16.F1.R10-3429 KEB
Wake Industrial LLC is not an authorized distributor of this product.
The KEB 16.F1.R10-3429 is a frequency converter from the F1 Combivert Frequency Converters series featuring a built-in braking transistor and operates on three connection phases. It has a rated current of 33 Amps and a maximum motor rating of 15 kW, with a protection class of IP20. The unit has a voltage class of 400 Volts and weighs 21 kilograms.
Internal Product Review
The 16.F1.R10-3429 is a KEB F1 Combivert frequency converter with a 400 V class design and 33 A rated current. Built-in braking transistor support and IP20 protection make the unit well suited for controlled motor applications in enclosed industrial panels. A 15 kW max motor rating stands out as a strong match for mid-range drive duties.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The 16.F1.R10-3429 is an AC frequency converter produced by KEB within the F1 Combivert Frequency Converters series. It controls the speed and torque of three-phase induction motors in automated machinery by converting fixed mains voltage into a variable-frequency output. A built-in braking transistor directs regenerated energy to a braking circuit during deceleration, supporting controlled dynamic stops. The unit is designed for panel-mounted control cabinets that provide adequate ventilation around the converter.
The converter operates in the 400 V voltage class and delivers up to 23 kVA of apparent power to the motor terminals. Its continuous output current reaches 33 A, allowing it to operate motors rated at up to 15 kW. The enclosure has an IP20 protection rating, shielding live parts from contact with solid objects larger than 12 mm. Because the enclosure does not protect against water, the drive must be installed inside a clean and dry electrical cabinet. The converter connects to a three-phase supply, while its variable-frequency output provides precise speed regulation for conveyors, pumps, and processing equipment. Suitable cabinet spacing and airflow help prevent excessive operating temperatures under continuous load.
Upstream circuit protection requires a fuse rated at no more than 50 A, and the line-to-ground insulation must withstand 300 V to reduce the risk of ground faults. At its rated carrier frequency, the converter produces a power loss of 580 W, which must be considered when sizing panel ventilation or cooling equipment. The inverter generates its pulse pattern at a 4 kHz switching frequency, balancing motor noise, current ripple, and operating efficiency. The power stage uses a GTR7 topology, and its terminals accept copper conductors with cross-sectional areas of up to 10 mm² for the mains and motor connections. The converter has an overall mass of 21 kg, so the cabinet panel and mounting hardware must provide adequate mechanical support. Secure terminal connections and sufficient conductor clearance are necessary to maintain reliable power delivery within the enclosure.
