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HLP-A100 Series Operating Manual

HLP-A100 Series

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6

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2.2 Particular Specifications

Model

Input voltage

Input

current/

A

Output

current/

A

Rated

power/

KW

Suitable

motor/

KW

Net

weight/

KG

HLP-A100001143

3×380-440V50/60Hz

35.9

25

11

11

5.8

3×440-480V50/60Hz

31.4

22.7

HLP-A100001543

3×380-440V50/60Hz

43.4

32

15

15

5.8

3×440-480V50/60Hz

38.8

29.1

HLP-A10018D543

3×380-440V50/60Hz

51.5

38

18.5

18.5

8

3×440-480V50/60Hz

46.1

34.5

HLP-A100002243

3×380-440V50/60Hz

61.0

45

22

22

8

3×440-480V50/60Hz

54.5

40.9

HLP-A100003043

3×380-440V50/60Hz

57

61

30

30

25.4

3×440-480V50/60Hz

46

52

HLP-A100003743

3×380-440V50/60Hz

70

73

37

37

25.4

3×440-480V50/60Hz

57

65

HLP-A100004543

3×380-440V50/60Hz

84

90

45

45

50

3×440-480V50/60Hz

68

80

HLP-A100005543

3×380-440V50/60Hz

103

106

55

55

50

3×440-480V50/60Hz

83

105

HLP-A100007543

3×380-440V50/60Hz

140

147

75

75

50

3×440-480V50/60Hz

113

130

HLP-A100009043

3×380-440V50/60Hz

175

180

90

90

60

3×440-480V50/60Hz

154

160

HLP-A100011043

3×380-440V50/60Hz

206

215

110

110

60

3×440-480V50/60Hz

183

190

HLP-A100013243

3×380-440V50/60Hz

251

260

132

132

60

3×440-480V50/60Hz

231

240

HLP-A100016043

3×380-440V50/60Hz

304

315

160

160

99

3×440-480V50/60Hz

291

302

HLP-A100018543

3×380-440V50/60Hz

350

365

185

185

99

3×440-480V50/60Hz

320

335

HLP-A100020043

3×380-440V50/60Hz

381

395

200

200

99

3×440-480V50/60Hz

348

361

HLP-A100022043

3×380-440V50/60Hz

420

435

220

220

99

3×440-480V50/60Hz

383

398

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Summary of Contents for HLP-A100 Series

Page 1: ......

Page 2: ...HLP A100 Series Operating Manual...

Page 3: ......

Page 4: ...l Installation in General 13 3 3 2 Fuse and Main Circuit Terminals Specifications 13 3 3 3 Installation and Direction 14 3 3 4 Wiring terminal 15 3 3 5 Wiring 19 Chapter 4 Operation and Display Interf...

Page 5: ...on 151 7 5 Potentiometer reference 152 7 6 Connect two wire transductor to terminal AI 152 7 7 Reference for pulse input 153 7 8 Multi speed 153 7 9 Speed up down 154 7 10 Pulse start stop 155 7 11 Di...

Page 6: ...HLP A100 Series HLP A100 Series Operating Manual 5 12 6 Preset Single Register 175 12 7 Force Multiple Coils 176 12 8 Preset Multiple Regs 177 12 9 Read Write array 178 12 10 Exception code 179...

Page 7: ...HLP A100 Series Operating Manual HLP A100 Series 6...

Page 8: ...eries Please read carefully the operation manual before putting the inverter to use so as to correctly install and operate the inverter give full play to its functions and ensure the safety Please kee...

Page 9: ...varistor against thunder at the output Otherwise it will cause malfunctions tripping protection and damages of components of the inverter Please use an independent power supply for the inverter Do avo...

Page 10: ...Do not measure the signals on circuit boards while the inverter is running to avoid danger The drive has been optimized before sold Please make proper adjustments according to the desired functions D...

Page 11: ...least 15 minutes for the drives of more than 30kW including 30kW Otherwise it will expose you to a risk of electrical shock The user must strictly follow the instruction to operate and make wire conn...

Page 12: ...23 Indicate 3 Phase AC 220V 43 Indicate 3 Phase AC 380V 15 17 P20 IP rating is 20 18 X Without AC choke A With AC choke 19 X Without Brake unit B With Brake unit 20 X Without DC choke D With DC choke...

Page 13: ...73 37 37 25 4 3 440 480V50 60Hz 57 65 HLP A100004543 3 380 440V50 60Hz 84 90 45 45 50 3 440 480V50 60Hz 68 80 HLP A100005543 3 380 440V50 60Hz 103 106 55 55 50 3 440 480V50 60Hz 83 105 HLP A100007543...

Page 14: ...ance 8 rpm Speed closed loop control accuracy 0 6000 rpm tolerance 0 15 rpm Control command source LCP digital terminal local bus Frequency setting source LCP analog pulse local bus Ramp control Selec...

Page 15: ...d LCP Incompatible Parameter Read only Reference Out of Range Invalid While Running Password Error etc Control Terminals Digital input Number 6 digital inputs Scanning time 1ms Analog input Number of...

Page 16: ...ull scale Resolution 1 1bit Scanning time 16ms Power supply VDD 24VDC power supply 10V 10VDC power supply RS485 serial commu nication Terminal number 1 RS TX RX RS TX RX Ground for RS485 GND Display 8...

Page 17: ...If the f requency converter is operated over 40 ambient temperature the continuous output current should be decreased The f requency converter has been designed for operation at max 50 ambient temper...

Page 18: ...ything abnormal please notify the dealer or the relevant people of our company Check if the inverter has got any damage or deformation during the transportation and handling Check if there is one piec...

Page 19: ...Model Frame size and Installation Dimension A3 HLP A100001 143 HLP A100001543 A4 HLP A1001 8D543 HLP A100002243 A5 HLP A100003043 HLP A100003743 A6 HLP A100004543 HLP A100005543 HLP A100007543 A7 HLP...

Page 20: ...V 3 380 480V Line Motor DC connection Brake Control terminals Relay 1 1 22 1 2 1 2 1 2 0 15 0 4 0 4 30 75 8 8 8 0 15 0 4 0 4 90 220 16 16 16 0 15 0 4 0 4 Item Dimension mm A mm B mm C mm D mm E mm F m...

Page 21: ...series inverter can be mounted side by side a minimum space must be reserved above and below the enclosure as shown below Fig 1 Single installation Fig 2 Side by side installation Model Fuse Rated cur...

Page 22: ...nstallation can be adopted Enough space must be reserved to ensure effective cooling as shown right Note Install the unit and make sure that it is free from high moisture high temperature heavy dust m...

Page 23: ...T Power input U V W Power output connect to the motor BR BR Connect the brake resistor make sure to set C02 10 C02 1 1etc UDC UDC DC bus Ground terminal 11 22kW 90 220kW Control and Relay Terminals RS...

Page 24: ...5K 4 Input voltage rang max 28V 5 Switch PNP and NPN model by Jumper switch Analog input VI AI Analog setting Feedback Set by the related parameter analog input channel can be configurated to 0 20mA...

Page 25: ...Digital output common terminal Connect COM as Digital output reference ground while use Analog output VO AO Analog output VO can be selected to the current output or voltage output via jumper switch...

Page 26: ...N P N 0V P N P 24V N P N 0V P N P 24V N P N 0V P N P 24V N P N 0V P N P 24V N P N 0V P N P R S 485 In te rface PE R T S Pow e r In p u t U V W PE 10V V I A I G N D V D D F O R R E V D I1 D O 2 D I3 D...

Page 27: ...the input terminals R S T If using RCD please choose B type Phase shif ting capacitors LC RC noise f ilters etc can never be connected to the output terminals of the inverter Please lower the inverter...

Page 28: ...he first basic C00 03 C03 00 Turn clockwise to select parameter group C03 C03 00 Press key to shift to fractional part C03 10 Turn clockwise to select parameter C03 10 Chapter 4 Operation and Display...

Page 29: ...rameter C03 10 000 5 Turn clockwise to change the fractional part to 5 000 5 Press key to shift to integral part 020 5 Press key to change the integral part to 20 END Press key to accept the change an...

Page 30: ...ome time in the future will run forward Example 2 The fourth line of the table represents the current drive is reverse running and the reference setting is greater than or equal to 0 it means the driv...

Page 31: ...ccuracy 1 DC Voltage Show the DC voltage C16 30 is 540 0V display accuracy 0 1 Inverter temperature Show the inverter temperature parC16 34 is 45 display accuracy 1 Feedback Value Show the feedback va...

Page 32: ...ems Key press LCP Display Action Description Analog in AI Show Analog in AI C16 63 is 20 00mA display accuracy 0 01 Pulse Input Show pulse input C16 68 is 50000Hz display accuracy 1 Pulse Output Show...

Page 33: ...ecent fault records in turn Key press LCP Display Action Description C00 03 Press to display the first basic parameter C00 03 C16 00 Turn clockwise to select Par group No C16 C16 00 Press to select pa...

Page 34: ...00 Series Operating Manual 27 Key press LCP Display Action Description C16 60 Press to select C16 60 0000 Press to view the value in C16 60 0100 indicates status of FOR DI1 DI2 is 0 and status of REV...

Page 35: ...t Set up 1 Set up1 2 Set up2 1 56 C00 12 Link Set up 0 Not linked 20 Linked 20 56 C00 3 1 Custom Readout Min Value 0 00 9999 00 0 00 56 C00 32 Custom Readout Max Value 0 00 9999 00 100 00 57 C00 33 LC...

Page 36: ...ontrol 3 Winder Function 0 60 C01 20 Motor Power kW HP Dep on motor data kW 60 C01 22 Motor Voltage Um n 50 1000 V 60 C01 23 Motor Frequency fm n 20 400 Hz 61 C01 24 Motor Current Im n Dep on motor da...

Page 37: ...Characte ristic F 0 400 Hz 64 C01 60 Low Speed Load Compensation 0 199 100 64 C01 61 High Speed Load Compensation 0 199 100 65 C01 62 Slip Compensation 400 399 100 65 C01 63 Slip Compensation Time Con...

Page 38: ...nction C02 00 DC Hold Current 0 150 50 69 C02 01 DC Brake Current 0 150 50 69 C02 02 DC Braking Time 0 0 60 0 s 10 0 70 C02 04 DC Brake Cut In Frequency 0 0 400 0 Hz 0 0 70 C02 08 Demagnatizing Rate 0...

Page 39: ...Value 0 00 100 00 0 00 74 C03 13 SpeedUp Down Value 0 01 50 00 Hz 0 10 74 C03 14 Preset Relative Reference 100 00 100 00 0 00 75 C03 15 Reference Resource1 0 No function 1 Analog input VI 2 Analog Inp...

Page 40: ...05 3600 00 s 79 C03 70 Ramp 4 Type 0 Linear 2 Sine2 ramp 0 80 C03 71 Ramp 4 Ramp up Time 0 05 3600 00 s 80 C03 72 Ramp 4 Ramp down Time 0 05 3600 00 s 80 C03 80 Jog Ramp Time 0 05 3600 00 s 80 C03 81...

Page 41: ...eout 0 00 60 00 s 0 05 82 C04 50 Warning Current Low 0 00 Imax A 0 00 83 C04 51 Warning Current High 0 00 Imax A 83 C04 52 Warning Speed Low 0 0 400 0 Hz 0 0 83 C04 53 Warning Speed High 0 1 400 0 Hz...

Page 42: ...start reverse 14 Jog 15 Preset ref bit0 16 Preset ref bit1 1 7 Preset ref bit2 1 8 Preset ref bit3 19 Freeze reference 20 Freeze output 21 Speed up 22 Speed down 23 Set up select 28 Catch up 29 Slow d...

Page 43: ...ning 5 Drive running 6 Running No warning 7 Run in rang No warning 8 Run on ref No warning 9 Alarm 10 Alarm or Warning 12 Out of current rang 13 Below current low 14 Above current high 15 Out of frequ...

Page 44: ...active 52 Remote ref active 53 No alarm 54 Start command active 55 Running reverse 56 Drive in hand mode 57 Drive in auto mode 60 63 Comparator 0 3 70 73 Logic rule 0 3 80 SLC digital output1 81 SLC d...

Page 45: ...eedb Value 4999 000 4999 000 50 000 92 C05 59 Terminal DI4 Filter Time Constant 1 1000 ms 100 92 C05 60 Terminal DO1 Pulse Output Variable 0 Dgital output 10 Output frequency 1 1 Reference 12 Feedback...

Page 46: ...Terminal VI High current 0 01 20 00 mA 20 00 95 C06 14 Terminal VI Low Ref Feedb Value 4999 000 4999 000 0 000 95 C06 15 Terminal VI High Ref Feedb Value 4999 000 4999 000 50 000 96 C06 16 Terminal V...

Page 47: ...1 99 C06 70 Terminal VO Mode 0 0 20mA 1 4 20mA 3 0 10V 3 99 C06 71 Terminal VOAnalog Output 0 No operation 10 Output frequency 1 1 Reference 12 Feedback 13 Motor current 16 Power 1 7 Speed 1 8 Motor v...

Page 48: ...rocess CL Feedback Resource 0 No Function 1 Analog in VI 2 Analog in AI 8 Pulse input 1 1 Local bus 0 103 C07 30 Process PI Normal Inverse Control 0 Normal 1 Inverse 0 103 C07 3 1 Process PI Anti Wind...

Page 49: ...ion 0 Off 1 Freeze output 2 Stop 3 Jogging 4 Max speed 5 Stop and trip 0 106 C08 06 Reset Control Word Timeout 0 No Function 1 Do Reset 0 107 C08 30 Protocol 0 FC 2 MODBUS RTU 6 MODBUS ASCII 0 107 C08...

Page 50: ...Reversing Select 0 Digital input 1 Bus 2 Logic AND 3 Logic OR 3 109 C08 55 Set up Select 0 Digital input 1 Bus 2 Logic AND 3 Logic OR 3 109 C08 56 Preset Reference Select 0 Digital input 1 Bus 2 Logi...

Page 51: ...Controller Action 0 69 0 1 16 Parameter Group 14 Special Functions C14 01 Switching Frequency 2 6 2kHz 6kHz 7 8kHz 8 10 kHz 9 12kHz 10 16kHz 4 1 1 8 C14 03 Over modulation 0 Off 1 On 1 1 1 8 C14 08 Da...

Page 52: ...t Limit Control Proportional Gain 0 500 100 C14 3 1 Current Limit Control Integration Time 0 2 0 02 C14 32 Current Limit Control Filter Time 1 100 1 C14 40 VT Level 40 90 90 120 C14 41 AEO Minimum Mag...

Page 53: ...Hours Counter 0 Do not reset 1 Reset Counter 122 C15 30 Fault Log Error Code 0 255 122 C15 3 1 Internal Fault Reason 32767 32767 123 C15 40 FC Type View FC type 123 C15 41 Power Section View power siz...

Page 54: ...Control Word 0 65535 125 C16 01 Reference Unit 4999 000 4999 000 125 C16 02 Reference 200 0 200 0 126 C16 03 Status Word 0 65535 126 C16 04 Active Set up 0 2 126 C16 05 Motor Speed RPM 0 9999 Hz 127...

Page 55: ...Digital Input 0 65535 129 C16 61 Terminal VI Setting 0 0 10V 1 0 20mA 130 C16 62 Analog Input VI 0 000 20 000 V mA 130 C16 63 Terminal AI Setting 0 0 10V 1 0 20mA 130 C16 64 Analog Input AI 0 000 20...

Page 56: ...C25 03 Fixed Speed Pump Number 0 2 0 134 C25 10 Multi Pressure Selection 0 Disable 1 Enable 0 134 C25 1 1 Present Time 0 00 23 59 h 0 00 134 C25 12 Multi Pressure Time 0 00 23 59 h 0 00 135 C25 20 Cas...

Page 57: ...37 C25 36 Recovery High Pressure Level 0 000 99 999 kg 5 000 137 C25 37 Recovery High Pressure Level Delay Time 0 0 3600 0 s 10 0 137 C25 40 Pump Interlock Time 0 0 3600 0 s 5 0 138 C25 41 Pump Contin...

Page 58: ...65 Overrun Water Level 0 100 0 141 C25 66 Standby Pressure1 0 000 99 999 kg 3 000 141 C25 67 Standby Pressure 2 0 000 99 999 kg 7 000 141 C25 68 Water Level Dead Band 0 100 5 142 C25 69 Water Level DI...

Page 59: ...centage 0 100 0 145 C30 16 Wobble Up Time 1 0 1000 0 s 10 145 C30 17 Wobble Jump Time 1 50 ms 1 145 C30 1 8 Wobble Down Time 1 0 1000 0 s 10 145 C30 20 Random Function Mode 0 Disable 1 Enable 0 146 C3...

Page 60: ...tor is running In factory setting column means the default setting for this parameter is determined by the drive type Item Parameter No Function Description Setting range Unit Default setting Page No...

Page 61: ...ing Operation State at Power up Hand 0 2 1 Option 0 Resume local reference is stored and used after power up 1 Forced stop ref old local reference is stored and used after power up 2 Forced stop ref 0...

Page 62: ...z 110 380 440V 60Hz IT Grid 111 380 440V 60Hz IT Delta 112 380 440V 60Hz 120 440 480V 60Hz IT Grid 121 440 480V 60Hz IT Delta 122 440 480V 60Hz 130 525 600V 60Hz IT Grid 131 525 600V 60Hz IT Delta 132...

Page 63: ...ameters that can not be changed while the motor is running When this is done it is possible to shift from one set up to the active set up selected Description of the choice This parameter should be us...

Page 64: ...Function This parameter corresponds to settings in par C04 14 Description of the choice This parameter sets the max value to be shown when the speed of the motor has reached the set value for C04 14 A...

Page 65: ...on key has no function 1 Enabled Auto on key is functional Description of the choice In auto mode the frequency can be remote controlled bus digital C00 51 Function Description Range Unit Default Set...

Page 66: ...ial motors V F settings are set in C01 55 and C01 56 separately 1 VVC used on applications that needs torque compensation at low frequency or higher requirements on control performance Description of...

Page 67: ...Function Description Range Unit Default Setting Motor Power Dep Motor date KW Function Select the KW value that corresponds to the rated power of the motor Description of choice Factory settings depe...

Page 68: ...e data Description of the choice Factory setting depends on the unit size Attention If motor frequency has been changed in C01 23 Nominal Motor Speed will be affected C01 29 Function Description Range...

Page 69: ...nction Enter the motor cable length connected between the motor and the frequency converter Description of the choice Set correct cable length can suppress noises resulted from the motor C01 33 Functi...

Page 70: ...ctory setting is set to Un motor rated voltage C01 50 Function Description Range Unit Default Setting Motor Magnetisation at zero speed 0 300 100 Function Enter a percentage value of the rated magneti...

Page 71: ...to Fn Motor rated frequency for par C01 56 the following applies F0 0 and F1 F2 F3 F4 F5 Simplify V F characteristic by merging 2 or more points voltages and frequencies which respectively are set eq...

Page 72: ...onfiguration Mode is set to Speed Open Loop 0 and when par C01 01 Motor Control Principle is set to VVC 1 Slip compensation is calculated automatically based on rated motor speed nM N C01 61 Function...

Page 73: ...tting Resonance Dampening Time constant 0 005 0 050 S 0 005 Description of choice Choose a time constant that provides the best dampening C01 7 Start Adjustments C01 71 Function Description Range Unit...

Page 74: ...0 1 0 Option 0 Disabled 1 Enabled Description of Choice This function applies for the inertia load to restart due to mains drop out If Clockwise 0 is selected C04 10 and no rotating motor is found It...

Page 75: ...her digital or analog input gives a warning if upper limit of motor temperature range is exceeded see par C01 93 Thermistor Resource 2 Thermistor trip A thermistor connected to either digital or analo...

Page 76: ...lding torque or preheats the motor This parameter is active if DC Hold has been selected in either C01 72 start function or C01 80 Function at Stop Description of Choice Enter a value for holding curr...

Page 77: ...unction Description Range Unit Default Setting Brake Function 0 2 0 Option 0 off 1 Resistor brake use the resistor brake to consume surplus energy resulting from motor braking and prevent the frequenc...

Page 78: ...0 00 100 0 A 0 00 Function Set motor current at which mechanical brake is released The relay acts when motor speed is greater than settings in this parameter Attention If start delay time has passed...

Page 79: ...eed Closed Loop 1 or Process Closed Loop 3 C03 02 Function Description Range Unit Default Setting Minmum Reference 4999 000 4999 000 0 000 Function Enter value for Minimum Reference Description of Cho...

Page 80: ...ences Function This parameter is an array 16 to be used for presetting different references Description of Choice When C03 00 select 1 Min Max 100 value set in C03 03 When C03 00 select 0 Min Max for...

Page 81: ...ration this parameter is set limited by C04 14 C03 12 Function Description Range Unit Default Setting Catch up Slow down Value 0 00 100 00 0 00 Function This parameter enables the entry of a percentag...

Page 82: ...equency is 26 Hz when only DI2 is connected the output frequency is14Hz when both DI1 and DI2 are on the output frequency is 20Hz C03 14 Function Description Range Unit Default Setting Preset Relative...

Page 83: ...r use signals f rom LCP potentiometer as reference resource see C06 8 Function C03 15 C03 16 and C03 17 define up to three different reference signals the sum of which defines is the actual reference...

Page 84: ...near acceleration Description of Choice If Linear 1 is selected the frequency may exceed the preset setting during the acceleration If S ramp 2 is selected due to smoother S curve it will automaticall...

Page 85: ...on Description Range Unit Default Setting Ramp1 Ramp Down Time 0 05 3600 00 S Function Enter the deceleration time from the rated motor speed in C01 25 to 0Hz Attention Choose a ramp down time such th...

Page 86: ...of motor and such that the generated current does not exceed the current limit set in C04 1 8 C03 60 Function Description Range Unit Default Setting Ramp3 Type 0 2 0 Option 0 Linear Motor ramp up to t...

Page 87: ...Enter the deceleration time from the rated motor speed in C01 25 to 0Hz Attention Choose a ramp down time such that no over voltage arises in the inverter due to regenerative operation of motor and su...

Page 88: ...2 Function Description Range Unit Default Setting Motor Speed Low Limit 0 0 400 0 Hz 0 0 Function Set the minimum limit for Motor Speed the motor speed low limit can be set to correspond to the minimu...

Page 89: ...fault is detected Attention When in HAND mode and Speed closed loop is selected options 1 3 4 are invalid Option 0 No function no reference resource is defined 1 Analog in VI use signals f rom Analog...

Page 90: ...Description Range Unit Default Setting Warning Current Low 0 00 Imax A 0 00 Function Enter the Ilow value when the motor current falls below this limit the display reads current low Setting range dep...

Page 91: ...it when the feedback exceeds this limit the display reads Feedb High Option 0 Off functoin is disabled 1 On function is enabled Attention Missing motor phase causes motor torque to decrease This funct...

Page 92: ...ertain output speed due to resonance problems in system The drive will pass quickly when it approaching to the Bypass Speed area C04 63 Function Description Range Unit Default Setting Bypass Speed to...

Page 93: ...Description Range Unit Default Setting Terminal REV Digital Input 0 93 10 C05 12 Function Description Range Unit Default Setting Terminal DI1Digital Input 0 93 15 C05 13 Function Description Range Un...

Page 94: ...reverse only motor can only run counter clockwise direction 14 Jog used for activating jog speed see C03 1 1 15 Preset ref bit0 Preset ref bit0 bit1 bit2 bit3 is used for the choice of the preset refe...

Page 95: ...h up to increase the resulting reference value by the percentage set in par C03 12 29 Slow down select slow down to reduce the resulting reference value by the percentage set in par C03 12 32 Pulse in...

Page 96: ...et in C04 50 and C04 51 13 Below current low Output current is lower than set in C04 50 14 Above current high Output current is higher than set in C04 51 15 Beyond frequency range Output frequency bey...

Page 97: ...56 Frequency converter in HAND mode 57 Frequency converter in AUTO mode 60 Comparator 0 Using a simple PLC the results of comparator 0 61 Comparator 1 Using a simple PLC the results of comparator 1 62...

Page 98: ...Series HLP A100 Series Operating Manual 91 104 Low water warning See par C25 105 High water warning See par C25 106 Low voltage warning See par C25 107 Over voltage warning See par C25 108 Sleep see...

Page 99: ...w motor shaft speed in C05 57 Terminal DI4 Low Ref feedback Value C05 56 Function Description Range Unit Default Setting Terminal DI4 High Frequency 0 021 50 000 KHz 50 000 Function Enter the high fre...

Page 100: ...y 0 020 50 000KHz Corresponding to 0 200Hz 1 1 Reference C03 00 select 0 Min Max 0 0 020KHz 100 50 000KHz C03 00 select 1 Max Max 100 0 020KHz 100 50 000KHz 12 Feedback 0 020 50 000KHz corresponding t...

Page 101: ...set as a percentage value of max signal C05 63 Function Description Range Unit Default Setting Pulse Output Min Scale 0 00 200 00 0 00 Function Enter pulse output max scale set as a percentage value...

Page 102: ...encoder This parameter can not be changed while the motor is running Function Enter the live Zero Time out Time period Live Zero Time out Time is active for analog inputs If the analog signal interru...

Page 103: ...High Current corresponding to Max reference feedback set in C06 15 C06 13 Function Description Range Unit Default Setting Terminal VI High Current 0 01 20 00 mA 20 00 Function Enter VI Low Ref Feedb...

Page 104: ...filter time constant for suppressing electrical noise in analog input VI A high time constant value improves dampening but also increases the time delay through the filter This parameter can t be adju...

Page 105: ...VI Mode 0 1 0 Function This reference signal should correspond to minmum reference feedback value set in C06 24 C06 2 Analog Input 2 C06 20 Function Description Range Unit Default Setting Terminal AI...

Page 106: ...t also increases the time delay through the filter This parameter can t be adjusted while the motor is running C06 28 Function Description Range Unit Default Setting Terminal AI Zero Dead Band 0 00 20...

Page 107: ...0 Output f requency 0 10V or 0 4 20mA corresponding to 0 200Hz 1 1 Reference C03 00 choose 0 Min Max 0 0 mA 100 20mA C03 00 choose 1 Max Max 100 0 mA 0 10mA 100 20 mA 12 Feedback 0 10V or 0 4 20mA cor...

Page 108: ...3 Function Description Range Unit Default Setting Terminal VO Output Min Scale 0 00 200 00 0 00 Function Scale minmum output of selected ananlog signal at terminal VO as percentage of maximum signal v...

Page 109: ...ype of analog output terminal AO C06 9 Analog Output AO C06 90 Function Description Range Unit Default Setting Terminal AO Mode 0 2 0 Option See C06 71 Function Select choices of analog output VO C06...

Page 110: ...ting Terminal AO Output Max Scale 0 00 200 00 100 00 C07 12 Function Description Range Unit Default Setting Torque PI Proportional Gain 0 500 100 C07 13 Function Description Range Unit Default Setting...

Page 111: ...ses regulation of a given error when the output frequency can t be increased decreased Function This function ensures the output frequency reaches to frequency limit PI controller will be initialized...

Page 112: ...l gain Quick control is obtained at a short integral time however this time may become too short which can make the process unstable C07 34 Function Description Range Unit Default Setting Process PI I...

Page 113: ...n Range Unit Default Setting Control Word Source 0 1 1 Option 0 None control word is inactive 1 FC RS485 select local bus as control word source Function This f unction is disabled when the reference...

Page 114: ...ASCII Function Select the protocol to be used C08 31 Function Description Range Unit Default Setting Address 0 247 1 Function Select the address for the bus FC bus range is 1 126 and MODBUS RTU range...

Page 115: ...cif y maximum permissible delay time between transmitting a request and receiving a respond Exceeding this time delay will cause word timeout C08 50 Function Description Range Unit Default Setting Coa...

Page 116: ...igital input Function Select control of Start Select function via digital input or bus C08 54 Function Description Range Unit Default Setting Reversing Select 0 3 3 Option 0 Digital input Activate via...

Page 117: ...feedback Hex value 4000H corresponds to100 feedback range is 200 C08 9 Bus Jog Feedback C13 00 Function Description Range Unit Default Setting Sample PLC Mode 0 2 0 Option 0 Disabled C13 0 Simple PLC...

Page 118: ...peed high for detailed information please refer to C05 4 17 13 Out of feedback range for detailed information please refer to C05 4 1 8 14 Below feedback low for detailed information please refer to C...

Page 119: ...a digital input DI2 is used in logic rules 37 Digital input DI3 input value entered via digital input DI3 is used in logic rules 38 Digital input DI4 input value entered via digital input DI4 is used...

Page 120: ...g Comparator Operator 0 2 1 Array 4 Option 0 Less than if the variable selected in C13 10 is less than the set value in C13 12 the comparator output is true or false 1 Approx Equal if the variable sel...

Page 121: ...ion Select the first boolean true or false input for the selected logic rule C13 41 Function Description Range Unit Default Setting Logic Rule Operator 1 0 8 0 Array 4 Option 0 Disabled ignoring C13 4...

Page 122: ...pression NOT C13 40 C13 42 OR C13 44 7 NOT AND NOT evaluates the expression NOT C13 40 C13 42 AND NOT C13 44 8 NOT OR NOT evaluates the expression NOT C13 40 C13 42 OR NOT C13 44 Function Select the s...

Page 123: ...PLC Action 0 69 0 Array 30 Option 0 Disabled function is disabled 1 No action no action is operated 2 Select set up1 select set up1 changes the active set up to 1 3 Select set up 2 select set up 2 ch...

Page 124: ...34 Set relay 1low 35 Set relay 2 low 36 Set digital out DO3 low 37 Set digital out DO4 low 38 Set digital out DO1 high 39 Set digital out DO2 high 40 Set relay 1 high 41 Set relay 2 high 42 Set digita...

Page 125: ...to the external device will increase the contrary the opposite C14 03 Function Description Range Unit Default Setting Overmodulation 0 1 1 Option 0 Off Disable the overmodulation function to avoid tor...

Page 126: ...mode otherwise it will reduce the machine useful life C14 1 Mains On Off C14 21 Function Description Range Unit Default Setting Automatic Restart Time 0 600 s 10 C14 20 Function Description Range Unit...

Page 127: ...start of automatic reset function after a warning alarm Description of Choice This parameter is active when C14 20 Auto Reset is set to Automatic reset 1 13 C14 22 Function Description Range Unit Defa...

Page 128: ...nal Gain 0 100 ms 1 Function Current Controller Proportional Gain choose a higher value causes the controller response more quickly but too high will cause the controller unstable Function Current Con...

Page 129: ...tem can select 0 Off In this mode the linkage can be reduced 1 On To ensure the inverter meets EMC standards select 1 On 2 Reserved Option 0 Disable 1 Enable Function This f unction ensures the output...

Page 130: ...ction Description Range Unit Default Setting Running Hours 0 60000 h Function View how many hours the motor has run Reset the counter in C15 07 Reset Kwh Counter C15 02 Function Description Range Unit...

Page 131: ...et Attention This parameter can not be set via local bus C15 30 Function Description Range Unit Default Setting Fault Log Error Code 0 255 Function View the error code and look up its meaning in chapt...

Page 132: ...tion Description Range Unit Default Setting Software version 0 255 Description of Choice View the software version of the drive C15 44 Function Description Range Unit Default Setting Ordered Type Code...

Page 133: ...efault Setting FC Serial Number Description of Choice View the drives serial number C15 53 Function Description Range Unit Default Setting Power Card Serial Number Description of Choice View power car...

Page 134: ...alog preset LCP Potmeter local bus and freeze reference C16 0 General Status 6 13 Parameter Group 16 Data Readouts This parameter group is read only Communication Control Word bit 0 1 bit00 Preset Ref...

Page 135: ...Set up 0 2 Function View the drive active set up Select 0 indicates set up 1 Select 1 indicates set up 2 and select 2 indicates multi set up Communication Status Word bit 0 1 bit00 Control not ready...

Page 136: ...ng correspondence C00 32 C04 14 C01 25 C01 20 C16 10 Function Description Range Unit Default Setting Power kW 0 000 1000 000 kW Function View output power in KW C16 11 Function Description Range Unit...

Page 137: ...Unit Default Setting Inverter Temp 0 255 Function View the temperature of drive s heatsink C16 35 Function Description Range Unit Default Setting Inverter Thermal 0 255 Function View calculated invert...

Page 138: ...ence 200 0 200 0 Function View analog or pulse feedback in HZ C16 5 Ref Feedb Function View signal states from active digital inputs which indicates in a 16 bit binary code If the drive detects digita...

Page 139: ...View actual input voltage or current on analog input AI C16 64 Function Description Range Unit Default Setting Analog Input AI 0 00 20 00 V mA Function View actual output voltage or current on analog...

Page 140: ...status of the relay the corresponding bit is set to 1 when the relay output is active otherwise it will be set to 0 C16 71 Function Description Range Unit Default Setting Relay Output 0 65535 Function...

Page 141: ...6 92 Warning Word 2 C16 93 0 Brake detect Undefined Undefined Undefined 1 Power Card over Temp Undefined Power Card over Temp Undefined 2 Earth Fault Trip Earth Fault Undefined 3 Reserve Option part U...

Page 142: ...ned Undefined Undefined 1 8 Brake overload Fan Fault Brake overload Fan Fault 19 U phase loss Undefined Undefined Undefined 20 V phase loss Undefined Undefined Undefined 21 W phase loss Undefined Unde...

Page 143: ...control multiple pumps Through the output switch signal the auxiliary pump are assigned to start and stop C25 0 Cascade Control Mode C25 10 Function Description Range Unit Default Setting Multi Press...

Page 144: ...ameter used together with Cascade Low Frequency C25 2 Cascade Frequency C25 12 Function Description Range Unit Default Setting Multi Pressure Time 0 00 23 59 h 0 00 Function This is an array parameter...

Page 145: ...ction Description Range Unit Default Setting Low Pressure Warning Level 0 000 99 999 kg 3 000 Function This parameter used to define the low pressure warning level when the actual pressure is less tha...

Page 146: ...Warning occurs multi f unction conjunction acts the drive stops C25 35 Function Description Range Unit Default Setting Over Pressure Warning Delay Time 0 0 3600 0 s 10 0 Function This parameter shoul...

Page 147: ...pump C25 40 Function Description Range Unit Default Setting Pump Interlock Time 0 0 3600 0 s 5 0 Function Set the interlock time of the two auxiliary pumps when they switch to each other C25 4 Pump In...

Page 148: ...Sleep Frequency 0 000 400 000 Hz 20 000 Function Define the low frequency before the main pump go to sleep mode C25 57 Function Description Range Unit Default Setting Awake Level 0 0 150 0 80 0 Functi...

Page 149: ...evel warning will be recovered when the water level below the low water level and the cascade controller will be restated When draining pump is used the set point equals to normal set point setting wh...

Page 150: ...evel 100 corresponding to the water level at 10V voltage C25 65 Function Description Range Unit Default Setting Overrun Water Level 0 100 0 Function Set the overrun water level the setting rang is fro...

Page 151: ...r level upper level lower level etc plus the water level deadband switch the running pressure when the water level falls the actual water level drops below the set level upper level lower level etc mi...

Page 152: ...time wobble stage store mode dwell frequency and dwell time In addition there are two setting modes for delta one is relative to center frequency because center frequency can be set to Auto decrease i...

Page 153: ...meter C30 02 Function Description Range Unit Default Setting Dwell Time 0 0 3600 0 s 0 0 C30 10 Function Description Range Unit Default Setting Centre Frequency Rate 0 000 30 000 Hz 0 500 Function Whe...

Page 154: ...tion Enter value of the Jump Frequency Percentage The jump frequency f jump fdelta Jump Frequency Percentage C30 16 Function Description Range Unit Default Setting Wobble Up Time 1 0 1000 0 s 10 0 Fun...

Page 155: ...10 Function This parameter determines the maxmum wobble ratio which the random function is allowed to choose C30 22 Function Description Range Unit Default Setting Min Radom Ratio 20 20 10 Function Th...

Page 156: ...0 1 0 Option 0 Dcenter stage 1 Dwell stage Function When Auto is selected as Wobble cycle start mode C30 00 0 if 0 is selected drive will ramp to centre frequency according to active ramp time if wob...

Page 157: ...ress ENTER key AMA complet Description AMA doesn t need to rotate motor Measurements are stored in C01 30 C01 33 and C01 35 1 Parameter initialization C14 22 2 2 Reboot the drive 3 Frequency source Us...

Page 158: ...ication control are only active in auto mode 3 Frequency source Preset C03 10 or select frequency source by C03 15 C03 16 C03 1 7 4 Connect digital input terminal FOR and VDD to operate the frequency...

Page 159: ...urce1 C06 14 Terminal VI Low Reference C06 15 Terminal VI High Reference Note indicates this parameter is set according to the actual situation Note indicates this parameter is set according to the ac...

Page 160: ...de Reference Parameter Description C03 15 8 Select reference C07 20 8 Select feedback value C05 15 32 Reference feedback resource Par Code Reference Parameter Description C05 12 15 Preset reference bi...

Page 161: ...as below bit3 bit2 bit1 bit0 Speed 0 0 0 0 1 0 0 0 1 2 0 0 1 0 3 0 0 1 1 4 0 1 0 0 5 0 1 0 1 6 0 1 1 0 7 0 1 1 1 8 1 0 0 0 9 1 0 0 1 10 1 0 1 0 1 1 1 0 1 1 12 1 1 0 0 13 1 1 0 1 14 1 1 1 0 15 1 1 1 1...

Page 162: ...155 Corresponding relation between ramp time and the binary code as below 7 10 Pulse start stop 7 11 Digital speed up down BIT1 BIT0 RAMP 0 0 1 0 1 2 1 0 3 1 1 4 Par Code Reference Parameter Descripti...

Page 163: ...s 1 Speed control open loop 2 Process control closed loop 3 Torque control open loop Par Code Reference Parameter Description C01 00 1 Configuration Mode C05 70 Encoder per Revolution C04 12 Motor Spe...

Page 164: ...is set according to the actual situation 2 Select Process control closed loop if the feedback signal is process amount such as pressure temperature etc Use the build in PI controller to keep the syst...

Page 165: ...Internal Control Function Parameter Ref Function Parameter Ref Function C03 10 0 20 Preset reference 0 C13 20 0 5 Timer 0 time C03 10 1 40 Preset reference1 C13 20 1 10 Timer 1 time C03 10 2 50 Preset...

Page 166: ...52 3 30 Start Timer 1 C13 51 4 C13 52 4 1 1 Select Preset ref 1 C13 51 5 C13 52 5 19 Select Ramp 2 C13 51 6 3 1 Simple PLC Time out 1 C13 52 6 3 1 Start Timer 2 C13 51 7 C13 52 7 12 Select Preset ref...

Page 167: ...is true then start the drive Action 3 C13 52 3 40 If the drive has stopped reset counter A Note If event 2 is true action 2 will be executed if event 2 is false but considering terminals local bus ex...

Page 168: ...nd shorted The installation length of the braking resistor should be not less than 5 meters Brake resistor option Model Braking Resistor Specification Suitable Motor KW Model Braking Resistor Specific...

Page 169: ...ication Cable 8 2 2 Mounting steps Step1 Open a hole in line with the size of the control panel in the position need to install the LCP hole size as shown Step 4 Install the external LCP communication...

Page 170: ...cal power drive systems part 3 EMC requirements and specific test methods In order to achieve the using requirements of the EMC must meet the following specifications Using shield motor cables and con...

Page 171: ...the trip lock alarm can be reset without cutting the main power off But there is a risk of accident when choosing this function Before using this function it is important to be familiar with the driv...

Page 172: ...when C08 04 is set to 0 or 5 A 24 E 24 Fan Fault Too much dust on the fan or the fan is aging E 25 Brake resistor short circuit Brake resistor is short circuit leading the brake function invalid E 27...

Page 173: ...AMA E 55 AMA Paremeter Error Motor parameter is out of the range E 56 AMA Interrupt Interrupted by the user when running AMA E 57 AMA Time out AMA takes too long to run A 58 E 58 AMA Internal Error Co...

Page 174: ...r initialized A 83 E 83 Power Board Temp High Power Board Temp High E 88 24V Power Card Fault 24V Power Card Fault Er 84 LCP Connection with the inverter failed No communication between LCP and the in...

Page 175: ...eter settings if no effect please contact Holip Company 2 Motor can t rotate Confirm whether the screen display is normal If screen display is properly verify if warning or alarm information displays...

Page 176: ...creen is active i e the screen display can t be switched or parameter can t be edited Suppose screen is freeze please make sure screened cable used and connected correctly If operation of the display...

Page 177: ...5 is without condensation phenomenon of water droplets is not allowed The inverter should be discarded as industrial waste It is forbidden to burn it The inverter must be kept in its original package...

Page 178: ...s 4 CRC CRC check HLP A100 series inverter follows the standard Modbus RTU protocol FC control word Address Function code Data CRC 8 bits 8 bits N 8 bits 16 bits Coil address R W Description 0 15 R W...

Page 179: ...g 09 Ramp1 Ramp 2 10 Data invalid Data valid 1 1 Relay1off Relay1on 12 Relay2 off Relay2 on 13 Set up selection bit0 14 Reserved 15 No reversing Reversing Coil address 0 1 32 Control not ready Control...

Page 180: ...01999 02989 Parameter group 02 15999 16989 Parameter group16 Field Description 01 FC address 01 Funtion 00 30 Coil address ADDRH ADDRL 0x0030 convert to decimal number is 48 Coil address 49 is frequen...

Page 181: ...0B D5 Register address ADDRH ADDRL The register address of C03 03is 303 10 1 3029 0x0BD5 00 02 The number of read registers is 2 D7 D7 CRC check Field Description 01 FC address 03 Function 04 The byt...

Page 182: ...ss 05 Function 00 40 0x0040 convert to decimal number is 64 The register address 64 is parameter write control FF 00 0000 Parameter changes are written to the RAM FF00 Parameter changes are written to...

Page 183: ...RC check Field Description 01 FC address 0F Function 00 00 Register address 0 is frequency converter control word 00 20 The bit number is 32 04 The byte number is 4 7C 04 Control word 7C 04 swap high...

Page 184: ...16384 then converts into hexadecimal 16384 converts into hexadecimal is 0x4000 The reason to be multiplied16384 is for a higher accuracy Field Description 01 FC address 0F Function 00 00 Register add...

Page 185: ...gister address of parameter index is 0x0008 00 02 The index is 2 0x0002 89 C9 CRC check Field Description 01 FC address 10 Function 0B D5 The register address of C03 03is 303 10 1 3029 0x0BD5 00 02 Re...

Page 186: ...10 10 1 3099 0x0C1B 00 01 The number of register 72 9E CRC check Exception code Description 0x00 Parameter number does not exist 0x01 Defined parameters can not be written 0x02 The value exceeds the u...

Page 187: ...write 0x1 1 Data cannot be changed in the current mode some parameter cannot be changed when the inverter is running 0x12 Other exception 0x40 Invalid data address 0x41 Invalid length 0x42 Invalid le...

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