SDB series driver

Jan 14th, 2012

Brand: Graceful electromechanics of snow

Name: SDB series driver

Type:

About products:

Highly intelligent, the control parameter is exactly made automatically, users only need to adjust parameters such as the electronic gear, input way, operational mode,etc., series SDB protect multiple functionally, dependability is very high.

The products are detailed:

SDB serial servo drivers
Use the most advanced servo vector of exchange to control algorithms, input AC220V and AC380V power. Highly intelligent, the control parameter is exactly made automatically, users only need to adjust parameters such as the electronic gear, input way, operational mode,etc., series SDB protect multiple functionally, dependability is very high. It is the unique advantage that this product has that networked control, function are customized, have already succeeded in applying to extensive new and developing trades such as color process printing, mechanical arm, generation of electricity by new energy, production line,etc..

Parameter table

Type

SDB01CM

SDB02CM

SDB04CM

SDB07CM

SDB10CM

SDB20CM

SDB55CM

SDB110CM

Appearance

A type

B type

C type

Input the power

Single looks AC220V

Single looks AC220V / three-phase AC220V

Three-phase AC380V

Three-phase AC380V

Voltage fluctuating range ( -15- +10%) 50/60Hz

Rated power

100W

200W

400W

750W

1KW

2KW

5.5KW

11KW

Control method

It is controlled that IGBT PWM is sinusoidal wave

Regeneration applies the brake

Dispose

Control input

Can enable while being servo Urgent stop Driving the prohibition The speed is chosen Origin involution The speed is fetched inside out The torque / speed limit is chosen Change step and turn on or off The mode is switched over

Control and export

Get ready while being servo Servo alarm Make a reservation to finish The speed arrives Zero runs rapidly

Position control

Pulse frequency

Difference divide input most high 500kpps, collector open a way most high 200kpps

Electronic gear

0.02 < G < 500

Control the precision

0. 036 is spent(10000 pulses / rotated)

Input way

1,Pulse amount Pulse + symbol Forward pulse / reverse pulse Two phase A/B orthogonal pulses;

2,± 10V of analog quantity;

3,Network thread bus: On-the-spot networks such as CAN bus, RS485, RS232C,etc..

The torque is limited

0- ± 10VDC (maximum corresponds to the biggest torque)

The speed is controlled

Speed range

1: 10000

The speed is responded to Frequency

300Hz

The speed fluctuates
Rate

<?.03%(?? 0~100%);<?.02%(??-15~+10%)
(number value is correspondent to presuming the speed)

The torque is limited

0- ± 10VDC (maximum corresponds to the biggest torque)

Torque
Control

Simulation is input

0- ± 10VDC (source is low in 10kΩ in impedance)

The rotational speed is limited

0- ± 10VDC (maximum corresponds to the specified rotational speed)

Monitor the function

Rotational speed, present position, the order pulse is accumulated, offsetting, electrical machinery torque, electrical machinery electric current, pulse frequency of order, voltage of bus bar, state of running, inputting the sub signal of the output end of position,etc.

Protect the function

Overspeed, main power source excessive pressure owes and pigeonholes, passes flowing, the overload, encoder are unusual, difference that the circuit is overheated, ultra in the position that the pulse is unusual, main

Applicable load inertia

< ??????? 20 ?(??????????? 5 ??,???????)

Use Environment

Temperature

Working temperature: 0- 50 degrees of C preserve the temperature: -20 degrees of C- 75 degrees of C

Humidity

90% (not form revealing)

Atmospheric pressure

86- 106kPa

Vibration

Able to bear shaking: 4.9m/s2 is shock-resistant: 19.6m/s2

Heat-dissipating way

It is air-cooled to force

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