About KEB Drives
KEB Drives are highly compact and designed to use in single-axis applications in machinery and equipment. These drives are unmatched in terms of quality and service life. These are easy to use and maintain. Equipped with the precision components and parts, the offered drives are sure to last for an extended period of times. Moreover, we are offering the
KEB Drives to our clients in different sizes and technical configurations and that too at the cost-effective price.
Material: Fiber
Superior Motor Control for Industrial AutomationKEB Drives deliver advanced control for three-phase motors in industrial applications. Their combination of Vector Control and V/F Control ensures responsive torque and optimum speed regulation, even under load. With CE and RoHS compliance and an efficiency rate above 95%, the drives support environmentally responsible, high-performance operations.
Integrated Connectivity and ProtectionEquipped with RS485 and Modbus communication, these drives enable easy integration into modern automation systems. The built-in braking unit, overload and overheating protection, and IP54 enclosure ensure reliable operation and safeguard your investment under tough conditions. Panel mounting provides convenience in installation and maintenance.
Compact, Durable DesignConstructed from aluminium alloy with a powder-coated finish, KEB Drives offer exceptional durability in harsh industrial settings. The compact, rectangular design saves valuable panel space, while forced air cooling maintains optimal temperature. Designed to operate from -10C to +55C and up to 95% non-condensing humidity, they perform reliably in challenging environments.
FAQs of KEB Drives:
Q: How do I integrate KEB Drives into my automation system?
A: KEB Drives feature RS485 and Modbus communication interfaces, allowing easy integration with PLCs and other controllers through terminal block connections. Simply follow the wiring guidelines and configure the drive parameters according to your control requirements for seamless automation.
Q: What benefits does the Vector Control method provide in these drives?
A: Vector Control enables high precision and dynamic response in motor speed and torque regulation, particularly useful for applications requiring high start torque capability. This results in smoother motor operations and enhanced efficiency in demanding industrial environments.
Q: When should I use the integrated braking unit in the KEB Drive?
A: Utilize the integrated braking unit during rapid deceleration or when frequent starting and stopping is required, such as in material handling or conveyor systems. This feature prevents motor surges and enhances overall system safety and reliability.
Q: Where can the KEB Drive be installed for optimal performance?
A: The drive is designed for panel mount installation in environments that comply with its IP54 protection level. It operates within a temperature range of -10C to +55C, making it suitable for most industrial locations across India, including factories, workshops, and process plants.
Q: What process ensures the drives protection against overload and overheating?
A: KEB Drives are equipped with built-in overload and overheating protection mechanisms that automatically monitor and safeguard the drive during operation. If thresholds are exceeded, the drive intervenes to prevent damage, maintaining continuous performance and safety.
Q: How is energy consumption optimized in KEB Drives?
A: By utilizing advanced control algorithms and maintaining a high power factor (0.98), KEB Drives minimize energy usage while ensuring efficient motor performance. Their low power consumption makes them cost-effective for long-term industrial use.
Q: What are the main advantages of the KEB Drives compact design and construction materials?
A: The compact rectangular shape and use of aluminium alloy with polycarbonate insulation enable easy panel mounting, resistance to corrosion, and robustness against physical impacts. This design supports efficient cooling and provides longevity even in challenging industrial settings.