Kollmorgen AKD-M01206-M1E
Product Name: AKD-M01206-M1E EtherCAT Servo Drive Product Series: AKD Series Digital Servo Drive Model Breakdown:
- AKD — Advanced Kinetics Drive
Product Name: AKD-M01206-M1E EtherCAT Servo Drive Product Series: AKD Series Digital Servo Drive Model Breakdown:
Product Name: AKD-T02407-ICA CANopen Servo Drive with Teach Pendant Product Series: AKD Series Digital Servo Drive (Teach Pendant Variant) Model Breakdown:
Product Name: AKD-M02406-11C EtherCAT Servo Drive Product Series: AKD Series Digital Servo Drive Model Breakdown:
Product Series: AKD-P (AKD Performance — High-Bandwidth Servo Drive) Product Introduction: The AKD-P04807-NCP is the highest-I/O-count variant of the AKD-P04807 high-performance servo drive. It combines the 5 kHz bandwidth and 25 kHz current loop of the AKD-P family with an extended digital and analog I/O configuration, making it suitable for complex machines requiring both high dynamic performance and extensive I/O connectivity.
Product Introduction: The AKD-P04807-NCE is a high-performance servo drive from Kollmorgen's AKD-P product line. The "P" variant delivers 2× the control loop bandwidth of the AKD-B variant, making it ideal for high-dynamic applications such as high-speed machining, advanced robotics, and precision synchronization. It shares the same 48A current rating but offers superior servo performance.
Product Series: AKD-B (AKD Basic — Standard Performance Servo Drive) Product Introduction: The AKD-B04807-NCS is a variant of the AKD-B04807 servo drive with a different configuration code. The "NCS" suffix indicates a specific I/O and communication configuration that differs from the NCA variant. All core performance parameters (48A, Rev 7) are identical to the NCA model.
Product Series: AKD-B (AKD Basic — Standard Performance Servo Drive) Product Introduction: The AKD-B04807-NCA is a standard-performance servo drive from Kollmorgen's flagship AKD product family. The AKD-B variant delivers reliable motion control for general industrial automation with full support for EtherCAT, CANopen, and analog interfaces. It is the workhorse drive for machine builders requiring proven, cost-effective servo performance.
Product Series: S400 (Compact AC Servo Motor Family) Product Introduction: The S406AM-CA is a compact AC servo motor from Kollmorgen's S400 product line, designed for general-purpose motion control applications requiring high dynamic performance in a small footprint. It features an integrated absolute encoder and is compatible with Kollmorgen AKD, BDS, and AKM series servo drives.
Product Series: S77202 (AKD Drive Braking Resistor Assembly) Product Introduction: The S77202-NANANA is a braking resistor assembly designed for use with Kollmorgen AKD-series servo drives. It dissipates regenerative energy generated during motor deceleration, preventing DC bus overvoltage faults. The "NANANA" suffix indicates the standard / default configuration with no special options selected.
Product Series: S61400 (Encoder Housing & Accessories) Product Introduction: The S61400-PB is a rear-end protection cap (end bell cover) designed for Kollmorgen S-series absolute encoders. It protects the rear shaft-side bearing and encoder electronics from dust, moisture, and mechanical damage in harsh industrial environments.
Product Series: BH (High-Torque Frameless Brushless DC/AC Servo Motor) Product Introduction: The BH-828-E-43-B3 E1 is a high-performance frameless (hollow-shaft) brushless servo motor from Kollmorgen's BH product line. It is designed for direct-drive rotary applications where the motor is integrated directly into the mechanical structure, eliminating gears, belts, and couplings. This results in zero backlash, high stiffness, and superior dynamic response.
Product Series: CH (Cable Harness / Motor Lead Wire Assembly) Product Introduction: The CH092A-11-1105 is a pre-assembled motor power cable with connectors, specifically engineered for Kollmorgen servo motors. It provides a factory-terminated, tested, and shielded connection between the servo drive and the motor, ensuring signal integrity and compliance with EMC standards.