Leadshine HBS86 просто сервопривод с максимальной 20-80 В постоянного тока Вход Напряжение, и 8.5A ток

Same as brushless servo systems, a HBS86 servo drive can take encoder feedback from driven easy servo motors and close the position loop to eliminate possibility of lose of movement synchronization. Therefore, stall and loss of steps commonly seen in open-loop stepper systems will never occur in HBS86 driven easy servo systems. Compared with constant output current in open loop stepper drive, output current from a HBS86 servo drive to the driven motor is load based. When torque requirement is low, the output current is automatically lowered to "just enough". But when the torque requirement is high, HBS86 can boost the output current up to 8.0A. This can significantly lower down motor heating by up to 50% over open-loop stepper systems. There is no torque reservation needed for an HBS86 driven easy servo system. You can always implement 100% of the driven stepper motor and thus improve system high speed performance by as much as 30% over open lop stepper systems. Smoothness, quietness (50% improvement), and acceleration (30% improvement) are also significantly improved in HBS86 easy servo systems.

Compared with traditional brushless servo systems, cost of HBS86 easy servo systems is much lower. They outperforms traditional brushless servo systems with the feature of much higher low-middle speed torque, high stiffness, quicker response time, no position hunting, no tuning / easy setup, no overshooting, and zero settling time.

32-bit DSP based vector control algorithm to combine advantage of open-loop stepper brushless servo drives

Step/Direction or CW/CCW command input

Default maximum 200K frequency; 500K optional

Input voltage: 20-80 VDC

Load-based automatically adjusted output current of 0-8.2A

Default 4,000 (1/20) microstepping resolution; 200-104,000 (increase by 200) software configurable

No Stall and no loss of step. Closed loop between the drive and driven motor to eliminate loss of move synchronization in open loop stepper systems.

Smooth motor movement; extra low motor heating

Fast response, no delay and zero settling time

High torque at starting and low-middle speed; high stiffness at standstill

No tuning for easy configuration over traditional servo systems

No overshooting; no hunting over traditional servo systems

Much lower cost than traditional servo systems

Model:HBS86

Phase:2

Control Mode:Step & Direction

Max Input Frequency:200KHz

Encoder Feedback:Yes. Fully close the loop between the drive and drive motor

Input Voltage Range:20 - 80 VDC

Peak Current:8.20 A

Software Cofig Resolution Range:200 - 102,400 (increased by 200)

# of DIP Switch Resolution Configurations:15

DIP Switch Resolution Setings:800, 1600, 3200, 6400, 12800, 25600, 51200, 1000, 2000, 4000, 5000, 8000, 10000, 20000, 40000

Default Holding Current Percentage:40 %

Communication Type:RS232

Pulse enabled at:Rising edge

Isolation Resistance:500M Ohm

Environment:Avoid dust, oil fog and corrosive gases

Ambient Temporature:0-50°C

Humidity:40–95% RH

Operating Temporature:0-70°C

Vibration:5.9 m/s2 Max

Storage Temporature:-20-65°C

Specification:5.94 X 3.65 X 2.05 Inches

Weight:1.26 lbs