MOOG G393-016 Frequency Converter with 16 A Rated Current Modbus Communication and IP20 Protection Variable Frequency Drive

Price Negotiable

Price: Negotiable

MOQ: 1 pcs

Delivery Time: 5-7 days

Brand: MOOG

Product Description

MOOG G393-016 Frequency Converter

Electrical Performance

Parameter	Specifications	Remarks
Rated Current (Irms)	16 A	8 kHz Switching frequency, 565 VDC operating condition
Peak Current (Irms)	33.6 A	Short-time overload capacity, suitable for high dynamic loads
Bus Voltage Range	560 VDC ~ 770 VDC	Requires MSD series AC-DC power supply unit
Switching Frequency	4/8/12/16 kHz	Software programmable, balancing losses and dynamics
Control Interface	EtherCAT/PROFINET	Optional fieldbus, supports multi-axis synchronization
Feedback Type	Incremental encoder, Resolver, SSI	Supports high-precision position/speed closed loop

Physical and Environmental Specifications

Parameter	Specifications	Remarks
Cooling Method	Air cooling / Liquid cooling	Dual options available, liquid cooling can improve continuous output
Weight	Approx. 4.9 kg (10.8 lb)	Includes basic module, excludes accessories
Dimensions (W × H)	90 mm × 345 mm	Size 3 (Standard size, suitable for dense rack mounting)
Protection Rating	IP20	Rack mounting requirements
Operating Temperature	0°C to +45°C	Air cooling; liquid cooling up to +55°C
Safety Certification	IEC/EN 61800-5-2	Integrated Safe Torque Off (STO), no external safety PLC required

Structure and Core Features

Modular Design: Supports multi-axis splicing, enabling power sharing between modules via DC-L bus cables, reducing wiring complexity, suitable for multi-axis equipment integration.
High Reliability: Built-in overcurrent, overvoltage, overheat, and undervoltage protection; supports motor temperature sensor (PTC) connection, extending equipment lifespan.
Flexible Configuration: Optional internal braking resistor and conformal coating, suitable for harsh industrial environments.
Ease of Use: Equipped with 7-segment display + buttons, USB and Ethernet interfaces, supporting local debugging and remote diagnostics, reducing maintenance costs.

Typical Application Scenarios

Industrial automated production lines (multi-axis robots, CNC machine tools)
Materials testing machines, hydraulic testing benches (high-precision force/position control)
Aerospace ground equipment, automotive manufacturing (high-dynamic operating conditions)
Wind power, new energy equipment (medium-power actuator drives)