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Omron Servo Motors

Showing 40 out of 137 products

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₹25,959   ₹28,581
You save ₹2,622!
9.17% OFF
₹34,219   ₹38,399
You save ₹4,180!
10.89% OFF
Omron 0.4Kw Ac Servo Motor, R88M-KE40030H-S2 AC servo motors with EtherCAT communication capability, often integrated with absolute encoders for precise and reliable motion control in industrial applications. EtherCAT is a real-time industrial Ethernet protocol, and its integration with AC servo motors enhances communication speed and accuracy in automation systems. Omron's AC servo motors equipped with EtherCAT communication are designed to deliver high-performance motion control in demanding environments. The integration of EtherCAT facilitates rapid and synchronized communication between the servo motor and other devices on the network, ensuring precise and coordinated motion in real-time. The inclusion of an absolute encoder in these servo motors is a critical feature. Absolute encoders provide position feedback without the need for a homing routine upon power-up. This means that the servo system instantly knows the rotor position, allowing for quick and accurate positioning, even after a power interruption. Absolute encoders contribute to the reliability and efficiency of the motion control system, particularly in applications where precision and repeatability are paramount. Omron's AC servo motors often come with a range of motor sizes and power ratings, catering to diverse application requirements. The absolute encoder's resolution and accuracy contribute to the overall precision of the motor's positioning and speed control. Users can typically configure and monitor Omron's AC servo motors with EtherCAT through user-friendly software tools provided by Omron. These tools may offer features for parameter setting, tuning, and real-time monitoring, ensuring ease of integration and maintenance.
₹76,699   ₹90,126
You save ₹13,427!
14.9% OFF
Omron Black 1S Ac Servo Motor 400 W Absolute Encoder
, R88M-1M40030T-S2 AC servo motors with EtherCAT communication capability, often integrated with absolute encoders for precise and reliable motion control in industrial applications. EtherCAT is a real-time industrial Ethernet protocol, and its integration with AC servo motors enhances communication speed and accuracy in automation systems. Omron's AC servo motors equipped with EtherCAT communication are designed to deliver high-performance motion control in demanding environments. The integration of EtherCAT facilitates rapid and synchronized communication between the servo motor and other devices on the network, ensuring precise and coordinated motion in real-time. The inclusion of an absolute encoder in these servo motors is a critical feature. Absolute encoders provide position feedback without the need for a homing routine upon power-up. This means that the servo system instantly knows the rotor position, allowing for quick and accurate positioning, even after a power interruption. Absolute encoders contribute to the reliability and efficiency of the motion control system, particularly in applications where precision and repeatability are paramount. Omron's AC servo motors often come with a range of motor sizes and power ratings, catering to diverse application requirements. The absolute encoder's resolution and accuracy contribute to the overall precision of the motor's positioning and speed control. Users can typically configure and monitor Omron's AC servo motors with EtherCAT through user-friendly software tools provided by Omron. These tools may offer features for parameter setting, tuning, and real-time monitoring, ensuring ease of integration and maintenance.
₹90,859   ₹1,07,255
You save ₹16,396!
15.29% OFF
Omron Black 1S Ac Servo Motor Absolute Encoder, R88M-1M1K520T-S2 AC servo motors with EtherCAT communication capability, often integrated with absolute encoders for precise and reliable motion control in industrial applications. EtherCAT is a real-time industrial Ethernet protocol, and its integration with AC servo motors enhances communication speed and accuracy in automation systems. Omron's AC servo motors equipped with EtherCAT communication are designed to deliver high-performance motion control in demanding environments. The integration of EtherCAT facilitates rapid and synchronized communication between the servo motor and other devices on the network, ensuring precise and coordinated motion in real-time. The inclusion of an absolute encoder in these servo motors is a critical feature. Absolute encoders provide position feedback without the need for a homing routine upon power-up. This means that the servo system instantly knows the rotor position, allowing for quick and accurate positioning, even after a power interruption. Absolute encoders contribute to the reliability and efficiency of the motion control system, particularly in applications where precision and repeatability are paramount. Omron's AC servo motors often come with a range of motor sizes and power ratings, catering to diverse application requirements. The absolute encoder's resolution and accuracy contribute to the overall precision of the motor's positioning and speed control. Users can typically configure and monitor Omron's AC servo motors with EtherCAT through user-friendly software tools provided by Omron. These tools may offer features for parameter setting, tuning, and real-time monitoring, ensuring ease of integration and maintenance.
₹48,379   ₹54,070
You save ₹5,691!
10.53% OFF
Omron Black Ac Servo Motors, R88M-KE75030H-S2 AC servo motors with EtherCAT communication capability, often integrated with absolute encoders for precise and reliable motion control in industrial applications. EtherCAT is a real-time industrial Ethernet protocol, and its integration with AC servo motors enhances communication speed and accuracy in automation systems. Omron's AC servo motors equipped with EtherCAT communication are designed to deliver high-performance motion control in demanding environments. The integration of EtherCAT facilitates rapid and synchronized communication between the servo motor and other devices on the network, ensuring precise and coordinated motion in real-time. The inclusion of an absolute encoder in these servo motors is a critical feature. Absolute encoders provide position feedback without the need for a homing routine upon power-up. This means that the servo system instantly knows the rotor position, allowing for quick and accurate positioning, even after a power interruption. Absolute encoders contribute to the reliability and efficiency of the motion control system, particularly in applications where precision and repeatability are paramount. Omron's AC servo motors often come with a range of motor sizes and power ratings, catering to diverse application requirements. The absolute encoder's resolution and accuracy contribute to the overall precision of the motor's positioning and speed control. Users can typically configure and monitor Omron's AC servo motors with EtherCAT through user-friendly software tools provided by Omron. These tools may offer features for parameter setting, tuning, and real-time monitoring, ensuring ease of integration and maintenance.
₹76,699   ₹87,888
You save ₹11,189!
12.73% OFF
Omron Black G5-Series Pulse Train Input Type Ac Servomotors, R88M-KE75030H-BS2 AC servo motors with EtherCAT communication capability, often integrated with absolute encoders for precise and reliable motion control in industrial applications. EtherCAT is a real-time industrial Ethernet protocol, and its integration with AC servo motors enhances communication speed and accuracy in automation systems. Omron's AC servo motors equipped with EtherCAT communication are designed to deliver high-performance motion control in demanding environments. The integration of EtherCAT facilitates rapid and synchronized communication between the servo motor and other devices on the network, ensuring precise and coordinated motion in real-time. The inclusion of an absolute encoder in these servo motors is a critical feature. Absolute encoders provide position feedback without the need for a homing routine upon power-up. This means that the servo system instantly knows the rotor position, allowing for quick and accurate positioning, even after a power interruption. Absolute encoders contribute to the reliability and efficiency of the motion control system, particularly in applications where precision and repeatability are paramount. Omron's AC servo motors often come with a range of motor sizes and power ratings, catering to diverse application requirements. The absolute encoder's resolution and accuracy contribute to the overall precision of the motor's positioning and speed control. Users can typically configure and monitor Omron's AC servo motors with EtherCAT through user-friendly software tools provided by Omron. These tools may offer features for parameter setting, tuning, and real-time monitoring, ensuring ease of integration and maintenance.
₹97,939   ₹1,10,896
You save ₹12,957!
11.68% OFF
Omron Black 1S Ac Servo Motor 750 W Absolute Encoder
, R88M-1M75030T-S2 AC servo motors with EtherCAT communication capability, often integrated with absolute encoders for precise and reliable motion control in industrial applications. EtherCAT is a real-time industrial Ethernet protocol, and its integration with AC servo motors enhances communication speed and accuracy in automation systems. Omron's AC servo motors equipped with EtherCAT communication are designed to deliver high-performance motion control in demanding environments. The integration of EtherCAT facilitates rapid and synchronized communication between the servo motor and other devices on the network, ensuring precise and coordinated motion in real-time. The inclusion of an absolute encoder in these servo motors is a critical feature. Absolute encoders provide position feedback without the need for a homing routine upon power-up. This means that the servo system instantly knows the rotor position, allowing for quick and accurate positioning, even after a power interruption. Absolute encoders contribute to the reliability and efficiency of the motion control system, particularly in applications where precision and repeatability are paramount. Omron's AC servo motors often come with a range of motor sizes and power ratings, catering to diverse application requirements. The absolute encoder's resolution and accuracy contribute to the overall precision of the motor's positioning and speed control. Users can typically configure and monitor Omron's AC servo motors with EtherCAT through user-friendly software tools provided by Omron. These tools may offer features for parameter setting, tuning, and real-time monitoring, ensuring ease of integration and maintenance.
₹3,18,599   ₹3,62,901
You save ₹44,302!
12.21% OFF
Omron Black 1S Ac Servo Motor 400 Vac Absolute EncoderWith Brake, R88M-1M3K010C-BS2 AC servo motors with EtherCAT communication capability, often integrated with absolute encoders for precise and reliable motion control in industrial applications. EtherCAT is a real-time industrial Ethernet protocol, and its integration with AC servo motors enhances communication speed and accuracy in automation systems. Omron's AC servo motors equipped with EtherCAT communication are designed to deliver high-performance motion control in demanding environments. The integration of EtherCAT facilitates rapid and synchronized communication between the servo motor and other devices on the network, ensuring precise and coordinated motion in real-time. The inclusion of an absolute encoder in these servo motors is a critical feature. Absolute encoders provide position feedback without the need for a homing routine upon power-up. This means that the servo system instantly knows the rotor position, allowing for quick and accurate positioning, even after a power interruption. Absolute encoders contribute to the reliability and efficiency of the motion control system, particularly in applications where precision and repeatability are paramount. Omron's AC servo motors often come with a range of motor sizes and power ratings, catering to diverse application requirements. The absolute encoder's resolution and accuracy contribute to the overall precision of the motor's positioning and speed control. Users can typically configure and monitor Omron's AC servo motors with EtherCAT through user-friendly software tools provided by Omron. These tools may offer features for parameter setting, tuning, and real-time monitoring, ensuring ease of integration and maintenance.
₹66,079   ₹75,348
You save ₹9,269!
12.3% OFF
Omron Black 1S Ac Servo Motor200 W, R88M-1M20030T-S2 AC servo motors with EtherCAT communication capability, often integrated with absolute encoders for precise and reliable motion control in industrial applications. EtherCAT is a real-time industrial Ethernet protocol, and its integration with AC servo motors enhances communication speed and accuracy in automation systems. Omron's AC servo motors equipped with EtherCAT communication are designed to deliver high-performance motion control in demanding environments. The integration of EtherCAT facilitates rapid and synchronized communication between the servo motor and other devices on the network, ensuring precise and coordinated motion in real-time. The inclusion of an absolute encoder in these servo motors is a critical feature. Absolute encoders provide position feedback without the need for a homing routine upon power-up. This means that the servo system instantly knows the rotor position, allowing for quick and accurate positioning, even after a power interruption. Absolute encoders contribute to the reliability and efficiency of the motion control system, particularly in applications where precision and repeatability are paramount. Omron's AC servo motors often come with a range of motor sizes and power ratings, catering to diverse application requirements. The absolute encoder's resolution and accuracy contribute to the overall precision of the motor's positioning and speed control. Users can typically configure and monitor Omron's AC servo motors with EtherCAT through user-friendly software tools provided by Omron. These tools may offer features for parameter setting, tuning, and real-time monitoring, ensuring ease of integration and maintenance.
₹1,29,799   ₹1,45,683
You save ₹15,884!
10.9% OFF
Omron Black 1S Ac Servo Motor Absolute Encoder With Brake, R88M-1M1K520T-BS2 AC servo motors with EtherCAT communication capability, often integrated with absolute encoders for precise and reliable motion control in industrial applications. EtherCAT is a real-time industrial Ethernet protocol, and its integration with AC servo motors enhances communication speed and accuracy in automation systems. Omron's AC servo motors equipped with EtherCAT communication are designed to deliver high-performance motion control in demanding environments. The integration of EtherCAT facilitates rapid and synchronized communication between the servo motor and other devices on the network, ensuring precise and coordinated motion in real-time. The inclusion of an absolute encoder in these servo motors is a critical feature. Absolute encoders provide position feedback without the need for a homing routine upon power-up. This means that the servo system instantly knows the rotor position, allowing for quick and accurate positioning, even after a power interruption. Absolute encoders contribute to the reliability and efficiency of the motion control system, particularly in applications where precision and repeatability are paramount. Omron's AC servo motors often come with a range of motor sizes and power ratings, catering to diverse application requirements. The absolute encoder's resolution and accuracy contribute to the overall precision of the motor's positioning and speed control. Users can typically configure and monitor Omron's AC servo motors with EtherCAT through user-friendly software tools provided by Omron. These tools may offer features for parameter setting, tuning, and real-time monitoring, ensuring ease of integration and maintenance.
₹75,519   ₹87,575
You save ₹12,056!
13.77% OFF
Omron Black 1S Ac Servo Motor Absolute Encoder With Brake, R88M-1M1K020T-S2 AC servo motors with EtherCAT communication capability, often integrated with absolute encoders for precise and reliable motion control in industrial applications. EtherCAT is a real-time industrial Ethernet protocol, and its integration with AC servo motors enhances communication speed and accuracy in automation systems. Omron's AC servo motors equipped with EtherCAT communication are designed to deliver high-performance motion control in demanding environments. The integration of EtherCAT facilitates rapid and synchronized communication between the servo motor and other devices on the network, ensuring precise and coordinated motion in real-time. The inclusion of an absolute encoder in these servo motors is a critical feature. Absolute encoders provide position feedback without the need for a homing routine upon power-up. This means that the servo system instantly knows the rotor position, allowing for quick and accurate positioning, even after a power interruption. Absolute encoders contribute to the reliability and efficiency of the motion control system, particularly in applications where precision and repeatability are paramount. Omron's AC servo motors often come with a range of motor sizes and power ratings, catering to diverse application requirements. The absolute encoder's resolution and accuracy contribute to the overall precision of the motor's positioning and speed control. Users can typically configure and monitor Omron's AC servo motors with EtherCAT through user-friendly software tools provided by Omron. These tools may offer features for parameter setting, tuning, and real-time monitoring, ensuring ease of integration and maintenance.
₹89,679   ₹1,05,568
You save ₹15,889!
15.05% OFF
Omron Black 1S Ac Servo Motor Absolute Encoder With Brake, R88M-1M10030T-BS2 AC servo motors with EtherCAT communication capability, often integrated with absolute encoders for precise and reliable motion control in industrial applications. EtherCAT is a real-time industrial Ethernet protocol, and its integration with AC servo motors enhances communication speed and accuracy in automation systems. Omron's AC servo motors equipped with EtherCAT communication are designed to deliver high-performance motion control in demanding environments. The integration of EtherCAT facilitates rapid and synchronized communication between the servo motor and other devices on the network, ensuring precise and coordinated motion in real-time. The inclusion of an absolute encoder in these servo motors is a critical feature. Absolute encoders provide position feedback without the need for a homing routine upon power-up. This means that the servo system instantly knows the rotor position, allowing for quick and accurate positioning, even after a power interruption. Absolute encoders contribute to the reliability and efficiency of the motion control system, particularly in applications where precision and repeatability are paramount. Omron's AC servo motors often come with a range of motor sizes and power ratings, catering to diverse application requirements. The absolute encoder's resolution and accuracy contribute to the overall precision of the motor's positioning and speed control. Users can typically configure and monitor Omron's AC servo motors with EtherCAT through user-friendly software tools provided by Omron. These tools may offer features for parameter setting, tuning, and real-time monitoring, ensuring ease of integration and maintenance.
₹3,42,199   ₹3,62,139
You save ₹19,940!
5.51% OFF
Omron Black 1S Ac Servo Motor Absolute Encoder With Brake, R88M-1L3K030C-BS2 AC servo motors with EtherCAT communication capability, often integrated with absolute encoders for precise and reliable motion control in industrial applications. EtherCAT is a real-time industrial Ethernet protocol, and its integration with AC servo motors enhances communication speed and accuracy in automation systems. Omron's AC servo motors equipped with EtherCAT communication are designed to deliver high-performance motion control in demanding environments. The integration of EtherCAT facilitates rapid and synchronized communication between the servo motor and other devices on the network, ensuring precise and coordinated motion in real-time. The inclusion of an absolute encoder in these servo motors is a critical feature. Absolute encoders provide position feedback without the need for a homing routine upon power-up. This means that the servo system instantly knows the rotor position, allowing for quick and accurate positioning, even after a power interruption. Absolute encoders contribute to the reliability and efficiency of the motion control system, particularly in applications where precision and repeatability are paramount. Omron's AC servo motors often come with a range of motor sizes and power ratings, catering to diverse application requirements. The absolute encoder's resolution and accuracy contribute to the overall precision of the motor's positioning and speed control. Users can typically configure and monitor Omron's AC servo motors with EtherCAT through user-friendly software tools provided by Omron. These tools may offer features for parameter setting, tuning, and real-time monitoring, ensuring ease of integration and maintenance.
₹2,24,199   ₹2,45,761
You save ₹21,562!
8.77% OFF
Omron Black 1S Ac Servo Motor Absolute Encoder With Brake, R88M-1L1K530T-BS2 AC servo motors with EtherCAT communication capability, often integrated with absolute encoders for precise and reliable motion control in industrial applications. EtherCAT is a real-time industrial Ethernet protocol, and its integration with AC servo motors enhances communication speed and accuracy in automation systems. Omron's AC servo motors equipped with EtherCAT communication are designed to deliver high-performance motion control in demanding environments. The integration of EtherCAT facilitates rapid and synchronized communication between the servo motor and other devices on the network, ensuring precise and coordinated motion in real-time. The inclusion of an absolute encoder in these servo motors is a critical feature. Absolute encoders provide position feedback without the need for a homing routine upon power-up. This means that the servo system instantly knows the rotor position, allowing for quick and accurate positioning, even after a power interruption. Absolute encoders contribute to the reliability and efficiency of the motion control system, particularly in applications where precision and repeatability are paramount. Omron's AC servo motors often come with a range of motor sizes and power ratings, catering to diverse application requirements. The absolute encoder's resolution and accuracy contribute to the overall precision of the motor's positioning and speed control. Users can typically configure and monitor Omron's AC servo motors with EtherCAT through user-friendly software tools provided by Omron. These tools may offer features for parameter setting, tuning, and real-time monitoring, ensuring ease of integration and maintenance.
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Top Selling Omron Servo Motors Products Price List for April 2026

This data was last updated on 28/04/2026