SERVOSTAR-610-AS-FAN Kollmorgen
Wake Industrial LLC is not an authorized distributor of this product.
The Kollmorgen SERVOSTAR-610-AS-FAN is part of the S600 Servo Drives series and weighs 4 kilograms. It features a peak output current of 20 Arms and a rated installed load of 7 kVA. This servo drive uses forced convection cooling and measures 275 mm in height, 265 mm in depth, and 70 mm in width without connectors.
Internal Product Review
The SERVOSTAR-610-AS-FAN is a Kollmorgen S600 servo drive that delivers excellent thermal management through forced convection cooling and dependable output at 10 Arms. Peak output current of 20 Arms and a rated installed load of 7 kVA make the unit a strong choice for precise industrial servo systems.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The SERVOSTAR-610-AS-FAN is a servo drive produced by Kollmorgen within the S600 Servo Drives series. As an amplifier for brushless servo motors, it modulates current and voltage so that motion axes follow commanded profiles in packaging lines, pick-and-place systems, and other positioning tasks. Its housing measures 70 mm in width, 275 mm in height, and 265 mm in depth, which helps conserve cabinet space, and the unit uses forced convection to remove heat without bulky external coolers.
The power stage supplies a continuous phase current of 10 Arms and can deliver up to 20 Arms for rapid acceleration events. Thermal stress at nominal load is controlled with a loss figure of 90 W, while the output current waveform remains nearly sinusoidal with a form factor of 1.01. Control electronics are protected because the common-mode voltage at the motor connections is limited to 10 V. A residual 5 V drop across the internal transistors must be considered when sizing the DC bus. The input terminals exhibit 20 kΩ of resistance to analog ground, which helps limit leakage through the measurement circuitry. The power section is also intended to work within a practical inductance range so current regulation remains stable with compatible motor windings.
In standby, dissipation falls to 15 W, allowing the enclosure to remain below its maximum surface temperature when the machine pauses. Mains feeders must be rated for 7 kVA so that brief regeneration and inrush events are covered without nuisance trips. Motor windings as low as 4 mH can be driven without excessive ripple, and operation remains stable up to 25 mH, which gives flexibility when pairing the drive with different motor frame sizes. At 4 kg, the module adds little mass to vertical control cabinets.