07.F4.S1D-AM00
by KEB
Original price
$2,324.45
-
Original price
$2,324.45
Original price
$2,324.45
$2,324.45
-
$2,324.45
Current price
$2,324.45
Condition:
Unused Surplus
The KEB 07.F4.S1D-AM00 frequency inverter from the distinguished F4 Combivert Frequency Inverters series by KEB delivers precise and efficient control of three-phase AC motors. Featuring a max. rated power of 0.75 kW and an output nominal current of 4 A, it is engineered to optimize motor performance in compact installations. Designed for industrial automation, its primary function is to modulate motor speed and torque while maintaining stability across varying load conditions, ensuring smooth acceleration and deceleration profiles.
This inverter integrates robust technical features to meet demanding operational requirements. It incorporates an Accessory: Braking transistor for rapid motor stop capability and an OC-tripping current of 8.8 A for reliable overload protection. The unit is constructed with a Housing type D and supports three phases, maintaining thermal integrity up to a max. heat sink temperature of 85 degrees C. Power efficiency is underscored by a power loss at nominal operating of 65 W, minimizing energy consumption during continuous operation. Standard control insertion and optional modules afford flexible integration into existing control systems.
Durability and compatibility are enhanced by an operating temperature range of -10 degrees C to +45 degrees C and a storage temperature span of -25 degrees C to +70 degrees C, ensuring resilience in harsh environments. The inverter’s compact Unit size 7 and unit marking F4 simplify identification and installation within control cabinets. With its low heat dissipation and integrated braking transistor, the 07.F4.S1D-AM00 promotes efficient thermal management and reduced maintenance requirements. Ideal for industrial automation applications, this frequency inverter delivers reliable motor control, energy savings, and long-term operational stability in diverse manufacturing and processing systems.
