Product Name: Kollmorgen 603-S60300-PB — Programmable Servo Drive (S-Series / S600 Series) Product Introduction: The 603-S60300-PB is a compact, programmable servo drive from Kollmorgen's S-Series product family, engineered for single-axis motion control in industrial automation. Model Series: S600 Series (S-Series Servo Drive)
Product Name: Kollmorgen AKM42E-EKCN2-0 — Brushless Servo Motor (AKM Series) Product Introduction: The AKM42E-EKCN2-0 is a high-performance brushless DC servo motor from Kollmorgen's AKM series, designed for compact motion control applications requiring high torque density and precise positioning.
Product Family: AKD-B Series Basic Servo Drive Product Overview: The AKD-B02406-NCA is a single-axis servo drive from the AKD-B line. The "02406" denotes a 24A continuous current rating (12A RMS per phase). The "NCA" suffix indicates a North American variant with EtherCAT primary, CANopen secondary, and specific firmware/connector configuration.
Product Family: AKM Series Brushless Servo Motor Product Overview: The AKM64L-GCFNR-0 is a brushless DC (BLDC) servo motor with integrated encoder, from Kollmorgen's AKM product line. The "64L" indicates a 64 mm frame size (outer diameter). "GCFNR" encodes the winding, feedback, shaft, and connector configuration. The trailing "-0" denotes the standard electrical variant.
Product Overview: The AKD-B01206-NBS is a single-axis servo drive from Kollmorgen's AKD-B product line. The "01206" indicates a 12A continuous current rating (6A RMS per phase in 3-phase configuration). The "NBS" suffix indicates a North American variant with EtherCAT and CANopen support, basic firmware (no motion controller), and specific connector configuration.
Product Family: 606 Series DC Servo Motor Product Overview: The 606-S60600 is a brush-type DC servo motor from Kollmorgen's legacy 606 product line. The "S60600" suffix designates the specific winding and mechanical configuration. This motor uses brush commutation with an integrated tachometer for velocity feedback.
Product Overview: The AKD-P00307-NAC is a single-axis servo drive from Kollmorgen's AKD-P product line, designed for precise motion control of servo motors. The "P00307" denotes a 3A continuous current rating, and the "NAC" suffix indicates a North American (NEMA) enclosure variant with integrated connector and specific firmware configuration.
Model Number: M-605-B-B1-B3 Product Overview: The M-605-B-B1-B3 is a servo motor from Kollmorgen's M-series (also known as the "M-frame" or "M-series brushless servo motor"). This is a medium-frame motor with specific winding, encoder, and shaft configurations denoted by the suffix codes. The "605" indicates a 60mm frame with "5" length variant. "B1" and "B3" are configuration codes for winding/feedback/shaft.
Model Number: BDS4A-255J-000 Product Overview: The BDS4A-255J-000 is a dynamic braking resistor module rated for 255V AC systems. It is identical in function to the BDS4A-230J-000 but optimized for higher DC bus voltages (up to 325V DC nominal). The "255J" indicates a 255V AC rated variant with different resistance value for higher voltage applications.
Model Number: BDS4A-230J-000 Product Overview: The BDS4A-230J-000 is a dynamic braking resistor module from Kollmorgen's BDS (Brake Dynamic Stop) series. It is designed to dissipate regenerative energy from servo drives during deceleration. The "230J" indicates a 230V AC rated version with a specific resistance/power rating. The "4A" denotes the series/frame.
Model Number: AKD-P02406-NCE Product Overview: The AKD-P02406-NCE is a 2.4 kW (3 HP) AKD-P servo drive. The "NCE" suffix indicates EtherCAT + CANopen command interface with EnDat 2.2 single-turn absolute encoder and EtherCAT secondary feedback for distributed I/O expansion. This variant is optimized for systems requiring extensive distributed I/O over EtherCAT.
Product Overview: The AKD-P02406-NCC is a 2.4 kW (3 HP) AKD-P servo drive. The "NCC" suffix indicates EtherCAT + CANopen command interface with EnDat 2.2 single-turn absolute encoder feedback and CANopen secondary feedback path. This configuration is typically used in dual-feedback or safety-redundant architectures.
