14.F5.A3D-YA2E
by KEB
Original price
$7,851.23
-
Original price
$7,851.23
Original price
$7,851.23
$7,851.23
-
$7,851.23
Current price
$7,851.23
The KEB 14.F5.A3D-YA2E belongs to the F5 Combivert Axis Drives series from KEB and is engineered for reliable motor control through a sophisticated integration of features and technical prowess. Its design supports closed-loop control for speed, torque and position with the inclusion of a braking chopper and a built-in filter and braking transistor that work together for efficient energy management and short stopping times. The drive is primarily intended for industrial applications where precise motor control and rapid response are essential, making it a versatile solution for both closed-loop and open-loop induction motor control systems.
In terms of detailed technical specifications, the drive features an analogue input of 0...10 V, ~ 10 V that enables seamless connectivity with control systems. Its potentiometric output is further enhanced by the Programmable analog output ranging from 0 to 10 V, and it supports adjustable switching with frequencies reaching up to up to 16 kHz according to the accessory options available. Additionally, the drive offers output frequencies of up to 1600 Hz, ensuring smooth acceleration and adaptable performance. With a horsepower of 10 Hp and a housing size defined as 14 in a D design, it meets the requirements of compact yet powerful industrial applications.
Beyond the core control systems, the drive also includes 17 pluggable control terminals which allow for quick and secure connection adjustments. It features an integrated filter compliant with the EN 55011/B standard, ensuring that electrical interference is minimized and the motor’s performance is enhanced during prolonged operations. Noise immunity is maintained in accordance with IEC1000 standards, improving overall reliability. With its robust design and versatile control capabilities, the KEB 14.F5.A3D-YA2E drive offers engineers a compelling solution that facilitates improved efficiency and safety in demanding industrial environments.
