About FR-D700 Series
- Improved reliability and easy maintenance.
- Spring clamp terminals provide high reliability and easy wiring.
- The inverter with the safety stop function can comply with the safety standards without incurring too much expenses
Specification
| Model Name/Number | D700 |
| Input Voltage | 415 |
| Input Phase | 3 - Phase |
| Motor Power | 0-10 |
| Brand | MITSUBISHI |
Robust Overload and Braking FeaturesThe FR-D700 Series provides exceptional overload capacity by allowing operation at 150% of rated current for up to 60 seconds, making it resilient during demanding motor starts. Select models are equipped with built-in braking transistors, facilitating rapid deceleration and improved control in dynamic industrial workflows.
Flexible Cooling and Noise ManagementEngineered for silent and efficient operation, the FR-D700 supports both self-cooling and forced air options, ensuring optimal thermal management. With a noise level below 65dB, its suitable for workplaces where reducing ambient sound is crucial for comfort and productivity.
Comprehensive Control and MonitoringThe integrated LED display panel delivers clear feedback on status, error codes, and operating frequency, simplifying monitoring and maintenance tasks. The drive supports control via panel keypad, programmable terminals, and external remote methods, with programming accessible by digital keypad or RS-485 Modbus serial communication.
Installation and Connectivity SimplifiedWith compact dimensions and a lightweight build, the FR-D700 accommodates wall or panel mounting for streamlined installation. Its RS-485 Modbus connectivity enables seamless integration with automation systems, while configurable cable lengths support diverse setup requirements.
Broad Industrial Application RangeSuitable for fractional to 10 HP motors, the FR-D700s wide output frequency range (0.2 Hz to 400 Hz) and advanced V/F and PID control modes make it an optimal solution for precise motor speed management in conveyor systems, pumps, and other automated processes.
FAQs of FR-D700 Series:
Q: How does the FR-D700 Series handle motor overload situations?
A: The FR-D700 Series can sustain 150% of its rated current for up to 60 seconds, providing robust protection against motor overload during startup or heavy duty cycles, which helps prevent system downtime and equipment damage.
Q: What is the process for starting and stopping the FR-D700 VFD?
A: The FR-D700 can be started or stopped using the panel keypad, programmable control terminals, or through an external remote, offering flexible operation methods suitable for automated or manual control setups.
Q: What types of motors are compatible with the FR-D700 Series?
A: This VFD is designed for fractional to 10 HP motors, supporting both single-phase (200240V AC) and three-phase (380480V AC) input, making it versatile for a wide range of industrial applications such as pumps, fans, and conveyors.
Q: Where can the FR-D700 Series VFD be installed?
A: The FR-D700 is suitable for wall or panel mounting in industrial environments, thanks to its compact dimensions and IP20-rated housing made of durable plastic and metal components.
Q: What are the main benefits of the built-in protection functions in FR-D700?
A: The built-in protections for overcurrent, overvoltage, overheating, and ground fault ensure safe, reliable operation and extend the lifespan of both the drive and connected motors by preventing damage from unexpected electrical issues.
Q: How can users program or monitor the FR-D700 Series VFD?
A: Users can program the drive using its digital keypad or via serial communication (RS-485 Modbus), while the integrated LED display provides real-time feedback on operating frequency, status, and error events for efficient monitoring.
Q: What makes the FR-D700 suitable for energy saving and automation?
A: Advanced features such as automatic torque boost, PID control, built-in EMC filter, and maintenance alarms contribute to energy-efficient operation and minimize manual intervention, making it ideal for continuous industrial automation tasks.