Kollmorgen B-404-B-A3-B2
Product Name: Dynamic Braking Resistor Model: B-404-B-A3-B2 Product Series: Kollmorgen Braking Resistor (External Dynamic Brake) Resistance Value: 3.6 Ω (±5%) — A3 designation
Product Name: Dynamic Braking Resistor Model: B-404-B-A3-B2 Product Series: Kollmorgen Braking Resistor (External Dynamic Brake) Resistance Value: 3.6 Ω (±5%) — A3 designation
Product Name: PMA Series Frameless Torque Motor Model: PMA240-1050B-0 Product Series: PMA (Permanent Magnet Actuator — Frameless Rotary Motor) Outer Diameter (Stator): 240 mm
Product Name: S712 Series Brushless AC Servo Motor Model: S71202-NANANA-NA-024 Product Series: S712 (Large-frame Brushless Servo Motor) Stator Diameter: 220 mm (S712 class)
Product Name: S306 Series Brushless AC Servo Motor Model: S30601-NA Product Series: S306 (Medium-frame Brushless Servo Motor) Stator Diameter: 155 mm (approximate, S306 class)
Product Name: AKD-P Series Digital Servo Drive Model: AKD-P02406-NBA Product Series: AKD-P (Performance-class Digital Servo Drive) Input Voltage: 240 VAC (single-phase or three-phase AC input)
Model Series: MMC Series (Modular Machine Controller / Servo Drive Platform) Product Introduction: The MMC-SD-8.0-460-D is a servo drive module from the MMC product family. The model code decodes as: MMC = Modular Machine Controller platform, SD = Servo Drive module, 8.0 = 8.0 kW continuous power rating, 460 = 460 VAC (3-phase) input voltage, D = configuration revision. The MMC platform is Kollmorgen's modular, scalable drive architecture for multi-axis machine applications.
Model Series: KC1 Series (Compact Multi-Axis Motion Controllers) Product Introduction: The KC1-B00306-NCE is a multi-axis motion controller from the KC1 product family. The model code decodes as: KC1 = controller series, B = base configuration, 003 = 3-axis capability, 06 = revision level, NCE = configuration code (network, communication, and I/O options). The KC1 is designed for coordinated multi-axis motion control in compact machine architectures.
Model Series: AKD Series (Advanced Kinetic Drives) Product Introduction: The AKD-T01206-ICA is a single-axis digital servo drive from the AKD product family. The model code decodes as: T = standard AKD frame, 012 = 12 A continuous current rating, 06 = 600 VDC bus voltage rating, ICA = configuration code (indicates specific I/O, feedback, and communication options). The AKD platform is Kollmorgen's flagship servo drive for high-performance motion control.
Model Series: M400 Series (Compact Brushless Servo Motors) Product Introduction: The M405-C-A1--E1 is a brushless servo motor from the M400 product family. The model code breaks down as follows: M405 = frame size and stack length, C = stack length variant, A1 = winding configuration (torque constant variant), E1 = encoder type and resolution. This motor is designed for compact, high-performance motion control applications.
Model Series: PRD Series (Precision Rotary Devices) Product Introduction: The PRD-B040ASIB-6 is a sin/cos resolver from the PRD product family with ASI (Actuator Sensor Interface) output compatibility. The "B040" identifies the specific resolver model variant, "ASI" indicates the output interface type, "B" denotes the electrical configuration revision, and "6" is the firmware/hardware revision level.
Model Series: PRD Series (Precision Rotary Devices) Product Introduction: The PRD-0019000z-0 is a high-resolution sin/cos resolver from the PRD product family. Resolvers provide absolute angular position feedback without the need for a battery or multi-turn counter. The "0019000" indicates 19-bit single-turn resolution (524,288 counts per revolution). The "z" suffix denotes a specific electrical output configuration, and "0" indicates standard factory configuration.
Model Series: SM56 Series (Ironless Linear Motors) Product Introduction: The 6SM-56-L-3000 is an ironless (coreless) linear servo motor from the SM56 product family. The "L" designation confirms linear configuration, and "3000" indicates a 3,000 mm (3 meter) stroke length. Ironless construction eliminates cogging force and eddy current losses, enabling ultra-smooth motion at very low speeds.