Parker:Max Plus FLX 230 Digital Servo Drive - MP-FLX 230 Series
At two times the standard industry speed for digital current
loop update rates, the new MaxPlus FLX Series amplifiers are the industry’s
fastest. Featuring a 25 micro-second loop update rate and low current noise
capabilities, this multi-patented, flexible family of digital drives offers
increased machine throughput and productivity.
The Single-Axis digital drives are capable of simple torque
or velocity loop modes or point to-point position loop mode including pulse and
direction control. They offer continuous output current from 3 to 35 Amps RMS.
The Dual-Axis amplifiers are packaged in one enclosure and
share common circuitry such as the DSP, DSP support circuits, power supply and
other power stage circuits. This extremely cost-efficient use of space and
technology translates to a substantial cost savings of approximately 35% or
more in multi-axis applications. Available in a variety of power levels with up
to 230 VAC line input voltages, the dual-axis models range from 3/3 to 25/12
Amps RMS of continuous output current.
Based on third generation digital technology, the
stand-alone, fully digital amplifiers also feature an intelligent drive option
(MP-FLXi) for Single- and Dual-Axis coordinated motion control that’s built
directly into the drives.
Standard Features
• High Speed (25µS) Current Loop Update Rate
• Patent Pending 1/T Velocity Estimation for Smooth Low-Speed
Performance
• Cost Saving Dual-Axis Package
• CE, CUL and UL508C Certifications
• Internal and/or External Shunt Regulation
• ± 10 VDC Analog Command Input (14 bit A/D)
• RS-232 or RS-485 Serial Port Communications
• Windows®-based HMI (Human Machine Interface)
• Up to 240 VAC Nominal (264 VAC max) Line Input
• Up to 35 Amps RMS of Continuous Output Current for
Single-Axis Units
• 3/3 to 12/25 Amps RMS of Continuous Output Current Per Axis
for Dual-Axis Units
• Drive Enable Input
• ± Limit Switch, Home Inputs
• Fault Relay, Warning/Brake Relay
• Status Indicators (7 Segment Display and Bi-Colored LEDs)
• Resolver or Encoder/Hall Feedback • Simulated Encoder
Output
• Sinusoidal Commutation
• Pulse and Direction Input (Stepper Emulation)
• Extensive Fault Protection
• Simple Screw-Type Terminal Interface
• User Supplied AC/DC Inputs for Maintaining Control Circuits
During Main Power Loss
• EEPROM to Store Tuning and Setup Parameters
• Programmable Current Limit (0 to 100%)
• Programmable Current Scaling (0 to 100%)
Optional Features
• Intelligent Drive Option with Full Motion Control
Programmability (Coordinated Motion, Master/Slaving, Electronic Gearing,
Camming, Math Functions, Logic Functions)
• Expanded I/O, 15 User I/O Per Axis (Opto-Isolated, 24VDC)
• Dual Encoder Inputs Per Axis for Master/Slaving or
Commutating Encoder with Additional Positioning Feedback Encoder
• MACRO® Digital Network Interface (Type I Compatible,
Fiber-Optic or RJ45 Twisted Pair) • D-Type Connectors for High Volume
Applications
• 4-20mA Command Input
Fault Protection
• Phase-to-Phase Shorts
• Phase to Vbus
• Phase to Vbus Return
• Phase to Chassis (Earth) Ground
• Over Temperature • Over Voltage
• Locked Rotor Over Current
• Shunt Over Power
• Logic Supply Under Voltage
• Processor Fault
• Application Program Fault
User Programmable Faults and Warnings
• Motor Temperature
• User RMS Current Limit
• Bus Under Voltage
• Amplifier Temperature Warning
• Position Following Error
• Resolver Fault
• Hall Sensor Fault