Yaskawa JB4A0002BBA J1000 Series Small Conveyor VFD Drive

The Yaskawa J1000 VFD precisely controls conveyor motor speed for smooth acceleration and deceleration, preventing product damage. It provides high starting torque for moving loads from a standstill and facilitates energy savings by adjusting motor speed based on actual load requirements. Its compact design ensures easy integration, while built-in protection features like overload and stall prevention safeguard the motor and drive.

The dual rating offers flexibility by allowing selection between Normal Duty (ND) and Heavy Duty (HD) modes. HD mode handles 150% overload for 60 seconds, providing ample torque for starting heavy loads. ND mode allows operation of a larger motor with 120% overload capacity, beneficial for consistent loads. This adaptability optimizes both startup torque and running efficiency, offering a cost-effective solution tailored to specific operational demands.

Key advantages include a compact size for space-limited panels, side-by-side mounting capability, robust V/f control, and high starting torque for reliable operation under load. It provides energy efficiency by precisely controlling motor speed, reducing consumption. Features like stall prevention and over-excitation braking enhance stability. With an MTBF of up to 28 years and pre-maintenance monitoring, it ensures high reliability and reduced downtime.

Yes, but it depends on the specific model and motor voltage rating. Some J1000 models accept single-phase input (200-240V) and output three-phase variable frequency signals to control a three-phase motor. It is crucial to verify compatibility. Generally, using a three-phase motor with the VFD is recommended for optimal performance, as VFDs are designed for three-phase output. Running standard single-phase motors directly may not be straightforward due to starting components like capacitors.

Essential parameters include motor rated current (E2-01) and frequency (E1-01) for accurate motor communication. Set acceleration (C1-01) and deceleration (C1-02) times for smooth starts/stops. Adjust maximum frequency (E1-04) to match desired speed. Set reference frequency source (b1-01) for speed command input. Configure overload protection parameters (L1-01, L1-02) and use 'Setup Mode' to expedite initial configuration for common applications.