H-348-H-0802 Kollmorgen
Wake Industrial LLC is not an authorized distributor of this product.
The Kollmorgen H-348-H-0802 is a servo drive from the Silverline Brushless Servo Drives series. It delivers a continuous stall torque of 5.26 N-m and a rated speed of 1850 RPM, with a continuous power output of 821 watts. The drive weighs 6.32 kg with encoder and features a peak torque of 14.21 N-m.
Internal Product Review
The H-348-H-0802 is a Kollmorgen Silverline brushless servo drive with 821 W continuous power and 1850 RPM rated speed. Continuous stall torque of 5.26 N-m and peak torque of 14.21 N-m give motion axes a very capable performance margin under changing loads. A 1000 LPR encoder supports clean feedback, making the H-348-H-0802 a strong choice for precise servo applications.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The H-348-H-0802 is a brushless servo motor produced by Kollmorgen as part of the Silverline Brushless Servo Drives series. It integrates into industrial automation cells that require accurate speed and position control, coupling directly with matched electronic drives to deliver regulated torque to conveyor sections, indexing tables, or coordinated robot joints. A factory-mounted optical encoder provides 1,000 lines per revolution of feedback, allowing a motion controller to close velocity or position loops with minimal interpolation error. The motor has an overall length of 9.99 inches, allowing installation inside compact mechanical frames without exceeding the available mounting depth.
Back electromotive force is rated at 54.3 V peak/krpm, indicating the generated voltage associated with shaft speed and influencing drive behavior during regenerative operation. The winding can carry 11.5 A DC continuously, resulting in a continuous power output of 821 W when the shaft is loaded. Under locked-rotor conditions, the motor generates 5.26 N·m of continuous stall torque, while its magnetic structure supports transient torque demands up to 14.21 N·m. These peak demands require a momentary phase current of 34.5 A DC, which the drive must supply without triggering an overcurrent trip. The line inductance is 4.25 mH, and the line resistance is 0.582 ohm. These values affect the electrical time constant, current-loop response, and copper losses during operation. A torque constant of 0.457 N·m/A DC provides a direct relationship between commanded current and produced torque for use by the control algorithm.
Nominal operation occurs at 1,850 rpm, where the shaft can deliver a rated torque of 4.24 N·m without exceeding the temperature limits of the stator insulation. The rotor inertia of 0.000266 kg·m² supports fast acceleration profiles while providing load damping for stable servo response. Total mass with the encoder installed is 6.32 kg, so the mounting hardware must support the motor and withstand reaction forces during rapid reversals. The combination of moderate rotor inertia and encoder feedback allows the connected drive to regulate motion during acceleration, steady operation, and deceleration.
