SAT CM3142-01-03开关量卡件
MAC驱动器特别设计用于金属加工和木材加工的数控机床中的高精度伺服应用，
输送线、自动化系统以及生产机器汽车工业。
它通常作为位置控制回路中的变速驱动器运行
NC的。在这种情况下，从NC向驱动器提供速度设定点。
MAC伺服驱动器具有以下特定于应用的功能：
–高短时加速力矩
–通过I（红色）输入减少扭矩，例如当运行到固定停止时，用于减少耦合到电机的机械系统上的负载
在特定操作条件下，用于以受控扭矩操作以加载移动机械装置。
–扭矩控制驱动，用于两个电机的主/从操作：
它们牢固地连接在一起。
–相同设定点极性的旋转方向相反。
–通过差分输入或两个零加和输入的设定点输入电压基准。
–通过电位计外部可调漂移偏移。
–设备“就绪”状态可通过无电势继电器触点输出。
–通过前端进行快速、清晰的诊断和轻松的故障排除面板诊断和状态灯。
–所有调整参数均在MOD编程模块上设置，使得伺服驱动器的用户不需要执行耗时的调整和校准过程。
因此，用户将控制器与电机类型进行匹配：通常不需要，因为控制参数已经在工厂针对通常的现有耦合质量进行优化。三相伺服驱动系统包括：电源输入组件（主开关、接触器、变压器或换向电感器、电源模块、平滑扼流圈、附加电容），
–伺服驱动模块（控制单元）
–电机电缆和–MAC伺服电机。
电源模块能够提供几种不同类型的伺服驱动单元和主驱动器（如需要）。
The MAC drive is especially designed for high-accuracy servo applications in NC machine tools for metal machining and wood working,
transfer lines, automation systems, as well as in production machines in
the automotive industry.
It is usually operated as a variable-speed drive in the position control loop
of an NC. In this case a speed set-point is fed to the drive from the NC.
The MAC servo drive has the following application-specific functions:
– High short-time acceleration moments
– Torque reduction via I(red) input, which can be used for example
when running up to a fixed stop,
for reducing the load on the mechanical system coupled to the motor
under specific operating conditions,
for operating with controlled torque to load moving mechanical devices.
– Torque-controlled drive for master/slave operation of two motors that
are solidly coupled together.
– Reversal of direction of rotation for same set-point polarity.
– Set-point input via a differential input or two summing inputs with zero
voltage reference.
– Externally-adjustable drift offset via potentiometer.
– Equipment „ready“ state can be output via potential-free relay contact.
– Rapid and clear diagnostics and easy troubleshooting via the front
panel diagnostics and status lamps.
– All adjustment parameters are set on the MOD programming module,
so that the user of the servo drive does not need to carry out timeconsuming adjustments and calibration procedures.
Matching of the controller to the motor type by the user is therefore
generally unnecessary since the control parameters are already
optimized in the factory for the usual existing coupled masses.The three-phase servo drive system consists of
– the mains input components (master switch, contactor, transformer or
commutation inductor, power supply module, smoothing chokes, additional capacitances),
– the servo drive module (control unit)
– the motor cable and
– the MAC servo motor.
The power supply module is able to supply several different types of
servo drive units and a main drive if required.
