V1000 Small Vector Control Frequency Inverter and Converter
Yaskawa inverters have long been acclaimed for their high performance, versatile functionality, and exceptional quality. The V1000 inverter is engineered with enhanced applicability and user-friendliness at its core.
Product Features
Wide Adaptability & Strong Versatility
Drives both standard induction motors and synchronous motors without requiring dedicated inverters, enabling component standardization and reducing spare parts inventory costs. Equipped with RS-422/485 communication as standard; compatible with various mainstream open fieldbus networks via optional communication cards.
Efficient Operation & High Stability
Features standard current vector control, delivering 200% torque at 0.5Hz and torque limiting functionality. Built-in auto-tuning optimizes motor performance without complex debugging. Over-excitation braking shortens deceleration time; supports two instantaneous power failure compensation methods.
Easy Operation & Efficient Commissioning
Automatically matches optimal parameters for specific applications. Optional USB copy unit allows one-click parameter cloning across multiple devices. Compatible with DriveWizard software for centralized parameter management. DriveWorksEZ visual programming enables custom inverter configurations via drag-and-drop.
Compact Design & Flexible Installation
Optimized component layout through thermal simulation technology reduces volume by up to 70% compared to previous Yaskawa models. Supports gapless side-by-side installation, minimizing control cabinet space requirements.
Safety & Easy Maintenance
Complies with EN954-1 Cat.3 and IEC/EN61508 SIL2 safety standards. Removable terminal block with parameter backup allows quick device replacement. Built-in lifetime diagnosis and warning function alerts for wear part maintenance.
Eco-Friendly & Low Noise
RoHS-compliant; adopts Swing PWM technology to suppress electromagnetic interference and reduce operating noise. When paired with synchronous motors, achieves energy savings and extends motor bearing lifespan.
Product Specifications
| Parameter Category |
Specific Parameter Item |
Details |
| Key Electrical Parameters |
Input Voltage & Phase |
200-240V 1-phase, 200-240V 3-phase, 380-480V 3-phase |
| Rated Output Current |
Example: CIMR-VCBA0003BAA: Normal Duty 3.3A, Heavy Duty 3A |
| Applicable Motor Power |
1/8HP - 25HP (0.12kW - 18.5kW) |
| Overload Capacity |
Normal Duty: 120% for 60s; Heavy Duty: 150% for 60s |
| Performance Parameters |
Control Method |
Standard open-loop current vector control with auto-tuning |
| Starting Torque |
200% rated torque at 0.5Hz |
| Maximum Output Frequency |
Standard 400Hz, with high-frequency expansion available |
| Scan Cycle |
Dual-CPU design, scan cycle as fast as 2ms |
| Compatible Motor Types |
Induction Motors, Permanent Magnet Synchronous Motors |
| Braking Performance |
Over-excitation braking; external braking transistor required for some models |
| Protection & Physical Parameters |
Protection Class |
Standard: IP20; V1000-4X models: IP66/NEMA 4X |
| Environmental Resistance |
Operating Temperature: -10℃ - 50℃; Humidity: 95% non-condensing |
| Dimensions & Installation |
Up to 70% smaller; supports gapless side-by-side installation |
| Cooling Method |
Air cooling + cold plate cooling; tool-free fan replacement available |
| Safety & Auxiliary Functions |
Safety Standards |
EN954-1 Cat.3, IEC/EN61508 SIL2; Stop Category 0 |
| Communication Functions |
Standard RS-422/485; optional fieldbus cards (PROFIBUS-DP, DeviceNet) |
| I/O Interfaces |
2 analog inputs, 1 analog output, 6 digital inputs, 3 digital outputs |
| Maintenance Features |
Removable terminal block; USB copy unit; DriveWizard software |
| Other Functions |
DriveWorksEZ programming; Swing PWM; lifetime diagnosis; RoHS compliant |
Model Selection Guide
200V Single-Phase Input - Standard Air-Cooled
| Model Number |
Input Specification |
Applicable Power |
Rated Output Current |
Core Features |
| CIMR-VCBA0001BAA |
200V 1-phase |
0.2kW |
1.2A |
General-purpose for small induction motors |
| CIMR-VCBA0002BAA |
200V 1-phase |
0.4kW |
1.9A |
Higher power variant for heavy-load start/stop |
| CIMR-VCBA0003BAA |
200V 1-phase |
0.75kW |
3.3A |
Suitable for general mechanical transmission |
| CIMR-VCBA0006BAA |
200V 1-phase |
1.1kW |
6A |
Ideal for medium-power fans and pumps |
| CIMR-VCBA0010BAA |
200V 1-phase |
2.2kW |
9.6A |
Compatible with small conveyors and compressors |
| CIMR-VCBA0012BAA |
200V 1-phase |
3kW |
12A |
High adaptability with multiple control inputs |
| CIMR-VCBA0018BAA |
200V 1-phase |
4kW |
17.5A |
Suitable for medium light-industrial loads |
200V Single-Phase Input - Cold Plate Cooled
| Model Number |
Input Specification |
Applicable Power |
Rated Output Current |
Core Features |
| CIMR-VCBA0001JAB |
200V 1-phase |
0.2kW ND / 0.1kW HD |
1.2A ND / 0.8A HD |
Heat sink-free design for compact installations |
| CIMR-VCBA0002JAB |
200V 1-phase |
0.4kW ND / 0.2kW HD |
1.9A ND / 1.6A HD |
Cold plate cooling for enclosed equipment |
| CIMR-VCBA0003JAB |
200V 1-phase |
0.75kW ND / 0.4kW HD |
3.3A ND / 3A HD |
Handles both normal and heavy-duty conditions |
| CIMR-VCBA0006JAB |
200V 1-phase |
1.1kW ND / 0.75kW HD |
6A ND / 5A HD |
Cold plate design for space-constrained environments |
200V Single-Phase Input - IP66 Protected
| Model Number |
Input Specification |
Applicable Power |
Rated Output Current |
Core Features |
| CIMR-VCBA0001HAA-0080 |
200V 1-phase |
0.2kW |
1.2A |
Chemical-resistant for washdown/dusty environments |
| CIMR-VCBA0002HAA-0080 |
200V 1-phase |
0.4kW |
1.9A |
Fits food processing and outdoor humid scenarios |
| CIMR-VCBA0003HAA-0081 |
200V 1-phase |
0.75kW |
3.3A |
RJ45 interface for remote communication |
Application Scenarios
Food & Beverage Processing
Conveyor systems for production lines, washdown-equipped mixers, and cold storage ventilation fans. IP66 models meet FDA/EC food safety standards with compact design saving space in crowded production halls.
Packaging & Printing
Labeling machine speed synchronization, flexographic printing press motor control, and carton sealing machine conveyors. Vector control ensures precise speed tracking with multiple I/O interfaces for PLC integration.
HVAC & Building Automation
Commercial chiller pumps, office building ventilation fans, and hotel rooftop AC compressors. Energy-saving mode reduces power consumption with wide voltage tolerance for unstable power supplies.
Material Handling & Logistics
Warehouse conveyor belts, pallet jack lift motors, and airport baggage sorting line diverters. High overload capacity handles peak loads with easy parameter cloning for fleet deployment.
Frequently Asked Questions
Q1: Our European factory uses the CIMR-VC4A0007FAA and it frequently triggers "Undervoltage Fault" despite normal grid voltage. What's the issue?
A1: Check for loose input wiring or undersized cables. Adjust the voltage tolerance range from ±10% to ±15% in parameters. Aging input filters can also cause abnormal voltage detection - replacement typically resolves this common European factory issue.
Q2: IP66 model reports "Overheating Fault" after weekly cleaning in food factory. How to fix?
A2: Avoid direct high-pressure washing - use damp cloth cleaning instead. For current issue, clean heatsink with compressed air and dry cloth. Most food factory overheating stems from improper cleaning methods clogging heat dissipation channels.
Q3: Inverter trips frequently with voltage fluctuations between 180-220V. Solution without voltage stabilizer?
A3: Lower minimum input voltage to 170V and increase undervoltage protection delay to 1s. Adjust starting torque to 200% to reduce current surge. These parameter adjustments typically resolve Southeast Asian voltage fluctuation issues.
Q4: Inverter fails to respond to PLC commands occasionally despite normal communication indicators. How to troubleshoot?
A4: Increase communication timeout setting to 5s and verify Profinet device name matches PLC configuration. Ensure communication cable shield is properly grounded at both ends - electromagnetic interference often causes signal loss in smart factories.
Q5: Cold plate model reports "Overload Fault" in narrow truss installation despite light load. Reason?
A5: Poor thermal conductivity from mounting on plastic/wood surfaces traps heat, triggering false overload protection. Add aluminum heat dissipation plate with thermal grease and increase acceleration time to 3s to reduce peak current.