Kawasaki 50999-2820

Description

• Suitable for manufacturing machinery requiring efficient variable-speed operation.
• Compact drive intended for panel mounting in industrial control systems.

• Manufacturer:​ Kawasaki
• Model:​ 50999-2820
• Drive Type:​ Industrial AC variable frequency drive
• Power Rating:​ Reported around 0.5 HP to 3 HP depending on source listing
• Input Voltage:​ 380 to 480 VAC three-phase reported
• Output Frequency:​ Up to approximately 590 Hz
• Control Method:​ Open-loop or sensorless vector control reported
• Braking:​ DC injection and dynamic braking support reported
• Operator Interface:​ Keypad included in distributor listings
• Protection Rating:​ IP20 reported in some sources; IP66 reported in others, so exact rating depends on variant
• Mounting:​ Panel mount

• Sensorless vector control for smooth motor performance.
• Built-in braking chopper in listed configurations.
• Safe Torque Off function reported for enhanced safety.
• Setup wizard and application macros for faster commissioning.
• LED status indication for operating conditions.
• Compact design for space-saving panel installation.

• Textile machinery
• Printing equipment
• Rubber and plastics machinery
• Woodworking machines
• Conveyor systems
• General industrial motor control

• Industrial drive enclosure with heat dissipation structure.
• Terminals for power input, motor output, and control wiring.
• Integrated keypad and display interface.
• Designed for electrical panel installation.

• Converts incoming AC power into adjustable frequency and voltage output.
• Controls motor speed by varying output frequency.
• Uses sensorless vector algorithms to estimate motor flux and torque.
• Provides braking energy management through integrated braking circuitry.
• Responds to control inputs, analog references, and digital commands.

• Mount inside a suitable electrical enclosure with adequate ventilation.
• Maintain clearance for cooling air circulation.
• Use properly rated conductors for input and motor circuits.
• Provide grounding and short-circuit protection.
• Ensure compatibility with motor nameplate voltage and current.
• Follow local electrical codes and manufacturer wiring diagrams.

• Do not operate beyond rated current, voltage, and temperature limits.
• Prevent dust accumulation in cooling paths.
• Avoid moisture, oil mist, and corrosive atmosphere unless enclosure protection permits.
• Verify motor insulation and grounding before energizing.
• Disable Safe Torque Off only when permitted by safety procedures.
• Inspect wiring and torque terminals periodically.