN configuration.
This servo motor connector is perfectly suited for scenarios involving brushless servo motors, where precise and stable electrical connections are critical. With a current rating optimized for battery-powered systems and compatibility with wire gauges ranging from 18-24 AWG or even larger diameters such as AWG 3-12, it supports a wide variety of servo motor setups. Whether integrating into an automated production line or upgrading a servo drive system, this connector ensures seamless connectivity and minimal signal loss.
In industrial automation, the servo motor connector finds frequent use in assembly lines, robotic arms, CNC machinery, and packaging equipment, where the AC Servo Motor Driver and AC Servo Drive require secure and efficient electrical interfacing with brushless servo motors. Its design facilitates quick and reliable connections, which is crucial for maintaining operational uptime and reducing maintenance intervals.
With a minimum order quantity of 100 pieces and a supply ability of 1000 pcs/day, NO MARK can meet the demands of both small-scale projects and large industrial orders. The product is packaged carefully in carton boxes to ensure safe delivery, with a typical delivery time of 1-3 working days. Payment terms are flexible, including T/T and PayPal options, making procurement straightforward and convenient.
Overall, the NO MARK servo motor connector is an ideal choice for engineers and system integrators looking to optimize the performance of AC Servo Motor Drivers, AC Servo Drives, and brushless servo motor-based automation systems. Its certified quality, versatile application range, and rapid supply capability make it a dependable component in modern industrial automation scenarios.
Our servo motor connectors, branded as NO MARK and model number "servo motor connector," are designed to meet the highest standards in industrial automation. Manufactured in China and certified with CE and ISO9001, these connectors ensure reliable performance for applications involving Brushless Servo Motor, Electro Hydraulic Servo, and DC Servo Motor Drive systems.
We offer product customization services to suit your specific needs, including options for panel mount or cable mount configurations. The connectors support wire gauges ranging from 18-24 AWG or more, with AWG 3-12 diameter compatibility, and feature multiple contacts suitable for Omrons Domestic equipment. They are rated to handle the current requirements of battery-powered servo motor systems.
With a minimum order quantity of 100 pieces, we ensure efficient packaging in carton boxes and a rapid delivery time of 1-3 working days. Our supply ability is up to 1000 pieces per day, and we accept flexible payment terms such as T/T and PayPal to accommodate your business needs.
Our Servo Motor Connectors are designed to ensure reliable and efficient connections between servo motors and control systems. To maintain optimal performance, it is important to regularly inspect the connectors for any signs of wear, corrosion, or damage. Ensure that connectors are properly seated and secured to prevent signal loss or electrical faults.
For installation, follow the wiring diagrams provided in the product manual to avoid incorrect connections that could damage the servo motor or controller. Use only compatible cables and connectors specified for the product to maintain system integrity.
If you encounter any issues with the Servo Motor Connectors, such as intermittent connections or signal interference, verify that the connectors and cables are free from contaminants and that all contacts are clean. In cases of persistent problems, consult the troubleshooting section of the manual for step-by-step guidance.
We offer technical support services to assist with installation, troubleshooting, and maintenance of your Servo Motor Connectors. Our support team can provide detailed product information, help diagnose issues, and recommend solutions to optimize the performance of your servo motor systems.
For routine maintenance, it is recommended to periodically disconnect and inspect connectors, clean contacts if necessary, and replace any components showing signs of damage to ensure long-term reliability and safety of your servo motor applications.
Contact Person: Zhou
Tel: +8613316962478