Graphical User Interface | User-Friendly |
---|---|
Operating Voltage Range | 15 Volts to 50 Volts |
Peak Motor Current | 30 Amps |
Maximum Power | 1.5 Kilowatts |
Operating Modes | Analog Mode, CAN Bus Mode |
Control Voltage Input Range | 0 Volts to 3.3 Volts |
Control Input Connector | Samtech SD |
Power In/Motor Connector | Phoenix Screw Terminal |
Operating/Error Indicator | On Board LED and GUI Display |
Heatsink Size | 3.75'' x 2.32'' x 0.875'' |
Amplifier Cover | Optional |
Control Mode | Field Oriented Control (FOC) |
Constant Vel. CNTRL Range | 0 RPM to 65, 000 RPM |
Temperature Range | -40°C – 80°C |
Aveox 6100267-00 (50FOC30) Industrial Style Controller Graphical User Interface: User-Friendly
Aveox 6100262-00 Industrial Style Controller. The 6100267-00 (replaces part number 50FOC30) features a Small Size, 1.5KW, versatile, cost effective, user friendly Graphical User Interface. The 6100267-00 is an ”off the shelf” high-performance controller specifically designed to drive brushless DC motors at current and voltages up to 30A and 50V.
The 6100267-00 is appropriate for high-reliability applications where simple, low cost DC motor control is required. The user friendly Graphical User Interface (GUI), Standard CAN BUS Protocol and auto-tune function allow for true ”plug and play” operation.
The controller can achieve controlled deceleration and four-quadrant operation and may be attained by incorporating external shunt circuitry.
AVEOX family of Electronic DC Motor Controllers are capable of servicing a wide variety of Military, Commercial Aerospace, Industrial and Medical Applications. Voltage mode amplifier (motor drives) are compatible with both brush and brushless motors. Proprietary controllers feature AVEOX’s ‘Smart Start’ technology that provides reliable, quick starts regardless of initial rotor position or mechanical load. Controllers can be easily matched with AVEOX BLDC motors and power conversion modules to create the industrys most efficient, reliable and cost-effective power solutions for extreme environments.