TURBO PMAC CLIPPER

PMAC控制器简介
More technical and application requirements, please contact the company Sales Engineer: Wang Jinxian, telephone 13241553619 'high performance, flexibility and ease of use' our high-performance, flexibility and ease of use features such as integrated into our complete machine control products in. Increasingly urgent in the modern time, the competition, no matter what your kind of demanding application needs, we are ready to provide you with a forward-looking, technology, complete solutions.

Our high-performance motion controller uses the most advanced DSP technology, including the Motorola 56K series DSP microprocessors. It's fast and accurate computational power is converted into high-precision and fast motion trajectory calculation and control. Power PMAC will use the frequency to 800MHz or 1GHz CPU of Power PC.
In addition, we use a language similar to BASIC to perform open-server structure in real-time customer of the servo loop task. We continuously improve the computing speed (PMAC :40-400MHz, Power PMAC: 800/1GHz) to make our motion controller has many advanced features, including:
high-end multi-pole servo algorithm PID or (better control)
16 coordinate system in up to 32 axes of control (multi-axis trajectory control, multi-tasking)
dynamic multi-block prediction calculation of the sustainable acceleration control (repeated at any speed path)
forward and reverse kinematics (robotics and other non-Cartesian machine system) ability to
reverse and turn back (welding, cutting, EDM)
acceleration and shock control (smooth, jitter-free motion)
cascading servo loop ( speed loop / torque ring closely with)
true S-curve acceleration / spline movement (accurate, smooth trajectory control) 'coordinate system transformation and rotation (2D and 3D)
pitch compensation and backlash compensation (high-precision laser auto-compensation)
24-bit hardware position capture and compare (precise coordination of live events, nanosecond accuracy)
48-bit floating point and integer arithmetic, Power PMAC up to 64-bit double precision processing power (ultra precision) user-defined function of the servo algorithm (available free to set their own advanced algorithm)
servo loop update rate of 6.25 microseconds per axis (fast, accurate calculation and positioning)
maximum encoder input rate of 40MHz (for high-speed response and the stiffness of the servo loop to have more coding control) 'which can perform up to 16 motion programs and 64 of the PLC program multitasking (computing)
flexibility' has been widely used in the market in the six-generation motion controller products, we offer a wide range of The different types of motion control products.
From 1 to 32 axes of linear or rotary servo, stepper or hydraulic motion, which could be integrated and includes a variety of analog and digital I / O signals, different types of encoder feedback,
analog (+ /-10V) and numbers (direct PWM) output of the servo amplifier, and pulse and direction output step system directly. There, RS232, USB
and Ethernet communications. We can provide the best solution today for the future to provide the best upgrade program.
All the motion controller can be run independently, or run through a variety of forms of bus (PCI, VME and PC/104)
16 coordinate system in up to 32 axes of control
axis control signals - digital PWM, analog + /-10V or pulse plus direction of the
Motor Type: Rotary motor, linear motor, AC induction motors, brush and brushless DC motors, stepper motor or a hydraulic system integrated analog or digital I/O-
high / low power, common cathode or common anode
encoder input - A / B encoder, SIN / COS encoder interpolation, absolute encoder, resolver, SSI, MLDT
communication type: USB (1.1 or 2.0 ), Ethernet (10 or 100Mbps, UDP / TCP-IP), PCI, VME or RS-232/422
Fieldbus: DeviceNet, profibus and MACRO (fiber-optic) protocol
amplifiers: a variety of linear and PWM amplifier, brush and brushless motors

ease of use we offer a complete set of software tools have wizards that allow users to quickly integrate our campaign system. We use an intuitive motion systems programming language, the
plain English command statements, such as: WHILE, IF and ELSE. Move the shaft with a simple command can be edited the letters, for example: X, Y, Z,
distance available in mobile, inches, point, mm or other units defined. For the user clear, simple writing exercise program will be transformed into
precise multi-axis motion trajectory. Because our motion controller is a PLC device, which can run independently of the logic program, run sports programs, simplify the program
sync with the movement of I / O execution. PLC programs can be in ASCII language, assembly, or IEC-1131 Relay Ladder Logic.
The movement is similar to BASIC programming language
set with one motion and logic control for the hardware configuration of
Wizard
product-specific process is extended, project management, and procedures to adjust the servo adjustment software tools such
PMAC
ordinary
PMAC control 8 axis capability Turbo PMAC has the ability to control 32 axes
32 PLC program, exercise program
256 digital signal processor (DSP)
host control, run off the form
a variety of bus (PCI, ISA, PC104, VME ...), multi-axis option
PMAC1
PMAC1 (PCI / ISA)
PMAC1-Lite (PCI / ISA)
PMAC1 VME
PMAC1-Mini (PCI / ISA)
PMAC2
PMAC2 (PCI / ISA)
Mini PMAC2 (ISA)
PMAC2-Lite ( PCI / ISA)
PMAC2 (PCI / ISA) Ultralite
PMAC2 VME
PMAC2 VME Ultralite
PMAC2 PC/104
GEO PMAC Drive
Turbo PMAC
TURBO PMAC1/PMAC2 (ISA * / PCI)
TURBO PMAC1/PMAC2 VME
TURBO PMAC2 (ISA * / PCI) Ultralite
TURBO PMAC1/PMAC2 PCI Lite
TURBO PMAC2 VME Ultralite
UMAC (TURBO PMAC2)
QMAC (TURBO PMAC2)
Compact UMAC (Turbo PMAC2)
Brick Family Amplifiers (TURBO PMAC2)