SD275
Description
NYDEN’s SD275 Hi-Current Micro-Step Driver (for 2 and 4-Phase Motors) Delivers Optimal Performance Up to 6 Amps.
Nyden announces the latest addition to its family of intelligent drivers designed to exceed the demanding needs of future Motion Control Technology. The company’s SD275 accepts pulses and direction signals and generate phase currents when paired with most 2-Phase and 4-Phase stepper motors. Its main advantage over other DC Drivers in the industry today is its high-powered input capability ranging up to 6 amps of continuous current per phase, making it a perfect driver choice to power motors larger than Nema sizes 34 and 42. This accomplishment makes NYDEN one of only a handful of companies in the U.S. supplying a 6-amp high powered 2-Phase/4-Phase DC driver that is both affordable and ideal for large applications requiring high resistance and heavy load/torque
Function Description The driver architecture features appropriate power system selection for user’s specified speed.
>> User may select load speed-torque characteristics adaptable to their required application. A built-in 24-75V DC power supply is also included for fast, standalone installation. Furthermore, the architecture features continuous fault detection circuitry such as Overheat Protection and Signal at 80ºC or higher and Auto-Current Down, and contributes to optimal motor running accuracy and the nullification of system resonance with its inclusion of 8 switchable high-resolution settings ranging from 200 steps-per-revolution at 1.8º to 10,000 steps-per-revolution at 0.036º. A newly designed heat-sink chip included serves as an important source of thermal management. The chip enhances heat dissipation from a high temperature to a wider surface of cooler ambient, and guarantees integrated active cooling. With the primary purpose of maintaining a low temperature and maximizing hardware reliability, the chip effectively enhances the driver’s life expectancy and its component life.
>> Nyden’s new SD275 is designed to be universally modular in order to facilitate a variety of machine design requirements and adapt to a wide range of applications during quick equipment start-up or reprogramming. It also provides the most efficient output power and acceleration rate for machine manufacturers to design critical systems such as robotics, pick-and-place machines, semiconductor processing equipment, dispensing systems, specialty automated machines and aerospace equipment.
>> Additional on-board features include clockwise and counter-clockwise movement, reset functions, direction and pulse signals, current-off and overheat signals, and a function switch setting for step angle (resolution) and auto-current down. Full high energy protection offering is included, such as line-to-line and line-to-neutral shorts, internal power supply under-voltage and bus over-voltage. For enhanced flexibility, 8 user-selectable resolution settings are programmable: 200 steps-per-revolution at 1.8º, 400 steps-per-revolution at 0.9º, 1000 steps-per-revolution at 0.36º, 1600 steps-per-revolution at 0.225º, 2000 steps-per-revolution at 0.18º, 3200 steps-per-revolution at 0.1125º, 6400 steps-per-revolution at 0.05825º, and 10,000 steps-per-revolution at 0.036º.