Unidad paso a paso digital de control de bus SSD2505PR yako RS485

el variador paso a paso de CA se alimenta de 24 a 50 V y está diseñado para usarse con motores paso a paso diseñados para manejar un alto voltaje de bus de 340 VCC.

el variador paso a paso de CA recibe alimentación de CA 24-80 V/CC 30-110 V y está diseñado para usarse con motores paso a paso diseñados para manejar un alto voltaje de bus.

este motor paso a paso integrado integra tecnología de control de comunicación de bus, cableado simple, paso sin pérdida, menor calor, alta velocidad, alto par, bajo costo y mantenimiento conveniente. es un costo -producto de control de movimiento eficaz.

MCC800P is a PCI-based motion control card for controlling stepper motors and servo systems. Motion planning through ARM and FPGA, pulse commands can be output, which can control 1-8 axes servo or stepper motor at the same time. The maximum frequency of each axis is 4MHz, and the 8-axis encoder input signal can be detected. It supports linear and circular interpolation, supports trapezoidal and S-shaped acceleration and deceleration point-to-point motion control, and supports speed/positoion change during motion. The position command can be output by single pulse (pulse + direction) or double pulse (CW + CCW pulse); it can be a differential output circuit or a single-ended output circuit.
MCC800P matched terminal board has multiple general I/Os, supports high-speed position latching and position comparison output. External bus I/O expansion greatly satisfies customers' various control requirements for I/O.

This product is equipped with a dynamic link library under Windows XP/Win7, which is convenient for customers to write their own application software. At the same time, it provides motion debugging software, which can demonstrate the function of this card, it also can be used to tests the operation of motion control cards, motors and drives and motion platforms.

Typical Application:

Widely used in PCB industry, semiconductor packaging industry, electronic processing industry, sheet metal processing industry, testing industry, such as: PCB drilling machine, PCB punching machine, solid crystal machine, ultrasonic wire bonding machine.

  MCC800S high performance motion control card, a PCI bus based motion controller for controlling stepper motors and servo systems. Motion planning through ARM and FPGA, can control 1-8 axes servo or stepper motor, support 2-8 axes linear interpolation, arbitrary 2-axis plane circular interpolation, arbitrary 3-axis space circular/coil interpolation. Each axis has a maximum pulse frequency of 4MHz and an encoder input signal. Interpolation motion has S-type speed curve, small circle speed limit, PWM vector speed follow, backlash compensation, system maximum acceleration limit and other functions.
    MCC800S matched terminal board has multi-channel general I/O, supporting high-speed position latching and position comparison output, continuous interpolation buffer I/O, external bus I/O expansion, greatly satisfying customers' various control requirements for I/O .

     This product is equipped with a dynamic link library under Windows XP/Win7, which is convenient for customers to write their own application software. At the same time, it provides motion debugging software, which can demonstrate the function of this card. it also can be used to tests the operation of motion control cards, motors, drives and motion platforms.    

Typical Application:           

Electronic manufacturing processing and testing equipment, engraving equipment, cutting equipment, placement machine, laser processing equipment, dispensing equipment, spraying, welding equipment, loading and unloading robots, etc.

Motor paso a paso de bucle abierto de 2 fases serie de 57 mm  Precisión de paso: 5 % Temperatura: 80 ℃ máx . Temperatura ambiente: -20 ℃-+50 ℃ Resistencia de aislamiento: 100 MΩ Mín. 500 V CC Resistencia a la presión: 500 V CA 1 minuto Desviación radial: máxima 0,02 mm (450 g de carga) Desviación axial: máxima 0,08 mm (450 g ) carga) Especificación Modelo Ángulo de paso (°） Longitud del motor (L) Par de retención (Nm) Corriente nominal (A) Resistencia (Ω） Inductancia (mH) Inercia del rotor (g.cm²） Peso (kg) Cables de motor YK57HB56-03A 1.8 56 0.90 3.0 0.75 1.1 300 0,68 6 YK57HB76-03A 1.8 76 1.35 3.0 1.0 1.6 480 1.03 6 YK57HB56-04A 1.8 56 1.20 3.0 0.74 2.4 280 0.7 4 YK57HB76-04A 1.8 76 2.0 5.0 0.40 1.7 480 1.06 4 YK57HB80-04A 1.8 81 2.2 5.0 0.43 1.8 520 1.15 4 YK57HB100-04A 1.8 101 3.0 5.0 0.48 2.2 720 1.6 4 Dimensiones Dimensiones Modelo Diámetro del eje D (mm) Tipo de eje (mm) Longitud del eje L1 (mm)  YK57HB56-03A 6.35 Clave 0,5*15 20.6 YK57HB76-03A 6.35 Clave 0,5*15 20.6 YK57HB56-04A 8 Clave 0,5*15  20.6 YK57HB76-04A 8 Clave  0,5*15 20.6 YK57HB80-04A 8 Clave  0,5*15 20.6 YK57HB100-04A 8 Clave  0,5*15 20.6 Conexión de motores

Motor paso a paso trifásico de circuito cerrado serie 86 mm  Precisión de paso: 5 % Temperatura: 80 ℃ máx . Temperatura ambiente: -20 ℃-+50 ℃ Resistencia de aislamiento: 100 MΩ Mín. 500 V CC Resistencia a la presión: 500 V CA 1 minuto Desviación radial: máxima 0,02 mm (450 g de carga) Desviación axial: máxima 0,08 mm (450 g ) carga) Especificación Modelo Ángulo de paso (°） Longitud del motor (L) Par de retención (Nm) Corriente nominal (A) Resistencia (Ω） Inductancia (mH) Inercia del rotor (g.cm²） Peso (kg) Cables de motor YK385EC127A1 1.2 147 7.5 4.5 2.6 17 3960 4.26 3 YK385EC156A1 1.2 176 12 3.0 2.34 18.33 4500 6.5 3 Modelo de accionamiento adecuado: MS-L3 Dimensiones Dimensiones Modelo Diámetro del eje D (mm) Tipo de eje (mm) Longitud del eje L1 (mm)  YK385EC127A1 14 Clave 5*5*25 40 YK385EC156A1 14 Clave 5* 5*25 40 Cableado del codificador Negro TIERRA Rojo +5V Azul blanco EA- Azul EA+ Naranja /Blanco EB- Naranja EB+ *Cable motor/codificador: 0,3 m Cable estándar del codificador : 2 m (opcional 8 m/10 m) No se necesita más cable de motor Conexión de motores