The distinctive selling points corresponding to 10 different countries or regions

Wide Input Voltage Range: Supports 380V to 480V three-phase input with ±10% tolerance, ideal for unstable industrial grids in the U.S.

High Overload Capacity: G-model offers 150% overload for 1 minute, ensuring reliability in demanding applications like manufacturing.

Advanced Control Modes: Includes V/F, OLVC, and CLVC for precise motor control, suitable for U.S. automation standards.

Built-in PID Function: Enables easy closed-loop control, reducing setup time for process industries.

Modbus RTU Standard: Seamless integration with existing U.S. industrial communication networks.

Environmental Adaptability: Operates in temperatures from -25°C to +55°C, perfect for varied U.S. climates.

Fast Current Limiting: Prevents frequent trips in high-demand sectors like HVAC and water treatment.

Multi-Motor Switchover: Supports two motors, ideal for backup systems in critical U.S. infrastructure.

User-Friendly Interface: Simple PLC and multi-speed references via control terminals, reducing training costs.

Robust Protection Features: Includes overcurrent, overvoltage, and phase loss protection, meeting U.S. safety regulations.

Optional Communication Cards: Profibus-DP and EtherNet/IP options for enhanced connectivity in smart factories.

Precision Torque Control: ≤±5% torque precision and ≤5ms response time, meeting German engineering standards.

High Speed Stability: 0.1% in CLVC mode, ensuring accuracy in precision manufacturing.

Profibus-DP and EtherCAT Options: Compatible with German industrial automation protocols.

Wide Frequency Range: 0Hz to 1500Hz output, suitable for high-speed machinery in automotive sectors.

Multi-Curve Acceleration: S-curve and straight-line options for smooth operation in sensitive applications.

Virtual IO Capability: 8 virtual DI/DO points for flexible logic control without additional hardware.

Encoder Card Support: Enables high-resolution feedback for closed-loop systems.

Compact Design: Easy cabinet installation, saving space in dense German industrial setups.

Energy Efficiency: Automatic voltage regulation (AVR) reduces power waste, aligning with German sustainability goals.

High Altitude Operation: Derating up to 3000m, suitable for German alpine regions.

Relay Output with NO+NC: Versatile for safety and control circuits in German machinery.

Compact and Efficient: Air-cooled design with IP20 rating, ideal for space-constrained Japanese facilities.

High Starting Torque: 200% at 0Hz in CLVC mode, perfect for Japanese robotics and precision equipment.

Multi-Protocol Communication: Supports Modbus TCP/IP and CANopen, aligning with Japan’s IoT trends.

Accurate Speed Control: 1:1000 speed range in CLVC, ensuring stability in electronics manufacturing.

Analog and Digital Inputs: AI1/AI2 and DI1-DI5 with high-speed pulse support (100kHz), suitable for Japanese automation.

Built-in PID and PLC: Simplifies complex control systems in Japanese process industries.

Overvoltage Stall Control: Prevents damage from grid fluctuations common in Japan.

Wide Temperature Range: Operates from -25°C to +55°C, adaptable to Japanese seasonal changes.

Easy Maintenance: Modular optional accessories (e.g., HVCOM-USB) reduce downtime.

Safety Compliance: Protections against short circuit and overtemperature, meeting Japanese industrial standards.

Voltage Imbalance Tolerance: ≤3% input imbalance handling, robust against India’s unstable power grids.

Cost-Effective Multi-Speed Control: 16 speed segments via terminals, ideal for Indian textile and pump industries.

Simple Installation: Plug-and-play keyboard base (HVKMB) reduces technical skill requirements.

High Overload for G-Model: 150% for 1 minute, suitable for Indian heavy machinery applications.

Wide Humidity Range: 15%-95% non-condensing, perfect for India’s humid climate.

Built-in AVR: Maintains output voltage stability during frequent power variations.

Localized Support: Optional communication cards enable integration with Indian SCADA systems.

Energy Saving: V/F separation modes optimize power usage in Indian SMEs.

Durable Storage: -40°C to +70°C storage temperature, reliable for Indian logistics.

Fast Restart After Power Failure: Automatically resumes operation, critical for India’s power cuts.

Robust Input Frequency Range: (50Hz/60Hz)±5%, compatible with Brazil’s dual-frequency grids.

High Vibration Resistance: 3M3 per IEC60721-3-3, durable for Brazil’s mining and agriculture sectors.

Multi-Motor Support: Switch between two motors, ideal for Brazilian conveyor systems.

Analog Output Flexibility: 0V-10V/4-20mA output, versatile for Brazilian process control.

Economic OLVC Mode: 1:100 speed range without encoders, reducing costs for Brazilian industries.

Overcurrent Protection: Fast current limiting prevents failures in Brazil’s high-demand applications.

Easy Integration: Modbus RTU standard fits Brazilian industrial networks.

Wide Voltage Input: 380V-480V with -15% to +10% tolerance, handles Brazilian voltage swings.

User-Friendly Diagnostics: Optional HVCOM-USB for easy monitoring in remote Brazilian sites.

Corrosion-Resistant Design: Suitable for Brazil’s humid and corrosive environments.

High Temperature Derating: Operates up to 55°C with derating, ideal for Australia’s outback regions.

Remote Monitoring Capability: Optional EtherNet/IP and Modbus TCP/IP for Australia’s mining IoT.

Wide Altitude Range: Up to 3000m with derating, suitable for Australian highland operations.

Multi-Functional Digital Outputs: DO1 with 100kHz pulse output for high-speed Australian applications.

Energy-Efficient Cooling: Air-cooled design reduces energy use in Australia’s hot climate.

Built-in Safety Protections: Overvoltage and undervoltage safeguards for Australian grid instability.

Flexible Acceleration Times: 0.0s to 3200.0s, adaptable to Australian conveyor and pump systems.

Simple Upgrades: IO expansion cards (e.g., HVPG-ABZ) for future-proofing Australian plants.

Reliable Relay Output: Form C contact for Australian safety circuits.

Quick Deployment: Pre-configured functions reduce setup time in Australia’s fast-paced industries.

Extreme Cold Operation: -25°C operating temperature, reliable for Russian winters.

High Torque at Low Speeds: 200% starting torque in CLVC, perfect for Russian heavy machinery.

Robust Communication Options: Profinet IO and CANopen for Russian industrial networks.

Wide Storage Temperature: -40°C to +70°C, ensures longevity in Russian logistics.

Advanced PID Control: Enables precise temperature and pressure control in Russian HVAC systems.

Multi-Language Support: Keyboard base allows localization for Russian operators.

Vibration and Shock Resistance: Meets IEC60721-3-3, durable for Russian manufacturing.

High Overload Capacity: 180% for 3 seconds in G-model, suited for Russian peak loads.

Easy Maintenance Access: Modular design simplifies repairs in remote Russian sites.

Grid Adaptability: Handles voltage imbalances common in Russian rural areas.

High Temperature Tolerance: Derating up to 55°C, essential for Saudi Arabian desert conditions.

Dust and Particle Resistance: IP20 rating protects against sand and dust in Saudi industries.

Stable Voltage Output: AVR function compensates for grid fluctuations in Saudi Arabia.

Energy-Saving Modes: V/F curves optimize performance in Saudi HVAC and water pumping.

Religious Holiday Reliability: Automatic restart after power failure, critical during high-demand periods.

Multi-Protocol Support: Optional Profibus-DP and EtherCAT for Saudi smart cities.

High-Speed Inputs: DI5 with 100kHz pulse input for precise Saudi automation.

Corrosion Protection: Suitable for Saudi coastal and industrial zones.

Easy Integration: Modbus RTU standard aligns with Saudi industrial standards.

Long Service Life: Robust construction ensures durability in harsh Saudi environments.

Grid Fluctuation Handling: Input voltage range 380V-480V with -15% to +10%, ideal for South Africa’s unstable power.

Cost-Effective Control: OLVC mode offers high performance without expensive encoders.

Multi-Speed Applications: 16 speed segments support South African mining and agriculture.

Humidity Resilience: 15%-95% non-condensing, suitable for South African climates.

Easy Diagnostics: HVCOM-USB adapter enables quick troubleshooting in remote areas.

Overload Protection: 150% overload for 1 minute, reliable for South African heavy loads.

User-Friendly Setup: Simple PLC and keyboard base reduce training needs.

Communication Flexibility: Modbus RTU and optional cards fit South African infrastructures.

Durable Design: Vibration resistance per IEC60721-3-3, for South African rough terrains.

Quick ROI: Energy-efficient operations lower electricity costs in South Africa.

Energy Efficiency Compliance: Meets Canadian energy standards with AVR and optimized V/F modes.

Cold Climate Operation: -25°C operating temperature, reliable for Canadian winters.

High-Speed Communication: EtherNet/IP and Modbus TCP/IP options for Canadian IoT integration.

Safety Focused: Overcurrent and phase loss protections align with Canadian safety regulations.

Multi-Industry Adaptability: Suitable for Canadian mining, forestry, and manufacturing.

Easy Expansion: Optional IO and communication cards for future upgrades.

Precise Control: ≤±5% torque precision and 0.1% speed stability for Canadian high-tech sectors.

Remote Monitoring: Built-in PID and virtual IO enable remote control in Canadian vast sites.

Durable Storage: -40°C to +70°C storage, ideal for Canadian logistics.

Quick Installation: Cabinet-mounted design simplifies deployment in Canadian facilities.