Holip HLP-A100 Series Operating Manual
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Holip HLP-A100 Series Operating Manual

Vector inverter
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Do you have a question about the HLP-A100 Series and is the answer not in the manual?

Questions and answers

gabriel
May 13, 2025

HLP A-100 drive when l start it,it counts speed but to move motor, the can't run

User image 6822c28123ae7
0
1 comments:
Mr. Anderson
May 21, 2025

If the Holip HLP-A100 drive counts speed but does not run the motor, possible issues include:

1. The screen may be frozen — check if the screen cable is used and connected correctly.
2. If the screen operates normally, verify the connection between the motor and the frequency converter.
3. Try operating the drive in hand mode.
4. Check if the motor brake function is active or if the input fuse has melted.
5. Ensure the control card is not overloaded and that 24V is not shorted.

If no fault message is displayed and the above checks do not resolve the issue, contact Holip.

This answer is automatically generated

0
shan
July 17, 2025

e 13 error

0
Khan jewel
July 13, 2025

E.09 what is the problem

User image 68730e5f952c8
0

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Summary of Contents for Holip HLP-A100 Series

  • Page 2 HLP-A100 Series Operating Manual...

  • Page 4: Table Of Contents

    Chapter 6 Parameter Description 6.1 Parameter Group 00: Operation/Display 6.2 Parameter Group 01: Load and Motor 6.3 Parameter Group 02: Brakes 6.4 Parameter Group 03: Reference/Ramps 6.5 Parameter Group 04: Limits/warnings 6.6 Parameter Group 05: Digital Input/Output HLP-A100 Series Operating Manual...

  • Page 5: Table Of Contents

    10.2 Fault Indication and Trouble Shooting Chapter 11 Maintenance 11.1 Note 11.2 Storage and Transport Chapter 12 Communication protocol 12.1 Format specification 12.2 Coil addressing 12.3 Read Coil Status 12.4 Read Holding Registers 12.5 Force Single Coil HLP-A100 Series Operating Manual...

  • Page 6: Table Of Contents

    HLP-A100 Series 12.6 Preset Single Register 12.7 Force Multiple Coils 12.8 Preset Multiple Regs 12.9 Read/Write array 12.10 Exception code HLP-A100 Series Operating Manual...
  • Page 7 HLP-A100 Series HLP-A100 Series Operating Manual...

  • Page 8: Introduction

    Introduction Thank you f or purchasing and using the general-pur pose vector inverter of HLP-A100 series. Please read caref ully the operation manual before putting the inverter to use so as to correctly install and operate the inverter, give f ull play to its f unctions and ensure the safety.
  • Page 9 ● Don’t install the drive in a space with explosive gas, otherwise, they lead to explosion. ● R, S, T terminals are power input terminals, never mixed with U.V.W terminals. Be sure that the wiring of the main circuit is HLP-A100 Series Operating Manual...

  • Page 10: During The Power-Up

    Danger ● Never connect or disconnect the motor set while the inverter is in running. Otherwise it will cause over-current trip and even burn up the main circuit of the inverter. HLP-A100 Series Operating Manual...

  • Page 11: After The Power-Off

    The user must strictly follow the instruction to operate and make wire connection. Otherwise HOLIP will not responsible for the damages due to wrong operation. The user will responsible for the damages themselves.

  • Page 12: Chapter 2 Standards And Specifications

    Control panel with LED display and potentiometer With coating on PCB Reserved Domestic sale Overseas sale 25-27 Reserved 28-3 1 VXXX Indicate sof tware version number, such as V235 means the version number is 2.35 . HLP-A100 Series Operating Manual...

  • Page 13: Particular Specifications

    3×380-440V50/60Hz HLP-A100003743 25.4 3×440-480V50/60Hz 3×380-440V50/60Hz HLP-A100004543 3×440-480V50/60Hz 3×380-440V50/60Hz HLP-A100005543 3×440-480V50/60Hz 3×380-440V50/60Hz HLP-A100007543 3×440-480V50/60Hz 3×380-440V50/60Hz HLP-A100009043 3×440-480V50/60Hz 3×380-440V50/60Hz HLP-A10001 1043 3×440-480V50/60Hz 3×380-440V50/60Hz HLP-A100013243 3×440-480V50/60Hz 3×380-440V50/60Hz HLP-A100016043 3×440-480V50/60Hz 3×380-440V50/60Hz HLP-A10001 8543 3×440-480V50/60Hz 3×380-440V50/60Hz HLP-A100020043 3×440-480V50/60Hz 3×380-440V50/60Hz HLP-A100022043 3×440-480V50/60Hz HLP-A100 Series Operating Manual...

  • Page 14: Technical Specifications

    Wobble Function; Cascade cont roller; Winder; Jogging Application ; Multi-speed Cont rol via Digital input; Multi-speed Functions Control via Ref erence; SLC ( including Order Control 、 Parallel Control ) ; Mechanical Braking;UP/DOW N;Catch up /Slow down; Relative Scaling Reference etc. HLP-A100 Series Operating Manual...
  • Page 15 Pulse accuracy input Resolution 1 1bit; Scanning 16ms; time Output 2 digital outputs ( DO1 、 DO2 ) number Digital Relay 2 relay outputs ( KA-KB 、 FA-FB- output output FC ) ; Scanning 1ms; time HLP-A100 Series Operating Manual...
  • Page 16 , analogue output, 1-10 f ault records and accumulated working time etc.; Remote mounting Available when the control panel for external use; Accessory Copy parameters f rom one inverter Copy card to another ; HLP-A100 Series Operating Manual...
  • Page 17 1000m the ambient temperature or the maximum output current should be decreased. Dcrease the output by 1% per 100m altitude above 1000m or reduce the max. ambient temperature by 1 degree per 200m. HLP-A100 Series Operating Manual...

  • Page 18: Chapter 3 Installation And Wiring

    ● Check if the inverter has got any damage or deformation during the transportation and handling; ● Check if there is one piece of HLP-A100 series inverter and one copy of the instruction manual available when unpacking it; ● Check the information on the label to see if the specifications meet your order (Operating voltage and KW value);...

  • Page 19: Dimensions Of The Inverter

    HLP-A100 Series 3.2.2 Dimensions of the inverter Item Model Frame size and Installation Dimension HLP-A100001 143 HLP-A100001543 HLP-A1001 8D543 HLP-A100002243 HLP-A100003043 HLP-A100003743 HLP-A100004543 HLP-A100005543 HLP-A100007543 HLP-A100009043 HLP-A10001 1043 HLP-A100013243 HLP-A100016043 HLP-A10001 8543 HLP-A100020043 HLP-A100 Series Operating Manual...

  • Page 20: Installation And Wiring

    480V Brake terminals 1 1-22 0. 1 5-0.4 30-75 0. 1 5-0.4 90-220 0. 1 5-0.4 3.3.2 Fuse and Main Circuit Terminals Specifications Model Fuse(Rated current/A) Main Circuit Terminals HLP-A100001 143 HLP-A100001543 HLP-A1001 8D543 HLP-A100002243 HLP-A100003043 HLP-A100 Series Operating Manual...

  • Page 21: Installation And Direction

    3.3.3 Installation and Direction Single Installation Side by Side Installation T he i nver ter must be i nst alled HLP-A100 series inver ter can be vertically with smooth ventilation. mounted side by side, a minimum Enough space must be lef t around...

  • Page 22: Wiring Terminal

    Note: Install the unit and make sure that it is f ree f rom high moisture 、 high temperature 、 heavy dust 、 metal f ragments and high oil mist. 3.3.4 Wiring terminal 3.3.4.1 Main Circuit Terminals Terminals of the main circuit: 11-22kW: -UDC +UDC/ 30-220KW: -UDC +UDC HLP-A100 Series Operating Manual...
  • Page 23 Connect the brake resistor, make sure to set C02. 1 0 、 -BR 、 +BR C02. 1 1 etc. +UDC 、 -UDC DC bus Ground terminal 3.3.4.2 I/O Control Terminals 30-75kW Control and Relay Terminals: +10V 11-22kW & 90-220kW Control and Relay Terminals: +10V HLP-A100 Series Operating Manual...
  • Page 24 Analog 、 Isolated f rom internal digital communication communication ground(COM) (GND) ground 1 、 Pulse input: 0.001-100.000KHz; Pulse setting/ Pulse input DI4 2 、 Voltage range: 24V ± 20%; Feedback 3 、 Input duty ratio: 40%-60%; HLP-A100 Series Operating Manual...
  • Page 25 1 、 Pulse output range: 0.001-5.000KHz Pulse output (range f rom 0.001-100.000KHz is optional); Pulse output 2 、 Voltage range: 0-24V; 3 、 Duty ratio: 40%-60%; 4 、 Resistive load >1kΩ, capacitive load < 10nF; HLP-A100 Series Operating Manual...

  • Page 26: Wiring

    0. 1 A(cosφ= 0.4); RS485 comm- RS+ 、 RS- Max baud rate: 1 15200bit/s; unication 3.3.5 Wiring Basic Connection Diagram of HLP-A100 series inverter: M OtOR p Ow e R R f I IN p u t R f I...
  • Page 27 PE line, its cross sectional area and the main power cable should be the same, must be separate grounded. ● Make sure reliable ground of the inverter in accordance with IEC 61800-5-1. ● Please refer to 9.2 for the use of RFI SWITCH. HLP-A100 Series Operating Manual...

  • Page 28: Chapter 4 Operation And Display Interface

    C00.04 basic C00.03 Turn clockwise to select C03.00 parameter group C03 Press key to shif t to f ractional C03.00 part Turn clockwise to select C03. 1 0 parameter C03. 1 0 HLP-A100 Series Operating Manual...

  • Page 29: Fwd/Rev Status

    20.5 4.2.2 FWD/REV Status Confirm the direction of the motor according to the set value, as shown in the following table: Reference Running status Indicator Display ≥0 STOP ＜ 0 STOP ≥0 HLP-A100 Series Operating Manual...

  • Page 30: Data Read-Outs

    (C16. 1 3) Frequency interface is 50.0Hz, display accuracy : 0. 1 Show the preset reference (C16.01) is Reference (%) 50%, display accuracy: 0.001 Show the motor current (C16. 1 4) is Motor Current 9.00A, display accuracy: 0.01 HLP-A100 Series Operating Manual...
  • Page 31 Show value of counter Counter A A is (C16.72) 65535, display accuracy : 1 Show counter B(C16.72) Counter B is 65535, diaplay accuracy : 1 Show analog in VI Analog in VI (C16.62) is 10.00V, display accuracy: 0.01 HLP-A100 Series Operating Manual...

  • Page 32: View Alarm Record

    Key-press LCP Display Action Description Press key to display the first C00.04 basic C00.03. Turn clockwise to select par. C15.00 group No. C15. Press to select parameter C15.00 number. Turn clockwise to select C15.30 C15.30 HLP-A100 Series Operating Manual...

  • Page 33: View State Parameter

    Press to display the first basic C00.03 parameter C00.03. Turn clockwise to select Par. C16.00 group No. C16 C16.00 Press to select parameter No. C16.01 Press select C16.01 Turn clockwise to finish browse value of C16.01. HLP-A100 Series Operating Manual...

  • Page 34: Led Display

    LCP Display Action Description C16.60 Press to select C16.60. Press to view the value in 0000 C16.60, 0100 indicates status of FOR 、 DI1 、 DI2 is 0, and status of REV is 1. 4.2.6 LED Display HLP-A100 Series Operating Manual...

  • Page 35: Chapter 5 Parameter Overview

    ; 2: Copy *C00.51 Set-up Copy f rom set-up2; 9: Copy f rom factory set-up; Menu 0: Disabled; C00.60 Password 1 : Enabled; 0: Speed open loop; Configuration C01.00 3: Process closed loop; Mode 4: Torque Open loop; HLP-A100 Series Operating Manual...
  • Page 36 (AMA) AMA; Stator *C01.30 Resistance Dep.on motor data Ω (Rs) Stator Leakage *C01.33 Dep.on motor data Ω Reactance (XI) Main *C01.35 Reactance Dep.on motor data Ω (Xh) *C01.39 Motor poles 2~100 Motor Cable *C01.42 0~150 Length HLP-A100 Series Operating Manual...
  • Page 37 0.005~0.050 0.005 Time Constant C01.71 Start Delay 0.0~10.0 0: DC hold/delay C01.72 Start Function time; 2: Coast/Delay time; 0: Disabled; *C01.73 Flying start 1 : Enabled; Function at C01.80 0: Coast; 1 : DC Hold; Stop HLP-A100 Series Operating Manual...
  • Page 38 Max current Over-voltage 0: Disabled; C02. 1 7 Control 2: Enabled; Release Brake C02.20 0.00~100.00 0.00 Current Activate C02.22 Brake Speed 0.0~400.0 [Hz] Reference 0: Min-Max; 1 : -Max- C03.00 Range +Max; Minimum C03.02 -4999.000~4999.000 0.000 Reference HLP-A100 Series Operating Manual...
  • Page 39 1 : Stopsave; 2: Power Value down save; 0: Linear; 2: Sine2 C03.40 Ramp 1 Type ramp; Ramp 1 Ramp C03.41 0.05~3600.00 up Time Ramp 1 Ramp C03.42 0.05~3600.00 Down Time 0: Linear; 2: Sine2 C03.50 Ramp 2 Type ramp; HLP-A100 Series Operating Manual...
  • Page 40 *C04. 1 2 Low Limit 0.0~400.0 [Hz] Motor Speed *C04. 1 4 High Limit 0.0~400.0 65.0 [Hz] C04. 1 8 Current Limit 0~300 Max. Output *C04. 1 9 0.0~400.0 65.0 Frenquency Max Output C04.21 Frequency 0~21 Resource HLP-A100 Series Operating Manual...
  • Page 41 50.000 High Warning C04.56 -4999.000~4999.000 0.000 Feedback Low Warning C04.57 Feedback -4999.000~4999.000 50.000 High Missing *C04.58 Motor Phase 0: Off; 1 : On; Function Bypass Speed C04.61 0.0~400.0 From [Hz] Bypass Speed C04.63 0.0~400.0 To [HZ] HLP-A100 Series Operating Manual...
  • Page 42 62: Reset counterA; 63: CounterB (up); 65: Reset counterB; Terminal DI3 70: Wobble start C05. 1 4 Digital Input command; 71 : Wobble reset; 72: Wobble initialization; 90: Low water level; 91 : High water level; HLP-A100 Series Operating Manual...
  • Page 43 23: Remote ready, no Terminal thermal warning;24: C05.3 1 DO2 Digital Ready, voltage ok; 25: Output Reverse; 26: Bus ok; 28: Brake, no brake warning; 29: Brake ready, no fault; 30: Brake fault (IGBT); 32: Mech brake control; HLP-A100 Series Operating Manual...
  • Page 44 100: Start pump1 ; 101 : Start pump2; 102: Below water level, low; 103: Above water level, high; 104: Low water warning; 105: High water warning; 106: Low voltage warning; 107: Over voltage warning; 108: sleep; HLP-A100 Series Operating Manual...
  • Page 45 AI input; Pulse Output C05.61 0.020~49.999 0.020 Min Freq Pulse Output C05.62 0.021~50.000 KHz 50.000 Max Freq Pulse Output C05.63 0.00~200.00 0.00 Min Scale Pulse Output C05.64 0.00~200.00 100.00 Max Scale Live Zero C06.00 1~99 Timeout Time HLP-A100 Series Operating Manual...
  • Page 46 0.07 Low Voltage Terminal AI C06.21 0.01~10.00 10.00 High voltage Terminal AI C06.22 0.00~19.99 0. 1 4 Low Current Terminal AI C06.23 0.01~20.00 20.00 High Current Terminal AI C06.24 Low Ref./ -4999.000~4999.000 0.000 Feedb. V alue HLP-A100 Series Operating Manual...
  • Page 47 Output Max 0.00~200.00 100.00 Scale LCP Potmeter C06.81 -4999.000~4999.000 0.000 Low Ref. LCP Potmeter C06.82 -4999.000~4999.000 50.000 High Ref. Terminal AO 0: 0~20mA; C06.90 Mode 1 : 4~20mA; Terminal C06.91 AO Analog See also C06.71 . output HLP-A100 Series Operating Manual...
  • Page 48 0.0~10.00 0.01 Gain Process PI C07.34 0. 1 0~9999.00 9999.00 Integral time Process PI C07.38 Feed Forward 0~400 Factor On Reference C07.39 0~200 Bandwidth Process PI C07.41 -100-100 Output Low Process PI C07.42 -100-100 Output High HLP-A100 Series Operating Manual...
  • Page 49 0: Even Parity, 1 Stop bit; 1 : Odd Parity, 1 stop C08.33 FC Port Parity bit; 2: No Parity, 1 Stop bit; 3: No Parity,2 Stop bits; Minimum C08.35 Response 0.001~0.500 0.010 Delay Max. C08.36 Response 0.010~10.000 5.000 Delay HLP-A100 Series Operating Manual...
  • Page 50 1 : Reset Sample PLC; Comparator C13. 1 0 0~3 1 1 13 Operand Comparator C13. 1 1 1 13 Operator Comparator C13. 1 2 -9999.0~9999.0 1 14 Value SL Controller C13.20 0.0~3600 1 14 Timer HLP-A100 Series Operating Manual...
  • Page 51 15; 1 19 12: Automatic reset x 13: Infinite auto reset; Automatic C14.21 0~600 1 19 Restart Time 0: Normal Operation; 2: Initialisation; Operation C14.22 3: Backup user 1 19 Mode settings;4: Recover user settings; HLP-A100 Series Operating Manual...
  • Page 52 C14.52 Fan Control low temperature; 5-8: Reserved; 0: Off; 1 : Sine-Wave *C14.55 Output Filter Filter; 3: Sine-Wave Filter with feedback; 2~6: 2kHz~6kHz; Min Switch *C14.63 7: 8kHz; 8: 10 kHz; Frequency 9: 12kHz; 10: 16kHz; HLP-A100 Series Operating Manual...
  • Page 53 NO. View power card Power Card C15.47 ordering No. of the Ordering NO. drive C15.48 LCP ID NO. View LCP ID NO. Sof tware ID View sof tware ID C15.49 Control Card control card HLP-A100 Series Operating Manual...
  • Page 54 C16. 1 4 0.00~655.35 Current Frequency C16. 1 5 0.0~200.0 Motor C16. 1 8 0~100 Thermal DC Link C16.30 0~65535 Voltage Heat sink C16.34 0~255 ¡ æ Temp. Inverter C16.35 0~255 Thermal Inv. Nom. C16.36 0.00~655.35 Current HLP-A100 Series Operating Manual...
  • Page 55 Pulse Output C16.69 0.020~50.000 13 1 Relay Output C16.71 0~65535 13 1 [bin] C16.72 Counter A 0~2147483647 13 1 C16.73 Counter B 0~2147483647 13 1 Analog C16.78 0.00~20.00 13 1 Output AO C16.86 FC Port REF -32768~32767 HLP-A100 Series Operating Manual...
  • Page 56 Cascade High C25.25 0.000~400.000 50.000 Frequency High C25.26 Frequency 0.0~3600.0 20.0 Delay Time Low Pressure C25.30 Warning 0.000~99.999 3.000 Level Low Pressure C25.3 1 Warning 0.0~3600.0 10.0 Delay Time Recovery C25.32 Low Pressure 0.000~99.999 4.000 Level HLP-A100 Series Operating Manual...
  • Page 57 0~150.0 Level Sleep Pressure C25.52 0.0~300.0 20.0 Delay Time Sleep C25.53 0.0~400.0 20.0 Frequency Sleep C25.54 Frequency 0.0~300.0 20.0 Delay Time C25.57 Awake Level 0.0~150.0 Pump Type 0: Feed pump; C25.60 Selection 1 : Drain pump; HLP-A100 Series Operating Manual...
  • Page 58 1 ¡ ¢ 2 running; Wobble Start C30.00 0: Auto; 1 : Manual; Mode Dwell C30.01 0.000~200.000 0.000 Frequency C30.02 Dwell Time 0.0~3600.0 Centre C30. 1 0 Frequency 0.000~30.000 0.500 Rate Centre C30. 1 1 Frequency 0.000~200.000 10.000 Low Limit HLP-A100 Series Operating Manual...
  • Page 59 0.01~600.00 1.00 Meter Setting C30.32 0.000~60.000 Km 10.000 Length Length Reach C30.33 0: No action; 1 : Stop; Mode 0: Operate at centre Wobble C30.38 f requency; 1 : Operate Restore Mode at preset f requency; HLP-A100 Series Operating Manual...
  • Page 60 Note: Reference signed with “*”in parameter No. column means this parameter can’t be modified when the motor is running. In factory setting column, “*” means the default setting for this parameter is determined by the drive type. HLP-A100 Series Operating Manual...

  • Page 61: Chapter 6 Parameter Description

    Local reference is set to 0. Thus motor will not start running before local reference has been increased. Attention: If LCP with potentiometer is mounted, reference is set according to actual potentiometer value. HLP-A100 Series Operating Manual...
  • Page 62 Description of choice: HLP-B series inverter contains 2 set-ups: set-up1 and set-up 2, which can be switched via digital inputs or serial communication commands. Binary code of the digital input terminals correspond with set-ups as follows: HLP-A100 Series Operating Manual...
  • Page 63 Function Description Range Unit Default Setting Custom Readout Min 0~9999.00 0.00 Value Function: This parameter occurs at 0 Speed. Description of the choice: This parameter allows the choice of the min. value of the custom defined readout. HLP-A100 Series Operating Manual...
  • Page 64 Description of the choice: The frequency converter can operate in the following three mode: HAND OFF/RESET and AUTO. When running in Hand-on mode, the frequency converter is locally operated and does not allow any remote control. By activating hand a start signal is given. HLP-A100 Series Operating Manual...
  • Page 65 C00.6* Protection C00.60 Function Description Range Unit Default Setting Menu Password Option: [0] Disabled; [1]Enabled, none of parameter can be changed except this; Function: This feature used to prevent non-commissioning person to HLP-A100 Series Operating Manual...

  • Page 66: Parameter Group 01: Load And Motor

    Torque Characteristics Option: [0] Constant torque, used for constant torque load; [1] Variable torque, used for variable torque load, such as fan applications ¡ ¢ centrifugal pump etc; [3]Auto Energy optimization, see C14.41 AEO minimum magnetisation. HLP-A100 Series Operating Manual...
  • Page 67 Attention: Changing the value of this parameter affects the setting of C01.22-C01.25 and C01.30-C01.35. *C01.22 Function Description Range Unit Default Setting Motor Voltage 50~1000 Function: Select a value that equals the nameplate data on the motor. Description of choice: Default setting depends on the inverter size. HLP-A100 Series Operating Manual...
  • Page 68 For the best possible adaptation of the frequency converter, it is recommended to run AMA on a cold motor. This function is disabled when the motor is running. HLP-A100 Series Operating Manual...
  • Page 69 Unit Default Setting Motor Cable Length 0~150 Function: 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. HLP-A100 Series Operating Manual...
  • Page 70 Description of choice: This parameter is only functional when par. C01.01, Motor Control Principle is set to V/F [0]. Attention: V0 factory setting is set to 0V, and U1-U5 factory setting is set to Un (motor rated voltage) . HLP-A100 Series Operating Manual...
  • Page 71 Function: Use this parameter to compensate voltage in relation to load when motor runs at low speed. Description of choice: Enter a percentage value to compensate voltage when motor needs running at low speed. Change-over point is automatically calculated based on motor size. HLP-A100 Series Operating Manual...
  • Page 72 Description of Choice: This function is only active when par. C01.00, Configuration 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. HLP-A100 Series Operating Manual...
  • Page 73 Start Function Option: [0] DC Hold/delay time; [2] Coast/delay time; Function: Select [0], Motor is energized with DC holding current (par. C02.00) during start delay time; Select [2], Motor is coasted during start delay time (inverter off). HLP-A100 Series Operating Manual...
  • Page 74 Option: [0] Coast, the inverter is off; [1] DC Hold, the motor is energized with a DC current. See par. C02.00 DC Hold Current for more information. Function: Here it is possible to select the stop function according to different applications. HLP-A100 Series Operating Manual...
  • Page 75 Function: Running ETR (Electronic Terminal Relay) function, motor temperature is calculated based on frequency, speed and time. Holip recommends performing the ETR function, if a thermistor is not present. *C01.93 Function Description...

  • Page 76: Parameter Group 02: Brakes

    IM, N set in C01.24. Description of Choice: Parameters related to the DC brake current are as follows: DC-brake command, see C05.1* choice (5); DC brake cut in speed, see C02.04; HLP-A100 Series Operating Manual...
  • Page 77 C02.11 Function Description Range Unit Default Setting Brake Resistor (ohm) 5~65535 Ω Function: Set brake resistor value. C02.16 Function Description Range Unit Default Setting AC Brake, Max Current 0~150 HLP-A100 Series Operating Manual...
  • Page 78 Function: The mechanical brake is activated when motor speed is less than Activate Brake Speed. Description of Choice: This feature occurs in the following situations: ● A start command is removed; ● A stop command is activated; ● Quick-stop is activated (Q-stop function is used); HLP-A100 Series Operating Manual...

  • Page 79: Parameter Group 03: Reference/Ramps

    Function: Enter value for Maximum Reference. Description of Choice: The sum of all internal and external references is clamped (limited) to the maximum reference value. Attention: The maximum reference can not be less than C03.02 (Minimum Reference). HLP-A100 Series Operating Manual...
  • Page 80 Selection of preset reference indicates with a four-digital binary code. If the f requency converter detects the corresponding terminals connected, then the bit is “1”, otherwise, the bit is “0”. Digital input terminal binary code and the corresponding relationship between pre-set values as follows: HLP-A100 Series Operating Manual...
  • Page 81 Description of Choice: The Catch up/Slow down function is activated by a digital input terminal (See C05.1*, choose [28]/ [29] ). If this function is active, the catch up/slow down value will be added HLP-A100 Series Operating Manual...
  • Page 82 Reference + Actual reference * Relative Scaling Reference Example: Preset Relative Preset Output Relative Scaling Reference/ Reference/ Reference/ Frequency Reference/ Reference C03.02 C03. 1 0 C03.03 (Hz) C03. 1 4 VI/C03. 1 8=1 10+0+10= 20 10+1+8=19 10+2+5=17 10+3+3= 16 10+4+0=14 HLP-A100 Series Operating Manual...
  • Page 83 C08.9*; [21] LCP potentiometer, select LCP potentiometer as relative scaling ref. source, see par. C06.8*; Function: The Relative Scaling Ref. Resource can be set via Analog input terminals ¡ ¢ Local bus reference and LCP potentiometer. HLP-A100 Series Operating Manual...
  • Page 84 If the drive detects the corresponding digital input terminals connected, then the bit is”1”, on the contrary is”0”. The corresponding relationship between state of the digital input terminals ¡ ¢ binary code and the selected ramp type are as follows: HLP-A100 Series Operating Manual...
  • Page 85 C03.50 Function Description Range Unit Default Setting Ramp2 Type Option: [0] Linear: Motor ramp up to the preset f requency with a constant acceleration; [2] S-ramp: Motor ramp to the preset f requency with non-linear acceleration.. HLP-A100 Series Operating Manual...
  • Page 86 Attention: Choose a ramp-down time such that no over-voltage arises in the inverter due to regenerative operation of motor and such that the generated current does not exceed the current limit set in C04. 1 8. HLP-A100 Series Operating Manual...
  • Page 87 See C05. 1 , choose [14]. C03.81 Function Description Range Unit Default Setting Quick Stop Ramp Time 0.05~3600.00 Function: Enter the Quick Stop Ramp Time f rom the rated motor speed (C01.25) to 0Hz. HLP-A100 Series Operating Manual...

  • Page 88: Parameter Group 04: Limits/Warnings

    C04.18 Function Description Range Unit Default Setting Current Limit 0~300 Function: Set the output current high limit. Attention: If a setting in C01.20 to C01.25 is changed, this parameter is not automatically reset to default setting. HLP-A100 Series Operating Manual...
  • Page 89 [1 1] Open loop running; Function: Select which reaction the f requency converter should take if a feedback fault is detected. Attention: When in HAND mode, and Speed-closed loop is selected, options [1] [3] [4] are invalid. HLP-A100 Series Operating Manual...
  • Page 90 Function: Enter the n value, when the motor speed falls below this limit, the display reads Speed Low. Attention: This setting must be within normal motor f requency range, otherwise, it may trigger an error warning. HLP-A100 Series Operating Manual...
  • Page 91 *C04.58 Function Description Range Unit Default Setting Missing Motor Phase Function Option: [0] Off, f unctoin is disabled; [1] On, f unction is enabled; Attention: Missing motor phase causes motor torque to decrease. This f unction HLP-A100 Series Operating Manual...
  • Page 92 HLP-A100 Series may be disabled for special purpose (e.g. small motor running pure U/f mode). However, choosing [0] Off, f unction disabled, may lead to overheating, Holip strongly recommends to make an active setting to avoid motor damage. C04.6* Speed Bypass C04.61...

  • Page 93: Parameter Group 05: Digital Input/Output

    Default Setting Terminal DI3Digital 0~93 Input C05.15 Function Description Range Unit Default Setting Terminal DI4 Digital 0~93 Input Option: [0] No operation, the f requency converter will not to react to signals transmitted to the terminal; HLP-A100 Series Operating Manual...
  • Page 94 Freeze output. When Speed up is activated for less than 400 ms. the resulting reference will be increased by 0. 1 %. If Speed up is activated for more than 400 ms. the resulting reference will ramp according to ramp 2 ; HLP-A100 Series Operating Manual...
  • Page 95 Attention: Because the DO1 also can be used as pulse output, so select [0] digital output in C05.60 to make this parameter active; C05.31 Function Description Range Unit Default Setting Terminal DO2 Digital 0~108 output C05.4* Relay C05.40 Function Description Range Unit Default Setting Relay Function 0~108 5, 9 HLP-A100 Series Operating Manual...
  • Page 96 [23] Remote ready, no Thermal Warning. Frequency converter is ready for operation in remote control, and no over-temperature warning is present; [24] Ready-Voltage OK. Frequency converter is ready for operation, main voltage is within specified voltage range; [25] Reverse. Motor runs in counter clockwise; HLP-A100 Series Operating Manual...
  • Page 97 [91] Up to Wobble ref., see par. C30*; [100] Start Pump 1, see C25*; [101] Start Pump 2, see C25*; [102] Below water level, low. See par. C25*; [103] Above water level, high. See par. C25*; HLP-A100 Series Operating Manual...
  • Page 98 HLP-A100 Series [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 par. C25*; HLP-A100 Series Operating Manual...
  • Page 99 Function: Enter the high f requency corresponding to the high motor shaf t speed in C05.58 Terminal DI4 High Ref./feedback Value. Default C05.57 Function Description Range Unit Setting Terminal DI4 Low 4999.000~4999.000 0.000 Ref./feedback Function: Enter low f requency /feedback corresponding to value in C05.55. HLP-A100 Series Operating Manual...
  • Page 100 C05.55-C05.56 entered via DI4; [22] Values on analog input VI, 0.020-50.000KHz corresponding to references in C06. 1 0 C06. 1 2 and C06. 1 1 C06. 1 3; [23] Values on analog input AI, 0.020-50.000KHz corresponding to HLP-A100 Series Operating Manual...
  • Page 101 Function: Enter pulse output min. scale, set as a percentage value of max. signal . C05.64 Function Description Range Unit Default Setting Pulse Output Max. Scale 0.00~200.00 100.00 Function: Enter pulse output max. scale, set as a percentage value of max. signal . HLP-A100 Series Operating Manual...

  • Page 102: Parameter Group 06: Analog In/Out

    [1] Freeze output, f rozen at the present value; [2] Stop, overruled to stop; [3] Jogging, overruled to jog speed; [4] Max. speed, overruled to Max.speed; [5] Stop and trip, overruled to stop with subsequent trip. HLP-A100 Series Operating Manual...
  • Page 103 C06. 1 5. Default C06.14 Function Description Range Unit Setting Terminal VI Low -4999.000~4999.000 0.000 Ref. /Feedb. Function: Enter VI Low Ref./Feedb. Corresponding to Min. voltage or min. current set in C06. 1 0 or C06. 1 2. HLP-A100 Series Operating Manual...
  • Page 104 0. In order to prevent the set point jitter at zero point due to analog interference, this parameter should be set properly. HLP-A100 Series Operating Manual...
  • Page 105 Function: This reference signal should correspond to max. reference/feedback value set in C06.25. C06.22 Function Description Range Unit Default Setting Terminal AI Low Current 0.00~19.99 0.14 Function: This ref erence signal should correspond to min. ref erence / feedback value set in C06.24. HLP-A100 Series Operating Manual...
  • Page 106 This parameter can’t be adjusted while the motor is running. C06.28 Function Description Range Unit Default Setting Terminal AI Zero Dead 0.00~20.00 0.00 Band Function: Set the dead band for terminal AI at zero, see C06. 1 8. HLP-A100 Series Operating Manual...
  • Page 107 C1.22; [20] Bus control (0-10V) or (0/4-20mA) corresponding to 0.0% - 100.0%, 100% equals to reference in C03.03; [21] Pulse input (0-10V) or (0/4-20mA) corresponding to reference f rom C05.55 to C5.56 transmitted via terminal DI4; HLP-A100 Series Operating Manual...
  • Page 108 The LCP potmeter can be select either as reference resource or relative reference resource. Default C06.81 Function Description Range Unit Setting LCP Potmeter Low Ref. -4999.000~4999.000 0.000 Function: This reference value corresponding to potentiometer turned f ully counterwise . HLP-A100 Series Operating Manual...
  • Page 109 Function: Select choices of analog output VO. C06.93 Function Description Range Unit Default Setting Terminal AO Output 0.00~200.00 0.00 Min. Scale Function: Scale minmum output of selected analog signal at terminal AO as percentage of maximum signal value. See fig. below: HLP-A100 Series Operating Manual...

  • Page 110: Parameter Group 07: Controller

    [8] Pulse input DI4 (0.020 – 50.000 KHz); [1 1] Local Bus (0 ~ ± 200%); Function: Select resource of feedback signal. C07.3* Process PI Ctrl. This parameter is active in closed loop process control mode. HLP-A100 Series Operating Manual...
  • Page 111 Thereaf ter, when the Process PI Start Speed is reached, the f requency converter will change over to Process PI Control. HLP-A100 Series Operating Manual...
  • Page 112 On reference Band Width f unction is active. C07.41 Function Description Range Unit Default Setting Process PI Output Low -100-100 Function: Process PI controller output low limit, 100% corresponds to C04. 1 9. HLP-A100 Series Operating Manual...

  • Page 113: Parameter Group 08: Comm. And Options

    [1] Freeze output, Freeze output until communication resumes. [2] Stop, Stop with auto restart when communication resumes; [3] Jogging, Run motor at jog f requency until communication resumes; [4] Max. speed, Run motor at max.f requency until communication HLP-A100 Series Operating Manual...
  • Page 114 RTU range is 1-247. C08.32 Function Description Range Unit Default Setting FC Port Baud Rate bit/s Option: [0] 2400; [1] 4800; [2] 9600; [3] 19200; [4] 38400; [5]Reserved; [6]Reserved; [7]Reserved; [8]Reserved; [9]Reserved; Function: Select baud rate for FC Port. HLP-A100 Series Operating Manual...
  • Page 115 Function: Select control of coasting f unction via digital input or bus. C08.51 Function Description Range Unit Default Setting Quick Stop Select Option: [0] Digital input, Aciviate via a digital input; [1] Bus, Activate via serial communication port; HLP-A100 Series Operating Manual...
  • Page 116 Function Description Range Unit Default Setting Set-up Select Option: [0] Digital input, Aciviate via a digital input; [1] Bus, Activate via serial communication port; [2] Logic and, Activate via serial communication port and a digital input; HLP-A100 Series Operating Manual...

  • Page 117: Parameter Group 13: Simple Plc

    Attention: Simple PLC f unction is only valid in auto mode. C13.0* Simple PLC Settings Use the Sample PLC settings to active disable or reset simple PLC. C13.00 Function Description Range Unit Default Setting Sample PLC Mode Option: [0] *Disabled; HLP-A100 Series Operating Manual...
  • Page 118 [22] Comparator 0, output of comparator 0 is used in logic rules; [23] Comparator 1, output of comparator 1 is used in logic rules; [24] Comparator 2, output of comparator 2 is used in logic rules; HLP-A100 Series Operating Manual...
  • Page 119 Function Description Range Unit Default Setting Reset simple PLC Option: [0] Do not reset, Simple PLC doesn’t reset; [1] Reset Simple PLC, reset Simple PLC, references in parameter group C13 will all be restored to factory setting; HLP-A100 Series Operating Manual...
  • Page 120 [1] Approx. Equal, if the variable selected in C13. 1 0 equals the set value in parC13. 1 2, the comparator output is true; [2] Greater than, opposite with option [0]; Function: Select the operator to be used in the comparison. HLP-A100 Series Operating Manual...
  • Page 121 Function Description Range Unit Default Setting Logic Rule Operator 1 Array: [4] ; Option: [0] Disabled, ignoring C13.40 and C13.42 ; [1] And, evaluates the expression [C13.40] AND [C13.42]; [2] Or, evaluates the expression [C13.40] OR [C13.42]; HLP-A100 Series Operating Manual...
  • Page 122 Function: Select the second logic operator to be used on the boolean input calculated in C13.40 Logic Rule Boolean 1 ¡ ¢ C13.42 Logic Rule Operator 1 and C13.43 Logic Rule Boolean 2 and the boolean input coming f rom C13.44 Logic Rule Boolean 3. HLP-A100 Series Operating Manual...
  • Page 123 [19] Select ramp 2; [20] Select ramp 3; [21] Select ramp 4; [22] Run, issues a start command to the f requency converter; [23] Run reverse, issues a start reverse command to the f requency converter; HLP-A100 Series Operating Manual...
  • Page 124 [66] Start timer 4; [67] Start timer 5; [68] Start timer 6; [69] Start timer 7; Function: Select the action corresponding to the Simple PLC events (C13.51). Actions are executed when the corresponding event is evaluated as true. HLP-A100 Series Operating Manual...

  • Page 125: Parameter Group 14: Special Functions

    Function Description Range Unit Default Setting Damping Gain Factor 0~200 Function: Damping gain factor can help to improve the response speed of the DC link of the f requency converter making the DC loop signal more smooth. HLP-A100 Series Operating Manual...
  • Page 126 Attention: If the auto reset mode is selected, the f requency converter may possibly restart automatically af ter the alarm disappear. C14.21 Function Description Range Unit Default Setting Automatic Restart Time 0~600 HLP-A100 Series Operating Manual...
  • Page 127 C14.3* Current Limit Control The driver contains a current limit controller. The controller will be enabled when the current is over C04. 1 8 current limit. HLP-A100 Series Operating Manual...
  • Page 128 AEO Min. Magnetisation 40~75 Function: Enter the minimum allowable magnetization for AEO, selection of a low value reduces energy loss in the motor, but can also reduce resistance to sudden load changes, and the output power increases. HLP-A100 Series Operating Manual...
  • Page 129 [4] Run in low temperature, the inverter will not report low temperature alarm in this mode; [5-8] Reserved; *C14.55 Function Description Range Unit Default Setting Output Filter Option: [0] Off; [1] Sine-wave filter; [3] Sine-wave filter with feedback; Function: Select desired output filter. HLP-A100 Series Operating Manual...

  • Page 130: Parameter Group 15: Drive Information

    Function Description Range Unit Default Setting Power Up’s 0~2147483647 Function: View the number of times the drive has been powered up. This parameter can’t be reset. C15.04 Function Description Range Unit Default Setting Over Temperatures 0~65535 HLP-A100 Series Operating Manual...
  • Page 131 Function: This parameter contains internal f ault reasons, mostly used in combination with alarm 38. C15.4* ¡ ¢ C15.5*Drive Identification This parameter contains read only information about the hardware and sof tware configuration of the f requency converter. HLP-A100 Series Operating Manual...
  • Page 132 Description of Choice: View ordering number of the power card. C15.48 Function Description Range Unit Default Setting LCP IDNo. Description of Choice: View LCP ID number. C15.49 Function Description Range Unit Default Setting Software ID Control Card HLP-A100 Series Operating Manual...
  • Page 133 Unit Default Setting Power Card Serial Number Description of Choice: View power card serial number. C15.5* Defined parameters C15.92 Function Description Range Unit Default Setting Parameter List 0~255 Function: View drive parameters that has been defined. HLP-A100 Series Operating Manual...

  • Page 134: Parameter Group 16: Data Readouts

    No Function Reversing Default C16.01 Function Description Range Unit Setting Reference -4999.000~4999.000 Function: View the total remote reference, the total reference is sum of pulse, analog, preset, LCP Potmeter, local bus and f reeze reference. HLP-A100 Series Operating Manual...
  • Page 135 No terminal warning Terminal warning C16.04 Function Description Range Unit Default Setting Active Set-up 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. HLP-A100 Series Operating Manual...
  • Page 136 Motor Voltage 0~65535 Function: View motor phase voltage. C16.13 Function Description Range Unit Default Setting Frequency 0.0~400.0 Function: View output f requency. C16.14 Function Description Range Unit Default Setting Motor Current 0.00~655.35 Function: View motor phase current. HLP-A100 Series Operating Manual...
  • Page 137 Unit Default Setting Inv.Max. Current 0.00~655.35 Function: View intermittent maximum inverter current. C16.38 Function Description Range Unit Default Setting Simple PLC State 0~255 Function: View the state of the event under execution by the SL Controller. HLP-A100 Series Operating Manual...
  • Page 138 Term. Term. Binary Binary Binary Term. No. Binary Term. No. bit0 bit4 bit8 bit12 Reserved bit1 bit5 bit9 bit13 Reserved bit2 bit6 bit10 Reserved bit14 Reserved bit3 bit7 bit1 1 Reserved bit15 Reserved HLP-A100 Series Operating Manual...
  • Page 139 4-bit binary code; If the digital output terminal is active, the corresponding position is set to “1”, otherwise “0”. Corresponding relationship between state of the digital output terminals and the binary code are as below: Binary bit3 bit2 bit1 bit0 Term. No. Reserved HLP-A100 Series Operating Manual...
  • Page 140 Function Description Range Unit Default Setting Counter B 0~2147483647 Function: View present value of counter B . C16.78 Function Description Range Unit Default Setting Analog Output AO 0.00~20.00 Function: View output current in analog output AO . HLP-A100 Series Operating Manual...
  • Page 141 DC Under Volt Undefined DC Over Volt Undefined DC Over Volt Undefined External Short Circuit Undefined Undefined Interlock Undefined Undefined Undefined Undefined Mains ph. loss Undefined Mains ph. loss Undefined AMA Error Undefined No motor Undefined HLP-A100 Series Operating Manual...
  • Page 142 Function: View the Alarm Word sent via serial communication port in hex code. Default C16.92 Function Description Range Unit Setting Warning Word 1 0~0x7FFFFFFFUF Function: View the Warning Word 1 sent via serial communication port in hex code. HLP-A100 Series Operating Manual...

  • Page 143: Parameter Group 25: App. Functions Cascade

    Preset Time 0.00~23.59 0.00 Option: Choose dif ferent pressure reference at dif ferent times in cascade control systems, the active time need to be set. Attention: If the FC powers off, this parameter needs setting again. HLP-A100 Series Operating Manual...
  • Page 144 “cascade low f requency” and it lasts more than “low f requency delay time”, the corresponding multi-f unction terminals (relay) acts, auxiliary pump is stopped. C25.21 Function Description Range Unit Default Setting Low Frequency Delay 0.0~3600.0 20.0 Time Function: This parameter used together with “Cascade Low Frequency”. HLP-A100 Series Operating Manual...
  • Page 145 Function Description Range Unit Default Setting Recovery Low 0.000~99.999 4.000 Pressure Level Function: when the actual pressure rise above “Recovery Low Pressure Level” and continue more than “Recovery Low Pressure Delay Time”, Low Pressure Warning is cancelled. HLP-A100 Series Operating Manual...
  • Page 146 “Recovery High Pressure Delay Time”, then, over pressure warning is cancelled, the inverter starts to run. C25.37 Function Description Range Unit Default Setting Recovery High 0.0~3600.0 10.0 Pressure Delay Time Function: This parameter used in conjunction with “Recovery High Pressure Level”. HLP-A100 Series Operating Manual...
  • Page 147 Function: If [0] is selected, the inverter can’t enter sleep mode. C25.51 Function Description Range Unit Default Setting Sleep Pressure Level 0~150.0 95.0 Function: Define the sleep pressure level of the main pump. Sleep Pressure = Target Pressure*Sleep Pressure Level. HLP-A100 Series Operating Manual...
  • Page 148 Function: Set the sleep f requency duration before the main pump go to sleep mode. C25.57 Function Description Range Unit Default Setting Awake Level 0.0~150.0 80.0 Function: Set the pressure level f rom sleep mode to awake mode. Awake pressure=Set point*Sleep mode awake level. HLP-A100 Series Operating Manual...
  • Page 149 C25.61 Function Description Range Unit Default Setting Water Level Signal Source Option: [0]: Digital input; [1]: VI; [2]: AI; [8]: Pulse input; Function: Define the source of the water level signal. HLP-A100 Series Operating Manual...
  • Page 150 Function: To prevent the velocity of the inlet pipe is less than the outlet pipe, leaving the pool water level decreases too f ast, and even form under-voltage condition, pressure 2 is an reserved requirement to run. HLP-A100 Series Operating Manual...
  • Page 151 Default Setting Alarm Handl Selection Option: [0]: Stop all; [1]: Lag pump 1 Running; [2]: Lag pump 2 Running; [3]: Lag pump 1 2 Running; Function: Set action of the auxiliary pump when drive fault occurs. HLP-A100 Series Operating Manual...

  • Page 152: Parameter Group 30: App. Functions Wobble

    (lantched input type can be accepted also), dwell stage will end; If[1] is selected, dwell stage will end when wobble cycle start command issued, and if wobble cycle start command HLP-A100 Series Operating Manual...
  • Page 153 Default Setting Centre Frequency Mode Option: [0]: Fixed, center f requency is unchangable ; [1]: Auto Decrease, center f requency of auto decrement. Function: If [1] is selected, center f requency will decrease by the “Center HLP-A100 Series Operating Manual...
  • Page 154 Function Description Range Unit Default Setting Wobble Down Time 1.0~1000.0 10.0 Function: During the wobble cycle, this parameter used to set the time within which the drive ramp down to wobble down reference (fcenter - fdelta). HLP-A100 Series Operating Manual...
  • Page 155 Function: This parameter is used to select wobble length source. C30.31 Function Description Range Unit Default Setting Count Per Meter 0.01~600.00 1.00 Fu nction: Wobble Lengt h= (Digital input Encoder input or Pulse input)*Count per meter. HLP-A100 Series Operating Manual...
  • Page 156 Unit Default Setting Wobble Stage Store Option: [0]: Disable; [1]: Power stop save; [2]: Power saves; [3]: Stop saves; Function: This parameter is used to select in which way the wobble f unction saves the information. HLP-A100 Series Operating Manual...

  • Page 157: Chapter 7 Quick Application Guide

    Note: Control panel potentiometer is used as the only source of the f requency conver ter in HAND mode. (For LCP without potentiometer, use ar row key to set the f requency); Set the lower or upper potentiometer limit via C06.81 and C06.82. HLP-A100 Series Operating Manual...

  • Page 158: Using Digital In Terminals To Control The Drive [Auto]

    5. Disconnect the digital input terminal FOR and VDD to stop the f requency converter. 7.4 Set-up selection Select the menu with digital input DI1 : Par. Code Reference Parameter Description C00. 1 0 Multi Set-up C05. 1 3 Set-up select HLP-A100 Series Operating Manual...

  • Page 159: Potentiometer Reference

    Parameter Description C01 .00 Process closed loop C07.20 Select Analog In AI C06.24 Terminal AI Low Ref./Feedb. value C06.25 Terminal AI high Ref. / Feedb. value Note: **indicates this parameter is set according to the actual situation. HLP-A100 Series Operating Manual...

  • Page 160: Reference For Pulse Input

    C05. 1 5 Reference/feedback resource 7.8 Multi-speed Par. Code Reference Parameter Description C05. 1 2 Preset reference bit0 C05. 1 3 Preset reference bit1 C05. 1 4 Preset reference bit2 C05. 1 5 Preset reference bit3 HLP-A100 Series Operating Manual...

  • Page 161: Speed Up/Down

    HLP-A100 Series Correspondence between speed and the binary code as below: bit3 bit2 bit1 bit0 -Speed 7.9 Speed up/down Par. Code Reference Parameter Description C05. 1 2 Ramp bit0 C05. 1 3 Ramp bit1 HLP-A100 Series Operating Manual...

  • Page 162: Pulse Start/Stop

    Corresponding relation between ramp time and the binary code as below: BIT1 BIT0 RAMP 7.10 Pulse start/stop Par. Code Reference Parameter Description C05. 1 0 Lantched start C05. 1 1 Stop inverse 7.11 Digital speed up/down HLP-A100 Series Operating Manual...

  • Page 163: Configuration Mode

    Motor Speed High Limit C07.02 Speed PID Proportional Gain C07.03 Speed PID Integral Time C07.04 Speed PID Differentiation Time C07.05 Speed PID Diff Gain Time C07.06 Speed PID Low Pass Time C07.08 Speed PID Feed forward Factor HLP-A100 Series Operating Manual...
  • Page 164 Motor Speed Low Limit C04. 1 4 Motor Speed High Limit C07.33 Process Proportional Gain C07.34 Process PI Integral Time C07.38 Process PI Feed forward Factor Note: **indicates this parameter is set according to the actual situation. HLP-A100 Series Operating Manual...

  • Page 165: Simple Plc

    Timer 2 time reference 2 Preset C03. 1 0[3] C13.20[3] Timer 3 time reference 3 Preset C03. 1 0[4] -100 C13.20[4] Timer 4 time reference 4 Preset C03. 1 0[5] C13.20[5] Timer 5 time reference 5 HLP-A100 Series Operating Manual...
  • Page 166 Select Preset ref 5 out 4 C13.51 [17] C13.52[17] Select Ramp 2 C13.51 [1 8] C13.52[1 8] Start Timer 6 Simple C13.51 [19] PLC Time- C13.52[19] Select Preset ref 6 out 5 C13.51 [20] C13.52[20] Select Ramp 3 HLP-A100 Series Operating Manual...

  • Page 167: Parallel Execution

    ¡ ¢ local bus excites the inverter to stop, action 3 will be executed. 3. Stop Event: If stop event /C13.02 is true, Simple PLC will be disabled, and C16.38 will be reset to 0. HLP-A100 Series Operating Manual...

  • Page 168: Chapter 8 Accessory Specification

    Model Specification Motor(KW) HLP-A100001 143 HLP-A100001543 HLP-A1001 8D543 1 8.5 HLP-A100002243 HLP-A100003043 HLP-A100003743 HLP-A100004543 13.6 HLP-A100005543 HLP-A100007543 13.6 HLP-A100009043 HLP-A10001 1043 1 10 HLP-A100013243 HLP-A100016043 2. 1 HLP-A100018543 2. 1 1 85 HLP-A100020043 1.65 HLP-A100022043 1.65 HLP-A100 Series Operating Manual...
  • Page 169 Step 4: Install the exter nal LCP Step 3: The LCP is installed in the communication cable, insert into cradle, according to the direction of RJ45 terminal f rom the bottom of the arrow. hole. HLP-A100 Series Operating Manual...

  • Page 170: Chapter 9 Emc

    ● To reduce the noise and the leakage current, use the motor cable as short as possible; ● The entire system need to have a good earthling; ● RFI Switch screw must be tightened up (≤22kW). HLP-A100 Series Operating Manual...

  • Page 171: Chapter 10 Warnings/Alarms And Fault Handling

    “voltage warning low” limit. Inverter More than 100% overload A.09 E.09 Overload for too long time. Motor temperature Motor ETR Over A. 1 0 E. 1 0 calculated by ETR exceeds Temperature upper limit HLP-A100 Series Operating Manual...
  • Page 172 Motor phase W Motor phase W is E.32* missing missing,check the phase. Contact the local distributor E.38* Internal Fault or Holip Company. Discharge f rom output E.44* Earth Fault phases to ground(22KW or more) HLP-A100 Series Operating Manual...
  • Page 173 Heat sink low Temperature may be A.66 temperature damaged. Power Card Power card is over A.69 E.69* temperature. temperature. Rectifier Rectifier Temperature A.74 E.74 Temperature Sensor Error Sensor Error Rectifier A.75 E.75 Temperature Rectifier Temperature High High HLP-A100 Series Operating Manual...
  • Page 174 Parameter value Invalid parameter value to Er.91 is invalid in this write. mode Parameter is f reezed or Unchangbale can’t be changed during running. Note: Trip-lock alarm is with *. HLP-A100 Series Operating Manual...

  • Page 175: Fault Indication And Trouble Shooting

    4. No fault message Suppose control card is overload, and 24V is shorted, or screen display please remove the connection of control terminal; Make sure if any fault message is displayed, and if no, please contact Holip Company; HLP-A100 Series Operating Manual...
  • Page 176 If operation of the display screen is normal, please without fault make sure connection between motor and the message f requency converter is correct and then operate the drive in hand mode. Please contact Holip Company if motor can’t rotate. HLP-A100 Series Operating Manual...

  • Page 177: Chapter 11 Maintenance

    If it needs to be stored for a long time make sure to power it up one time within a year and the power-up time should be at least above five hours. When powering up, supply voltage must be increased slowly with a voltage regulator to the rated voltage value. HLP-A100 Series Operating Manual...

  • Page 178: Chapter 12 Communication Protocol

    HLP-A100 Series Chapter 12 Communication protocol HLP-A100 series inverter follows the standard Modbus RTU protocol. 12.1 Format specification Address Function code Data 8 bits 8 bits N*8 bits 16 bits 1)Address: 1-247 2)Function: HLP-A100 support following f unction code 01 : Read Coil Status...
  • Page 179 Frequency converter ready not ready Coasting stop Satety closed No alarm Alarm Reserved Reserved Reserved No warning Warning Not at reference At reference Hand mode Auto mode Out of f req range In f req range Stopped Running HLP-A100 Series Operating Manual...

  • Page 180: Read Coil Status

    Coil address (ADDRH ADDRL).0x0030 convert to decimal 00 30 number is 48. Coil address 49 is f requency converter output f requency. Data bits number is 16. 0x 0010 convert to decimal number is 00 10 3D C9 CRC check HLP-A100 Series Operating Manual...

  • Page 181: Read Holding Registers

    CRC check Receive data Field Description FC address Function The byte number of received data 0x0000EA60 convert to decimal number is 60000.So the 00 00 EA 60 value of C03.03 is 60000*0.001=60.000 B5 7B CRC check HLP-A100 Series Operating Manual...

  • Page 182: Force Single Coil

    FF00- Parameter changes are written to the RAM and EEPROM; 8D EE CRC check 12.6 Preset Single Register Example: set C01 .01 = 1 Transmit: 01 06 03 F1 00 01 19 BD(Hexadecimal) Receive: 01 06 03 F1 00 01 19 BD(Hexadecimal) HLP-A100 Series Operating Manual...

  • Page 183: Force Multiple Coils

    The byte number is 4 Control word. “7C 04”swap high byte and low byte, the value is 0x047C 7C 04 Note: 0x047C convertes to binary is: 0000 0100 01 1 1 1 100 are corresponding to the coil address 0-15 HLP-A100 Series Operating Manual...

  • Page 184: Preset Multiple Regs

    The register address of C03.03 is 303* 10-1=3029(0x0BD5) 00 02 Register number The byte number of data is 4 0x0000EA60 convert to decimal number is 60000. So the 00 00 EA 60 value of C03.03 is 60000*0.001=60.000 02 B4 CRC check HLP-A100 Series Operating Manual...

  • Page 185: Read/Write Array

    The index is 2(0x0002) 89 C9 CRC check Receive data 1 Field Description FC address Function Register address(ADDRH ADDRL),the register address of 00 08 parameter index is 0x0008 00 02 The index is 2(0x0002) 89 C9 CRC check HLP-A100 Series Operating Manual...

  • Page 186: Exception Code

    Parameter number does not exist 0x01 Defined parameters can not be written 0x02 The value exceeds the upper limit of the parameter 0x03 Index does not exist 0x04 The parameter is not array type 0x05 Data type exception HLP-A100 Series Operating Manual...
  • Page 187 0x12 Other exception 0x40 Invalid data address 0x41 Invalid length 0x42 Invalid length and value 0x43 Invalid parameter 0x82 The parameters has no bus connection 0x83 Factory settings, cannot be changed. HLP-A100 Series Operating Manual...

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