Sinovo SD200-4T-0.7G, SD200-2T-1.5G, SD200-2S-0.7G, SD200-2T-2.2G, SD200-2S-1.5G User Manual

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Page 1

Preface

SD200 User Manual

Preface

Thank you for purchasing the SD200 series AC drive developed by Our company.

SD200 series AC drive is a general-purpose high-performance vector control AC drive,

and it is mainly used for controlling and regulating the speed of the three-phase AC

asynchronous motor. It is a new generation of AC Drive with latest technology. SD200

series is characterized in the high-performance V/F control and Vector control 0

Algorithm technology, high torque output at low frequency and strong overload capacity.

It possess good stability, dynamic performance, communication bus functions, rich

powerful and stable performance, with perfect anti-tripping control and the ability to

adapt to bad power grid. It is used to drive various automatic produc tion equipments

involving the industry of textile, papermaking, wire drawing, machine tools, packa ging,

food, fans and pumps and so on.

SD200 Series AC drive Features

Advanced Vector Control Algorithm.

ªVector c on trol 0 Algori th m with low speed stability, high torque output a t low

frequency an d dy namic performance.

ªsmaller, com pa ct volume.

ªIn the full power range, the same power type compared to the old series products, it

reduces the volume of 20%~40%. As the vol ume is reduced, the optimized thermal

design ensur es t he favorable temperature rise of the whole AC drive.

ª485 Communication , externa l high precisi on PID, multi-stag e speed and simple PIC,

swing freque nc y, length and counting value functions.

Stronger functions:

Unpacking Inspection Cautions

The op timized VF control and sensorless vec to r control is more st ab le at low speed,

more powerful in the ability of low frequency torque output and w ith better dynamic

response and both the sensorless ve ctor and sensor vector mode support speed control

and torque con tr ol.

Every AC Drive have been tes te d strictly in factory prior to shipment. Upon u npacking,

check:

ªWhether the pr od uct is damaged;

ªWhether the na me plate of model and AC drive ratings are consistent with your order.

Page 2

-2 -

SD200 User Manual

Preface

First-time Use

For th e users who use this product for the first time, read the manual carefully. If in doubt

concerning some functi on s or performan ce s, co nt act t he tech ni cal s up port pe rsonnel of

Our company to e ns ure correct use.

SD200 series AC drives have passed CE test and also meet the requirements of following International Standard.

ªIEC/EN 6180 0- 5-1:2003 Sa fety re qu irements fo r adjus ta ble spe ed el ectric dr ive

systems.

ªIEC/EN 61800-3:2004 adjustable speed electric drive systems:(The third par)the

electromag ne tic compatibility standard of the product and its specific test method.

ªIEC/EN 610 00- 2-1 ,2-2,3-2,3 -3, 4-2 ,4-3,4- 4,4 -5, 4-6:EMC Intern ati onal an d EU

Standards.

The instruction s are subject to change, without notice , due to product upgrade,

specificat io n modification as well as efforts to increase the accuracy and convenience of

the manual.

ªWhether the box contains the AC drive, certificate of conformity, user manual and

warranty car d. I f you find any omission or damage, contact Our company or your supplier

immediatel y.

Page 3

Contents

SD200 User Manual

Contents

Preface.......................................................................................................................................01

Contents....................................................................................................................................03

Chapter 1 Safety and Cautions.........................................................................................07

1.1 Safety and Cautions De finition

1.2 Safety Cauti on s

1.3 Precautio ns

............ .. .. ........................................07

............ .. .. .............................................................08

............ .. .. ..................................................................10

Chapter 2 Product Information.........................................................................................15

2.1 Ch ap te r of This Content................................................ . ...............

2.2 Basic Principle............................................. .. ..............................

2.3 Naming Rules.................................................... .. .. .......................

2.4 Nameplate.................................................... .. .............................

2.5 SD200 Series of AC d rive.............................................................

2.6 Te ch nical Specifications......................................... .. .. ..................

2.7 Structure Diagram......................................... .. .. ...........................

2.8 Per ip heral Electrical Components System Structure............... .. .. .....

2.9 SD 20 0 Optional Parts................................................. .. .. ...............

2.10 Connection Methods............................................ .. .. ...................

. 15

Chapter 3 Mechanical and Electrical Installation........................................................33

3.1 Ch ap te r of This Content................................................ .. .. .............33

3.2 Mechanical Installation..................................... .. .. ........................34

3.3 Standard Wiring.................................................... .. .. ....................39

3.4 Layout Protection............................................. .. .. ........................49

Chapter 4 Operation, Display and Application Examples.........................................51

4.1 Ch ap te r of this Content............................... ............ .. .. ......51

4.2 Introduction of the Keypad............................................. .. .. ............52

4.3 D is play of Keypad.................................................. .. .. ...................54

4.4 Keypad Operation.................................................... .. .. .................55

............ .

Chapter 5 Function Parameter Table..............................................................................57

5.1 Ch ap te r of this Content.................................................. .. .. ............57

5.2 Fu nction Parameter Table....................................... .. .. ..................58

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SD200 User Manual

Contents

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Chapter 6 Parameter Description.....................................................................................83

Group F00: Basic Func ti on Group........................... ............ .. .. ............84

Group F 01 : Start-stop Control Group.................................. .. .. ..............91

Group F 04 : V/Fcontrol Group......................................... .. .. ..................99

Group F05: Input T er minal Group..................................... .. .. ..............105

Group F06: Output Terminal Group......................................... .. .. ........113

Group F0 7: H MI Group..................................................... .. .. ..............119

Group F08: Strengthen th e Functional Groups................................. .. .. 125

Group F0 9: P ID Control Group............................................... .. .. .........132

Group F0A:Wobble, Length, Count and Ti mi ng Parameter Group..........142

Group F0B: Simple PLC and Multi-sp ee d Control Group....................... 14 5

Group F0C: Protection P arameter Group................................... .. .. ......149

Group F0D: Motor 2 Parameter Group....................................... .. .. ......154

Group F0E : Serial Communication Function Group...................... .. .. ....156

A01: A1 Curve Settin g Function Group...................................... .. .. ......159

A02: Stat us Check Function Group....................................... .. .. ..........161

Chapter 7 EMC.....................................................................................................................163

7.1 ............ .. .. .............................. ..........16 4

7.2 EMC Standard Introduction............................................. .. .. .........164

7.3 Selection of Peripheral EMC Devices................................... .. .. .....165

7.4 Shielded Cable.................................................. .. .. .....................169

7.5 Requ ir ement for Leakage Current........................................ .. .. .....171

7.6 Solutions to Common EMC Inter fe re nce Problems....................... .. 17 2

Definition o f Related Terms ..

Chapter 8 Troubleshooting and Maintenance...........................................................173

8.1 ...... .. ...... .. .. ..174

8.2 Warranty Agreement............................................ .. .. ...................175

8.3 Contents of This Chapter............................................ .. .. .............175

8.4 Al ar m and Fault Inductions........................................ .. .. ..............176

8.5 Fault Reset........................................................ .. .. .....................176

8.6 Fault History................................................... .. .. ........................176

8.7 Faul t Instruction and Solution........................................... .. .. ........176

8.8 C ommon Fault Analysis............................................ .. .. ...............181

Daily Re pa ir a nd Maintenance ............ .. .. ................ ..

Page 5

Chapter 9 Communication Protocol.............................................................................187

9.1 Networking Mode.................................................. .. .. ...... ......187

9.2 Interface Mode................................................ .. .. .......................188

9.3 Protocol Fram e Format............................................. .. .. ...............188

9.4 Fu nction Protocol.................................................. .. .. ..................189

9.5 Communication P ar ameters Address................................ .. .. ........192

......

SD200 User Manual

Contents

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Page 6

Page 7

Chapter 1

Safety and Cautions

1.1 Safety and Cautions Definition

Read this manual carefully so that you have a thorough understanding. Installat io n,

commission in g or maintenance ma y be performed in conjunction with this chapter. Our

company will assume no ability an d responsibility for any in ju ry or loss caused by

improper ope ra tion.

Danger

Note

Operations which are not performed comply with the requirements may cause severe

hurt or even dea th .

Operations which are not perf or med comply with requirements may caus e personal

injury or prop er ty damage.

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Page 8

SD200 User Manual

Chapter 1 Safety and Cautions

-8 -

1.2 Safety Cautions

Use Stage Safety Grade

Precautions

Danger

Before

Installati on

Do not install t he e quipment if you find water seepage,

component mi ss ing or damage upon unpacking.

Do not install t he e quipment if the packing list does not

conform to the p ro duct you received.

Danger

Handle the e qu ip ment with care during transportation

to prevent dam ag e to the equipment.

Do not use the equ ip ment if any component is damaged

or missing. Fa il ure to comply will result in personal injury.

Do not touch the c om ponents with your hands. Failure

to comply will r es ult in static electricity damage.

Danger

During

Installati on

Install the eq ui pment on incombustible objects such as

metal, and kee p it a way from combustible materials. Failures to co mp ly may result in a fire.

Do not loosen th e fi xed screws of the components,

especial ly t he s crews withe red marks.

Do not drop wire e nd o r screw into the AC drive. Failure

it will result i n da mage to the AC drive.

Install the AC d ri ve in places free of vibration and direct

sunlight.

When two AC driv es a re laid in the same cabinet

,arrange the i ns tallation positions properly to ensure the cooling ef fe ct.

Danger

At wiring

A circuit brea ke r must be used to isolate the power

supply and the A C dr ive. Failure to comply may result a fire.

Ensure that th e po wer supply is cut off before wiring.

Failure to com pl y may result in electric shock.

Never connec t th e power cables to the output

terminals( U, V,W) of the AC drive. Pay attention to the marks of the wir in g terminals and ensure correct wiring. Fail ur e to comply may result in damage to the AC drive.

Ensure that th e ma in cable line comply with the

standard, th e li ne meets the EMC requirements and the area safet y st andard. Failure to comply may result in risk or accid en t.

Never connec t th e power cables the braking resistor

between the DC b us t erminals P+, P-. Failure to comply may res ul t in a fire.

Note

Page 9

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SD200 User Manual

Chapter 1 Safety and Cautions

Use Stage Safety Grade

Precautions

Danger

At wiring

Use a shield ed c ab le for the encoder, and ensure that

the shieldin g la yer is reliably grounded.

Danger

Before

Power-on

Please confi rm t he peripheral equipment and cable

converter is c on figured in this manual of the recommende d mo del, all the configuration line in accordance w it h the connection method of the manual provides the c or rect wiring. Failure to comply will result in acciden ts .

Check that the v ol tage class of the power supply is

consistent w it h the rated voltage class of the AC drive.

Danger

After

Power-on

Do not open the AC d ri ve’s cover after power-on.

Failure to com pl y may result in electric shock.

Do not touch the o pe ration of AC drive during the

hands is wet. Fa il ure to comply will result in accident.

Do not touch any I /O t er minal of the AC drive. Failure

to comply may re su lt in electric shock.

Do not change th e de fault settings of the AC drive.

Failure to com pl y will result in damage to the AC drive.

Do not touch the r ot ating part of the motor during the

motor auto-t un ing or running. Failure to comply will result in acci de nt.

Danger

During

Operation

Signal detec ti on must be performed only by qualified

personnel du ri ng operation. Failure to comply will result in pers on al injury or damage to the AC drive.

Do not touch the f an o r th e discharging resistor to

check the temp er ature. Failure to comply will result in personal bur nt .

Danger

Avoid obje ct s fa lling into the AC drive when it is

running. Fai lu re to comply will result in damage to the AC drive.

Do not start or st op t he A C drive by turning the

contactor ON /O FF . Failure to comply will result in damage to the AC d ri ve.

Danger

After

Power-on

Do not repair or m ai ntain the AC drive at power-on.

Failure to com pl y will result in electric shock.

Ensure that th e AC d rive is disconnected from all

power suppli er s before staring repair or maintenance on the AC drive.

Repair or main te nance of the AC drive may be

performed on ly b y qualified personnel. Failure to comply will re su lt in personal injury or damage to the AC drive.

Page 10

Danger

After

Power-on

Set and check th e pa rameters again after the AC drive

is replaced.

Use Stage Safety Grade

Precautions

SD200 User Manual

Chapter 1 Safety and Cautions

-1 0-

1.3 Cautions

1.3.1 Requirement on Residual Current Device(RCD)

The AC drive generates high leakage current d uring running, which f lows earthing (PE)

conductor. Thus i nstall a type-B RCD at the transient and steady-state leakage current

to ground that may be generated at st artup and during running of the AC dri ve . You can

select a special iz ed RCD with the function of suppre ss in g high harmonics o r general-

purpose RCD wi th r elatively large residual current.

1.3.2 Motor Insulation Test

Perform the insulation test when the motor is used for the first time, or when i t is reused

after being stored for a long time, o r in a regular check-up, i n order to prevent the p oo r

insulation of motor wind in gs from damaging the AC drive during the insulatio n test. A

500-V mega-Ohm meter is recommended for the test. The insula ti on resistance must not

be less than 5 MΩ.

UVW

Input terminals of the motor

Megger

Ground

1.3.3 Thermal Protection of Motort

If the selected AC drive doe s not match the rated capacity of the motor , especially when

the ra te d power of the AC drive is higher than that of the motor, adjust the parameters for

motor protec ti on in the AC drive or to install thermal relay to protect the motor .

1.3.4 Running Below and Above Rated Frequency

The AC drive provides frequency output of 0 to 60 0.00Hz. When th e users use the

frequency converter for a long time, please pay attention to the motor cooling o r use o f

variable fr eq ue ncy motor. If the AC drive is required to run at over 50Hz, consid er th e

capacity of th e ma chine.

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-1 1-

SD200 User Manual

Chapter 1 Safety and Cautions

1.3.5 Vibration of mechanical device

The AC drive may e nc ounter the mechanical resonance point at some output frequencies,

which can be avo id ed by setting the skip frequency. If the operating frequency of the cus-

tomer coinci de w ith the resonant frequency please modify the operating frequency or

change the inh er ent resonance frequency of the mechanical system.

1.3.6 Motor heat and noise

The output of th e AC drive is pulse width modulation (PWM) wav e with certain harmonic

frequencie s, and therefore, the motor temperature, noise, and vibration are sli ghtly

greater than t ho se when the AC drive runs at power frequency (50 Hz).

1.3.7 Voltage-sensitive device or capacitor on output side of the AC drive

Do not install t he c apacitor for improving power factor or lightning protection voltagesen-

sitive resistor on the output side of th e AC dr ive because the output of the AC drive is

PWM wave. Otherwise, the AC drive may suffer tr ansient overcurrent o r even

bedamage d.

1.3.8 Contactor at the I/O terminal of the AC drive

When a contactor is installed between t he input side of the AC drive and the power

supply, the AC dri ve must not be started or stopped by switching the contactor on or off.

If the AC driv e has to be operated by the contactor, ensure that the time interval betw ee n

switching is at le as t one hour since frequent charge and discharge will shorten the

service life o f th e capacitor inside the AC drive.

When a contactor is i ns talled between the o ut put side of the AC drive and the motor,do

not turn off the contactor when the AC drive is active. Otherwise, modules inside the AC

drive may be dam ag ed.

U V

AC Driver

Capacitor or voltage-sensitive resistor

Page 12

SD200 User Manual

Chapter 1 Safety and Cautions

-1 2-

380Vac 50/60Hz

Contactor KM

Do not start/stop the AC drive by switching the contactor on/off. If the AC drive has to be operated by the contactor, ensure that the tiome interval is at least one hour.

Contactor KM or offer switches

AC Driver

Turn on /off the contactor when the AC drive has no output. Otherwise,modifies inside the AC drive may be damaged.

1.3.9 The Use Occasion of the External Voltage Out of Rated Voltage Rage

The AC drive must not be used outside the allowable voltage range specified in th is

manual. Otherwise, the AC drive’s components may be damaged . If required, use a

correspond in g voltage step[-up or step-down device.

1.3.10 The Above Derating of the Default

Different power grade frequenc y converter has its default carrier frequenc y, when to

run at a higher ca rr ier frequency, the AC Drive must to reduce the amount when running.

1.3.11 Change Three Phase Input into Two Phase Input

It is not allowed to change the three ph as e AC drive into two phase one . O th er wise , it

may cause it may c au se fault or damage the AC drive.

1.3.12 The Protection of the Lighting Impulse

Although the AC drive has equipped with lightning overvoltage, overcurrent device, which

has a certain protection function for the induction lightining. For the lightning prone areas,

the user is necessary to install lightning protection device at the front of the AC drive,

which will benefit to the service life of the transducer.

1.3.13 Ambient Temperature and De-rating

The nor mal use o f the fre quency con verter amb ient te mpe rature is -10℃~40 ℃.

Tempe rat ure exce eds 40℃, the e quipment ne ed t o reduce t he a mou nt o f use. The

ambie nt tem perature of e ach inc rease is reduced by 1.5%, the maximum use of the

ambie nt te mperatur e is 50 ℃.

1.3.14 Altitude and Derating

In places where the altitude is a bove 1000m an d the c ool ing e ffe ct re duces due to th in

airit is necessary to de-rat e the AC d rive. Contact Our company for t echnical supp ort .

1.3.15 Some Special Usages

If writing that is n ot de scribed in th is ma nual, su ch as comm on DC bus is ap plied, cont-

act the agent o r Our comp any f or te chn ical support.

Page 13

SD200 User Manual

Chapter 1 Safety and Cautions

1.3.16 The Cautious of the AC drive Disposal

The electrolytic capacitors on the main circuits and PCB may explore when they are burnt.

Poisonous gas is generated when the plastic parts are burn. Treat them as ordinary indu-

strial refer to relevant national laws and regulations.

1.3.17 Adaptable Motor

1. The standard parameters of the adaptable motor is adaptable four-squirrel-cage

asynchronous induction motor or PMSM. For other types of motor, select a proper AC

drive according to the rated motor current.

2. The cooling fan and rotor shaft of general AC Drive are coaxial, which results in

reduced cooling effect when the rotational speed declines. If variable speed is

required, add a more powerful fan or replace.

3. The standard parameters of the adaptable motor have been configured inside the AC

drive. It is still necessary to perform motor auto-tuning or modify the default values

based on actual conditions. Otherwise, the running result and protection performance

will be affected.

4. The AC drive may alarm or even be damaged when short-circuit exists on cables or

inside the motor. Therefore, perform insulation short-circuit test when the motor and

cables are newly installed or during routine maintenance. During the test, make sure

that the AC drive is disconnected from the tested parts.

-1 3-

Page 14

Page 15

Chapter 2

Product Information

2.1 Chapter of This Content

This chapter b ri efly introduces the operation principle, product features, layout, namepl -

ate, and type of i ns tr uction.

2.2 Basic Principle

SD200 is a kind of A C dr ive used to control asynchronous AC induction motor.

The following figure shows the AC drive main circuit diagram. R ec ti fie make th ree-phase

AC v ol ta ge into DC voltage. Capacitor groups of i nt ermediate circuit stabilize the D C

voltage . Th e AC drive converts of the DC voltage to AC voltage for AC mot or use. When

the voltage in the circuit e xceeds the maxi mu m limit, the braking pipe will connect an

external bra ki ng resistor to the intermediate DC circuit to consume the feedback energy.

-1 5-

Page 16

Figure 2-1 Main Circu it Diagram( less than 1 8.5 kw (including))

P+

R S T

P-

Figure 2-2 Main Circu it Diagram (22kw~30 kw)

R S T

P-

DC reactor

P+

Figure 2-3 Main Circu it Diagram (over 30kw )

DC reactor

P+

P-

SD200 User Manual

Chapter 2 Product Information

-1 6-

Note:

connecting, it need to take down the bronze between P and P +. 1.

2. Lower than 30kw AC drive (including) support for external braking resistor, higher

than 37kw AC drive (including) support for external braking unit , braking resistor.

Higher than 22kw AC drive (including) support for external DC reactor, before

Page 17

SD200 User Manual

Chapter 2 Product Information

-1 7-

2.3 Naming Rules

In the model cod e co ntains the product information Users can find the code from the

transducer an d simple nameplate.

SD200

2 4

3 3

Field M ark

Content

Explanation

Sinodrive200 abbr eviated SD200

Ac drive series

2S：single-phase 2 20V 2T：Three-phase 22 0V 4T：Three-phase 38 0V

Voltage Level

Adaptive Power

Null

C：

：None

Only braking unit

braking Unit

0.7KW~500KW

G：General P：Fan pump

Function Type

Ac drive series

Voltage Level

Adaptive Pow er

braking Unit

Function Type

Figure 2-4 Name Desig nation Rules

2.4 Nameplate

SHENZHEN SINOVO ELECTRIC TECHNOLOGIES CO.,LTD.

MODEL: SD200-4T-5.5G/7.5P C

INPUT: AC3PH 380V 50/60Hz 14.6A/20.5A

OUTPUT: AC3PH 380V 0~600Hz 13A/17A

S/N: FDLAGCA0A040

MADE IN CHI NA

Model of the AC drive

Rated input voltage, frequency and current

Bar code

Rated output voltage, frequency and current

Page 18

SD200 User Manual

Chapter 2 Product Information

-1 8-

2.5 SD200 Series of AC drive

Model

Power Capacity

(KVA)

1. 5

Input Current

(A)

Output Current

(A)

Adaptable Motor

(KW)

3. 4 0. 752. 3 0. 75

Three-phase 380V Range:-15%~20%

3. 0

4. 0

5. 9

8. 9

11 4

13 4

16 0

19 2

23 1

35 5

25 5

39 6

28 7

43 9

31 1

5. 0 3. 7

1. 5

5. 8

5. 1

2. 2

10 .5 8. 5 4. 0

14 .6 13

5. 5

20 .5

17 7. 5

62 .5 60 30

76 .0

92 .0 91 45

11 3

11 2

15 7

15 0

18 0 176 90

21 4

21 0 110

25 6 253 1 32

26 .0 25 11

35 .0 32

38 .5 37 18.5

46 .5 45

30 7 304 16 0

47 0 465 25 0

33 3 330 18 5

52 5 520 28 0

38 0 377 20 0

60 5 600 31 5

42 9 426 220

SD 200-4 T-55G

SD 200-4 T-75G

SD 200-4 T-90G

SD 200-4 T-110G

SD 200-4 T-132G

SD 200-4 T-160G

SD 200-4 T-185G

SD 200-4 T-200G

SD 200-4 T-220G

SD 200-4 T-250G

SD 200-4 T-280G

SD 200-4 T-315G

SD 200-4 T-0.7G

SD 200-4 T-1.5G

SD 200-4 T-2.2G

SD 200-4 T-4.0G

SD 200-4 T-5.5G

SD 200-4 T-7.5G

SD 200-4 T-11G

SD 200-4 T-15G

SD 200-4 T-18.5G

SD 200-4 T-22G

SD 200-4 T-30G

SD 200-4 T-37G

SD 200-4 T-45G

1. 5

8. 2 0.754.7 0.75

single-phase 220V Range:-15%~20%

3. 0

4. 0

14 .0 7.5

1. 5

23 .0

10 .0

2. 2

SD 200-2 S-0.7G

SD 200- -1 .52S G

SD 200- -2 .22S G

1. 5

5. 5 0.754.7 0.75

Three-phase 220V Range:-15%~20%

3. 0

4. 0

7. 7 7. 5

1. 5

12 .0

10 .0

2. 2

SD 200-2 T-0.7G

SD 200- -1. 52T G

SD 200- -2. 22T G

Page 19

SD200 User Manual

Chapter 2 Product Information

-1 9-

53 0

60 0

66 0

47 9

73 0 725 40 0

82 5 820 45 0

91 0 900 50 0

66 5 660 35 0SD 200-4 T-350G

SD 200-4 T-400G

SD 200-4 T-450G

SD 200-4 T-500G

Model

Power Capacit

(KVA)

Input Current

(A)

Output Current

(A)

Adaptable Motor

(KW)

Note:

1. 0.75 ~ 315 kw AC drive input current is the measured results, which under the condition

of input voltage 380V, and without DC reactor as well as input and output reactor;

2. 350 ~ 500 kw AC drive input current is the measured results, which under the condition

of input voltage 380V, and equipped with input reactor;

3. Rated output current is defined as the output current of the output voltage 380V.

2.6 Technical Specifications

Item

Specification

0~600Hz

2.0kHz~10kHz； The carrier frequency is automatically adjusted based on the load features.

1:50（vector control 0 mode） 1HZ/150% Rated troque

G type：150% rated current for 60s

Auto torque boost

Line or S-curve Acc/Dec mode, four kinds of Acc/Dec time Range of Acc/Dec time 0.0~6000.0s

DC braking frequency : 0.00Hz to Maximum frequency braking time: 0.0 to 100.0s braking current : 0.0 to 150%

16-speed operatin g through built-in PL C or control terminal

It realizes proce ss-controlled clo sed loop control syst em e asily.

Jog frequency range：0 .00Hz~Maximum fre quency

The current and voltage are limited automatically during the running process so as to avoid frequent tripping due to overvoltage/overcurrent.

It helps to avoid frequ ent over- current fau lts of the AC drive.

P type: 110% rated current for 60s

Manual torque boost: 0.1%~20.0%

Maximum frequency

Carrier frequency

Input frequency resolution

Overload capacity

Torque boost

V/F curve

Accelerate/ Decelerate curve

DC braking

Simple PLC Multi-speed

Onboard PID

Auto voltage regulation (AVR)

Overvoltage/overcurrent stall control

Rapid current limit

Jog frequency range：0 .00Hz~F00.03Max imum frequency

Jog control

Digital setting：0.01Hz Analog setting : Maximum frequency x 0.025%

Basic Function

0:V/F control 1:Vector control 0 mode

Control mode

Speed range

Line

Multi-point

Square V/F curve

VF separation

Page 20

SD200 User Manual

Chapter 2 Product Information

-2 0-

Item

Specification

Freatures

Identify the speed of rapidly rotating motor to realize a smooth start without any rush.

Load feedback energy compensates the voltage reduction so that the AC drive can continue to run in a short time in case of power interruption.

Speed tracking start

Non stop function

Rapid software and hardware current limiting technology helps to avoid frequent over-current fault.

Rapid current limit

Four sets of virtual DO, five groups of virtual DI, enables easy logic control.

Virtual IO

Timing Control

Two independent motor parameters enable two motors switching control

Multi-motor switch

Timing control: set the time range 0.0Min~6500.0Min

Bus Support

Two independent Modbus communication, profibus-DP

Optional IO expansion card 1, analog input AI5 acceptable the input of motor temperature sensor .(PT100,PT1000)

Motor overheating protection

Running

Given the control panel, control terminal, serial communication port given. It can be switched by a variety of ways.

Frequency source

Command source

11 frequency sources: digital setting, analog voltage setting, analog current setting, pulse setting and serial port. It can be switched by a variety of ways.

11 auxiliary frequency source. Flexible implementation of auxiliary frequency tuning, frequency synthesis.

Auxiliary frequency source

Standard: . Six digital input terminals, one of which support to 50kHz high speed pulse input . Three analog input terminals, two of which supports -10V~10V voltage input . One support 0 ~ 10V voltage input or 0 ~ 20mA current input Expansion capability: . Two digital inputs . One analog input terminal, support -10V ~ 10V voltage input, and supports PT100 / Pt1000

Input terminal

Standard: . One high-speed pulse output terminal (optional open collector type), support of 0 ~ 50kHz square wave signal output . One digital output terminal . Two relay output terminals . Two analog output terminals, support 0~20mA current output or 0~10V voltage output Expansion capability: . One digital output terminal . One relay output terminal . One analog output terminal, support 0~20mA current output or 0~10V voltage output.

Output terminal

Display each parameter of function code group

LED display

Achieve some or all of the keys locked and define the scope of partial keys to prevent misuse.

The key lock and function selection

Display and

operation

Protection function

Powered motor short circuit test; Input/output phase failure protection; Over current protection; voltage protection; Under voltage protection; Over heat protection ; Overload protection; braking resis-

Page 21

SD200 User Manual

Chapter 2 Product Information

-2 1-

Item

Specification

Protection function

tor fault protection.

Display each parameter of function code group

Accessories

In-door, free from direct sunlight, dust, corrosive gas, combustible ga , oil mist, steam , water drop and salt .

Application environment

Altitude

Lower than 1000m (1000m-3000m for derated use)

Environment

Ambient temperature

-10℃+40℃ (derated use in the ambient temperature of 40℃ to 50 ℃ )

Humidity

Less than 95%RH, without condensation

Vibration

Less than 5.9m/s(0.6g)

Storage temperature

-20℃~+60℃

Page 22

SD200 User Manual

Chapter 2 Product Information

-2 2-

2.7 Structure diagram

2.7.1 The following figure shows the layout of the AC drive ( 7.5KW,for example).

Figure 2-6 Product st ructure diagram

Name

Description

Fan-cover

Protection fan.

Refer to 8.1 "Maintenance and hardware diagnostics."

It is used to connect the Keypad.

Optional. with the vents-cover installed, the protection level will increase and the AC drive internal temperature will increase as well so please derating use the AC drive.

Refer to 2.4 "Operating principle and Product Overview."

Refer to 3.3 "Electrical Installation."

Refer to chapter4 "Keypad operating procedures."

Protect the internal components.

Refer to 2.3 "Naming Rules".

Convenient input and output wiring.

Protect the internal components.

Cooling fan

Keypad interface

Vents-cover

Nameplate

Control terminals

Main circuit terminals

Keypad

Cabinet-cover

Lower-cover

Series Label

Apron

Page 23

Figure 2-7 Less than 7. 5 KW AC drive installat ion dimensions and in st allation size

DIGI TAL PAN EL

RPM

FWDREV/RUNTUNE/ LOCALREMOT/ TRIP

SD200 User Manual

Chapter 2 Product Information

-2 3-

2.7.2.1 SD200 series less than7.5KW (including 7.5KW)

2.7.2 Product Outline, Installation Hole Size

AC drive model

H(mm) W(mm) D(mm)

H1(mm) W1(mm)

(mm)

iameter

GW(kg)

SD 200-4 T-0.7G

SD 200-4 T-1.5G

SD 200-4 T-2.2G

SD 200-4 T-4.0G

SD 200-4 T-5.5G

SD 200-4 T-7.5G

19 0 11 0 15 0 17 8 98

Ø5

2. 4

21 0 13 0 16 0 19 8 11 8

Ø5

3. 5

25 0

15 5

17 6 23 6

14 1

Ø5

4. 5

SD 200-2 S-0.7G

SD 200-2 -1.5S G

SD 200-2 -2.2S G

SD 200-2 T-0.7G

SD 200-2 T-1.5G

SD 200-2 T-2.2G

19 0 11 0 15 0 17 8 98

Ø5

2. 4

19 0 11 0 15 0 17 8 98

Ø5

2. 4

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SD200 User Manual

Chapter 2 Product Information

-2 4-

2.7.2.2 SD200 Series 11KW~45KW

DIGITAL PANEL

RPM

FWD/REVRUN/TUNE LOCAL/REMOTTRIP

Figure 2-8 11kw~45k w AC drive installati on dimensions and insta llation size

17 0 16 2 27 0

Ø6

22 0

21 4

31 8

Ø7

25 0 22 0 37 3

5. 1

9. 3

28 5

33 2

38 7

27 0 25 2 42 6 2544 0

13 5

14 0

15 0

18 0

SD 200-4 T-11G

SD 200-4 T-15G

SD 200-4 T-18.5G

SD 200-4 T-22G

SD 200-4 T-30G

SD 200-4 T-37G

SD 200-4 T-45G

AC drive model

H(mm) W(mm) D(mm)

H1(mm) W1(mm)

(mm)

iameter

GW(kg)

DIGITAL PANEL

RPM

FWD/REVRUN/TUNE LOCAL/REMOTTRIP

2.7.2.3 SD200 Series 55KW~110KW

Fig 2-9 55~110KW AC dri ve installation dim ensions and installat ion size

30 0 25 8 53 4 20 0

37 0 28 2 62 5 25 0

Ø9

3255 0

65 0

SD 200-4 T-5 G5

SD 200-4 T-75G

SD 200-4 T-90G

SD 200-4 T-110G

AC drive model

H(mm) W(mm) D(mm)

H1(mm) W1(mm)

(mm)

iameter

GW(kg)

Page 25

SD200 User Manual

Chapter 2 Product Information

-2 5-

SD 200-4 T-132G

88 0 48 5 31 0 86 0 32 0

Ø1 3

99SD 200-4 T-160G

SD 200-4 T-185G

AC drive model

H(mm) W(mm) D(mm)

H1(mm) W1(mm)

(mm)

iameter

GW(kg)

2.7.2.4 SD200 Series 132KW~185KW

DIGITAL PANEL

RPM

FWD/REVRUN/TUNE LOCAL/REMOTTRIP

Figure 2-10 132KW~1 85KW AC drive install ation dimensions and in stallation size

2.7.2.5 SD200 Series 200KW~500KW

DIGITAL PANEL

RPM

FWD/REVRUN/TUNE LOCAL/REMOTTRIP

Figure 2-11 200KW~5 00KW AC drive install ation dimensions and in stallation size

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SD200 User Manual

Chapter 2 Product Information

-2 6-

2.7.3 External Keypad Installation Dimensions

Figure 2-12 Keypad In stallation dimens ions

119.00

128.20

79.00

DIG ITAL PA NELDIG ITAL PA NEL

RPM

FWDREV/RUNTUNE/ LOCALREMOT/ TRIP

74.80

1.50

AC drive model

H(mm) W(mm) D(mm)

H1(mm) W1(mm)

(mm)

iameter

GW(kg)

SD 200-4 T-200G

SD 200-4 T-220G

SD 200-4 T-250G

SD 200-4 T-280G

12 50 50 0 40 0 100 0 440

Ø1 3

16 7

SD 200-4 T-315G

SD 200-4 T-350G

SD 200-4 T-400G

SD 200-4 T-450G

SD 200-4 T-500G

13 50 65 0 40 0 110 5 513

Ø1 3

20 6

18 10 85 0 40 5 141 0 513

Ø1 3

41 5

Figure 2-14

Opening dimension d iagram

for keypad without ba se

Figure 2-13

Opening dimension d iagram

for keypad with base

11 9.5

+0. 3

10 0

+0. 3

Page 27

SD200 User Manual

Chapter 2 Product Information

-2 7-

When using SD200 s eries AC drive to control a sy nchronous motor syste m, you have to

install va ri ous electrical components on the side of input and output o f the AC drive to

guarantee the stabili ty and safety of s ys te m.In addition, SD200 series AC drive is

equipped with a variety of optional accessories and expansion card to achieve various

functions. More than 37kw series three-phase 380v system structure as sh ow n in the

figure below (T he figure AC drive terminal refer to 55~110KW):

2.8 Peripheral Electrical Components System Structure

Figure 2-15 Under 37 kw s eries 3-phase 380 V sys tem structure diagr am

P-

P+

P-

P+

3-phase AC power supply

Use within the allowable power supply specif icati on of the AC d rive

Moulded case circuit breakeror earth leakage circuit breakers

Select a proper breaker to resistlarge in-rush current that flows into the AC drive at power-on

To guarantee safety, use an electromagnetic contactor. Do not use it to start or stop the AC drive because such operation reduces the service life of the AC drive

Suppress the high order harmonic to improve power factor

Electromagnetic contactor

AC reactor

Reduce the electromagnetic interference on the input side.

Input side EMC filter

Break unit

Braking resistor

Ground

Output reactors

Ground

Motor

AC Driver

Page 28

2.8.1 Peripheral Electrical Components Description

SD200 User Manual

Chapter 2 Product Information

-2 8-

Installation

position

Function Description

Accessory

Name

MCCB

Interrupt th e po wer supply when overcurrent occurs

on downstrea m de vices.

Power

receiving side

Contactor

drive frequently by switching the contactor on and off (less than twice per minute) nor use it to directly start the AC drive.

Start and stop the AC drive.Do not start and stop the AC

Between MCCB and the AC drive input side

AC input

reactor

Eliminate the higher harmonics of the input side effecti-

vely and prevent other devices from being damaged due

to distortion of the voltage waveform;

Eliminate the input current unbalance due to unbalance

between the power phases;

Improve the power factor of the input side;

AC drive input side

EMC input

filter

nce of the AC drive;

Decrease the conduction interference flowing from the

power end to the AC drive and improve the anti-interfe rence capacity of the AC drive.

Reduce the external conduction and radiation interfere-

AC drive input side

DC reactor

Improve the efficiency and thermal stability of the AC

drive;

Eliminate the impact of higher harmonics of the AC drive

input side and reduce the external conduction and radiation interference.

Improve the input power factor;

SD200 series AC drive of 30G and above configured with DC reactor as standard

AC output

reactor

higher harmonics. When the motor is far from the AC drive, there is much distributed capacitance in the circuit and certain harmonics may cause resonance in the circuit, bringing about the following two impacts:

a.Degrade the motor insulation performance and damage

the motor in the long run.

b.Generate large leakage current and cause frequent AC

drive protection trips.

If the distance between the AC drive and the motor is

greater than 100 m, install an AC output reactor.

The output side of the AC drive generally has much

Between the AC drive output side and the motor, close to the AC drive

Page 29

SD200 User Manual

Chapter 2 Product Information

-2 9-

Note:

Otherwise, it may cause faults to the AC drive or damage to the capacitor and surge

suppressor;

2. Input/output (main circuit) of the AC drive include harmonic components, which may

interfere with the AC drive attachment communications equipment. Therefore, install

an anti-aliasing filter to minimize the interference;

3. Details of peripherals and options refer to Chapter 2 selection of peripheral devices.

Do not install capacitor or surge suppressor on the output side of the AC drive.

2.9 SD200 Optional Parts

Peripheral optional braking unit, each function expansion card and the outer lead operator,

etc..As shown below. Seeing detailed usage instructions for use of the accessory. For the

following options, please note when ordering.

Type

RemarkName

Internal

braking unit

Models

followed

by letter "C”

Function

Models power under 22KW are installed with the internal braking unit as standard configuration

External

braking unit

SDBUN

37KW and above need to be configured with an external braking unit

For 30KW model power, the braking unit is optional

Multiple braking ones are connected in parallel for the models above 90KW

Multi-function

I/O expansion

card

SDIO1

Increase 3 digital inputs, 2 digital outputs, two relay outputs, two analog voltage input T_Motor

It applies to all models

Modbus

communication

card

SDCM01

One RS - 485 communication card, one CAN communication card.

Coming soon

Profibus-DP

card

SDDP01

Profibus-DP card，DB9interface

Coming soon

External LCD

panel

SDPG01

External LCD display and keypad, you supply copy parameters

Coming soon

2.9.1 Selection Braking Unit

The section recommend braking assembly is instructional data, user can select different

resistance value and power according to actual situation. (Resistance values can not be

lower than the recommended ones , the power can be higher than recommended ones).

Braking rem inertia, deceleration time, energy of potential energy load. Customs select

the AC drive should comply esistance can be selected according to the power of motor in

actual applied system. They are also related to systwith the actual situation. The bigger of

the system inertia, the shorter of the deceleration time, the more frequent of the braking,

and the braking resistence should select larger power and smaller resistance .

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SD200 User Manual

Chapter 2 Product Information

-3 0-

2.9.1.1 The Selection of Resistance Value

When braking, almost all renewable energy consumption of the motor is on the braking

resistor,According to the formula：

U*U/R=Pb

ª U------ Braking voltage at stable braking system.

(System selections differs in braking voltages, The AC380Vsystem usually selects

DC700V braking voltage.)

ª Pb-----Braking power

2.9.1.2 The Selection of braking Resistor Power

Elevator---20%~30% Open and draw volume---20%~30%

Centrifuge---50%~60% Accidental braking load---5%

Commonly take 10%

2.9.1.3 Selection of Reference

When the AC drive is driven by the control device requiring rapid braking, the braking unit

needs to release the power of the motor braking feedback to the DC bus. 400V voltage

level 0.4 ~30kw is equipped with built-in braking unit, if you need to rapid stop, please

refer to the appropriate braking to select the unit and braking resistance, AC drive

capacity, if need to stop, it can be directly connected to the braking resistance. Please

choose the appropriate braking unit according to the braking resistance of the AC drive

capacity.

Page 31

SD200 User Manual

Chapter 2 Product Information

-3 1-

AC drive Capacity

(kw)

Braking Unit

Specification

Quantity

Braking Resistor

Resistance

Power

Quantity

≥30 0Ω0. 4

0. 75

1. 5

2. 2

4. 0

5. 5

7. 5

18 .5

Built-in as

standard

≥30 0Ω

≥22 0Ω

≥20 0Ω

≥13 0Ω

≥90 Ω

≥65 Ω

≥40 Ω

≥32 Ω

≥25 Ω

≥22 Ω

≥16 Ω

15 0W

25 0W

30 0W

40 0W

50 0W

80 0W

10 00W

13 00W

15 00W

25 00W

≥16 Ω

≥8Ω

37 00W

45 00W

55 00W

37 00W

45 00W

EHBU70

11 0

16 0

20 0

13 2

18 5

22 0

55 00W

37 00W

45 00W

55 00W

≥8Ω

SD200 series under 30KW(30KW included) AC drive braking resistor connection as shown in figure 2-16.

2.10 Connection Methods

2.10.1 Braking Resistor Connection

Figure 2-16 braking r esistor connectio n

Braking resistor

P+

AC Driver

Page 32

SD200 User Manual

Chapter 2 Product Information

-3 2-

SD200 series AC drive and the braking unit connection as shown in figure 2 -17.

2.10.2 Braking Unit Connection

Wh en a s ingle braking unit failin g t o m eet the needs of the braking energ y, two or more br aking on es ar e requir ed in paralle l connection, as shown in figure 2-18.

2.10.3 Braking ones in Parallel Connection

Figure 2-17 braking u nit connection

－

braking

unit

P+

P-

AC Driver

Braking resistor

Figure 2-18 braking o nes in parallel conne ct ion

－

P+

P-

－

AC Driver

Braking resistor

braking

unit

Braking resistor

braking

unit

Page 33

Chapter 3

Mechanical and Electrical Installation

3.1 Chapter of This Content

This chapter i nt roduce the mechanical and electrical installation of the AC drive.

Danger

Only those who are traine d a nd qualified professi onals can operate the wor k de scribed

in thi s c hapter. Please operate according to the se ction of "pay attentio n to security matters", failure t o these may cause perso nal injury or damage to e qu ipment.

Power supply of AC dr ive must be disconn ec ted before the inst allation. If the AC d rive

has connected to power, please power off fir st an d the n wai t not le ss th an th e time marked on the AC drive an d confirm the Charge La mp was already of f, users in such condition are advised to use the multim eter to measure if the DC bus voltage of the AC drive is under 36v.

The installation and design of the AC drive must comply with relevant laws and

regulations of th e installation regi on. If the installa tion of the AC drive vi olates the requirements of local l aw s an d re gulations, We Our company d oes not as su me any legal responsibility. In addition, if user are not comply with the recommendati on s, the AC drive may appear some f aults not covered by th e warranty.

-3 3-

Page 34

SD200 User Manual

Chapter 3 Mechanical and Electrical Installation

-3 4-

3.2 Mechanical Installation

3.2.1 Installation Environment

In order to ma ke full use of th e perfor mance of the AC drive an d mainta in its functi on for a lo ng time, it is ver y im portant to instal l the envi ronment . Please install the AC drive in the fo llowing table of the desc ribed environment .

Conditions

Environment

Installation site Indoor

Ambient

temperature

If the ambien t temperature of the AC drive is above 40℃, dera te

3% for every add it ional 1℃.

It is not recommended to use the AC drive if the ambient

temperatur e is a bove 50℃.

In order to impr ov e the reliability of the device, do not use the

inverter if th e am bient temperature changes frequently.

Please provide co ol ing fan or ai r conditioner to control the

internal ambient temperature below the required one if the AC drive is used in a c lo se space such as in the control cabinet.

When the temperature is too low, if the AC drive needs to restart

to run after a long stop, it is necessary to provide an extern al heating device to increase the internal temperature, other wi se

damage to the de vi ces may occur.

-10~+50℃

Humidity

No condensation is allowed, The maximum relative humidity should

be equal to or less than 60% in corrosive air.

Rh≤90%

Storage

temperature

-30~+60℃

Running

Environment

Condition

The installation site of the AC drive should:

keep away from the electromagnetic radia tion source

keep away from contaminative air, such as corrosive gas, oil mi st

and flammable gas;

ensure foreign objects,such as metal pow er,dust,oil,water can not

enter into the AC drive(do not install the AC drive on the flammable materials such as wood)

keep away from direct sunlight,oil mist,steam and vibration

environment;

；

Altitude

<1000m,If th e se a level is above 100m,please derate 1% for every addition al 1 00 m.

Vibration

≤5.8m//s²(0 .6 g)

Installation

direction

AC drive shoul d be i nstalled on an upright position to ensure sufficient cooling effe ct .

Page 35

SD200 User Manual

Chapter 3 Mechanical and Electrical Installation

-3 5-

Note:

ing to enclosure classification.

2. Cooling air must be clean,free from corrosive materials and electrically conductive dust.

SD200 series AC drive should be installed in a clean and ventilated environment accord-

3.2.2 Installation Direction

Th e AC driv e may be installe d on the wall or in a cabinet. Th e AC driv e must be install ed in an upright position. Check th e instal lation site accord ing to the requ irements below.Re fer to chapter 3. 1 outlin e diagra m for fra me de tails.

Figure 3-1 Installa tion direction of AC dr ive

A. Vert ical installation

B. Alinic installation

C. Tran sverse installation

Figure3-2 Install ation manner

3.2.3 Installation Manner

Wa ll mo unting(for the AC drive of 380V≤315KW)

charpter;

2. Fix the screws or bolts to the marked locations;

3. Put the AC drive against the wall;

4. Tighten the screws in the wall securely.

Mark the hole location. The location of the holes is shown in the outline diagram in 3.2

Page 36

SD200 User Manual

Chapter 3 Mechanical and Electrical Installation

-3 6-

3.2.4 Single Installation

3.2.5 Multiple Installation

Figure 3-3 Single ins tallation

Note:

The minimum space of B and C is 100mm.

Figure 3-4 Parallel i nstallation

Warm Air

Cool Air

Note:

ience of later maintenance;

2. The minimum space of B, D and C is 100mm.

Before installing the different sizes AC drive, please align their top position for the conven-

B B

Warm Air

Cool Air

Page 37

SD200 User Manual

Chapter 3 Mechanical and Electrical Installation

-3 7-

3.2.6 Vertical Installation

Figure 3-5 Vertical i nstallation

ool

Wind Board

Warm

Wind Board

Cool Ai

Note:

Windscreen should be installed in vertical installation for avoiding mutual impact and insuffici-

ent cooling.

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SD200 User Manual

Chapter 3 Mechanical and Electrical Installation

-3 8-

3.2.7 Canted Installation

Figure 3-6 Tilt insta llation

arm A

Cool A

Air

Cool A

Note:

Ensure the seperation of the wind input and output channels in tilt installation for avoiding

mutual impact..

Page 39

SD200 User Manual

Chapter 3 Mechanical and Electrical Installation

-3 9-

3.3 Standard Wiring

3.3.1 Main Circuit Wiring Diagram

Figure 3-7 Main circu it wiring diagram

P+ P-

18.5KW

(including)Below

MCCB

R S T

3-phase 380V input power 50/60HZ

S T

braking resistor

S T

22～30KW

P+

P-

DC reac tor

S T

3-phase 380V input power 50/60HZ

MCCB

37KW

(including)Above

P+

P-

braking unit

DC reac tor

braking r esistor

R S T

S T

3-phase 380V input power 50/60HZ

MCCB

Note:

1. DC reactor, braking unit and braking resistor are optional accessories”.

2. P1 and(+) are short circuited in factory, if need to connect with the DC reactor, please

remove the contact tag between P1 and (+).

3.3.2 Main Circuit Terminals Diagram

Figure 3-8 7.5KW belo w main circuit termin al diagram

P+ P- PB R S T U V WP+ P- PB R S T U V W

PEPE

Page 40

SD200 User Manual

Chapter 3 Mechanical and Electrical Installation

-4 0-

Figure 3-9 11~18.5k w main circuit termin al diagram

P+ P- PB R S T U V W

P+ P- P B R S T U V W PEP+ P- P B R S T U V W PE

DIGITAL PANEL

FWD/REVRUN/TUNE LOCAL/REMOTTRIP

Hz A V

RPM

Figure 3-10 22kw main c ircuit terminal dia gram

P P+ P- P B R S T U V W

DIGITAL PANEL

FWD/REVRUN/TUNE LOCAL/REMOTTRIP

Hz A V

RPM

P P+ P- PB R S T U V W

Figure 3-11 30kw main c ircuit terminal dia gram

R S T PB P P+ P- U V W R S T PB P P+ P- U V W

R S T PB P P+ P - U V W

DIGITAL PANEL

FWD/REVRUN/TUNE LOCAL/REMOTTRIP

Hz A V

RPM

PEPE

Figure 3-12 37~45kw m ain circuit termina l diagram

R S T P P+ P- U V W

R S T U V W P P+ P-

POWE R(电源)

MOTO R(电机)

DIGITAL PANEL

FWD/REVRUN/TUNE LOCAL/REMOTTRIP

Hz A V

RPM

R S T P P+ P- U V W

R S T U V W P P+ P-

PO W ER (电源)

MO T OR (电机)MO T OR (电机)

PEPE

Page 41

SD200 User Manual

Chapter 3 Mechanical and Electrical Installation

-4 1-

Figure 3-14 380V 132~ 185kw main circuit te rminal diagram

P-

P+

P-

P+

DIGITAL PANEL

FWD/REVRUN/TUNE LOCAL/REMOTTRIP

Hz A V

RPM

Figure 3-15 380V 200~ 500kw main circuit te rminal diagram

P+

PEPE

P-

P+

UUV

P-

DIGITAL PANEL

FWD/REVRUN/TUNE LOCAL/REMOTTRIP

Hz A V

RPM

Figure 3-13 55~110k w main circuit termin al diagram

P P+ P- R S T U V W

POW ER(电源)

MOT OR(电机)MOT OR(电机)

PEPE

DIGITAL PANEL

FWD/REVRUN/TUNE LOCAL/REMOTTRIP

Hz A V

RPM

P P+ P- R S T U V W

POWE R(电源)

MOTO R(电机)

Page 42

SD200 User Manual

Chapter 3 Mechanical and Electrical Installation

-4 2-

Terminal

Terminal Name

18.5KW

(including)

below

Function Description

22~33KW

R、S T、

Power input of the main circuit

3-phase AC input terminals which are generally connected with the power supply.

Braking resistor

terminal

Without the

terminal

P+

P、P1 and (+) are connected with the terminals of DC reactor.

(+) and (-) are connected with the terminals of braking unit. PB and (+) are connected with the terminals of braking resistor.

P P

DC reactor

terminal

P-

400V:Grounding resistance is less than 10Ω

Protective grounding terminals, every machine is provided 2 PE terminals as the standard configuration.These terminals should be grounded with proper techniques.

37KW

(including)

above

DC reactor

terminal

DC reactor

terminal

braking unit

terminal

Braking unit

terminal

Without the

terminal

AC drive output

U、V W、

Three-phase AC output terminals, general connected to the motor.

DC reactor terminal braking resistor terminal

Braking resistor

terminal

Braking resistor

terminal

Note:

1. Do not use an asymmetrically constructed motor cable. If there is a sysmmetically cons-

tructed grounding conductor in the motor cable in addition to the conductive shield,con-

nect the grounding conductor to the grounding terminal at the AC drive and motor ends;

2. Braking resistor, braking unit and DC reactor are optional parts;

3. Route the motor cable,input power cable and control cables seperately;

4. If the terminal description is"/",the machine does not provide the terminal as the external

terminal.

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SD200 User Manual

Chapter 3 Mechanical and Electrical Installation

-4 3-

3.3.3 Main Circuit Terminal Wiring Process

1. Fasten the grounding conductor of the input power cable with the grounding terminal of

the AC drive(PE)by 360 degree grounding technique. Connect the phase conductors to

R, S, and T terminals and fasten;

2. Strip the motor cable and connect the shield to the grounding terminal of the AC drive by

360 degree grounding technique. Connect the phase conductors to U, V and W

terminals and fasten;

3. Connect the optional brake resistor with a shielded cable to the designated position by

the same procedures in the previous step;

4. Secure the cables outside the AC drive mechanically.

Figure 3-15 Screw ins tallation diagram

NG Y

Screws are not fastened Screws are fastened

Figure 3-16 360-deg ree grounding techn iq ue diagram

Enclosure

Correct grounding method

Enclosure

Wrong grounding method

Page 44

3.3.4 Control Circuit Wiring Diagram

SD200 User Manual

Chapter 3 Mechanical and Electrical Installation

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Figure 3-17 Wiring di agram of Control Circ uit

3-phase380V/480V Input power 50/60Hz

braking resistor

Digital input 1

Digital input 2

Digital input 3

Digital input 4

Digital input 5

High-speed pulse input

Keypad interface

Open collector output 1 （High-speed pulse output）

Open collector output2

Relay output1

Relay output2

Expansion card interface

MCCB

AI 2

AI 1

+1 0V

DC：0～10V/0～20mA

DC：-10V～10V

1kΩ 5kΩ～

S T

SD200

GND

CO M

DI 5

HD I1

DI 4

DI 3

DI 2

DI 1

OP EN

DI SP1

AO 2

GN D

HD O1

CM E

T1 C

T1 B

T1 A

DO 1

Analog output AO 1,AO2 0V-10V/0mA-20mA

T2 C

T2 A

AO 1

A B

485 communication interface

+2 4V

485

OFF

DC：-10V～10V

AI 3

T S

R S

P-

P+

Main circuit

Control circuit

PE (connec t ca binet )

An alog inpu t re ference v oltage

An alog inpu t 1

An alog inpu t 2

An alog inpu t 3

Note:

This diagram is only suitable for the AC drive’s power rate below SD200-4T-18.5,for other

power rate refer to this chapter 3.3"Main Circuit Terminal Wiring".

Page 45

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Chapter 3 Mechanical and Electrical Installation

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DIGITAL PANEL

FWD/REVRUN/TUNE LOCAL/REMOT TRIP

Hz A V

RPM

+10V

AI2

AO1 AO2 HDI 1 DI2 DI4 OPEN +24V COM

T1A

AI1

GND

AI3

GND D I1

DI3 DI5

COM CME HOD1 DO1

T1B T1C

T2A

T2C

3.3.5 Control Panel Terminals

Figure 3-18 Control t erminal diagram

Control Panel Terminal Function Instructions

Specification

Type

Analog

input

Terminal

+10V

Terminal name

Analog input

reference

voltage

10.5V(+3%)

Maximum output current 25mA/ the potentiometer resistance range is more than 4KΩ.

Internal isolated with COMGND

Analog ground

0~20mA：Input resistance 500Ω, max input current is 25mA

Input range: 0–10VDC/0–20 mA, switched by jumper J9 on the control board and factory defaulted as voltage input.

0~10V：Input resistance 100KΩ, max input voltage 12.5V

AI1

Analog Input 1

-10V~10V：Input resistance 25KΩ

Max. input voltage range:-12.5V~+12.5V

AI2

Analog Input 2

-10V~10V: Input resistance 25KΩ

Max input voltage range: -12.5V~+12.5V

AI3

Analog Input 3

0~20mA:Input resistance 200Ω~500Ω

Input range: 0–10 VDC/4–20 mA, switched by jumper J3 on the control board and factory defaulted as voltage input.

0~10V：Input resistance >10KΩ

AO1

Analog output 1

Digital output

0~20mA:Input resistance 200Ω~500Ω

Input range: 0–10 VDC/4–20 mA, switched by jumper J4 on the control board and factory defaulted as voltage input.

0~10V：Input resistance >10KΩ

AO2

Analog output 2

Internal isolated with COMGND

Analog ground

Switch the high and low electric level during digital input, it was connected with + 24 V short circuit in factory which means it’s effective when the digital input is with low level.

24V±10%，Internal isolated with GND

+24V +24V

OPEN

Digital input

terminal common

Page 46

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Chapter 3 Mechanical and Electrical Installation

-4 6-

Cont rol Panel Terminal Function Instructions(continued)

Specification

Type

Digital

input

Terminal

DI1~DI5

Terminal name

Digital input 1-5

Input specification：24VDC，5mA

Internal isolated with GNDCOM

+24V

Frequency range：0~200Hz

Voltage range：10V~30V

HDI1

High-speed

pulse input /

digital input 6

Voltage range：10~30V

Digital input: equal with DI1~DI5

Voltage Pulse input Maximum frequency 50KHz：

DO1

Open collector

output

Current range：0~50mA

Voltage range：0~24V

Digital

output

HDO1

High-speed

pulse output

Pulse output:：0~50KHz

CME

DO1/HDO1

Digital output

public ground

CME and COM is internal isolated, but the factory has an external short circuit (DOI default is + 24V drive). when DO1 driven with an external power supply, it must be disconne cted the external shorting of CME and COM.

0~20mA: Input impedance: 500Ω Max input current: 25mA ,

T1A、 T1B、 T1C

Relay 1 output

Contact capacity：250VAC/5A，30VDC/5A

T1A-T1B:NC T1A-T1C:NO

Relay

output

T2A、 T2C

Relay 2 output

Contact capacity：250VAC/3A，30VDC/3A

T2A-T2C:NO

485 differential

signal +

Speed rate：1200/2400/4800/9600/19200/38400

Rs485

commun

-ication

485 differential

signal -

Use twisted pair or shielded cable, the longest distance:300m

Internal isolated with COMGND

Analog ground

Switching Dial Code Switch Function Description

Factory setting

Name

Jumpers

Figure

Function

485

OFF

AI1

0～10V

OFF

Rs485 communication terminating resistor selection ON: 120Ω termination resistor connection is valid OFF: Without termination resistor connection

I is the current input（0~20mA） V is voltage input（0~10V）

AO1

0～10V

I is current output（0~20mA） V is voltage output（0~10V）

Page 47

Switching Dial Code Switch Function Description(continued)

Factory setting

Name

Jumpers

Figure

Function

J14,J15

Choose whether connect PE with GND/COM. Occcasions with interference, Connect PE with GND/COM can improve the ablility to resist the interference.

AO2

0～10V

I is current output（0~20mA） V is voltage output（0~10V）

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Chapter 3 Mechanical and Electrical Installation

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T/A,S/B

TAS

T S

Speed tracking / closed-loop encoder input function selection T and S group: speed tacking option A and B group: closed-loop encoder impulse selection

Note: only allow appear the following combination:T and S, or A and B

COM

GND

J15

J14

When no connection(Jumper is on the right side of the control board when you face to the control board)

Note:

For the selection of the jumper of T/A，S/B, when you choose the speed tracking start func-

tion, please set the combination of T and S.

3.3.6 Input/output signal connection diagram

3.3.6.1 AI Analog input terminal

We ak analog volta ge signals are easy to suf fer e xternal inte rferenc e, and t herefore the sh ielded c able mus t be us ed and the cabl e length must b e less than 20 m, as shown in fo llowing figure3-19.In applic ations where the analog signal suffers severe inter ference, in stall fi lter cap acitor or ferrit e magnet ic core at the analog signal so urce, as shown in th e fo llowing figure 3-20.

Fig3-19 Analog inpu t and output terminal w iring diagram

+10V

AI1

GND

<20米

AC Driver

Figure 3-20 Analog in put terminal proces s wiring diagram

AI1

GND

In the same direction or in the same direction through about 2 to 3 turns

Ferrite bead

0.022UF 50V

AC Driver

Page 48

3.3.6.2 DI Digital Input Terminals

Ge nerally, select shielded cable no longer th an 20 m. When active driving is adopted,nece ssary fi ltering measures shall be taken to prevent the interfere nce to th e power supply. It is recommend ed to use the contact control mode.

SD200 User Manual

Chapter 3 Mechanical and Electrical Installation

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+24V

OPEN

+VCC

Singnal

DI1

DI5

COM

2.4K

NPN

3.3Ω

External controller

AC drive control board

Figure 3-21 Sink wiri ng

Th is is t he most commonly used wiring mode. To apply external power supply, remove ju mpers between +24 V and O PEN and connect the 24V pos itive pole of e xternal power su pply to OPEN and connec t the ext ernal p ower 0V to the c orresponding DI terminal via co ntrol th e contact control.

Note

In this In such wiring mo de, the DI terminals of d ifferent AC drives ca nn ot be connected in

parallel. Otherwi se, DI mal-function m ay result. If paralle l co nnection (differe nt AC drives) is required, connec t a diode in series at the DI a nd the diode needs to sat is fy the requirement: IF>1 0mA, UF <1 V.As shown in Fi gure 3-22.

Figure 3-22 DI termin als connected in parallel in SINK mo de

+24V

OPEN

+VCC

信号

DI1

COM

2.4K

NPN

3.3Ω

+24V

OPEN

COM

AC drive 1

control board

AC drive 2

control board

External controller

+VCC

+24V

OPEN

2.4K

DI5

3.3Ω

PNP

信号

DI1

COM

AC drive

control board

External controller

Figure 3-23 Source Wi ring

Page 49

In such wiring mode, remove the j umper between +24 V and O P. Con nect + 24 V to the co mmon port of ext ernal control ler an d meanwhile connect OP to COM. If exte rnal power su pply is ap plied, remove the jumper between +24V and OPEN,.and conn ect t he OP EN wi th the 0V of the ex ternal powe r su pply, the external power +24 V ne ed to be connecte d to the c orrespond ing DI terminal on its way pa ssing the co ntact c ontrol of ex ternal co ntroller.

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Chapter 3 Mechanical and Electrical Installation

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3.3.6.3 DO Digital Output Terminal

Wh en the digital o utput terminal need s to drive the relay, an absorptio n di ode sh all be in stalled betwe en two sides of the relay coil. O therwise, it m ay caus e damag e to the 24 VD C power supply. The dr iving ca pacity is not mor e than 50 mA.

Figure 3-24 DO Termin al Wiring diagram

COM

CME

DO1

+24V

electric relay

diode

AC Driver

Note

Do not reverse the pola rity of the absorptio n diode during instal la tion. Otherwise, th e 24V

DC power supply will be d amaged immediatel y on ce there is digital out put.

When the product leav ing factory, digita l output CME and COM are ex te rnal short connect

(Do1 is the default +24 V drive). When the DO dri ven by external power , re move the exter- nal connection betw een CME and COM short con nection.

3.4 Layout Protection

3.4.1 Protect the AC drive and input power cable in short-circuit situations

Pr otect th e AC driv e and inp ut po wer cabl e in shor t circui t situations and against therma l ov erload. Arrange the protec tion acc ording to the fol lowing guidelines .

Figure 3-25 Fuse conf iguration diagram

Input cable

Fuse

AC drive

DIGITAL PANELDIGITAL PANEL

RPM

FWD/REVRUN/TUNE LOCAL/REMOTTRIP

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Chapter 3 Mechanical and Electrical Installation

-5 0-

Note:

Select the fuse as the manual indicated.The fuse will protect the input power cable from da-

mage in short-circuit situations. It will protect the surrounding devices when the internal of

the AC drive is short circuited.

3.4.2 Protecting the motor and motor cable in short-circuit situations.

Th e AC drive prote cts th e motor an d moto r cabl e in a shor t-cir cuit situation when the moto r cable is dimen sione d according to th e rated cu rrent of the AC drive. No addit ional prot ection devices are ne eded.

Note

If the AC drive is connected to multipl e mo tors, a seperate thermal over load switch or a

circuit b reaker must be used for protecting each c able and motor. These devic es may require a seperate fu se to cut off the short-c ircuit current.

Ac cording to reg ulations, the motor m ust be protected against thermal overload an d the cu rrent must be switched o ff when overload is dete cted. The A C d rive inclu des a motor th ermal protect ion function that prote cts the motor and closes the output to switch off the cu rrent wh en ne cessary.

3.4.3 Protecting the motor against thermal overload

It is ne cessary to set power frequency and variable fre quency conv ersion circ uits for the as surance of c ontinious norma l work of the A C driv e if faults occur in so me sig nificant si tuations.In some spe cial situa tions, for example, i f it is only us ed in soft start, the AC dr ive c an be conversed into po wer f requenc y run ning after st arting and some co rresponding bypass should be added.

3.4.4 Implementing a bypass connection

Note

Never conn ect the supply powe r to th e AC dr ive output termina ls U,V ,W .Power l in e

voltage applied to th e output can result in pe rmanent damage to the A C dr ive.

If frequent shifting i s re qu ired, employ mechanically connected switches or contactors to ensure th at the motor terminals are not connected to the AC power li ne and inverter output terminals sim ul taneously.

Page 51

Chapter 4

Operation, Display and Application Examples

4.1 Chapter of This Content

This chapter contains following operation:

Buttons, indicating lights and the screen as well as the methods to inspect, modify and set

function codes by keypad.

-5 1-

Page 52

Th e keypad is us ed to co ntrol SD200 series AC drive, read the state data and adju st pa ram eters.

DIGITAL PANELDIGITAL PANEL

RPM

FWD/REVRUN/TUNE LOCAL/REMOT TRIP

Figure 4-1 Keypad dia gram

SD200 User Manual

Chapter 4 Operation, Display and Application Examples

4.2 Introduction of the keypad

Name

No.

Status

indicator

Instructions

LED off means that the AC drive is in the stopping state; LED blinking means the AC drive is in the parameter autotuning state; LED on means the AC drive is in the running state.

RUN/TUNE

OFF means the AC drive is in the forward rotation state ON means the AC drive is in the reverse rotation state.

FWD/REV

LOCAL/ REMOT

Operation pa ne l control

Terminal con tr ol

Communicat io n control

○ FF LOCAL/REMOT：O

● LOCAL/REMOT：PN

○ LOCAL/REMOT：Fla sh

TRIP

LED for faults LED on when the AC drive is in the fault state; LED off in normal state LED blinking means the AC drive is in the pre-alarm state.

-5 2-

It is necessary to use M3 scre w or inst allation bracket t o fix the ex ternal keypad. The in stallation bracket f or AC drive o f 7.5KW is op tional bu t it is stand ard for the A C drive of be low 11KW .

Note:

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SD200 User Manual

Chapter 4 Operation, Display and Application Examples

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Name

No.

Unit

indicator

Instructions

It represents the current display of the Keypad

RPM

Frequency unit

Voltage unit

Speed unit

Percentage

Current unit

Code

Display

Zone

5-figure LED display displays various monitoring data and alarm code such as set frequency and output frequency.

Digital

potent-

iometer

When the frequency source A or B is set to 1, the setting of the frequency source is determined by the analog potentiometer input voltage . The maximum output voltage corresponding to the maximum frequency, minimum voltage corresponding to 0 Hz

Display

letter

Correspo-

nding letter

Display

letter

Display

letter

Correspo-

nding letter

Correspo-

nding letter

Program key

Entry key

Up key

Down key

Right-Shift

key

Enter or escape from the first level menu and remove the parameter quickly

Enter the menu step-by-step confirm parameters

Keypad

button

zone

Increase data or function code progressively

Decrease data or function code progressively

Move right to select the displaying parameter circularly in stopping and running mode. Select the parameter modifying digit during the parameter modification

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SD200 User Manual

Chapter 4 Operation, Display and Application Examples

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Name

No.

Instructions

Stop/Reset

Run key

S Key

This key is used to stop in running state; This key is used to reset all control modes in the fault alarm state..

The key is used to operate on the AC drive in key operation mode

Keypad

button

zone

F07.01=0 without function F07.01=1 jog running F07.01=2 shift key to change the display state F07.01=3 switch between forward and reverse F07.01=4 clear UP/DOWN setting F07.01=5 coast to stop

SD 200 se ries K eypad display statu ssis d ivided into stopping stat e para meter, running st ate para meter, function co de parameter editing state an d fault alarm state an d so on.

4.3 Display of Keypad

When the AC drive is in the stopping st ate, the keypad will display stopping parameters. In the stopping state,various kinds of parameters can b e displayed. Select the parameters to b e displayed or not by F07.04.See the instructions of F07.04 for the detailed definition of each bi t. In the stopping state, ther e are 14 stopping pa ra me te rs can be selected to be displayed or not. They are: set frequency, bus voltage, input terminals state, output terminals state, PID given value, PID feedback value, torque set value,AI1,AI2,AI3,HDI,PLC and the

current stage of multi-step speeds, pulse counting value, length value.F07.04can select the parameter to b e displayed or not by bit and press > > button can s hift the parameters from left to right, press butoon "S" (F 07 .01 = 2) can shift th e parameters from right to le ft .

4.3.1 Displayed state of stopping parameter

After the AC drive receives valid running commands, the AC dr iv e will enter into the

running state and the keypad will display the running parameters , the "RUN" LED on the

keypad i s on, while the "FWD/REV" is determined by t he current running direction which

is shown as figure 4-2.

In the running sta te , there are 24 parameters can selected to b e displayed or not. They

are: running frequency, set frequency, bus voltage, ou tp ut vo lt ag e, ou tp ut torque, PID

given va lu e, P ID feedback value, input terminals state, output te rminals state, torque set value, length value, PLC and the current stage of multi-step spe ed s, pulse counting value,AI1,AI2,AI3,HDI,percentage of motor overload, percentage of AC drive overload, ramp given value, Linear s pe ed , AC input current.F07.02 and F07.03 c an selec t the parameter to be dis pl ayed or not by bit and press > > bu tt on can shift the parameters from left to ri ght, press "S" (F7.01 = 2) can shift the parameters fr om right to left.

4.3.2 Displayed state of running parameters

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Chapter 4 Operation, Display and Application Examples

-5 5-

If the AC drive detects the fault signal, it will en te r into the fault pre-alarm displaying st at e. The keypad will display the fault code by flicking. The "TRIP key" LED on the keypad is on, and the fa ult reset can be operated by the "STOP/RST key" on the keypad, control terminals or communication commands.

4.3.3 Displayed state of fault

In the state of stopping, running or fault, press "PRG" to enter into editing state(if there is a password, see F07.00).The editing state is displayed on two classes of menu, and the order is: function code group/function code number > function code parameter, press "ENTER" into the displayed state of function parameter. On this state, you can press "ENTER" to save the parameters or press "PRG " to retreat.

4.3.4 Function Code Editor Displays Status

4.4 Keypad Operation

Op erate the AC d rive via operat ions pan el. See the detailed str ucture d escript ion of fu nction code in th e brief diagram of function co des.

4.4.1 How to modify the function codes of the inverter

Th e AC driv e has thr ee-leve l menus, they are:

1. Group number of functio n code(f irst-leve l menu)

2.Tab of function code(second-leve l menu)

3.Set val ue of functio n code(t hird-leve l menu)

Op eration procedu re on the oper ation pa nel:

PRG

50.00 F00

F00.03 F00.04

50.00

ENT ER

return

PRG

return

PRG

ENT ER

(modify storage)

return

PRG

Display parameter interface

level 1 menu

level 2 menu

level 3 menu

Press modify parameters

Note:

Press both the "PRG" and the "ENTER" key to return to level2 menu from the level3 menu.

The difference is: pressing "ENTER" will save the set parameters into the control panel,

and then return to the level2 menu with shifting to the next function code automatically;

while pressing "PRG" will directly return to the level 2 menu without saving the parameters,

and keep staying at the current function code.

Page 56

Example: Set function code F0C.02 from 10.00Hz to 15Hhz.

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Chapter 4 Operation, Display and Application Examples

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In Level 3 menu, if the parameter has no blinking digit, it means tha t the parameter cannot

be modified. This may be because:

a. Suc h a function code is only readable, such as, AC drive mod el , actually detected

parameter an d running record parameter;

b. Suc h a function code cannot be modified in the running state and can only be changed

at sto p.

Figure 4-3 Modifyin g parameters diagra m

F0C.00

PRG

ENT ER

50.00

F00

F0C

F0C.02

10.00

PRG

F0C F0C.03

15.00

10.00

ENT ER

PRG

SD200 series AC drive provide password protection function to users. Set F07.00 to gain

the password and the password protection becomes valid instantly after quitting from the

fu nctio n code editing state . Pres s "PRG " again t o the f uncti on code e ditin g

state,“0.0.0.0.0”will be displayed. Unless using the correct password, the operators cannot

enter it.

Set F07.00 to 0 to cancel password protection function.

The password protection becomes effective instantly after retreating form the function code

editing state. Press "PRG" again to the function code editing state, “0.0.0.0.0”will be displayed. Unless using the correct password, the operators cannot enter it.

4.4.2 Password Setting

F07.00

PRG

ENT ER

50.00

F00

F07

0.0.0.0.0

PRG

F07 F07.01

ENT ER

PRG

X.X.X.X.X

Figure 4-4 Password s etting diagram

SD200 series AC drive provide groupA02 as the sate inspection group. Users can enter into

A02 directly to watch the state. Operations procedure as follows:

4.4.3 How to watch the AC drive state through function codes

A02.00

PRG

ENT ER

50.00

F00

A02

PRG

A02

A02.06

ENT ER

PRG

A02.05

1400

Figure 4-5 Motor spee d diagram

Page 57

Chapter 5

Function Parameter Table

5.1 Chapter of This Content

This chapter lists and describes the function parameters.

-5 7-

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SD200 User Manual

Chapter 5 Function Parameter Table

-5 8-

5.2 Function Parameter Table

The function paramete rs of SD 200 series AC drive have been divided into 19 groups (F00-

F0F and A00-A02) acco rding to the fu nc tion. Each functi on group contai ns certain

func ti on codes applying3-level me nus. For example, "F08.08" mean s the eighth function

code in the F8 group function, F0F group i s factory Reserved, and users are forb id den to

acce ss these parameters.

For the convenience of function codes set ti ng, the function group number corresponds to

the fir st level menu, the function co de corresponds to the level 2 men u a nd the function

code corresponds to the level 3 men u.

1. Be low is the instructi on of the function lists: The first line"Function code":codes of function parameter group and parameters; The second li ne"Name":full name of function pa rameters; The third line"Setting range":effective setting value of the funct io n parameters; The fourth li ne"Default va lue":the or iginal fact ory values of the fun ction parameter; The fifth line"Modify":t he modifying character of function codes(the parameters ca n be modified or not and the modifying condi ti ons), below is the instruction: “○”：mea ns the set value of the paramet er can be modified on stop an d running st ate; “◎”：mea ns the set value of the paramet er can not be modifi ed on the running stat e; “● ” ：means the v alue of the parameter is the real detection value wh ic h can not be modi fi ed.

2. "Paramete r radix " is decim al(DEC), if the p arameter is expressed by hex, then the para meter is separated from each other when editing. The setting range of the certain bits are0 -F(hex).

3."T he de fault value" means the function parameter will restore to the def au lt valu e duri ng default parameters resto ring. But the detected para me ter or recorded value won 't be restored.

4. For a better parameter protection, the AC drive provides password protectio n to the para meters. A ft er sett in g the password(s et F07.00 to any non-zero number),the system will come into the state of password verificati on firstly after the user press "PR G" to come into the function code editing state .And then “0 .0 .0.0.0”will be displayed. Unless the user inpu t right password, they cannot enter into the system. For the factory setting parameter zone , it needs correct factory password(remind that the u se rs cannot modify the factory para meters by themselves, othe rwise, if the parameter setting is incorr ect, dama ge to the AC drive may occ ur ).If the passw or d protection is un locked, the user can modify the pass word freely and the AC drive will work as the last s etting one. When F07.0 0 is set to 0,th e pass word can be cancele d. If F07. 00 is no t 0 during pow er ing on, then the para meter is protected by the password. When modify the parameters by seria l comm un ication the function of the pa ss word follow s the abov e rules, too.

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SD200 User Manual

Chapter 5 Function Parameter Table

-5 9-

0：V/F control 1： Vector control 0 mode

F00.00

Group F00 Basic Function Group

◎

Name

Setup range

Function

code

Default

Value

Modifi-

cation

Motor 1 control mode

0: Keypad run command channel(LED is OFF) 1: Terminal command channel / Keypad STOP disabled(LED is ON) 2: Terminal command channel / Keypad STOP enable(LED is ON）

3:Terminal command channel / Keypad STOP disabled(LED is flashes） 4:Terminal command channel / Keypad STOP enabled(LED is flashes）

F00.01

Run command

channel

○

0: MODBUS Communication channel 1: CAN Communication channel

Note: 1 means to extension, need to insert the card

F00.02

Communication run

command channel

selection

○

F00.04~600.00HzF00.03 50.00Hz

◎

Max output frequency

F00.05~F00.03（Maximum frequency）

F00.04 50.00Hz

◎

Upper limit frequency

0.00Hz~F00.04（Operating frequency upper limit）

F00.05 0.00Hz

◎

Lower limit frequency

0: Keypad digital setting 1: Keypad potentiometer setting 2：Analog AI1 setting 3：Analog AI2 setting 4：Analog A 3 setting 5: High-speed pulse HDI1 setting 6：Simple PLC program setting 7: Multi-speed running setting 8: PID control setting 9: MODBUS Communication setting 10: CAN Communication setting Note: 10 means to extension function, need to insert the card

F00.06

A frequency

command

○

0: Keypad digital setting 1: Keypad potentiometer setting 2: Analog AI1 setting 3：Analog AI2 setting 4：Analog A 3 setting 5: High-speed pulse HDI1 setting 6: Simple PLC program setting 7: Multi-speed running setting 8: PID control setting 9: MODBUS Communication setting 10: CAN Communication setting Note:10 means to extension function, need to insert the card

F00.07

B frequency

command selection

○

0：Maximum output frequency 1：A frequency command

F00.08

B frequency

command reference

○

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Chapter 5 Function Parameter Table

-6 0-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0.0~100.0%

F00.09

100.0%

B frequency maximum

output frequency

○

0: A 1：B 2:（A+B） 3: （A-B） 4: MAX(A,B) 5: MIN(A,B)

F00.10 0

Combination of the

setting codes

○

0.00 Hz~F00.03（Max. frequency）

F00.11 50.00Hz

Keypad setting

frequency

○

0.0~6000.0sF00.12

Depend

model

Acc-time 1

○

0.0~6000.0sF00.13

Depend

model

Dec-time 1

○

0：Runs at the default direction 1：Runs at the reverse direction 2：Forbid to run in reverse direction

F00.14 0

Running direction

○

2.0~10.0kHzF00.15

Depend

model

Carrier frequency

setting

○

0: Forward and reverse can be tracked 1: Fixed forward track 2: Fixed reverse track

F00.16 0

Speed track

direction setting

◎

0：No operation 1：Rotation autotuning 2：Static autotuning

F00.17 0

Motor parameter

autotuning

◎

0：No operation 1：Restore the default value 2：Cancel the fault record

F00.18 0

Function restore

parameter

◎

Group F01 Startup and stop Control

0：Start-up directly 1：Start-up after DC braking 2：Start-up after Speed tracking

F01.00 0

Start mode

◎

0.00~10.00HzF01.01 0.50Hz

Starting frequency

of direct start

0.0~100.0sF01.02 0.0s

Retention time of the

starting frequency

0.0~150.0%

F01.03

0.0%

The braking current

before starting

◎

0.0~100.0sF01.04

0.0s

The braking time

before starting

◎

0：Linear type 1：S-curve type

F01.05 0

ACC/DEC selection

◎

0.0~50.0%（Acc/Dec time）

F01.06

30.0%

S curve start ratio

◎

Page 61

SD200 User Manual

Chapter 5 Function Parameter Table

-6 1-

0：Decelerate to stop 1 Coast to stop：

F01.08

Name

Setup range

Function

code

Default

Value

Modifi-

cation

Stop Mode

0.0~50.0%（Acc/Dec time）

F01.07

30.0%

S curve end ratio

◎

○

0.00~F00.03（Max. frequency）

F01.09

0.00Hz

Starting frequency

of DC braking

○

0.0~100.0s 0.0s

Waiting time of

DC braking

○

0.0~150.0% 0.0%

Stopping DC

braking current

○

0.0~100.0s 0.0s

Stopping DC

braking time

○

0.0~6000.0s 0.0s

Dead time of

FWD/REV rotation

○

0.00~100.00Hz 0.50Hz

Stopping frequency

Reserved

●

○

F01.10

F01.11

F01.12

F01.13

F01.14

F01.15

F01.16

0: Invalid operation command on terminal 1: valid operation command on terminal

The protection of

theelectric terminals

○

F01.17

0：prohibit restart 1：allow restart

Select restart

after power failure

○

F01.18

0.0~6000.0s（F01.18 equal to1is valid）

1.0s

Restart waiting time

Reserved

●

○

F01.19

F01.20

0~2 0

Action if running

frequency<lower limit

frequency(valid>0)

F01.21

◎

0.0sF01.22

○

Hibernation

restore delay time

00.0~3600.0s（F01.21 equal to 2 is valid）

Group F02 Motor 1 Parameter Group

0：G type（Constant torque/ overloaded type） 1：P type（Variable torque/ lightload type）

Load Type

F02.00

◎

0：Ordinary asynchronous motor (with low frequency compensation) 1：AC drive motor (without low frequency compensation)

Motor type 1

F02.01

◎

0.1~1000.0kW

F02.02

Depend

model

Rated power of

motor 1

0~1200V

F02.03

Depend

model

Rated voltage of

motor 1

0.8~6000.0A

F02.04

Depend

model

Rated current of

motor 1

◎

Page 62

SD200 User Manual

Chapter 5 Function Parameter Table

-6 2-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0.01Hz~F00.03（Maximum）F02.05 50.00Hz

Rated frequency

of motor 1

1~36000rpm

F02.06

Depend

model

Rated speed of

motor1

0.001~65.535Ω

F02.07

Depend

model

Stator resistance

of motor 1

○

0.001~65.535Ω

F02.08

Depend

model

rotor resistance

of motor 1

0.1~6553.5mH

F02.09

Depend

model

leakage inductance

of motor 1

○

0.1~6553.5mH

F02.10

Depend

model

Mutual inductance

of motor 1

0.1~6553.5A

F02.11

Depend

model

Non-load current

of motor 1

○

0 0

Reserved

F02.12

~24

●

0：Protection is not valid 1: Protection is valid

Motor 1 overload

protection selection

F02.25

50.0~120.0%

100.0%

Motor 1 overload

protection coefficient

F02.26

○

◎

Group F04 V / F Control Group

0：Straight line V / F curve 1：Multi-dots V / F curve 2：1.3th power low torque V/F curve 3：1.7th power low torque V/F curve 4：2.0th power low torque V/F curve 5：Customized V/F(V/F separation)

F04.00 0

Motor 1V / F

curve setting

◎

0.0%（automatic torque boost）

0.1%~20.0%(Manual torque boost）

0.0%

Torque boost

of motor 1

F04.01

0.0%~50.0% （Relative motor 1 rated frequency）

20.0%

Torque boost

close of motor 1

F04.02

○

0.00Hz~F04.05 0.00Hz

V/F frequency 1

of motor 1

F04.03

○

0.0%~100.0%（motor1 rated voltage）

00.0%

V/F Voltage 1

of motor 1

F04.04

○

F04.03~F04.07 0.00Hz

V/F frequency 2

of motor 1

F04.05

○

0.0%~100.0%（motor1 rated voltage）

00.0%

V/F Voltage 2

of motor 1

F04.06

○

F04.05~F02.02 (motor1 rated frequency）

0.00Hz

V/F frequency 3

of motor 1

F04.07

○

Page 63

SD200 User Manual

Chapter 5 Function Parameter Table

-6 3-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0.0%~100.0%（motor1 rated voltage）

00.0%

V/F Voltage 3 of motor 1

F04.08

○

0.0~200.0% 100.0%

V/F slip compensation

on gain of motor 1

F04.09

○

0~30

Vibration control

factor at low

frequency of motor 1

F04.10

○

0~30

Vibration control

factor at high

frequency of motor 1

F04.11

0.00Hz~F00.03（max. frequency）

30.00Hz

Vibration control

threshold of motor 1

F04.12

○

0：Straight V / F curve 1：Multi-point V / F curve 2：1.3 thpower decreasing torque V/F curve 3：1.7 th power decreasing torque V/F curve 4：2.0 th power decreasing torque V/F curve 5：Custom V / F (V / F separation)

F04.13 0

Motor 2 V/F curve setting

◎

0.0%（automatic torque boost）

0.1%~20.0%

0.0%

Torque boost of motor 2

F04.14

○

0.0%~50.0% （relative to motor rated frequency）

20.0%

Torque boost

close of motor 2

F04.15

○

0.00Hz~F04.18

0.00Hz

V/F frequency 1 of motor 2

F04.16

○

0.0%~100.0%（motor 2 r ated voltage）

F04.16~F04.20

0.0%~100.0%（motor 2 r ated voltage）

F04.18~F0D.06（mot or 2 rated frequency）

0.0%~100.0%（motor 2 r ated voltage）

00.0%

00.00Hz

00.0%

00.00Hz

00.0%

V/F voltage 1 of motor 2

V/F frequency 2 of motor 2

V/F voltage 2 of motor 2

V/F frequency 3 of motor 2

V/F voltage 3 of motor 2

F04.17

F04.18

F04.19

F04.20

F04.21

○

0.0~200.0% 100%

V/F slip compensation

gain of motor 2

F04.22

○

0~30

Vibration control factor

at low frequency of motor 2

F04.23

○

0~30

Vibration control factor at

high frequency of motor 2

F04.24

○

0.00Hz~F00.03（max. frequency）

30.00Hz

Vibration control

threshold of motor 2

F04.25

○

0：No operation 1：Automatic energy-saving operation

Energy-saving operation

F04.26

◎

Page 64

SD200 User Manual

Chapter 5 Function Parameter Table

-6 4-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0：Keypad: the output voltage is determined by F04.28 1：AI1 setting voltage 2：AI2 setting voltage 3：AI3 setting voltage 4：HDI1 setting voltage 5：Multi-setp setting voltage (setting value is determined by F0B set of parameters of multi-speed ) 6：PID setting voltage 7：MODBUS communication setting voltage 8: CAN communication setting voltage Note: 8 means to extension, it need to insert the card

F04.27 0

Voltage setting

○

0.0%~100.0%

0.0~6000.0s

100.0%

5.0s

Keypad setting voltage

Voltage increasing time

F04.28

F04.29

○

0.0~6000.0s 5.0s

Voltage decreasing time

F04.30

○

F04.32~100.0% ( the rated voltage of the motor）

100.0%

Maximum output voltage

F04.31

◎

0.0%~F04.31 ( the rated voltage of the motor）

0.0%

Minimum output voltage

F04.32

◎

0：Invalid 1：Valid

AVR function selection

F04.33

○

0 0

Reserved

F04.34

●

Group F05 Input Terminal Group

0: High pulse input ( see F05.29 ~ F05.34) 1: Digital inputs ( see F05.08)

F05.00 0

HDI1 input selection

◎

0：No function 1：Forward rotation operation 2：Reverse rotation operation 3：Three-wire control operation 4：Forward Jogging 5：Reverse Jogging 6：Coast to stop 7：Fault reset 8：Operation Pause 9：External fault input 10：Increase frequency setting (UP) 11：Decrease frequency setting (DOWN) 12: Frequency setting clear 13：Shift between A setting and B setting 14：Shift between combination setting and A setting 15：Shift between combination setting and B setting 16：Multi-step speed terminal 1 17：Multi-step speed terminal 2 18：Multi-step speed terminal 3

F05.01

DI2 terminals

function selection

◎

F05.02

DI1 terminals

function selection

◎

F05.03

DI3 terminals

function selection

◎

F05.04 0

DI4 terminals

function selection

◎

Page 65

SD200 User Manual

Chapter 5 Function Parameter Table

-6 5-

19：Multi-step speed terminal 4 20：Multi-step speed pause 21：DEC/ACC time 1 22：DEC/ACC time 2 23：Simple PLC stop reset 24：Simple PLC pause 25：PID control pause 26：Traverse pause (stop at the current frequency) 27：Traverse reset (return to the center frequency) 28：Counter reset 29：Torque control disabling 30：DEC/ACC disabling 31：Counter trigging 32：Length reset 33：Cancel the frequency change setting temporarily 34：DC brake 35：Shift the motor 1 into motor 2 36：Shift the command to the keypad 37：Shift the command to the terminal1 38：Shift the command to the terminal 2 39：Shift the command to the communication 1 40：Shift the command to the communication 2 41: Depend on model 42: PID Parameters Switching

F05.05 0

◎

DI5 terminals

function selection

◎

Name

Setup range

Function

code

Default

Value

Modifi-

cation

DI6 terminals

function selection

F05.06

0x00~0xFF 0x00

○

F05.07

DI7 terminals

function selection

F05.08

HDI1 terminal

function selection

Polarity selection of

the input terminals

F05.09

0：Virtual terminal disabled 1：MODBUS communication virtual terminal enabled

○

Virtual terminals setting

F05.11

0：2-wire control 1 1：2-wire control 2 2：3-wire control 1 3：3-wire control 2

Terminals control

running mode

F05.12

◎

0.000~50.000s 0.000s

○

Switch-on delay

of DI1 terminal

F05.13

0.000~50.000s 0.000s

○

Switch-off delay

of DI1 terminal

F05.14

0.000~50.000s 0.000s

○

Switch-on delay

of DI2 terminal

F05.15

0.000~50.000s 0.000s

○

Switch-off delay

of DI2 terminal

F05.16

0.000~50.000s 0.000s

○

Switch-on delay

of DI3 terminal

F05.17

0.000~50.000s 0.000s

○

Switch-off delay

of DI3 terminal

F05.18

0.000~1.000s 0.010s

ON-OFF filter time

F05.10

○

Page 66

SD200 User Manual

Chapter 5 Function Parameter Table

-6 6-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0.000~50.000s 0.000s

○

Switch-on delay

of DI4 terminal

F05.19

0.000~50.000s 0.000s

○

Switch-off delay

of DI4 terminal

F05.20

0.000~50.000s 0.000s

○

Switch-on delay

of DI5 terminal

F05.21

0.000~50.000s 0.000s

○

Switch-off delay

of DI5 terminal

F05.22

0.000~50.000s 0.000s

○

Switch-on delay

of DI6 terminal

F05.23

0.000~50.000s 0.000s

○

Switch-off delay

of DI6 terminal

F05.24

0.000~50.000s 0.000s

○

Switch-on delay

of DI7 terminal

F05.25

0.000~50.000s 0.000s

○

Switch-off delay

of DI7 terminal

F05.26

0.000~50.000s(only F05.00=1 enable)

0.000s

○

Switch-on delay of HDI1 terminal

F05.27

0.000~50.000s(only F05.00=1 enable)

0.000s

○

Switch-off delay

of terminal HDI1

F05.28

0：Frequency setting input 1：Counter input 2：Length counting input

Hdi high-speed pulse

input function selection

F05.29

◎

0.00KHz~F05.32

0.00 KHz

○

Lower limit

frequency of Hdi1

F05.30

-100.0%~100.0% 0.0%

○

Corresponding setting of

lower limit frequency of HDI1

F05.31

F05.30~50.00KHz

50.00 KHz

○

Upper limit

frequency of HDI 1

F05.32

-100.0%~100.0% 100.0%

○

Corresponding setting of

upper limit frequency of HDI1

F05.33

0.000s~10.000s 0.100s

○

HDI1 frequency

input filter time

F05.34

0 0.010s

Reserved

F05.35

●

Group F06 Output Terminal Group

0：Open collector pole high speed pulse output( See F06.16 for detailed infor mation of the related function) 1：Open collector pole output(See F06.02 for detailed information of the related function）

F06.00 0

HDO1 output

◎

Page 67

SD200 User Manual

Chapter 5 Function Parameter Table

-6 7-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0：Invalid 1：In operation 2：Forward rotation operation 3：Reverse rotation operation 4：Jogging operation 5：AC drive fault 6：Frequency degree test FDT1 7：Frequency degree test FDT2 8：Frequency arrival 9：Zero-speed running 10：Upper limit frequency arrival 11：Lower limit frequency arrival 12：Ready for operation 13：Pre-Magnetizing 14：Overload pre-alarming 15：Underload per-alarming 16：Completion of Simple PLC stage 17：Completion of Simple PLC Circle 18：Setting count value arrival 19：Defined count value arrival 20：External fault valid 21：Length arrival 22：Running time arrival 23：MODBUS communications virtual terminal output 24：AC drive is sleeping 25~30：Reserved

F06.01 0

D 1 output O

HDO1 output

F06.02

F06.03

Relay T1 output

F06.04

Relay T2 output

○

0x00~0x0F： BIT3 BIT2 BIT1 BIT0

T2 T1 HDO1 DO1

0x00

Polarity of output

terminals

F06.05

○

0.000~50.000s 0.000s

DO1 switch-on delay time

F06.06

○

0.000~50.000s 0.000s

DO1 switch- off delay time

F06.07

○

0.000~50.000s(o nly F06.00=1 enable ) 0.000s

HDO1 switch-on delay time

F06.08

○

0.000~50.000s(o nlyF06.00=1 enabl e) 0.000s

HDO1 switch- off delay time

F06.09

○

0.000~50.000s 0.000s

T1 switch-on delay time

F06.10

○

0.000~50.000s 0.000s

T1 switch-off delay time

F06.11

○

0.000~50.000s 0.000s

T2 switch-on delay time

F06.12

○

0.000~50.000s 0.000s

Relay T2 switch-off

delay time

F06.13

○

0：Running frequency 1：Set frequency 2：Ramp reference frequency 3：Running rotation speed 4：Output current (relative to the rated current of AC drive) 5：Output current (relative to the rated current of the motor) 6：Output voltage

AO1 output

F06.14

○

AO2 output

F06.15

○

Page 68

SD200 User Manual

Chapter 5 Function Parameter Table

-6 8-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

7：Output torque 8：Set torque value 9：Output torque 10：Analog A I1 input value 11：Analog A I2 input value 12：Analog A I3 input value 13：High speed pulse HDI1 input value 14：PID reference 15：PID feedback 16：Modbus communications reference 1 17：Modbus communications reference 2 18：Bus voltage 19~20：Reserved

-100.0%~F06.19

-10.00V~10.00V

HDO1 output

F06.16

Lower output limit of AO1

F06.17

Corresponding AO1

output of lower limit

F06.18

○

0.0%

○

0.00V

○

F06.17~100.0%

-10.00V~10.00V

Upper output limit of AO1

F06.19

The corresponding AO1

output of upper limit

F06.20

100.0%

○

10.00V

○

-100.0%~F06.24

-10.00V~10.00V

Lower output limit of AO2

F06.22

Corresponding AO2

output of lower limit

F06.23

0.0%

○

0.0%

○

0.000s~10.000s

AO1 output filter time

F06.21

0.000s

○

F06.22~100.0%

Upper output limit of AO2

F06.24

100.0%

○

0.00V~10.00V

The corresponding AO2

output of upper limit

F06.25 10.00V

○

0.000~10.000s

AO2 output filter time

F06.26 0.000s

○

0.0%~F06.29

Lower output limit of HDO1

F06.27

0.0%

○

0.00~50.00kHz

Corresponding HDO1

output of lower limit

F06.28 0.00Hz

○

F06.27~100.0%

Upper output limit of HDO1

F06.29

100.0%

○

0.00~50.00kHz

Corresponding HDO1

output of upper limit

F06.30

50.00

kHz

○

0.000s~10.000s

HDO1 output filter time

F06.31 0.000s

○

Group F07 HMI Group

0：Without function 1：Jogging 2：Shift the display state by the shifting key 3：Shift between forward rotations and reve rse rotations 4：Clear UP / DOWN settings 5：Coast to stop 6：Switching between keypad and terminal running command

F07.01 0

The key of S

function selection

◎

0~65535

User’s password

F07.00 0

○

Page 69

SD200 User Manual

Chapter 5 Function Parameter Table

-6 9-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0x0000~0xFFFF BIT0：Running frequency（Hz ON）

BIT1：Setting frequency（Hz flickering） BIT2：Bus voltage（V ON） BIT3：Output voltage（V ON） BIT4：Output current（A ON） BIT5：Runing rotation speed（rpm ON） BIT6：Output power（% ON） BIT7：Output torque（% ON） BIT8：PID reference （% ON） BIT9：PID feedback（% ON） BIT10：Input state

BIT11：Output terminal state BIT12: Torque setting value（% ON） BIT13: Pulse count value BIT14: Length value BIT15: PLC current segment number

F07.02 0x00FFParameters state 1

○

0x0000~0x03FF BIT0：The current number of multistage speed BIT1：AI1(V on） BIT2：AI2(V on） BIT3：AI3(V on） BIT4：HDI frequency BIT5：motor overload precentage(% on) BIT6：the inverter overload percentage(% on) BIT7：ramp frequency given value(Hz on) BIT8：Linear speed BIT9：AC inlet current(A on) BIT10~15：Reserved

0X0000Parameters state 2F07.03

○

0x0000~0x7FFF BIT0：set frequency(Hz on, frequency flicking slowly) BIT1：bus voltage(V on) BIT2：input terminals state BIT3：output terminals state BIT4：PID reference(% flicking) BIT5：PID feedback value(% on) BIT6：Ttorque refernece(% on) BIT7：AI1(V on) BIT8：AI2(V on) BIT9：AI3(V on) BIT10：HDI1 frequency BIT11：PLC current stage BIT12： the current stage in multi-step speed BIT13：Pulse counters BIT14：Length value BIT15：Resreved

0x00FF

Parameters for

stopping state

F07.04

○

0.01~10.00 Display frequency=Running frequency ×F07.05

Frequency coefficient

F07.05 1.00

○

0.1~999.9% Mechanical rotation speed=60×diapalyed running frequency×F07.06/Motor pole pairs

Rotation Speed

F07.06

100.0%

○

Page 70

SD200 User Manual

Chapter 5 Function Parameter Table

-7 0-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0.1~999.9% Mechanical rotation speed=60×diapalyed running frequency×F07.06/Motor pole pairs

Linear speed coefficient

F07.07

100.0%

○

20.0~120.0

Rectifier bridge

module temperature

F07.08

----

●

20.0~120.0

Converter module

temperature

F07.09

----

●

1.00~655.35

Software version

F07.10

----

●

0~65535h

Local accumulative

running time

F07.11

----

●

Reserved

F07.12

----

●

Reserved

F07.13

----

●

Load Type

F07.14

----

●

0：G type Constant torque load 1：P type Variable torque load

0.4~1000.0kW

AC drive rated power

F07.15

----

●

20~1200V

AC drive rated voltage

F07.16

----

●

0.1~6000.0A

AC drive rated current

F07.17

----

●

Please refer to Chapter 6 F07

F07.18

Current fault type

The 1 times

before fault type

F07.19

F07.20

The 2 times

before fault type

F07.21

The 3 times

before fault type

F07.22

The 4 times

before fault type

F07.23

The 5 times

before fault type

----

●

----

●

Running frequency

at current fault

F07.24

0.00Hz

----

Ramp reference

frequency at current fault

F07.25

0.00Hz

----

output voltage

at the current fault

F07.26 0V

----

output current

at current fault

F07.27 0.0A

----

Bus voltage at current fault

F07.28 0.0V

----

The Max. temperature

at current fault

F07.29 0.0

----

●

Page 71

SD200 User Manual

Chapter 5 Function Parameter Table

-7 1-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

Input terminals state

at current fault

F07.30 0

----

●

Output terminals state

at current fault

F07.31 0

----

●

Running frequency

at previous fault

F07.32

0.00Hz

----

●

Ramp reference frequency

at previous fault

F07.33

0.00Hz

----

●

Output voltage

at previous fault

F07.34 0V

----

●

The output current

at previous fault

F07.35 0.0A

----

●

Bus voltage

at previous fault

F07.36 0.0V

----

●

The Max. temperature

at previous fault

F07.37

0.0℃

----

●

Input terminals state

at previous fault

F07.38 0

----

●

Output terminals

state at previous fault

F07.39 0

----

●

Running frequency

at previous 2 fault

F07.40 0.0A

----

●

Ramp reference frequency

at previous 2 fault

F07.41 0.0V

----

●

Output voltage

at previous 2 faults

F07.42

0.0℃

----

●

Output current

at previous 2 fault

F07.43 0

----

●

Bus voltage

at previous 2 fault

F07.44 0

----

●

The Max. temprature

at previous 2 fault

F07.45

0.0℃

----

Input terminals state

at previous 2 fault

F07.46 0

----

Output terminals state

at previous 2 fault

F07.47 0

----

Group F08 Strengthen Function Groups

0.0~6000.0s

ACC time2

F08.00

Model

dependent

0.0~6000.0s

DEC time2

F08.01

Model

dependent

●

○

Page 72

SD200 User Manual

Chapter 5 Function Parameter Table

-7 2-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0.0~6000.0s

0.00~F00.03（Max. fr equency）

ACC time3

DEC time3

ACC time4

DEC time4

Jogging frequency

F08.02

F08.03

F08.04

F08.05

F08.06

Model

dependent

Model

dependent

Model

dependent

Model

dependent

5.00Hz

○

0.00~F00.03（Max. fr equency）

Jogging ACC time

F08.07

○

0.00~F00.03（Max. fr equency）

Jogging DEC time

F08.08

○

Model

dependent

Model

dependent

Fault reset times

F08.09 00~10

○

0.1~100.0s

Interval time of

automatic fault reset

F08.10

○

0.00~10.00Hz

Frequency decreasing

ratio of the dropping control

F08.11

○

1.0s

0.00Hz

0：Terminal shifting 1：MODBUS Communication shifting 2：CAN Communication shifting

Motor shifting

F08.12 0

◎

0.00~F00.03 Ma x. frequency（）

FDT1 electrical

level detection value

F08.13

○

50.00Hz

-100.0~100.0% FDT1electricall evel（）

0.00~F00.03 Ma x. frequency（）

-100.0~100.0% FDT2 level（）

FDT1 retention detection value

FDT2 electrical

level detection

FDT2 retention detection value

F08.14

F08.15

F08.16

○

5.0%

50.00Hz

5.0%

0.0~F00.03（Max. fre quency)

Frequency arrival

detection value

F08.17

○

0.00Hz

0：Disable 1：Enable

Energy braking enable

F08.18

○

Threshold voltage

F08.19 100.0~2000.0 V

○

220V

(380V)

380V

(700V)

0：Invalid 1：Valid

PWM over

commission selection

F08.20

◎

Page 73

SD200 User Manual

Chapter 5 Function Parameter Table

-7 3-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0x000~0x1221 LED ones: Frequency control selection 0：∧/∨keys are valid 1：∧/∨key are invalid LED tens: Frequency control selection 0：Only valid when F00.06=0 orF00.07=0 1：Valid for all frequency setting manner 2：Invalid for multi-step when multi-step has the priority LED hundreds: Action selection during stopping 0：Setting is valid 1：Valid during running, cleared after stopping 2：Valid during running, cleared after receiving the stop command LED thousands: ∧/∨ keys integral function 0：The integral function is valid 1：The integral function is invalid

Keypad data control

F08.21 0x0000

○

0.1~100.0s

Integral ratio

of the keypad∧/∨

F08.22

○

1.0s

UP/DOWN

terminal control

F08.23 0x0000

○

0.01~50.00s

UP terminals frequency

changing ratio

F08.24

○

0.50s

0.01~50.00s

DOWN terminals

frequency changing ratio

F08.25

○

0.50s

0x000~0x111 LED ones: Action selection when power off 0：Save when power off 1：Clear when power off LED tens: Action selection when MODBUS set frequency off 0：Save when power off 1：Clear when power off LED hundreds: Action selection when other frequency set frequency off 0：Save when power off 1：Clear when power off

Frequency

setting at power loss

F08.26 0x0000

○

0x00~0x221 LED ones: Frequency control selection 0：UP/DOWN terminals setting valid 1：UP/DOWN terminals setting invalid LED tens: Frequency control selection 0：Only valid when F00.06=0 or F00.07=0 1：All frequency means are valid 2：When the multi-step are priority, it is invalid to the multi-step LED hundreds: Action selection when stop 0：Setting valid 1：Valid in the running, clear after stop 2：Valid in the running, clear after receiving the stop commands

Page 74

SD200 User Manual

Chapter 5 Function Parameter Table

-7 4-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0：Invalid 1~100: The bigger the coefficient, the stronger the braking is)

Magnetic flux braking

F08.27

○

0.50s

Auxiliary Monitoring

F08.28

Please refer to Chapter 6 F08

Reserved

F08.29 00

●

Group F09 PID control Group

0：Keypad（F09.01） 1:AI1 2:AI2 3:AI3 4:HDI 5：Multi-step speed set 6：MODBUS communication set 7：CAN communication setting Note: 7 CAN communication setting need corresponding extension cards.

PID reference source

F09.00 0

○

Keypad PID preset

F09.01

0.0%-100.0%~100.0%

○

Keypad

feedback source

F09.02 0

○

0：PID output is positive 1：PID output is negative

PID output feature

F09.03

○

0:AI1 1:AI2 2:AI3 3:HDI 4:MODBUS communication set 5:CAN communication setting Note: 5 CAN communication setting need corresponding extension cards.

Proportional gain(Kp)

F09.04

0.500.00~100.00

○

Intergal time(Ti)

Differential time(Td)

Sampling cycle(T)

PID control deviation limit

Output upper limit of PID

Output lower limit of PID

F09.05

F09.06

F09.07

F09.08

F09.09

F09.10

0.20s

0.00s

0.10s

0.0%

100.0%

0.00~10.00s

0.00~10.00%

F09.10~100.0%(m ax. frequency or volt age）

-100.0~F09.09(m ax. frequency or volt age）

○

0.0~100.0%

Detection value

of feedback offline

F09.11

○

0.0%

0.0~3600.0s

Detection time

of feedback offline

F09.12

○

1.0s

IO expansion card

F08.30 00~1

○

Page 75

SD200 User Manual

Chapter 5 Function Parameter Table

-7 5-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

Please refer to Chapter 6 Group F09.13 for details.

PID adjustment

F09.13 0x0000

○

Group F0A Swing Frequency, Fixed Length, Count and Timing

0.0~100.0%(Setting frequency)

Swing frequency

amplitude

F0A.00

○

0.0%

0.0~100.0%(Swing frequency amplitude)

Kick frequency

amplitude　　

F0A.01

○

0.0%

0.0~3600.0s

Rise time of

swing frequency

F0A.02

○

0.0s

0.0~3600.0s

Decline time of

swing frequency

F0A.03

○

0.0s

0~65536m

Setup length

F0A.04

○

0~65536m

Designed length

F0A.05 0m

●

1~10000

The number of

pulses of each rotate

F0A.06

○

0.01~100.00cm

Circumference

of the shaft

F0A.07

○

10.00cm

0.001~10.000

Length multiples

F0A.08

○

1.000

0.001~1.000

Length correction factor

F0A.09 1.000

F0A.11~65535

Set count value

F0A.10

○

0: No switching 1: According to the switching input bias 2: According terminal switching

PID Parameters

Switching

F09.17 0

0.00~100.00

Proportional gain 2(Kp2)

F09.14

○

0.50

0.00~10.00s

Integral time(Ti2)

F09.15

○

0.2S

0.00~10.00s

Differential time(Td2)

F09.16

○

0.00S

◎

0.0%~100.0%

Deviation threshold

when PID is switching

F09.18 20%

○

-100%~100.0%

PID initial value

F09.19

○

0.0%

0.0~600.0s

Time for PID initial value

F09.20

○

0.0S

0.0~100.0%

PID Awaken Value

F09.21

○

0.0%

0.0~60.0s

PID Awaken

Value delay time

F09.22

○

0.5S

0~F0A.10

Designated count value

F0A.11 0

○

0~65535min

Running time setting

F0A.12 0

○

0: Invalid 1: setting length arrive 2: setting count value arrive

Exact stop mode

F0A.13

○

Reserved

F0A.14 00

●

Page 76

0: Power loss without memory 1: Power loss memory

Simple PLC

memory selection

F0B.01

○

SD200 User Manual

Chapter 5 Function Parameter Table

-7 6-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

-100.0~100.0%

Multi-step speed 0

F0B.02

○

0.0%

0.0~6553.5s(min)The running time of step 0

F0B.03

0.0s

○

-100.0~100.0%

Multi-step speed 1

Multi-step speed 2

Multi-step speed 3

Multi-step speed 4

Multi-step speed 5

Multi-step speed 6

Multi-step speed 7

Multi-step speed 8

Multi-step speed 9

Multi-step speed 10

Multi-step speed 11

F0B.04

F0B.06

F0B.08

F0B.10

F0B.12

F0B.14

F0B.16

F0B.18

F0B.20

F0B.22

F0B.24

○

0.0%

0.0~6553.5s(min)

The running time of step 1

The running time of step 2

The running time of step 3

The running time of step 4

The running time of step 5

The running time of step 6

The running time of step 7

The running time of step 8

The running time of step 9

The running time of step 10

F0B.05

F0B.07

F0B.09

F0B.11

F0B.13

F0B.15

F0B.17

F0B.19

F0B.21

F0B.23

0.0s

○

Group F0B Simple PLC and Multi-speed Control Group

0: Stop after running once 1: Run at the final value after running once 2: Cycle running

Simple PLC

F0B.00

○

-100.0~100.0%

Multi-step speed 12

Multi-step speed 13

F0B.26

F0B.28

○

0.0%

0.0~6553.5s(min)

The running time of step 11

The running time of step 12

The running time of step 13

F0B.25

F0B.27

F0B.29

0.0s

○

Page 77

SD200 User Manual

Chapter 5 Function Parameter Table

-7 7-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0.0~6553.5s(min)The running time of step 15

F0B.33

0.0s

○

0x0000~0xFFFF

Simple PLC 0-7 step

ACC/DEC time

F0B.34

○

0x0000

0x0000~0xFFFF

Simple PLC 8-15 step

ACC/DEC time

F0B.35

○

0x0000

0: Restart from the first stop 1: Continue to run from the stop frequency

PLC restart

F0B.36 0

◎

0: S 1: Min

Multi-step time unit

F0B.37 0

◎

Group F0C Protection Parameters Group

0x00~0x11 LED ones: 0: Input phase loss protection disable 1: Input phase loss protection enable LED tens: 0: Input phase loss protection disable 1: Input phase loss protection enable

Phase loss protection

F0C.00

0x11

◎

0: Enable 1: Disable

Frequency decreasing

at sudden power loss

F0C.01 0

0.00Hz~F00.03/s（max. frequency）

Frequency decreasing

ratio at sudden power loss

F0C.02

10.00 Hz/s

◎

0: Invalid 1: Valid

Over-voltage

stall protection

F0C.03

120~150%（AC drive standard bus voltage ）

Voltage protection

of over-voltage stall

F0C.04

120%

(220V)

140%

(380V)

○

0: Disable 1: Enable

Current limit

action selection

F0C.05

50.0~200.0%

Automatic current limit

F0C.06

160%(G-type load)

120%(P-type load)

○

◎

-100.0~100.0%

Multi-step speed 14

F0B.30

○

0.0%

0.0~6553.5s(min)The running time of step 14

F0B.31 0.0s

○

-100.0~100.0%

Multi-step speed 15

F0B.32

○

0.0%

0.00~50.00Hz/s

Frequency decreasing

ratio during current limit

F0C.07

10.00 Hz/s

◎

Page 78

SD200 User Manual

Chapter 5 Function Parameter Table

-7 8-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0x000~0x111 LED ones： 0: Overload pre-alarm of the motor, relative to the rated current of the motor 1: Overload pre-alarm of the AC drive, relative to the rated current of the AC drive LED tens： 0: The AC drive continues to work after underload pre-alarm 1: The AC drive continues to work after underload pre-alarm and the AC drive stops to run after overload fault

Phase loss protection

F0C.08

0x0000

○

LED hundreds: 0: Detection all the time 1: Detection in constant running

Phase loss protection

F0C.08

0x0000

F0C.12~200%

Overload pre-alarm

detection

F0C.09

G type:150%

P type: 120%

0.1~60.0s

Overload pre-alarm

detection time

F0C.10 0.0s

0x000~0x111 LED ones: 0: Motor underload pre-alarm, relative to the motor rated current 1: Motor underload pre-alarm, relative to the AC drive rated current LED tens: 0: AC drive continue running after overload alarm 1: AC drive stops after underload fault LED hunreds: 0: Detection all the time 1: Detection in constant running

Underload pre-alarm

of motor/AC drive

F0C.11

0x0000

0%~F0C.09

Underload

pre-alarm detection

F0C.12

30%

0.1~60.0s

Underload

pre-alarm detection time

F0C.13

1.0s

0x00~0x11 LED ones: 0: Action under fault undervoltage 1: No action under fault undervoltage LED tens: 0: Action during the automatic reset 1: No action during the automatic reset

Output terminal

action during fault

F0C.14

0x0000

○

Page 79

SD200 User Manual

Chapter 5 Function Parameter Table

-7 9-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0: V/F control 1: Vector mode 0 control

Motor type 2 control mode

F0D.00 0

◎

Group F0D Motor 2 Parameter Group

0：G-type (constant torque load) 1：P-type (variable torque / light load)

Load type

F0D.01

◎

0：Ordinary asynchronous motor (with low-frequency compensation) 1：Frequency asynchronous motor (without low frequency compensation)

Motor type2

F0D.02 0

◎

0.1~3000.0kW

Rated power of motor 2

F0D.03

Depend

on model

◎

0~1200V

Rated voltage of motor 2

F0D.04

Depend

on model

◎

0.8~6000.0A

Rated current of motor 2

F0D.05

Depend

on model

◎

0.01Hz~F00.03（max. frequency）

1~36000rpm

0.001~65.535Ω

0.1~6553.5mH

Rated frequency of motor 2

Rated speed of motor 2

Stator resistor of motor2

Rotor resistor of motor 2

Leakage inductance

of motor 2

Mutual inductance

of motor 2

F0D.06

F0D.07

F0D.08

F0D.09

F0D.10

F0D.11

Depend

on model

Depend

on model

Depend

on model

Depend

on model

Depend

on model

Depend

on model

◎

0x00~0x11 LED ones: 0: Fixed carrier frequency 1: Carrier frequency automatically adjust as the temperature arises. LED tens: 0: Fixed carrier frequency 1: Carrier frequency is automatically adjusted when it is overloaded

Carrier frequency

adjustment selection

F0C.15

0x0000

○

0: Three-phase modulation 1: Three-phase and two-phase modulation switching

PWM mode

F0C.16

◎

0: Low frequency filter valid 1: Low frequency filter invalid

Low frequency

filter selection

F0C.17

◎

Reserved

F0C.18

●

Page 80

SD200 User Manual

Chapter 5 Function Parameter Table

-8 0-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0: 1200BPS 1: 2400BPS 2: 4800BPS 3: 9600BPS 4: 19200BPS 5: 38400BPS

Communication baud ratio

F0E.01

○

0: No check(N, 8, 1)for RTU 1：Even check（E, 8, 1）for RTU 2：Odd check（O ,8, 1）for RTU 3：No check（N, 8, 2）for RTU 4：Even check（E, 8, 2）for RTU 5：Odd check（O, 8, 2）for RTU

Digital bit checkout

F0E.02

○

Answer delay

F0E.03

50~20 0ms

○

0.0（Invalid） 0.1~60.0s

Fault time of

communication overtime

F0E.04 0.0s

○

0：Alarm and stop freely 1：No alarm and continue to run 2：No alarm and stop according to the stop mode (Only under the communication control) 3：No alarm and stop according to the stop mode (Under all control modes)

Transmission

fault proccessing

F0E.05 0

○

0：Write with response 1：Write without response

Communication

processing action selection

F0E.06 0x0000

○

Group A01 A1 Curve Setting Function Group

-100.0%~100.0%

Corresponding setting

of the lower limit of AI 1

A01.01

0.0%

○

0.00V~ A01.02

Lower limit of AI 1

A01.00 0.00V

○

A01.00~10.00VA01.02

Upper limit of AI 1

A01.02 10.00V

○

0.1~6553.5A

Non-load current of motor 2

F0D.12

Depend

on model

◎

Reserved

F0D.13

~25

●

0：Invalid 1：Valid

Motor 2 overload

protection selection

F0D.26

◎

50.0%~120.0%

Motor 2 overload

protection factor

F0D.27

100.0%

◎

Group F0E Serial Communication Function Group

0~247 (0 is communication address)

Local communication

address

F0E.00

○

10ms-5000ms

Interval time send by Master

F0E.07

200ms

0：Standard RTU mode 1：Mode 1 2：Mode 2

MODBUS Communication

mode selection

F0E.08 0

Page 81

SD200 User Manual

Chapter 5 Function Parameter Table

-8 1-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0.000s~10.000s

AI2 input filter time

A01.11

0.100s

○

-10.00V~A01.14

Lower limit of AI3

A01.12

0.00V

○

-100.0%~100.0%

Corresponding setting of the lower limit of AI3

A01.13

0.0%

○

A01.12~10.00V

Upper limit of AI3

A01.14 10.00V

○

-100.0%~100.0%

Corresponding setting

of the upper limit of AI3

A01.15

100.0%

○

A01.12~A01.14

Middle value of AI3

A01.16 0.00V

○

-100.0%~100.0%

Corresponding

middle setting ofAI3

A01.17

0.0%

○

0.000s~10.000s

AI3 input filter time

A01.18 0.100s

○

0.000~10.000s

Keypad analog filter time

A01.19 0.100s

○

Group A02 Monitoring Function Group

0.00Hz~F00.03

Setting frequency

A02.00 0.00Hz

0.00Hz~F00.03

Output frequency

A02.01 0.00Hz

0.00Hz~F00.03

Ramp reference frequency

A02.02 0.00Hz

0~1200V

Output voltage

A02.03 0V

0.0~5000.0A

Output current

A02.04 0.0A

●

0~65535rpm

-300.0~300.0%(the rated current of the motor)

-250.0~250.0%(the rated current of the motor)

0.00~F00.03

Motor speed

Motor Power

Output torque

Evaluated motor frequency

A02.05

A02.06

A02.07

A02.08

A02.09

A02.10

0rpm

0.0%

0.00Hz

●

0.000s~10.000s

Ai1 input filter time

A01.04 0.100s

○

-10.00V~ A01.09

Lower limit of AI2

A01.05 -10.00V

○

-100.0%~100.0%

Corresponding setting of the lower limit of AI2

A01.06

0.0%

○

A01.09~10.00V

Upper limit of AI2

A01.07

10.00V

○

-100.0%~100.0%

Corresponding setting

of the upper limit of AI2

A01.08

100.0%

○

A01.05~A01.07

Middle value of AI2

A01.09 0.00V

○

-100.0%~100.0%

Corresponding

middle setting ofAI2

A01.10

0.0%

○

-100.0%~100.0%

Corresponding setting

of the upper limit of AI 1

A01.03

100.0%

○

Reserved

●

Reserved

●

Page 82

SD200 User Manual

Chapter 5 Function Parameter Table

-8 2-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

-10.00~10.00V

AI3 input voltage

A02.21 0.00V

●

0.00~50.00kHz

-100.0~100.0%

-100.0~100.00%

-1.00~1.00

0~65535min

HDI1input frequency

PID reference

PID feedback

PID output

Power factor of the motor

Current running time

A02.22

A02.23

A02.24

A02.25

A02.26

A02.27

0.00kHz

0.0%

0.00%

0.0

●

0~15

Simple PLC and the current step of the multi-step speed

A02.28 0

○

-300.0%~300.0%(the rated current of the motor)

ASR controller output

A02.29

0.0%

●

0x00~0xFF

Digital input terminals state

A02.12 0x00

0x0~0xF

Digital output terminals state

A02.13 0x00

0.00Hz~F00.03

-300.0%~300.0%(the rated current of the motor)

0~65535

0.00~10.00V

10.00~10.00V

Digital adjustment

Torque reference

Linear speed

Length value

Counting value

AI1 input voltage

AI2 input voltage

A02.14

A02.15

A02.16

A02.17

A02.18

A02.19

A02.20

0.00Hz

0.0%

0.00V

●

0.0~2000.0V

DC bus voltage

A02.11 0V

●

0.0~5000.0A

-3000.0Nm~3000.0Nm

0~100 (100 report E.OPL1 fault)

AC current

Output torque

Count value of motor overload

A02.30

A02.31

A02.32

A02.33

A02.34

A02.35

A02.36

0.0A

0.0Nm

●

1: Current motor 1 2: Current motor 2

Current motor seletion

A02.37

●

Reserved

●

Reserved

●

Reserved

●

Reserved

●

Page 83

Chapter 6

Parameter Description

The Content of This Chapter

This chapter lists the function code table, and give a brief description of the function code table.

-8 3-

Page 84

Group F00 Basic Function Group

SD200 User Manual

Chapter 6 Parameter Description

-8 4-

0~1

F00.00

◎

Motor 1 control mode

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0: V/F Control M od e：

It suitable f or the less load demanding occasion, for e xample, fans and pumps load. It

canbe used fo r Single one AC drive to drive several motors or the applications in which

the motor par am eter auto-tuning function cannot operated, or other cases.

1: Vector cont ro l 0 mo de

Low frequenc y, h igh torque output, strong load adaptability, one AC drive is used to

drive multip le m otors; need to obtain exact motor parameters by auto-tuning function.

0~4

F00.01

Name

Setup range

Function

code

Default

Value

Modifi-

cation

Select the run control command of the AC d rive channel. The control comman d of the

AC drive inclu de s: Start-up, stop, forward, reverse, jogging and fault reset.

0：Keypad runni ng c ommand channel（“LOCAL/REMOT” light off）

Carry out command control by R UN, STOP / RST on th e keypadl. Set the multi-functionl

key S set to FWD / REV shifting function (F07.02 = 3)to change the running direction;

press RUN and STOP / RST simultaneously in running state to make the AC drive coast

to stop.

1：Terminal run ni ng command channel（“LOCAL/REMOT” ON）

Carry out the running command control by the forward rotation, reverse rotation and

forward jogging and reverse joggi ng of the multi-function terminals, the K eypad STOP

invalid.

2：Terminal run ni ng command channel（“LOCAL/REMOT” is ON）

Carry out the running command control by the forward rotation, reverse rotation and

forward j og ging and reverse jogging of the multi-function t erminals, the Keypad STOP

valid.

3：Communic at io n run command channel（“LOCAL/REMOT” is FLASH）

The running command is controlled by the upper mon it or via communication , th e

Keypad STOP in va lid.

4：Communic at io n running command channel（“LOCAL/REMOT” is FLASH）

The running command i s controlled by the upper monitor via communication, the

Keypad STOP va li d.

Run command

channel

○

Page 85

SD200 User Manual

Chapter 6 Parameter Description

-8 5-

0~1

F00.02

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0：MODBUS commu ni cation channel

1：CAN communic at ion channel

Note: 1 is exten si on functions which need corresponding extension card.

Communication run

command channel

selection

○

This parameter is used to set the maximum output frequency of the AC drive. User should

pay attention to this parameter because it is the foundation of the frequency setting and

the speed of acceleration and deceleration.

Name

Setup range

Function

code

Default

Value

Modifi-

cation

F00.04~600.00HzF00.03 50.00Hz

◎

Max output frequency

Name

Setup range

Function

code

Default

Value

Modifi-

cation

F00.05~F00.3（max. frequency）

F00.04

The upper li mi t of the running frequency is the upper limit of the output frequency of th e

AC drive which i s lo wer than or equal to the maximum frequency.

The AC drive runs at the upper limit f requency if th e s et frequency is higher than the

upper limi t on e.

50.00Hz

◎

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0.00Hz~F00.04（Operating frequency upper limit）

F00.05

The lower limi t of t he running is that of the ouput frequency of the AC drive.

The AC drive runs at the lower limit frequency if the set frequency is lower than the lower

limit one.

Note:Max. ou tp ut frequency≥Upper limit frequency≥Lower limit frequency.

◎

0.00Hz

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0~10

F00.06

A frequency command

0~10

F00.07

A frequency command

○

Upper limit frequency

Lower limit frequency

Page 86

SD200 User Manual

Chapter 6 Parameter Description

-8 6-

0：Keypad

Modify the value F00.11(set the frequency by keypad)to modify the fre qu en cy by the

keypad.

1：Keypad poten ti ometer setting

Set the value of the specified frequency sour ce is set by an analog potenti om eter knob on

the Keypad, the user opera te s th e po te ntiometer knob to set and modify the value of the

frequency so ur ce.

2：Analog AI1 set ti ng

3：Analog AI2 set ti ng

4：Analog AI3 set ti ng

Set the frequency source by ana log input terminals. SD200 AC drive provide 3 ways

analog input terminals AI1 / AI2 and AI3 as the standar d configuration , of which Ai1 is th e

voltage/cu rr ent option e (0 ~ 10V / 0 ~ 20mA) which can be shifted by jumpers; whil e A I2 /

Ai3 are voltag e in put (-10V ~ + 10V).

Note：When analog AI1 select 0 ~ 20mA input, t he corresponding voltage of 20mA is10V.

100.0% of the analog input se tt ing corresponds to the ma ximum output frequency (F00.03)

in forward direction and -100.0% c or re sponds to the maximumoutput frequency in re verse

direction( fu nvtion code F00.03) the details function code refer to group A01 parameters.

5：High-spe ed p ul se HDI1 setting

The frequency is set by high-speed pulse terminals. SD200 se ri es AC drive provide 1 hi gh

speed pulse input as the standard configu ra tion. The pulse frequency range is 0.00 ~

50.00kHz. 10 0% o f the high speed pulse input setting corresponds to the

maxi mu m output frequency in forward direction ( F0 0. 03) and - 100.0% corresponds to the

maximum outp ut f requency in reverse direction (F00.03).

Note： T he pulse setting can only be input by enter multi-function terminal HDI1. Set

F05.00 (HD I1 input sele ct ion) to high-speed pulse input, F05.29 (HDI1 high-speed p ulse

input select io n) to frequency setting input.”

6：Simple PLC pro gr am setting

The AC drive runs at simple PLC program mode when F00. 06 = 6 or F 00 .0 7 = 6. Set F0B

(simple PLC and multi- st eo speed control) to select the running freq ue nc y, running

direction, ACC/DEC time and the keeping time of corresponding st ag e. See the fu nction

descriptio n of F 0B for detailed information.

7：Multi-step s pe ed running setting

The AC drive ru ns at m ul ti-step speed mode when F00.06 = 7 or F00.07 = 7, set F05 to

select the cur re nt running stage, and set F0B to select the current running frequency.

Note: The mult i- step speed has the priority when F00.06 or F00.07 does not equal to 7, but

the settin g st age can only be the 1 ~ 15 stage. The setting stage is 0 ~15 if F00.06 or

F00.07 equal t o 7.

Page 87

SD200 User Manual

Chapter 6 Parameter Description

-8 7-

8：PID control setting

The running mode of the AC drive is process PID control when F00.06 = 8 or F00.07 = 8.

The running frequency of the AC drive is th e value after PID effect. See F09 for the

detailed informa tion of the given source, given

value, feedback source of the PID.

9：MODBUS communica tion setting.

The frequency is set by the MODBUS communications.See F0E for detailed information.

10：CAN communicati on setting.

The frequency is set by CAN communication.

Note:10 is extension functions which need co rresponding extension card.

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0: Maximum output frequency, 100% of B frequency setting corresponds to the maximum

output frequency.

1: A frequency command, 100% of B frequency setting o corresponds to the maximum

output frequency. Select this setting and F00.10 if it needs to adjusts on the base of A

frequency command.

0：Maximum output frequency 1：A frequency command

F00.08

B frequency

command reference

○

0.0~100.0%

F00.09

100.0%

B frequency maximum

output frequency

○

Name

Setup range

Function

code

Default

Value

Modifi-

cation

This parameter is the gain coefficient of the source B frequency running results.B

frequency source = B frequency source command (percentage) × B frequency command

reference object×B frequency source gain coefficient when the user selects B frequency

source as the auxiliary frequency source, it can set the auxiliary frequency source

affects to set frequency by this parameter setting.

0~5F00.10 0

○

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0：A, The current frequency setting is A frequency command.

1：B, The current frequency setting is B frequency command.

2：A+B，The current frequency setting is A frequency command+ B frequency command.

Combination of the

setting codes

Page 88

SD200 User Manual

Chapter 6 Parameter Description

-8 8-

0~5F00.10 0

○

Name

Setup range

Function

code

Default

Value

Modifi-

cation

3：A-B，The current frequency setting is A frequency command- B frequency command.

4:MAX(A,B),Current frequency setting is the bigger one between A frequency and B freq-

uency.

5:MIN(A,B), Current frequency setting is the smaller one between A frequency and B fre-

quency.

Note:The combination manner can be shifted by F05 group ( terminal function).

Combination of the

setting codes

Name

Setup range

Function

code

Default

Value

Modifi-

cation

When A and B frequency commands are selected as "keypad settings", the value of the

function code is the original setting one of the frequency data of the AC drive .

0.00 Hz~F00.03（Max. frequency）

F00.11 50.00Hz

Keypad setting

frequency

○

Name

Setup range

Function

code

Default

Value

Modifi-

cation

ACC time mean the time needed if the AC drive speeds up from 0Hz to the Max. One

(F00.03) .

DEC time mean the time needed if the AC drive speeds down from the Max. output to 0Hz

frequency (F00.03).

SD200 series define four groups of ACC/DEC time which can be selected by F08. The

factor default ACC/DEC time of the AC drive is the first group.

0.0~6000.0sF00.12 Acc-time 1

Depend

model

○

0.0~6000.0sF00.13 Dec-time 1

Depend

model

○

0~2

F00.14

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0: Runs at the default direction, the AC drive runs in the forward direction, FWD / REV

LED indicato r is O FF.

1: Runs at the reverse direction. the AC runs i n the reverse direction, FWD / REV LE D

indicator is O N.

Running direction

○

Page 89

SD200 User Manual

Chapter 6 Parameter Description

-8 9-

Modify the function code to shift the rotation direction of the motor. This effect equals to

the shifting the rotation direction by adjusting either two of the motor lines (U, V, W).

The motor rotation direction can be changed by the S key on the keypad. Refer to

parameter F07.01.

2：Forbid to run in reverse direction: It can be used in some special cases if the reverse

running is disabled.

Note：When the function parameter come back to the default value, the motor’s running

direction will come back to the default state, too. In some cases it should be used with

caution after commissioning if the change of rotation direction is disabled.

2.0~10.0kHzF00.15

Depend

model

Carrier frequency

setting

○

Name

Setup range

Function

code

Default

Value

Modifi-

cation

When A and B frequency commands are selected as "keypad settings", the value of the

function code is the original setting one of the frequency data of the AC drive .

1.5~1 1KW

6KHz

15~55 KW

4KHz

More th an 75KW

2KHz

Model

Carrier frequency Default

The relationship table of the

motor type and carrier frequency

Carrier

frequency

Electromagnetic

noise

Leakage

Current

Cooling

Degree

big

small

2kHz

5kHz

12kHz

big

small

big

small

The advantages of high carrier frequency: ideal current waveform, little current harmonic

wave and motor noise.

The disadvantages of high carrier frequency: increasing the switch loss, increasing AC

drive temperature and the impact to the output capacity. The AC drive needs to derate on

high carrier frequency. At the same time, the leakage and electrical magnetic

interference will increase. Apply low carrier frequency will cause unstable running, torque

decreasing and surge.

The the manufacturers has set a reasonal carrier frequency when the AC drive is in

factory. In general, users do not need to changethe parameters.

When users use over the default carrier frequency, it need to derating , each additional

1k carrier frequency, it need to derate 10% .

Page 90

0: Forward and reverse can be tracked

1: Fixed forward track

2: Fixed reverse track

F00.16 setting speed track start (F01.00=2) direction judge. In running, motor

forward/reverse direction revolve , the setting is 0. When the motor is determined to only

forward rotation , it can be set to 1. When the motor is determined to only reverse,it can

be set to 2.

0~2

Name

Setup range

Function

code

Default

Value

Modifi-

cation

F00.16

Speed track

direction setting

◎

SD200 User Manual

Chapter 6 Parameter Description

-9 0-

0: No operation

1: Rotation autotuning: Comprehensive motor parameter autotune. It is recommended to

use rotation autotuning when high control accuracy is needed.

2: Static autotuning: It is suitable in the cases when the motor can not de-couple from the

load. The antotuning for the motor parameter will impact the control accuracy.

0~2

Name

Setup range

Function

code

Default

Value

Modifi-

cation

F00.17 0

◎

Motor parameter

autotuning

0: No operation

1: Restore the default value

2: Cancel the fault record

Note:Restoring to the default value will cancel the user password, please use this function

with caution.

0~2

Name

Setup range

Function

code

Default

Value

Modifi-

cation

F00.18 0

◎

Function restore

parameter

Page 91

SD200 User Manual

Chapter 6 Parameter Description

-9 1-

Group F01 Start-up and Stop Control Group

0~2

F01.00

◎

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0：Star-up directly: start from the starting frequency F01.01.

1：Star-up after DC braking: start the motor from the starting frequency after DC braking

(set the parameter F01.03 and F01.04). and then start the motor at the starting

frequency. For closed-loop vector control, the first pre-excitation generated stator flux,

and then start the motor running, it can effectively enhance the output and dynamic

response on startup.

2：Start-up after speed tracing : the AC drive automatically track the speed and direction

of the motor for rotating the motor in smooth start. Apply to certain high inertia loads with

rotation of the occasion when the starter motor rotor, SD200 AC drive hardware detection

method using motor speed track, has a wide range of speed track (0 ~ 600Hz), without

providing the advantages of other parameters.

Note： When select speed tracking start, the control board T/A, S/B terminal jumper

settings set as follows:

Start mode

Setting frequency of direct start-up means the original frequency during the AC drive

starting. See F01.02 for detailed information.

0.00~10.00Hz

Name

Setup range

Function

code

Default

Value

Modifi-

cation

F01.01 0.50Hz

◎

Starting frequency

of direct start

Set a proper starting frequency to increase the torque of the AC drive during starting.

During the retention time of the starting frequency, the output frequency of the AC drive is

the starting frequency. And then, the AC drive will run from the starting frequency to the

set frequency. If the set frequency is lower than the starting frequency,the AC drive will

stop running and keep in the stand-by state. The starting frequency is not limited the lower

frequency.

0.0~100.0s

Name

Setup range

Function

code

Default

Value

Modifi-

cation

F01.02 0.0s

◎

Retention time of the

starting frequency

Page 92

SD200 User Manual

Chapter 6 Parameter Description

-9 2-

frequency f

fmax

f1 set by F 01.01

t1 set by F 01.02

time

0.0~150.0% 0.0%

The braking current

before starting

◎

0.0~100.0s

0.0s

The braking time

before starting

◎

Function

code

F01.03

Name

Setup range

Default

Value

Modifi-

cation

F01.04

The AC drive will carry out DC braking at the braking current set before starting and it will

speed up after the DC braking time.If the DC braking is set to o, the DC braking current is

carried out according to the preset DC braking current . After setting the DC braking is

invalid.

The stronger the braking current, the bigger of the braking power. The DC braking

current before starting means the percentage of the rated current of the AC drive.

0.0~50.0%（Acc/Dec time）

F01.06

◎

Name

Setup range

Function

code

Default

Value

Modifi-

cation

F01.05 set starting and running frequency mode selection .

0: line type; the output frequency by line increment or decrement.

1: S curve type; output frequency by increases or decreases according of S curve.

S curve is generally used to relatively flat occasion for the start and stop the process ,

such as elevators, conveyor belt.

0~1

F01.05

◎

ACC/DEC selection

S curve start ratio

30.0%

0.0~50.0%（Acc/Dec time）

F01.07

30.0%

S curve end ratio

◎

Page 93

SD200 User Manual

Chapter 6 Parameter Description

-9 3-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

The starting frequency of stop braking: the AC drive will carry on stop DC braking when the

frequency is arrived during the procedure of decelerating to stop.

The waiting time of stop braking: before the stop DC braking, the AC drive will close output

and begin to carry on the DC braking after the waiting time. This function is used to avoid

the overcurrent fault caused by DC braking when the speed is too high.

Stop DC braking current: the DC brake added. The stronger the current, the bigger the DC

braking effect.

The braking time of stop braking: the retention time of DC brake. If the time is 0, the DC

brake is invalid. The AC drive will stop at the set deceleration time.

Instruction: t1is t he start segment rati o of the S curve,

t2 is the end segment r at io of the S curve.

fmax

time

f(Out put fre quency)

fmax

time

f(Out put frequency)

t1 t2 t2 t1

0: Decelerate to stop: after the stop command because valid, the AC drive decelerates to

decrease the output frequency, during the set time. When the frequency decrease to 0Hz ,

the AC drive stop.

1: Coast to stop: after the stop command becomes invalid, the AC drive ceases the output

immediately. And the load coasts to stop at the mechanical inertia.

0~1

Name

Setup range

Function

code

Default

Value

Modifi-

cation

F01.08

Stop Mode

○

F01.09

Starting frequency

of DC braking

Waiting time of

DC braking

F01.10

0.00~F00.03（Max. frequency）

0.00Hz

○

0.0~100.0s 0.0s

○

Stopping DC

braking current

Stopping DC

braking time

F01.11

F01.12

0.0~150.0% 0.0%

○

0.0~100.0s 0.0s

○

Page 94

0: Invalid operation command on terminal 1: valid operation command on terminal

The protection of

theelectric terminals

○

F01.17

SD200 User Manual

Chapter 6 Parameter Description

-9 4-

During the procedure of switching FWD/REV rotation, set the threshold by F01.14, which

is as the table below:

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0.0~6000.0s 0.0s

Dead time of

FWD/REV rotation

○

F01.13

Starting

frequency

Forward

Shift after the zero frequency

REV

Dead time

Shift after the starting frequency

Output

frequency f

F01.14 set the AC drive stop speed threshold. Below this value the AC drive to stop running.

Name

Setup range

Function

code

Default

Value

Modifi-

cation

Stopping frequency

F01.14 0.00~100.00Hz 0.50Hz

○

Name

Setup range

Function

code

Default

Value

Modifi-

cation

This parameter is Reserved.

Reserved

●

F01.15

F01.16

Name

Setup range

Function

code

Default

Value

Modifi-

cation

When the running commands are controlled by the terminal, the system will detect the

state of the running terminal during powering on.

0: The terminal running is invalid when powering on. Even the running command is

detected to be valid during/powering on, the AC drive won’t run and the system keeps in

the protection state until the running command is canceled and enabled again.

Page 95

Reserved

●

F01.20

SD200 User Manual

Chapter 6 Parameter Description

-9 5-

1: The terminal running command is valid when powering on. If the running command is

detected to be valid during powering, the system will start the AC drive automatically after

the initialization.

Note: This function should be selected with cautions, or serious result may follow.

Name

Setup range

Function

code

Default

Value

Modifi-

cation

This function can eable the AC drive start or not after the power off and then power on.

0：Prohibit restart

1： Allow restart, if the starting need is met, the AC drive will run automatically after

waiting for the time defined by F01.19.

Select restart

after power failure

F01.18

0：prohibit restart 1：allow restart

○

0.0~6000.0s（F01.18 equal to1is valid）

1.0s

Restart waiting time

○

F01.19

Name

Setup range

Function

code

Default

Value

Modifi-

cation

Valid when F01.18, the function determines the waiting time before the automatic running

of the AC drive when powering off and then powering on.

Output

frequency(f)

time

Running

power failure

power on

Running

t1=F01.19

Name

Setup range

Function

code

Default

Value

Modifi-

cation

This parameter is Reserved.

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0~2 0

Action if running

frequency<lower limit

frequency(valid>0)

F01.21

◎

Page 96

SD200 User Manual

Chapter 6 Parameter Description

-9 6-

0: Run at the lower-limit frequency.

1: Stop .

2: Hibernation.

Name

Setup range

Function

code

Default

Value

Modifi-

cation

When the AC drive is hibernation state, the set frequency is above the lower limit one

again and it lasts for the time set by F01.22, the AC drive will run automatically.

0.0sF01.22

○

Hibernation

restore delay time

00.0~3600.0s（F01.21 equal to 2 is valid）

Group F02 Motor 1 Parameter Group

0~1

F02.00

◎

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0：G type（Constant torque /heavyload type load）

1：P type（Variable torque / lightload type load）

Load Type

0~1

F02.01

◎

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0 General asynchronous motor without independent cooling fans, at low frequencies the

cooling effect is poor, it will make the appropriate compensation when AC drive under

thermal protection.

1：The frequency variable asynchronous motor have independent cooling fan and don’t

need low frequency compensation.

：

Motor type 1

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0.1~1000.0kW

F02.02

Depend

model

Rated power of

motor 1

0~1200V

F02.03

Depend

model

Rated voltage of

motor 1

0.8~6000.0A

F02.04

Depend

model

Rated current of

motor 1

◎

Page 97

SD200 User Manual

Chapter 6 Parameter Description

-9 7-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0.01Hz~F00.03（Maximum）F02.05 50.00Hz

Rated frequency

of motor 1

1~36000rpm

F02.06

Depend

model

Rated speed of

motor1

○

The function parameter is used to set the asynchronous motor nameplate parameters.

Regardless use the V/F control or vector control, in order to ensure the performance of

control, it must be in accordance with the asynchronous motor nameplate parameter and

set to the correct F02.02~F02.06 value. In addition, please be noted that, if the power of

motor and AC drive standard fitness machine, the distribution power gap is too large (over

two files of the power), that the control performance of the AC drive will significantly

decreased as well.SD200 provides parameter auto-tuning function. Accurate parameter

auto-tuning depends on proper setting of the motor nameplate parameters.

Note:Reset the motor rated power (F02.02), you can initialize F02.0~F02.11 motor

parameters.

Name

Setup range

Function

code

Default

Value

Modifi-

cation

F02.07 ~ F02.11 is asynchronous motor 1 identification parameters, these parameters are

not showed in general motor nameplate, they need to obtain from AC drive’s auto-tuning on

motor parameters. Dynamic auto-tuning can acquire F02.07~F02.15 all the parameters,

static auto-tuning only get 3 parameters of F02.07~F02.09 ,the other parameters remain

the factory default value.

0.001~65.535Ω

F02.07

Depend

model

Stator resistance

of motor 1

0.001~65.535Ω

F02.08

Depend

model

rotor resistance

of motor 1

0.1~6553.5mH

F02.09

Depend

model

leakage inductance

of motor 1

○

0.1~6553.5mH

F02.10

Depend

model

Mutual inductance

of motor 1

0.1~6553.5A

F02.11

Depend

model

Non-load current

of motor 1

○

Name

Setup range

Function

code

Default

Value

Modifi-

cation

F02.12-24 parameters are reserved.

0 0

Reserved

F02.12

~24

●

Page 98

SD200 User Manual

Chapter 6 Parameter Description

-9 8-

Name

Setup range

Function

code

Default

Value

Modifi-

cation

F02.25 set effectiveness of motor 1 overload protection.

Motor 1 overload protection curve is inverse curves, motor 1 electrical

overload=F02.26xmotor 1 rated current. When the actual load current <110%xMotor 1 ov-

erload current, overload protection invalid; when the actual load current=116%xMotor 1

overload current for 1 hour then report overload fault; when the actual load current = 200%x

motor 1 overload current for 1 min reports overload protection. Overload factor is larger, the

report contained over shorter time to failure, overload curves shown in the following figure:

0~1

Motor 1 overload

protection selection

F02.25

50.0~120.0%

100.0%

Motor 1 overload

protection coefficient

F02.26

○

◎

current(A)

116% 2 00%

1min

Page 99

0~5 0

SD200 User Manual

Chapter 6 Parameter Description

-9 9-

Group F04 V/F Control Group

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0：Straight line V/F curve

1：Multi-dots V/F curve

2：1.3 power low torque V/F curve

3：1.7 power low torque V/F curve

4：2.0 power low torque V/F curve

5：Customized V/F(V/F separation)

The various type of curves as shown in below, Vb in the below picture is the motor rated

voltage and fb is the motor rated frequency.

F04.00

Motor 1V / F

curve setting

◎

Name

Setup range

Function

code

Default

Value

Modifi-

cation

0.0%（automatic torque boost）

0.1%~20.0%(Manual torque boost）

0.0%

Torque boost

of motor 1

F04.01

0.0%~50.0% （Relative motor 1 rated frequency）

20.0%

Torque boost

close of motor 1

F04.02

○

Outpu t voltage

Square type

Straight type

1.3 power l ow torq ue V/F cu rve

1.7 power l ow torq ue V/F cu rve

2.0 power l ow torq ue V/F cu rve

Outpu t voltage

Input voltage

Page 100

SD200 User Manual

Chapter 6 Parameter Description

-1 00-

Torque boost to the output voltage for the features of low frequency torque. F04.01 is for the

percentage of the rated motor voltage Vb. In practical application, torque boost should be

selected according to the load. The bigger the load is, the bigger the boost is. Too bigger

torque is inappropriate because the motor will run with over-magnetic,and the current of the

AC drive will increase to raise the temperature of the AC drive and decrease the efficiency.

When the torque boost is set to 0.0%, the AC drive is automatic torque boost, and AC drive

interior will according to the motor stator resistance value and the actual running current to

make compensation for stator resistance voltage.

F04.02 define a manual cut-off frequency of torque boost is relative to percentage of the

motor rated frequency fb. Torque boost threshold: under the threshold, the torque boost is

valid, but over the threshold, the torque boost is invalid.

Name

Setup range

Function

code

Default

Value

Modifi-

cation

When F04.00 =1(multi-point V/F curve), the user can set V/F curve through F04.03~

F04.08.V/F is generally according to the load of the motor.

Note:V1<V2<V3, f1<f2<f3.Too high low frequency voltage will heat the motor excessively

or cause damage. The AC drive may install when overcurrent of overcurrent protection.

0.00Hz~F04.05 0.00Hz

V/F frequency 1

of motor 1

F04.03

○

0.0%~100.0%（motor1 rated voltage）

00.0%

V/F Voltage 1

of motor 1

F04.04

○

F04.03~F04.07 0.00Hz

V/F frequency 2

of motor 1

F04.05

○

0.0%~100.0%（motor1 rated voltage）

00.0%

V/F Voltage 2

of motor 1

F04.06

○

F04.05~F02.02 (motor1 rated frequency）

0.00Hz

V/F frequency 3

of motor 1

F04.07

○

0.0%~100.0%（motor1 rated voltage）

00.0%

V/F Voltage 3 of motor 1

F04.08

○

Outpu t voltage

Outpu t

frequency(Hz)

100%Vb

f3f1 f2

Sinovo SD200-4T-0.7G, SD200-2T-1.5G, SD200-2S-0.7G, SD200-2T-2.2G, SD200-2S-1.5G User Manual

Specifications and Main Features

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