HOLIP HLP-NV User Manual

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HLP-NV Series

I. Introduction 2

1. Checks upon Deliver y 3

2. Nameplate Desc ription of HLP-NV Series I nvert er 3

II. Safety Pre cautions 5

1. Before the Power-up 5

2. Dur ing the Power-up 6

3. Duri ng the Operat ion 6

4. Afte r the Power-off 7

III. Standards and Specicat ions 8

1. Particular Specications 8

2. General Specications 9

IV. Storage and Instal lation 11

1. Storage 11

2. Inst allat ion Site and Environment 11

3. Insta llation and Direction 11

V. Wiring 12

1. Main Circuit Wiring Schematic Diagram 12

2. Description of Terminal Block 13

3. Basic Connection Diagram 15

4. Switches 15

5. Precaut ions on Wiring 16

VI. Instruc tion of the LCP Digital Operator 19

1. Description of the LCP Digital Operator 19

2. Programming with LCP 19

VII. Parameter Overv iew 25

VIII. Parameter Descriptions 37

IX. Ma intena nce, Fault I nformat ion and Trouble shooting 90

1. Precautions about Inspection and Maint enance 90

2. Periodical In spection and Ma inten ance items 90

3. Fault Indication and Troubleshooting 91

3. Fault code descript ion and Analysis 92

HLP-NV Series

IX. Appendices 96

Append ix 1: Mounti ng Dime nsions of HOLI P NV inverters 96 Append ix 2: Mount ing Dimensions of LCP Digit al oper ator 98 Append ix 3. Braking Resistor Disposition 98 Append ix 4. Simple Example of Appl iaction 99 Append ix 5:User’s feedback 106

HLP-NV Series

I. Introduction

Than k you for purchas ing and using the gen eral- purp ose inver te r of HLP-NV series of mu lti-functions and high performance. Please read caref ully the operation m anual before putt ing the i nvert er to use so as to correctly install and operate t he inverter, give f ull play to its functions and ensure the safety. Please keep the operation manual handy for future reference, maintenance, inspe ction and repai r. Due to th e invert er of a k ind of ele ct rica l and elect ronic pr od uc t it must be in sta lled, tested and adjust ed with parameters by specia lized engineeri ng persons of motor s.

The ma rk s of remind you of the s afet y and prevention caut ions d uring the handling, inst allat ion, runn ing and inspection. Please follow t hese instructions to make su re the safe use of the inver ter. In case of any doubt please contact our local agent for consult ation. Our professional persons are w illing and ready to serve you. The manual is subject to change without notice.

Danger

Caution

and ot her sy mb ols in the ma nu al

Danger

Caution

indicates wrong use may k ill or injure people.

in di ca te s wro ng us e may damage the in ve rte r or

mechan ical system.

Danger

● Be sure to tur n off the input power supply before wiring.

● Do not touch any internal electrical circu it or component when the

charging lamp is sti ll on af ter t he AC power supply is disconnected, which means the inver ter still has high voltage inside and it is very dangerous.

● Do not check components and sig nals on the circuit boards dur ing

the operation.

● Do not dissemble or modify any internal con nect ing cord, wiring or

compone nt of the inverter by yourself.

● Be sure to make correct ground con nection of the earth terminal of

the inverter.

● Never remodel it or excha nge control boa rds and compon ent s by

yourself. It may expose you to an electrical shock or explosion, etc.

HLP-NV Series

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HLP-NV Series

● Mo t or ov er lo ad prote cti on is inc lu ded in the defau lt set tin gs. Parameter C01.90 Motor thermal protection is set to value ET R trip.

● Do not ma ke any vol ta ge-withstand ing test with any co mpone nt

ins ide the inverter. These sem i-cond uct or parts are subj ect to th e damage of high voltage.

● Ne ve r connect th e AC m ain ci rc ui t powe r supply to th e out put

terminals U.V W of the inver ter.

● The main electric circuit boards of CMOS and IC of the inverter are

subject to the ef fect and d amage of st atic electricity. Don’t touch the main ci rcuit boards.

● Installation, t esting and maintenance must be perfor med by qu alied

professional personnel.

● The inverter should be discarded as industrial waste. It is forbidden

to bur n it.

1. Checks upon Delivery

Th e inver ter has bee n str ictl y and well pa ck ed befo re ex-wo rk . In

co ns id er atio n of var io us fa ctor s d u rin g the tra nsp or tat io n spe ci al attention should be paid to the followi ng points before the assembly and installation. If there is anything abnor mal please notify the dealer or the relevant people of our company.

● Check if the i nver ter has got any damage or defor mat ion during t he

transpor tation and handling.

● Check if the re is one piece of HLP-N V ser ies inverter and one copy of

the instruction manual ava ilable when unpacking it.

● Check the inform atio n on the n ameplate to see if the spe cif icat ions

meet your order (Operating voltage and KVA value).

● Check i f there is somethi ng wrong with the i nne r par ts, wir ing and

circuit board.

● Check if each te rm inal is tightly locked an d if there is a ny foreign

article inside the inver ter.

● Check if t he operator buttons are all rig ht.

● Check if t he option al components you ordered are conta ined.

● Check if t here is a ce rti cate of qu alication and a warr anty card.

Caution

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HLP-NV Series

2. Nameplate Description of HLP-NV Series Inverter

Model HLP N V 0D75 23 A

Software Version: A

Voltage Rating: 21:1-Phase AC 220V

23:3-Phase AC 220V

43:3-Phase AC 380V

Inverter Capacity:0 D 75 mean s 0.75KW

Serial No: NV mean s NV ser ies

Trade Mark: HOLIP

HLP-NV Series

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HLP-NV Series

II. Safety Precautions

1. Before the Power-up

● Check to be sure t hat the voltage of the main circuit AC power supply

matches the input voltage of the i nverter.

● The symbol

correct ground con nection of the earth terminals of the motor and the inverter for safety.

● No conta ctor should be inst alled betwee n the power supply and the

inverter to be used for star ting or stopping of the i nvert er. Otherwise it will affect the serv ice life of the inverter.

● R(L), S,T( N) ter mi nals are powe r input ter minal s, never mixed

with U.V.W t erm inals. Be sure that the wiri ng of the main circuit is cor rec t. Other wise it will cau se damage s of the inve rt er when the power is appl ied to it.

● The terminal of

to li ne zero. Otherw ise it will easily cause the prote ction or er rors of the inverter.

, repr esents grou nd te rmi na ls . Be su re to ma ke

Danger

must be grou nded separately and never connect ed

Caution

● Do not ca rr y t he front cover of the inver ter directly when handling.

It should be hand led with the base to prevent the fall-off of the f ront cover and avoid the dr opp ing of the inve rt er, which may pos sibly cause the injur ies to pe ople and the damages to the i nvert er.

● Mount the i nver ter on a met al or other nonc ombustible mater ial to

avoid the risk of re.

● Insta ll the inverter in a safe loc ation, avoid ing hig h tempe rat ure,

direct sunlight, hu mid ai r or water.

● Kee p the inv erte r fro m th e re a ch of chi ldr e n or pe r so ns not

concer ned.

● The in ve r te r can only be use d at the pla ce s acc redit ed by our

com pa ny. Any unau th or iz ed work ing envi ronment may have th e

risks of re, gas explosion, ele ctric shock and other incidents.

● Install a he at sink or other cooling device when inst alling more than

one inverter in the same enclosure so that t he temperature in side t he

enclosu re be kept below 40℃ to avoid overheat or the risk of re.

Caution

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HLP-NV Series

● Be su re to tu r n of f t h e po we r s up ply bef o re d i sse mbl i n g or assembl ing the operation key panel a nd xing the front cover to avoid

bad cont act causing faults or non- display of the oper ator.

● Do not in stall the inverter in a space with explosive gas to avoid the

risk of explosion.

● If the i nvert er is used at or above 1000m above seal level, the cooli ng efciency will be worse, so please run it by de-rating.

● Do not install any c ontactor and other comp onents of cap acit or or

var istor on the o utp ut side of the inverter. Other wise it will cau se malfunctions and damages of components of the inverter.

● Do not ins tall any switch co mp on en t like ai r cir cu it brea ke r or

cont actor at t he output of the i nverter. If any of such components

mu st be ins t al led beca use of t he req uir e me nts of pro ces s and

others, it must be ensu red that the inverte r has no out put when the swit ch acts. In addit ion, it is forbidden to install any c apacitor for improvement of power factor or any varist or agai nst thunder at t he output. Othe rwise it will cause malfunctions, tr ipping protection a nd damages of components of the inverter. Please remove them as shown in the below diagr am.

● It wi ll affect the service life of the inverter if a contact is connected

to the front end of input of the inver ter t o cont rol its starts and st ops.

Generally it is re qu ir ed to cont rol it thr ou gh Con trol term inal s. Special attention should be p aid t o its use in the case of frequent

star ts and stops.

● Pleas e use an indep ende nt powe r supply for the i nver ter. D o avoid

using the common power supply with an electrical welder and other

equipme nt wi th st ro ng di st urbance. Ot herwise it wi ll ca us e the

protection or even d amage of t he inver ter.

HLP-NV Series

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HLP-NV Series

2. During the Power-up

● Do not plug the conne ctors of the inve rter du ri ng the power up to

avoid any surge i nto the main control board due to pluggi ng, which might cause the damage of the inverter.

● Always have the protective cove r in place before the power up to

avoid electrical shock injur y.

Danger

3. During the Operation

● Never c onnect or discon nect the motor set while the inverter is in

run ning. O ther wise it will cause over-current trip and even bur n up the mai n circu it of the inverter.

● Never rem ove th e fr ont cover of the inverter w hile the inve rt er is

powered up to avoid any inju ry of electric shock.

● Do not come close to the machine when the fault resta rt fu nction is

use d to avoid any thing unexp ect ed. The m otor may automa tic ally resta rt af ter its stop.

● The f unction of STOP Swit ch is on ly valid af ter set ti ng, which is

different with the use of emergent stop switch. Please pay attention to it when usi ng it.

Danger

● Do not touch the heat sink, braking resistor, or other heat elements.

Caution

These can become very hot.

● Be sure that the motor and m achine is withi n the applicable spe ed ranges before sta rting operat ion because the inver ter is quite easy to

run f rom lower speed to higher sp eed.

● Do not check the sign al s on ci rcuit bo ar ds wh ile the inve rt er is

run ning to avoid danger.

● Be caref ul when changing the inver ter settings. The inverter has been

adju sted and set before ex-work . Do not a djust it wanton ly. Please

make proper adjustments according to the requ ired f unct ions.

● Do consider the vib ration, noise an d the speed limi t of the motor

bearings and the mechanical devices whe n the inverter is ru nni ng at

or above the f requency of 50Hz.

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HLP-NV Series

4. After the Power-off

● Touching t he electrical parts may be fatal - even afte r the equipment

ha s been disco nn ec ted f rom mains. Also ma ke su re th at ot he r voltage input s have been disconnected, (li nkage of DC intermediate circuit).

● Be aware that there may be high volt age on the DC lin k even when

the LEDs a re tu rned of f.

● Before touching any potentially live parts of the VLT Micro, wait at

least as follows:

200 - 240 V, 0.4 – 1.5 kW: wait at lea st 4 minutes. 380 - 480 V,0.75 – 2.2 kW: wait at least 4 minutes.

Shor ter time is allowed only if indicated on the nameplate for t he

specic unit.

HLP-NV Series

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HLP-NV Series

III. Standards and Specications

1. Particular Specications

Outp ut

Model Input Voltag e

HLPN V0D1821A 1×200-240V 50/60H z 0.18 1.2 0.18

HLPN V0D3721A 1×200-240V 50/6 0Hz 0.37 2.2 0.37

HLPN V0D7521A 1×200-240V 50/60 Hz 0.75 4.2 0.75

HLPN V01D521A 1×200-240V 50/60Hz 1.5 6.8 1.5

HLPN V02D221A 1×200-24 0V 50/60Hz 2.2 9.6 2.2

HLPN V0D2523A 3×200-240V 50/60Hz 0.25 1.5 0.25

HLPN V0D3723A 3×200-24 0V 50/60Hz 0.37 2.2 0.37

HLPN V0D7523A 3×200-24 0V 50/60Hz 0.75 4.2 0.75

HLPN V01D523A 3×200-240V 50 /60Hz 1.5 6.8 1.5

HLPN V02D223A 3×200 -240V 50/60Hz 2.2 9.6 2.2

HLPN V03D723A 3×200-24 0V 50/60Hz 3.7 15.2 3.7

HLPN V0D3743A 3×380-480V 50/60Hz 0. 37 1.2 0.37

HLPN V0D7543A 3×380-48 0V 50/60Hz 0.75 2.2 0.75

HLPN V01D543A 3×380-480V 50/60Hz 1.5 3.7 1.5

HLPN V02D243A 3×380- 480V 50/60Hz 2.2 5.3 2.2

HLPN V03D043A 3×380- 480V 50/60Hz 3.0 7.2 3.0

HLPN V04D043A 3×380- 480V 50/60H z 4.0 9.0 4.0

HLPN V05D543A 3×380-480V 50/60Hz 5.5 12 5.5

HLPN V07D543A 3×380- 480V 50/60Hz 7.5 15.5 7.5

HLPN V001143A 3×380-48 0V 50/60Hz 11 23.0 11

HLPN V001543A 3×380 -480V 50/60Hz 15 31.0 15

HLPN V18D543A 3×380-480V 50 /60Hz 18.5 37.0 18.5

HLPN V002243A 3×380-480V 50/60 Hz 22 43.0 22

Power (KW)

Cur rent

(A)

Suitable

Motor (KW)

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HLP-NV Series

2. General Specications

Inverter Ser ies H LP-NV

Frequency 48~62HZ

Power supply

Supply Voltage

Output voltage 0~100% of supply volt age

Output frequency

Motor output

Over load 150% of rated cu rrent

Acc/De c time 0.05~3600s

Runn ing control

Control

Frequency sett ing

Number

Progr ammable digital inputs

Control terminals

Anology inputs

Anology output s

Voltage level

Logic Voltage level

Input resistance 4KΩ

Number 1;ter minal nos.: VI N

Voltage

Voltage level

Input resistance 10KΩ

Number 2; ter minal nos.: VI N,AIN

Cur rent

Cur rent ra nge

Input resistance 200 Ω

Number 1;Te rmi nal nos.: AO

Output Cur rent ra nge 0/4-20mA

Max.Load 500 Ω

Accuracy

Resolution 8bit

380~480V±10% for 380V single/three phase 200~240V±10% for 220V

0-200H Z(V VC+), 0-400HZ(V/F)

LCP operate; Multi input ter minals;

RS 485 ser ial

commu nication

5, term inal nos.: RUN

F/R,RST,JOG,EMS

0~24V DC (“PN P” OR “NPN ”) ; Maximum input: 28V DC

PNP: “0”<5VDC; “1”>10VDC;

NPN: “0” >19VDC; “1” <14VDC

0-10V DC ; Maximum input 20V DC

0/4-20mA(scaleable); Maximum input: 30mA

Max.er ror:0.5% of full

scale

HLP-NV Series

;

HLP-NV Series

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HLP-NV Series

24V DC

RS 485

Control terminals

Realy out pus

10V DC output

Enclosure IP20

Ambient temper ature -10℃~50

Max.relative hum idity 5%-95%

Surroundings

Vibration test 1.0g

Max.altitude above sea level

Electronic the rmal motor prot ection against overload.

Temperature monitoring of the heatsink ensures that the fre quency converter tr ips if the temperatu re reaches 95 °C ± 5°C. An overload

temperatu re can not be reset until the temperature of t he heatsink

is below 70 °C ± 5°C (Guideline - these temperatures may vary for

different power si zes, enclosures etc.).

The frequency converter is protected against short-circuits on motor

terminals U, V, W.

The frequency converter is protected against ear th faults on motor

Protection

terminals U, V, W.

Functions

Monitor ing of the inter mediate circuit voltage ensures that t he

frequency conve rter trips if the intermediate circuit voltage is too low

or too hig h.

If a motor phase is missing, the frequency converter may tr ip.

If mains fault occurs, the frequency converter will ramp down to stop

and issues a war ning.

If a mains phase is missing, the frequency conver ter trips or issues a

warn ing (dependingon the load).

Terminal number EV

Max.load 200m A

Terminal number

Ground for RS485 COM

Terminal number

Resistive load

Max load

Inductive load

Terminal number +10V

Output voltage 10.5±0.5V

Max.load 25mA

RS+(TX+,RX+), RS- (T X-,RX-)

1,FA-FB(make), FA-FC(break)

250V AC 2A

30V DC 2A

250V AC 0.2A

24V DC 0.1A

1000m

3000m(derati ng)

℃

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HLP-NV Series

IV. Storage and Installation

1. Storage

The invert er mu st be kept in its or iginal package box before in stallation. Pay at tention to the followings when keeping it in storage if the inver ter is not used for the time being:

● It must be stored in a d ry pla ce without rubbish or dust.

● The suitable temperat ure for storage is between -20℃ and +65℃.

● The relative humidity required is 0-95% without condensation.

● There is no corrosive gas or l iquid in t he storage ambience.

● It’s better to lay the inverter on a rack and keep it in a proper package.

● It is better not to store the inverter for long time. Long t ime storage of

the inver ter wil l lead to the deterioration of electrolytic capacity. If it needs to b e stored for a long ti me make sure t o power it up one time

withi n a year and t he power-up ti me should be at least above ve hours.

When powered up t he voltage must be increased slowly with a voltage regulator to the rated volt age value.

2. Installation Site and Environment

The inverter should be instal led at the following location:

● Ambient temper ature -5℃ to 40℃ with good ventilation.

● No water d rop and low moisture.

● Free from direct sunshine, h igh temperat ure and heavy dust fall.

● Free from corrosive gas or liquid.

● Less dust, oil gas and metallic pa rticles

● Free from vibration and easy for ser vice and inspection.

● Free from the interference of elect romag netic noise.

Attention : The ambient condit ions of the invert er will aff ec t its service life.

3. Installation and Direction

● Th er e mu st be en ou g h sp ace lef t ar ound the inv er te r for eas y

maintenance and cooling.

● The inverter must b e installed vertically wit h the smooth ventilation

HLP-NV Series

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HLP-NV Series

for effect ive cooling.

● If t here is a ny instabi lity when installi ng t he inverter, please put a at

board u nder the invert er bottom base and inst all it again. If the inverter is installe d on a loose surfa ce, st ress may cause damage of part s in the main ci rcuit so as to damage the inverter.

● The inverter should be in stalled on non-combustible mater ials, such as

iron plat e.

● If sever al inver ters are inst alled , up per an d lower, toget her in one

cabine t, pleas e add heat dissipation pla tes and lea ve enoug h space between the inverters.

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HLP-NV Series

V. Wiring

1. Main Circuit Wiring Schematic Diagram

Power supply:

● Verif y that the i nver te r’s r ate d volta ge coi ncid es

with AC p ower supply voltage to avoid a damage of the inver ter.

No fuse breaker:

● Refer to the related list.

Ground fault circuit interrupter:

● Use one of anti-high harmonic.

Electromagnetic cont actor:

● Note: Do not use the electromagnetic contactor as the on/off button of power supply for t he inver ter.

AC reactor:

● It is re commended to in st al l an AC reactor for

power factor improvement if the input capacit y is

more tha n 1000KVA.

Inverter:

● Be sur e to make correct c onnections of the main

ci rcu it wire s an d con t ro l sig nal wire s of the inverter.

● Be s ure to make corre ct sett ing of para meters for

the inverter.

HLP-NV Series

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HLP-NV Series

2. Description of Terminal Block

1）Arr angeme nt of Main ci rcuit Term inals

POWER MOTOR

R L)

(

Function Description of Main circuit Terminals

Symbol Function Description

R S T

U.V.W Out put ter minal of the inve rter

+UDC BR Conne ctor for br aki ng resistor (optional).

-UDC Connector for DC reactor

2) Arra ngement of Control Circuit Terminals

In pu t ter min al of AC li ne power. (220V class:for bot h single/three phase, si ngle phase connected to L and N)

Grou nd ter minal: the third method of g rounding for 220V and special grou nding for 380 V of Electrical Engineering

Regulations.

-UDC +UDC BR U V W

(N)

Function Description of Control Ci rcuit Terminals

Symbol Function Descr iption

RUN Multi- Dig ital Input Start

F/R Multi- Dig ital Input Reverse

GND Digital Ground (for 24V power)

RST Multi- Dig ital Input Reset

JOG Multi- Dig ital Input Jog

- 14 -

Common Terminal of Digital and

Control Signals ( +24V Power)

HLP-NV Series

Default setting

setting

HLP-NV Series

Symbol Function Descr iption

EMS Multi- Digital Input Bit0

AO Multi- Analog Output 0/4-20m A

+10V Power Supply for Analog Setti ng +10V

VIN Multi- A nalog input Voltage

GND Analog Ground

AIN Multi- A nalog input 0/4~20mA

FA FB FC Multi- Dig ital Output (Relay)

COM RS+ RS -

RS485 Com munication port

Default setting

setting

FA-FC:break

FA-FB:make

COM:Common for

RS+ and RS -

3. Basic Connection Diagram

The wiring of t he inver ter is d ivided i nto two parts, main circuit terminal connectio ns an d cont rol ci rc uit te r mi na l connec tion s. The user can see the m ai n ci rcuit terminal s an d th e contr ol circu it term in als af ter remov in g the cover of encl os ur e. The ter mi nals must be co nnected correctly as t he following wiring circuit diagrams. The following diagram shows the Default setting standard con nection of Model HLP-N V

HLP-NV Series

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HLP-NV Series

4. Switches

i. Bus ter mination:

OFF

Mark:Swit ch BUS TER enables termination of the RS485 port, term inals RS+, RS-.

ii. Switches 1-4:

ATT EN TI ON: Para me te r C06.19 must be set acco rd in g to Switc h 4

position.

Warni ng: D o not oper ate swi tch es with pow er on the fr equ e nc y

converter.

BUS TER

Switch 1: *OFF = PNP t erm inal JO G ON = NPN te rmi nal JOG

Switch 2: *OFF = PNP t erm inals RUN,

F/R,R ST,EMS

ON = NPN te rmi nals RUN ,

F/R,R ST,EMS

Switch 3: No fun ction

Switch 4: *OFF = Termi nal VIN 0 - 10 V ON = Termin al VI N 0/4 - 20 mA

* = default s etti ng

5. Precautions on Wiring

1) For the main circuit wiring:

● Wh ile wiring the sizes and specications of wires should be selected

an d the w iri ng sho ul d be exe cu t ed acc ord i ng to the elect ric al engineeri ng regu lations to ensure the safety.

● It is better to use shielded wire or wire and conduit for power cord and

ground the shielded layer or t wo ends of wire conduit.

● Be sure to install a Non Fuse Breaker ( NFB) bet ween the power supply

and the in put te rminal s (L1.L2. L3). (If usin g grou nd fau lt circ ui t

inter rupter, please choose one corre sponding to high frequency)

● Ne ve r con ne ct AC powe r t o the outp ut ter min al ( U.V.W) of the

inverter.

● Outpu t wi res mus tn’t b e in tou ch of the metal part of t he inver ter

enclosu re, or it will result in ear th short-ci rcuit.

● Phase -s hift ing capacitors , LC, RC noise fi lte rs , etc, can never be

connected to t he output terminals of the inverter.

● The main ci rcuit wire must be enough far away from other control equipments.

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HLP-NV Series

● W hen th e wiring be tw ee n the invert er and the motor exc ee ds 15 meter s (shielded wire) or 50 meters (No shielded wire), much higher dV/dT will be produced inside the coil of t he motor, which wi ll cause

the destr uction to the interlay or insulation of t he motor. Please use a dedicated AC motor for the inver ter or add a react or at the inverter.

● Plea se lower the car rier frequ enc y whe n there is a longer di stance

bet ween the inverter a nd the motor. Beca use t he higher t he carr ier

frequency is t he bigger t he leak age cur rent of h igh-order ha rmon ics in

the cables will b e. The leakage current will have unfavorable effect on

the inverter a nd other equipme nt.

Specications of Non Fuse Breaker and Wire

Model

（A）

Input wire

Output wire

Control wire

NFB

HLPNV0D1821A 16 2.5 2.5 0.5

HLPNV0D3721A 16 2.5 2.5 0.5

HLPNV0D7521A 16 2.5 2.5 0.5

HLPNV01D521A 16 2.5 2.5 0.5

HLPNV02D221A 32 4 4 0.5

HLPNV0D2523A 16 2.5 2.5 0.5

HLPNV0D3723A 16 2.5 2.5 0.5

HLPNV0D7523A 16 2.5 2.5 0.5

HLPNV01D523A 32 2.5 2.5 0.5

HLPNV02D223A 32 4 4 0.5

HLPNV03D723A 32 4 4 0.5

HLPNV0D3743A 16 2.5 2.5 0.5

HLPNV0D7543A 16 2.5 2.5 0.5

HLPNV01D543A 16 2.5 2.5 0.5

HLPNV02D243A 16 2.5 2.5 0.5

HLPNV03D043A 16 2.5 2.5 0.5

HLPNV04D043A 32 4 4 0.5

HLPNV05D543A 32 4 4 0.5

HLPNV07D543A 40 6 6 0.5

HLPNV001143A 63 6 6 0.5

HLPNV001543A 100 6 6 0.5

HLPNV18D543A 100 10 10 0.5

HLPNV002243A 100 16 16 0.5

Attention: The parameters i n the list are only for reference and should not be regarded as st anda rd.

HLP-NV Series

- 17 -

HLP-NV Series

2) For control circuit wi ring (signal line)

● The signal line should be separately laid in a different conduit with t he

main ci rcuit wire to avoid any possible i nterference.

● Please use the shielded cable wit h the size of 0.5-2mm2 for signal lines.

● Use the control terminals on the control panel correctly accor ding t o

your needs.

3) Grounding

● Grounding terminal E. Be sure to make cor rect g round ing

220V class: The third grounding method (Grou nding resistance should

be 100Ω or lower.)

380V class: The special third grounding met hod (Grounding resistance

should be 10Ω or lower.)

● Choose grounding w ires according to the basic length and siz e of the

technical require ments of the electric equipment.

● Do avoid shar ing ground ing wire with other large power equ ipment

such as el ec tr ic welder, power ma ch in e, et c. The gr ou nd in g wir e should be kept away from the power supply wire s for la rge power

equipment.

● The grounding method for several inverters together should be done as

the rst and sec ond diag rams below. Avoid the third loop.

● The groundi ng wire must be as short as p ossible.

(1) Good (2) Good (3) Not good

- 18 -

HLP-NV Series

VI. Instruction of the LCP Digital Operator

1. Description of the LCP Digital Operator

LCP with potentiometer

2. Programming with LCP

2.1. LCP introduction:

1. 5 numeric d isplays

8 LEDs: FWD、REV、Hz、A、R/MIN、HAN D、OFF/RESET、AUTO

3. 7 keys: MENU、ENTER、▲、▼、HAN D、OFF/RESET、AUTO

4. 1 potent iometer (only for type OP-VB02).

LCP without potentiometer

HLP-NV Series

- 19 -

HLP-NV Series

2.2

General Operation

The me nu syst em allows op er ators to nav igate th ro ug h hierarchica l menus which contain related menu items. The top-level menu c onta ins two menu items: statu s menu、parameter editing menu. These two items can be explored by pressing MENU key:

2.3

Mode keys and potent iometer

Mode Keys are u sed to send Hand, OFF/Reset, Auto request to the dr ive.

It is related to the reference site selection ( Local or Remote).The yellow LEDs ind icate the certain active mode.

- 20 -

HLP-NV Series

The HAND, OFF/RESET a nd AUTO key ca n be dis abled by chang ing parameter(C00.40、C00.41、C00.42).

Potentiometer: used for set ting t he refere nce only.

The pot entiometer can be used in bot h hand and auto mode wit h different functionality:

In Ha nd mode the potentio me te r will work as the arr ow key s – i .e. controlli ng the local refere nce fr om 0 to max reference (C03.03). If the

LCP does not c ont ain a pot entiom ete r, the ar row keys ar e used to set reference:

In auto mode the potentiometer will act a s an ext ra analog input to the

system. It is selected/deselected as the other analog input s (see C03.15 to C03.18).

C06.81, C06.82 are used to scale the potentiometer input.

2.4 Parameter editing menu and st atus menu

2.4.1 Parameter editing menu:

HLP-NV Series

- 21 -

HLP-NV Series

Parameter set ting example:

How to set C03.17 to 21

1. Pressing MENU key to let the display go to parameter ed iting menu.

2. Pressing▲▼key to select group No.(C03.00)

3. Pressing ENTER key t o edit par ameter No.,then p ressing▲▼key to

select paramet er No. (C03.17).

4. Hold in g down EN TER key to go to the va lue edtin g menu , then

pressi ng▲▼to edit the value of the parameter to 21,then holding down ENTER key to conrm t he change till “END”was displayed.

- 22 -

HLP-NV Series

2.4.2 Readout and indicator:

The readout par amete rs toggled by pressing ENTER key:

The below table shows the screen of displayi ng every readout parameter

HLP-NV Series

- 23 -

HLP-NV Series

Warning descr iption:

when war ning o ccur red , the LEDs of Hz、A w ill ash a nd R/MIN will be lit. Alar m description:

when ala rm occur red, the LED s of Hz、A and R/ MIN will f lash,an d the drive will trip. A trip ca n be cancelle d by pressing reset or, in some cases, aut omatically. A locked trip ca nbe cancel led by cutting off mains and restarting the drive. The motor direction is indicated by the led s of FWD and REV:

- 24 -

HLP-NV Series

VII. Parameter Overview

Function

Item

Operation

/ Display

Load /

Motor

Fuction Description

Code

Op er. St at e at Power-

C00.04

up [Hand]

Cu st om Re ad ou t Min

C00.31

Scale

Custom Readout Max

C00.32

Scale

C00.40 [Hand on] Key on LCP

[Off / Re se t] Ke y on

C00.41

LCP

C00.42 [Auto on] Key on LCP

C00.60 Menu locked

C01.00 Conguration Mode

Motor Cont rol

C01.01

Principle

C01.03 Torque Character istics

Local Mode

C01.05

Cong urat ion

Motor Power

C01.20

[kW] [HP]

C01.22 Motor Voltage 50 - 999 V **

C01.23 Motor Frequency 20 - 400 Hz 50 Hz

C01.24 Motor Current 0.01 - 26.00 A **

C01.25 Motor Nom inal Sp eed 100 - 9999 r pm **

Automatic Motor

C01.29

Tuning (AMT )

C01.30 Stator Resistance (R s)

HLP-NV Series

Range&Function

explanation

[0] Resume

*[1] Forced sto p, ref = old

[2] Forced stop, ref = 0

0.00 – 9999.00 0.00

0.00 – 9999.00 100.00

[0] Disabled

*[1] Enabled

[0] Disable All

*[1] Enable All [2] Enable Reset O nly

[0] Disabled

*[1] Enabled

[0]Disabled

[1]Enabled

*[0] Speed open loop

[3] Process

[0] V/F *[1] VVC+

*[0] Constant torque

[2] Automatic Energy Optim.

[0] Speed Open Loop *[2] As cong i n param. C01.00

0.09 kW / 0.12 HP .... 11

kW / 15 HP

*[0] Off

[2] Enable AMT

[Ohm] * Dep. on mot or data

Default

setting

HLP-NV Series

- 25 -

HLP-NV Series

Function

Item

Load

/ Motor

Fuction Description

Code

Stator L eakage

C01.33

Reactance (X1)

C01.35 Main Reactance (X2)

Moto r Mag net is ation

C01.50

at 0 Speed

Min Speed Norm.

C01.52

Magnet. [Hz]

C01.55 V/F Character istic - V 0 - 999.9 V * 0.0 V 0V

C01.56 V/F Character istic - F 0 - 400 Hz 0H z

Low Speed Load

C01.60

Compen sation

High Speed Load

C01.61

Compen sation

C01.62 Slip Compensation -400 - 399 % 100%

Slip Compensation

C01.63

Time Constant

C01.71 St art Delay 0.0 - 10.0 s 0.0S

C01.72 Start Fu nction

C01.73 Flying Sta rt

C01.80 Function at Stop

Mi n Spee d for Fu nc t.

C01.82

at Stop [H z]

Motor The rmal

C01.90

Protection

C01.93 Ther mistor Resource

Range&Function

explanation

[Ohm] * Dep. on mot or data

0 - 300 % 100%

0.0 - 10.0 Hz 0.0H z

0 - 199 % 100%

0.05 - 5.00 s 0.10s

[0] DC hold / delay time [1] DC brake / delay

time

*[2] Coast / delay time

*[0] Disabled

[1] Enabled

*[0] Coast

[1] DC hold

0.0 - 20.0 Hz 0.0Hz

*[0] No protection

[1] Te rmistor warning [2] Therm istor t rip [3] Etr warning 1 [4] Etr trip 1

*[0] None

[1] Analog Input V IN

[6] Digital I nput JOG

Default

setting

- 26 -

HLP-NV Series

Item

Brakes

Reference

/ Ramps

Function

Fuction Description

Code

C02.00 DC Hold Current 0 - 100 % 50%

C02.01 DC Brake Cur rent 0 - 100 % 50%

C02.02 DC Br aki ng Time 0.0 - 60.0 10.0S

C02.04 DC Brake Cut In Speed 0.0 - 400.0 Hz 0.0Hz

C02.10 Brake Function

C02.11 Brake Resistor (ohm) 5 -5000Ω *

C02.16 AC Brake, Max current 0 - 400 % 100%

C02.17 Over-voltage Control

C02.20 Release Brake Cur rent 0.00 - 100.0 0 A 0.00A

Act iva te Brake Spe ed

C02.22

[Hz]

C03.00 Reference Range

C03.02 Minimum Reference -4999.000 - 4999.000 0.000

C03.03 Maximum Reference -4999.000 - 4999.000 50.000

C03.10 Preset Reference -100.00 - 100.00 % 0.00%

C03.11 Jog Speed [Hz] 0.0 - 400.0 H z 5.0Hz

Ca tch u p/sl ow Dow n

C03.12

Value

Preset Relative

C03.14

Reference

C03.15 Reference Resource 1

C03.16 Reference Resource 2

C03.17 Reference Resource 3 11

Range&Function

explanation

*[ 0] O ff [1] Re s istor

brake [2] AC brake

*[0] Disabled

[1] Enabled (not at stop) [2] Enabled

0.0 - 400.0 Hz 0.0HZ

*[0] Min – Max [1] -Max - +Max

0.00-100.00% 0.00%

-100.00%~100.00% 0.00%

[0] No function

*[1] Analog Input VIN [2] Analog Input AIN

[8] Pulse input 33

[11] Local bus ref [21] Lcp Potentiometer

[0] No function [1] Analog Input V IN

[2] Ana lo g In pu t AI N [11] Local bus ref [21] Lcp Potentiometer

Default

setting

HLP-NV Series

- 27 -

HLP-NV Series

Item

Reference

/ Ramps

Limits

Warnings

Function

Fuction Description

Code

Rel at iv e Scal i ng Ref .

C03.18

Resource

C03.40 Ramp 1 Type

C03.41 Ramp 1 R amp up Time 0.05~3600.00S

Ramp 1 Ramp Down Ti me

C03.42

C03.50 Ramp 2 Type

C03.51 Ramp 2 Ramp up Time 0.05~3600.00S

Ramp 2 Ramp down

C03.52

Time

C03.80 Jog Ramp Time 0.050~3600.000S

C03.81 Quick Stop Ramp Time 0.05~3600.00S

C04.10 Motor Speed Direction

Motor Speed Low

C04.12

imit [Hz]

Motor Speed High

C04.14

Limit [Hz]

Torque Limit Motor

C04.16

Mode

Torque Limit

C04.17

Generator Mode

C04.50 Warning Current Low 0.00~26.00A 0.00A

C04.51 Warn ing Cu rrent High 0.00 ~100.00A 100.00A

Missing Motor Phase

C04.58

Function

Bypass Speed From

C04.61

[Hz]

C04.63 Bypass Speed To [Hz] 0.0~ 400.0Hz 0.0Hz

Range&Function

explanation

*[0] No function [1] Analog Input V IN

[2] Analog Input AIN

[8] Pulse input 33

[11] Local bus ref [21] Lcp Potentiometer

*[0] Linear

[2] Sine2 ramp

0.05~3600.00S

*[0] Linear

[2] Sine 2 ramp

0.05~3600.00S

*[0] Clockwise

[1] CounterClockWise [2] Both

0.0~400.0Hz 0.0Hz

0.0~400.0Hz 65.0Hz

0~400% 150%

0~400% 100%

[0] Off *[1] On 1

0.0~400.0Hz 0.0Hz

Default

setting

3.00/

15.00S

3.00/

30.00S

3.00/

15.00S

3.00/

30.00S

3.00/

15.00S

3.00/

30.00S

- 28 -

HLP-NV Series

Item

Digital

In / Out

Function

Fuction Description

Code

Termi nal RUN Digit al

C05.10

Input

Ter min al F/ R Dig it al

C05.11

Input

Term in al RST Digital

C05.12

Input

Term in al JOG Digital

C05.13

Input

Termi nal EMS Digital

C05.15

Input

Range&Function

explanation

[0] No function

[1] Reset [2] Coast inverse [3] Coast and reset inv. [4] Quick stop inverse [5] DC-brake inv. [6] Stop inv

[8] Start [9] Latched st art [10] Reversing

[11] Start reversing [12] Enable start forwa rd [13] Enable start reverse

[14] Jog [16] Preset ref bit 0

[17] Preset ref bit 1

[18] Preset ref bit 2 [19] Freeze reference [20] Freeze out put

[21] Speed up [22] Speed down

[23] Setup select bit 0

[26]Precise Stop Inve rse

(Only for C05.15)

[27] Start, Pr eci se Stop

(Only for C05.15) [28] Catch up [29] Slow down

[32] Pu ls e Input (Only

for C05.15) [34] Ramp bit 0 [60] Counter A(up)

[61] Counter A(down) [62] Reset counte r A [63] Counter B(up) [64] Counter B(down) [65] ResetCou nterB

Default

setting

C05.40 Function Relay

HLP-NV Series

*[0] No opreation

[1] Control ready [2] Drive ready [3] Drive ready, Remote

[4] Enable / No warning

[5] Drive ru nning

[6] Running / No

warn ing

[7] Run in range / No

warn ing

- 29 -

HLP-NV Series

Item

Digital

In / Out

Function

Fuction Description

Code

Te r mi n a l EM S Low

C05.55

Frequency

Range&Function

explanation

[8] R un o n r e f / N o

warn ing

[9] Alarm [10] Alarm or war ning

[12] Out of current range [13] Below current, low [14] Above current, high [21] Ther mal warning [22] Rea dy, No thermal warn ing [23] Rem ot e read y, No ther mal war ning [24] Ready, Voltage ok [25] Reverse [26] Bus ok

[28] Brake,NoWarn [ 29 ] B r a k e r e ad y /

NoFault

[30] BrakeFault (IGBT)

[32] Mech.brake control [36] Control word bit 11 [51] Local ref. active [52] Remote ref. active [53] No alarm [54] Start cmd active [55] Running reverse [56] Drive in hand mode [57] Drive in auto mode

[60] Comparator 0

[61] Comparator 1 [62] Comparator 2 [63] Comparator 3

[70] Logic rule 1

[71] Logic rule 2 [72] Logic ru le 3

[80] SL digital output A [81] SL digital output B

20~ 4999Hz 20

Default

setting

- 30 -

HLP-NV Series

Item

Analog I n

/ Out

Function

Fuction Description

Code

Ter mi nal EMS Hi g h

C05.56

Frequency

Term. E MS Low Ref./

C05.57

Feedb. Value

Term. EMS Hig h Ref./

C05.58

Feedb. Value

Li v e Ze ro T i me ou t

C06.00

Time

Live Zero

C06.01

TimeoutFunction

Te rm in al V I N Lo w

C06.10

Voltage

Te r m i nal V I N Hig h

C06.11

Voltage

Te rm in al V I N Lo w

C06.12

Cur rent

Te r m i nal V I N Hig h

C06.13

Cur rent

Term . VIN Low Ref./

C06.14

Feedb. Value

Term. V IN High Ref./

C06.15

Feedb. Value

Ter mi nal VI N Fi lte r

C06.16

Time Constant

C06.19 Terminal VI N mode

Te rm in al A I N Lo w

C06.22

Cur rent

Te r m i nal A I N Hig h

C06.23

Cur rent

Term . AIN Low Ref./

C06.24

Feedb. Value

Range&Function

explanation

21~5000Hz 5000

-4999.000~4999.000 0.000

-4999.000~4999.000 50.000

0~99S 10S

*[0] Off

[1] Freeze output [2] Stop

[3] Jogging

[4] Max speed [5] Stop and tr ip

0.00~9.99V 0.07V

0.10~10.00V 10.00V

0.00~19.99mA 0.14

0.10~20.00mA 20.00

-4999.000~4999.000 0.000

-4999.000~4999.000 50.000

0.01~10.00S 0.01

*[0] Voltage mode

[1] Current mode

0.00~19.99mA 0.14

0.10~20.00mA 20.00

-4999.000~4999.000 0.000

Default

setting

HLP-NV Series

- 31 -

HLP-NV Series

Item

Analog I n

/ Out

Proess

Contr-

olers

Function

Fuction Description

Code

Term. AIN High Ref.

C06.25

/Feedb. Value

Ter mi nal AI N Fi lte r

C06.26

Time Constant

LCP potm. Low Ref

C06.81

./Feedb. Value

LCP potm. High Ref.

C06.82

/Feedb. Value

C06.90 Terminal AON Mode

Terminal AON Analog

C06.91

Output

Termi nal AON Digital

C06.92

Output

Termi nal AON Output

C06.93

Min Scale

Termi nal AON Output

C06.94

Max Scale

Process CL Feedba ck 1

C07.20

Resource

Process PI Normal/

C07.30

Inverse Ctrl

Process PI Anti

C07.31

Windup

C07.32 Process PI Start Spee d 0.0~200.0 0.0

Process PI Proportion al Gain

C07.33

Process PI Integ ral Time

C07.34

Process PI Feed

C07.38

Forward Factor

On Reference

C07.39

Bandwidth

Range&Function

explanation

-4999.000~4999.000 50.000

0.01~10.00S 0.01

-4999.000~4999.000 0.000

-4999.000~4999.000 50.000

*[0] 0-20 Ma [1] 4-20 mA

[2] Digital Output

*[0] No operation [10] Output frequency

[11] Reference [12] Feedback [13] Motor Current [16] Power

[20] BusCont rol

See par. C05.40 0

0.00-200.0 0% 0.00%

0.00-200.0 0% 100.00%

*[0] NoFunction

[1] Analog Input V IN [2] Analog Input AIN

[8] PulseI nput33

[11] LocalBusRef

*[0] Normal

[1] Inverse

[0] Disable

*[1] Enable

0.0~10.00 0.01

0.01~9999.00S 9999.00

0-400% 0%

0-200% 5%

Default

setting

- 32 -

HLP-NV Series

Item

Comm-

unication

Function

Fuction Description

Code

C08.01 Cont rol Site

C08.02 Control Word Source

Control Word Timeout

C08.03

Time

Control Word Timeout

C08.04

Function

Re se t Co nt r ol Wor d

C08.06

Timeout

C08.30 Protocol

C08.31 Address 0~126 1

C08.32 FC Port Baud Rate

C08.33 FC Port Parit y

Mini mum Response

C08.35

Delay

C08.36 Max Response Delay 0.010~10.00S 5.000S

Range&Function

explanation

*[0] Digital and

ControlWord [1] Digital only [2] ControlWord only

[0] None *[1] FC RS485

0.1~6500.0S 1.0S

*[0] Off

[1] Freeze Output [2] Stop

[3] Jogging

[4] Max. Speed [5] Stop and tr ip

*[0] No Function

[1] Do reset

*[0] FC

[2] Modbus

[0] 2400 Baud [1] 4800 Baud *[2] 9600 Baud [3] 19200 Baud [4] 38400 Baud

*[0] Even Parity, 1 Stop

Bit [1] Odd Parity, 1 Stop Bit [2] No Parity, 1 Stop Bit [3] No Parity, 2 Stop Bits

0.001~0.500S 0.010S

Default

setting

HLP-NV Series

- 33 -

HLP-NV Series

Item

Comm-

unication

Special

Function

Fuction Description

Code

C08.50 Coasting Select

C08.51 Quick Stop Select 3

C08.52 DC Brake Select 3

C08.53 Sta rt Select 3

C08.54 Reversing Select 3

C08.55 Set-up Select 3

C08.56 Preset Reference Select 3

C08.94 Bus feedback 1 0x8000~ 0x7FF F 0

C14.01 Switchi ng Frequency

C14.03 Overmodulat ion [0] Off *[1] On 1

F u nc t io n a t m ai n s

C14.12

imbala nce

C14.20 Reset Mode

Automatic Resta rt

C14.21

Time

C14.22 Operation Mode

Action At Inverte r

C14.26

Fault

AEO Minimu m

C14.41

Magnetisation

Range&Function

explanation

[0] DigitalI nput

[1] Bus [2] LogicAnd *[3] LogicOr

[0] 2 kHz

*[1] 4 kHz

[2] 8 kHz

[4] 16 kHz

*[0] Trip

[1] Warning [2] Disabled

*[0] Manual reset

[1] AutoReset 1 [2] AutoReset 2 [3] AutoReset 3 [4] AutoReset 4 [5] AutoReset 5 [6] AutoReset 6 [7] AutoReset 7

[8] AutoReset 8 [9] AutoReset 9 [10] AutoReset 10

[11] AutoReset 15

[12] AutoReset 20 [13] Innite auto reset

0~600S 10S

*[0] Normal Operation

[2] Initialisation

*[0] Trip [1] Warning 0

40~75% 66%

Default

setting

- 34 -

HLP-NV Series

Item

Drive

Infor ma-

tion

Data

Readout s

Function

Fuction Description

Code

C15.00 Operating Time 0 - 65535 0

C15.01 Running Hours 0~2147483647 0

C15.02 kWh Counter 0~65535 0

C15.03 Power Ups 0 ~2147483647 0

C15.04 Over Temps 0~65535 0

C15.05 Over Volts 0 ~65535 0

C15.06 Reset kWh Counter

Res et Ru nn ing Hour s

C15.07

Counter

C15.30 Fault Log: Er ror Code 0~255 0

C15.40 FC Type View FC type **

C15.41 Power Section

C15.42 Voltage

C15.43 Softwa re Version

Freq ue ncy Co nv ert er

C15.46

Order. No

C15.48 LCP Id No View LCP ID number **

Freq ue ncy Co nv ert er

C15.51

Serial No

C16.00 Control Word 0~65535 0

C16.01 Reference [Unit] -4999.000~4999.000 0.000

C16.02 Reference % -200.0~200.0% 0.0

C16.03 Status Word 0 ~65535 0

C16.05 Main Act ual Value [%] -100.00~100.00% 0.00

C16.09 Power [kW] 0.00~9999.00 0.0 0

C16.10 Power [ kW] 0~99KW 0KW

C16.11 Power [hp] 0~99HP 0HP

C16.12 Motor Voltage 0.0~999.9V 0.0

C16.13 Frequency 0.0~400.0Hz 0.0Hz

C16.14 Motor Cur rent 0.00 ~1856.00A 0.00A

Range&Function

explanation

*[0] Do not reset

[1] Reset counter

*[0] Do not reset

[1] Reset counter

View power section of

frequency conve rter

View voltage of

frequency conve rter

View power section of

frequency conve rter

View order ing number for re-ordering

View frequency

converter ser ial number

Default

setting

HLP-NV Series

- 35 -

HLP-NV Series

Item

Data

Readout s

Function

Fuction Description

Code

C16.15 Fre quency [%] -100.00~100.00% 0.0 0A

C16.18 Motor Ther mal 0 ~100% 0%

C16.30 DC Lin k Voltage 0~10000V 0%

C16.34 Heatsi nk Temp 0~255

C16.35 Inverter Thermal 0 ~100% 0%

C16.36 Inv. Nom. Cur rent 0.01~10000.00A 0.00A

C16.37 Inv. Max. Current 0.01~10000.00A 0.00A

C16.50 Exter nal Reference -200.0~200.0% 0.0%

C16.51 Pulse Reference -200.0~200.0% 0.0%

C16.52 Feedback [ Unit] -4999.000 ~4999.000 0.000

Dig ital In pu t RUN, F/

C16.60

R,RST,EMS

C16.61 D igital Input JOG 0~1 0

A na lo g I np ut VI N

C16.62

(volt)

A na lo g I np ut VI N

C16.63

(current)

C16.64 Analog Input AIN 0.00 ~20.00m A 0.00

Ana log Out put AO N

C16.65

[mA]

C16.68 Pulse Input 20~5000Hz 20Hz

C16.71 Relay Output [bin] 0~1 0

C16.72 Counter A

C16.73 Counter B

C16.86 FC Port REF 1 -200~200 0

C16.90 Alar m Word 0 ~0xFFFFFFFF 0

C16.92 Warning Word 0~ 0xFFFFF FFF 0

C16.94 Ext. Status Word 0~0xFF FFFF FF 0

Range&Function

explanation

℃

0~1111 0

0.00~10.00V 0.00

0.00~20.00 mA 0.00

-2147483648~2147483647

Default

setting

- 36 -

HLP-NV Series

VIII. Parameter Descriptions

1.Parameter group 0: Operation/Display

C00.04 Oper. State at Power-up (Hand) Default setting 1 Range [0] Resume Frequenc y co nverter star ts in same

Local referenc e is stor ed and used

[1] Forced Stop, Ref=Old

Fr equ enc y conver ter p ow er s up

Local referenc e is stor ed and used

[2] Forced Stop, Ref=0 Fr equ enc y conver ter p ow er s up

Lo cal refe re nc e is se t to 0. Thu s

● Func t ion: Thi s para mete r cont ro ls whe ther or not the frequency

conve rt er should star t ru nnin g the m otor when power in g up after a power down i n Hand mode.

● ATT EN TION! If LC P wi th pot me te r is mou nt ed , reference is set accord ing to actual potmeter value.

Hand or Off St ate as when powe red off.

afte r power-up.

in Off Stat e mea ni ng that motori s stopped after power up.

afte r power-up.

in Off Stat e mea ni ng that motori s stopped after power up.

motor will not start ru nni ng b efore local refe rence has been i ncrea sed.

C00.1* Set-up Handling

User def ined para meter s and miscella neous extern al input s (eg. bus,

LCP, analog /digital inputs, fe edba ck, etc.) cont rols the f unc tionalit y of the frequency converter. A complete set of all parameters controll ing the frequency converter is called a set-up. The Micro Drive FC 51 cont ains 2 set-ups, Set-up1 a nd Set-up 2. Furt hermore, a xed set of D efault setting

settings can be copied i nto one or more set-ups.

Some of the a dvantages of having more than one set-up in the frequency

converter are

● Run motor in one set-up (Active Set-up) wh ile updating parameters in

anothe r set-up (Edit Set-up)

HLP-NV Series

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HLP-NV Series

● Connect various motors (one at a time) to frequency conver ter. Motor

data for various motors can be placed in different set-ups.

● Rapidly change setti ngs of frequency conve rt er and/or moto r while

motor is running (eg. ramp time or preset references) via bus or digit al inputs.

The Active Set-up can be set as Multi Se t-up wher e the active set-up is

select ed via input on a d igital input term inal a nd/or via the bus cont rol

word.

ATTENTION! Default settingSet-up cannot be used as Active Set-up.

C00.3* Custom Readout

C00.31 Custom Readout M in Scale Default setti ng 0.0 0

Range 0.0 0-9999.00: The value will b e shown at 0H z

● Function: Scale a rea dout parameter which can be read i n par. C16.09

C00.32 Custom Readout Max Scale Default sett ing 100 Range 0.0 0-9999.00: T he val ue will be sho wn at th e

● Function: Scale a rea dout parameter which can be read i n par. C16.09

f re qu enc y p ro gr a m med i n p ar. C04.14.

C00.4* LCP Keypad

The frequency conver ter can operate in the following three modes: Ha nd,

Off and Auto.

Hand : The f requency convert er is locally oper ate d and does not allow

any remot e control. By activating Hand a sta rt signal is given.

OFF: The fre quency converter stops with a nor mal s top ramp. When

Off is chosen th e f reque ncy co nve rter ca n on ly be star ted by

pressi ng either Hand or Auto on the LCP.

Auto: In Auto-mode the freque ncy conve rter can be remote cont rolled

(bus/digital).

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HLP-NV Series

C00.40 [Hand on] Key on LCP Default setti ng 1

Range [0] Disabled Hand-on key h as no fu nction.

[1] Enabled Hand- on key is f unct ional.

C00.41 [Off / Reset] Key on L CP Default set ting 1

Range [0] D isa bl e O ff/Re set Off /re set k ey has n o

[1] Enabl e Off /Re set Stop signal and reset of

[2] Enable Res et Only Reset only. Stop (Off)

C00.42 [Auto on] Key on LCP Defau lt sett ing 1

Range [0] Disabled Auto -on key h as no fu nction.

[1] Enabled Auto-on key is fu nction al.

C00.60 Menu Locke d Default sett ing 0

Range [0] Disable a l lo w fo r ch a ng i ng pa r a met er

[1] Enable parameter ca n be read,but can’t be

function.

any faults.

function is disabled.

values

edited

Parameter group 1: Load/Motor

C01.00 Cong urat ion Mode Default set ting 0 Range [0] S pe ed op en lo op For norm al sp eed con tr ol

[3] Proce ss Clos ed Loop Ena ble s proce ss c los ed

W he n r un ni ng in proce ss

● Funct ion: Use th is para meter for selec ti ng the ap pli cat ion con tr ol principle to be used when a Remote Reference is act ive.

(Refere nces).

l o op co nt r ol . S ee pa r.

g ro up C07.3 * or f ur th er

i n f o r m a t i o n o n P I controller.

cl o se d loo p, pa r. C04.10

Motor Speed Direction must

be set to Clo ckwise [0]

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HLP-NV Series

C01.01 Motor Cont rol Principle Defau lt sett ing 1

Range [0] V/F Is u sed for par allel connec te d mot ors

and/or special motor application s.

[1] VVC+ Nor mal r unni ng mod e, including slip-

and load c ompensation s.

● Function: The V/F settings are set in parameter s C01.55 and C01.56.

C01.03 Torque Chara cter istics Default setti ng 0 Range [0] Con stant Torque

Mot or sha ft out put pr ovide s consta nt

[2] Automat ic Energ y Opti m. Th is funct ion automa tic ally o pti mi zes

torque u nder va riable speed control.

en erg y con sump tio n in c ent ri f ug al pu mp and fan appl icat ions. See par. 14-41 AEO Mi nimu m Magnetisat ion.

● Function: With more t orque char acteri stic s it is pos sible to r un low energ y consu ming, as well as high torque applications.

C01.05 Local Mode Cong uration Defa ult set ting 2

Range [0] Spe ed Ope n Loop

[2] As conguration in p ar. C01.00

● Funct ion: Th is paramet er is o nly relevant when parameter C01.00 Cong urat ion Mode is set to Process Closed Loop [3]. The parameter

is use d for det er min in g the reference or se tpoi nt ha nd lin g when changing from Auto Mode to Hand Mode on the LCP.

■ 0: In Hand Mode the d rive always runs in Open Loop con gur ation

reg ar dless of sett ing in pa r. C01.00 Conf igur at ion Mode. Local pot en tiometer (if pr esent) or Arr ow up/dow n determ ines out pu t frequ enc y li mi ted by Motor Speed Hig h/Low Li mit (parame ters C04.14 and C04.12).

■ 2: If par. C01.00 Conf igu rat ion Mode is set to Ope n Loo p [1]

fu nc ti on is as desc ri be d above . If pa r. C01.00 is se t to Pr oc es s

Closed Loop [3] chang ing from Auto mo de to Hand mode results in

a setpoint chan ge via local p otentiom eter or Ar row up/down. The change is li mited by Referenc e Max /Min (para meters C03.02 and C03.03)

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HLP-NV Series

0-2* Motor Data

● Func tion: Enter the correct motor nameplate data (power, voltage, frequency, cur rent and speed).

Run AMT, see par. C01.29. Default setting sett ings for advance d motor

data, par. C01.3*, are automatically calculated.

● ATTENTION! Parameters i n parameter g roup 1.2* cannot be adjusted

while motor runs.

C01.20 Motor Power [kW ] [HP] Default set ting **

Range [0.09 kW/0.12 HP -11 kW/15 HP]

Two sizes down, one size up from nominal VLT rati ng.

● Function: Enter motor power from nameplate data.

C01.22 Motor Voltage Default set ting **

Range [50.0 - 999.0 V]

● Function: Enter motor voltage f rom nameplate data.

C01.23 Motor Frequ ency Default setti ng 50

Range [20 -400 Hz]

● Function: Enter motor frequency f rom nameplate data.

● ATTENTION! Changing this parameter affects motor nominal speed set in par. C01.25.

C01.24 Motor Current Def ault set ting **

Range [0.01 - 26.00 A]

● Function: Enter motor cur rent from name plate data.

C01.25 Motor Nomi nal Spe ed Default sett ing **

Range [100 - 9999 RPM]

● Function: Enter motor nominal speed from n ameplate data.

● ATTENTION! I f Motor Fre quency has been changed in par. C01.23,

Nominal Motor Spe ed is affe cted.

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HLP-NV Series

C01.29 Automatic Motor Tuning (AMT) Default setti ng 0

Range [0] Of f A MT fu nctio n is disabled.

[2] Enable AMT

AMT f unction star ts run ning. This

may take up to 10 min. d epe ndi ng

on motor power rati ng.

● Function: Use AMT to optim ize motor performance.

● Stop VLT – make sure motor is at sta ndstill

● Choose [2] Enable AMT

● Apply start sig nal

■ Via LCP: P ress Ha nd On

■ Or in Remote On mode: Apply start signal on Terminal

RUN

● ATT ENTION! To gai n optimum tuning of frequency converter, run

AMT on a cold motor.

C01.3* Adv. Motor Data

Adjust advanced motor data using one of these methods:

1. Run AMT on cold motor. Fre quency conver ter measu res value f rom

motor.

2. Enter X1 value manually. Obtain value from motor supplier.

3. Use X1 defau lt set ting . Frequen cy conve rter es ta bli shes sett ing

based on motor nameplate data.

ATTENTION! This parameter can not be changed while motor r uns.

C01.30 Stator Re sista nce (R1s) Default set ting **

Range Depend ing on mot or data* [Ohm]

● Function: Set stat or resistance value.

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HLP-NV Series

C01.33 Stator Leakage Reactance (X1) Default setting **

Range Depend ing on mot or data*[Ohm]

● Function: Set stat or leakage reactance of motor.

C01.35 Main Rea ctance (Xh) Default set ting **

Range Depend ing on mot or data*[Ohm]

● Function: Set motor main rea ctance.

1-5* Load Independent Setting

This parameter group is for set ting t he load independent motor settings.

C01.50 Motor Mag netisation at 0 Sp eed Default set ting 100% Range [ 0 - 30 0%] Ente r a percentage of rated mag netizing

● Funct ion: This parameter enables diffe ren t th er mal loa d on motor

when running at low speed.

C01.52 Min Speed Norm. Magnet. [Hz] Default s etti ng 0.0HZ

Range [0.0 - 10.0 Hz]

● Fu nct ion: Us e t h is pa r a me ter al on g w it h p ar. C01. 50 , Mo tor Magnetizi ng at Zero Speed.

Set fre quency required for nor mal magnetizing current. If frequency is

set lower than motor slip frequency, par. C01.50, Motor Magnetizing at Zero Spe ed is inactive.

current. If setting is too low, motor shaft

torque m ay be reduced.

C01.55 V/F Chara cter istic - U Default setting 0V

Range [0 - 999 V]

● Fu nction: This pa ra me ter is an arr ay parame te r [0-5] and is only functional when par. C01.01, Motor Control P rinciple is set to V/F [0].

En ter volt age at eac h fr e qu enc y poi nt to ma nu all y for m a V/F

character ist ic matching motor. Frequen cy poi nts are defin ed in pa r. C01.56, V/F characteristics - F.

HLP-NV Series

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HLP-NV Series

C01.56 V/F Chara cter istic - F Default sett ing 0H Z

Range [0 - 40 0 Hz]

● Fu nc tion :Th is pa ra me te r is an ar ray para me te r [0-5] an d is on ly functional when par. C01.01, Motor Control P rinciple is set to V/F [0].

En t er fr eq uen c y poin ts to ma nua lly for m a V/F cha rac ter ist ic

matching motor. Voltage at each point is de ned in pa r. C 01.55, V/F

Character istic - U.

Ma ke a V/F cha rac teris tic base d on 6 def in abl e volt age s a nd

frequencies, see below gure.

Simplif y V/F character istics by merging 2 or more points (voltages and

frequencies), respectively, are set equal.

● ATTENTION! For par. C01.56 the followi ng applies [0]≤ [1] ≤ [2] ≤ [3] ≤ [4] ≤ [5]

C01.6* Load Dependent setting

Parameters for adjusting the load dependent motor settings.

C01.60 Low Speed L oad Compensation D efault setting 100%

Range [0 -199 %]

● Fun ct ion: Use this para met er to gai n optimum V/F chara cterist ic

when running at low speed.

Enter pe rcentage in relation to load when motor run s at low speed. Change -over poi nt is automatically calculated based on motor size.

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HLP-NV Series

C01.61 High Speed Load C ompensation Default setting 100%

Range [0 - 199 %]

● Func tion:Use this parame ter to obt ain opti mum load c ompensation

when running at hig h speed.

Enter percentage to compensate in relation to load when motor runs at

high speed.

Change -over poi nt is automatically calculated based on motor size.

C01.62 Slip Compe nsation Default se tti ng 100%

Range [- 400 - 399 %]

● Fu nct ion : C om pens ati on for loa d d epe nde nt moto r sl ip. Sli p

compen sation is calculated automatically based on rate d motor s peed, nM,N.

● ATTE N TI ON ! T his fun cti on is only act iv e whe n par . C01.0 0, Con fi gu ration Mod e, is s et to Speed Open Loop [0],and when par. C01.01, Motor Cont rol Principle, is set to VVC+ [1].

C01.63 Slip Compe nsation Time Con stant Default setting 0.10 s

Range [0.05 - 5.00 s]

● Funct ion: 0.10 s [0.05 - 5.00 s] Enter slip compensation reaction speed.

A high value result s in slow reaction whereas a low value r esu lts in

quick rea ction.

If low-frequency resonance problems arise, use longer time setting.

HLP-NV Series

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HLP-NV Series

1-7* Start Adjustments

Considering t he need for various sta rt functions in d ifferent applications, it is possible to select a nu mber of functions in this par amete r group.

C01.71 Star t Delay Default setting 0.0S

Range [0.0 - 10.0 s]

● Func tion: The st art dela y def ine s the ti me to pas s fro m a st art

comma nd is given until t he motor starts accele rati ng.

Setting sta rt delay to 0.0 sec. disables Start Function, [C01.72], when

star t command is given.

Ente r the time delay requir ed before commencing acceleration. Par.

C01.72 Star t Function is active dur ing Start delay time .

C01.72 Star t Funct ion Default set ting 2

Range [0] DC Hold/ Dela y Time Motor is ene rgi zed with

[1] DC Brake/ Delay Time Motor is energized with

[2] Coast /Delay Time I n v er t e r i s c oa st e d

C01.73 Flying St art Default setti ng 0

Range [0] Disabled Flying star t is not re quired.

[1] Enabled F re que nc y co nv er ter e na bled to

● Funct ion: Use ying start to cat ch a spin ni ng motor afte r eg. mai ns

dropout.

● Warning: T his function is not suitable for hoisting applications.

● ATTENTION! W hen ying st art is enabled par. C01.71, Start Delay, and par. C01.72, Star t Funct ion, have no f unct ion.

DC hold ing current ( par.

C02.0 0) du ri ng s ta rt

delay time.

DC bra king cur rent ( par.

C 0 2 .0 1) d u r in g st ar t

delay time.

du ri ng s ta rt delay ti me

(inver ter off ).

catch spi nni ng motor.

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HLP-NV Series

C01.8* Stop Adjustments

To meet the need for various stop fu nctions in d ifferent appl ication these parameters offer some special stop features for t he motor.

C01.80 Function at Stop Default setti ng 0

Range [0] Coa st The inve rter i s coast ed.

[1] DC hold T he motor is ene rgi zed with a DC

cur rent. See par. C02.0 0 DC Hold

Current for more information.

● Fun c tio n: T he sele cte d fu nct io n at st op is act ive in followi ng situations:

■ Stop command is given and ou tput speed is ramp ed down t o Min.

Speed for Activati ng Funct ions at Stop.

■ Start command is removed (standby), and output speed is ramped

down to Min. Speed for Activating Functions at Stop.

■ DC-brake command is g iven, and DC-bra ke time has passed

■ While running a nd calculated out put speed is below Min. Speed for

Activating Functions at Stop.

C01.82 Min Speed for Func t. at Stop [ Hz] Defau lt sett ing 0.0HZ

Range [0.0 - 20.0 H z]

● F unct ion: Set the speed at which to activate par. C01.80 Function at

Stop.

C01.9* Motor Temperature

With an estimated motor temperature monitor the f reque ncy conve rter is

able to estimate mot or tempe ratu re without having a thermistor mounted. It is thus possible to receive a war ning or an alarm, if motor temperature exceeds upper operational limit.

HLP-NV Series

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HLP-NV Series

C01.90 Motor The rmal P rotec tion Default setti ng 3

Range [0] No Pr otect ion

Disa bles temp erat ure mon itoring. [1] Ther mistor Warni ng A therm is to r conn ec te d to eit her

wa rnin g if upp er lim it of mo to r

[2] Ther mistor Trip A therm is to r conn ec te d to eit her

an alar m and makes the frequency

lim it of motor temperatur e range

[3] ETR Warn ing If calcu lat ed upper lim it of mo tor

[4] ETR Trip If calcu lat ed upper l im it of motor

digital or analog input gives a

tempe ratu re ra nge is exceeded , (see

par. C01.93, Ther mistor Resour ce).

digital or analog input gives

conver ter tr ip if upp er

is exceed ed, (see pa r. C01.93,

Ther mistor Resource.

tempe ratu re r ange is exc ee ded, a warn ing occurs.

te mpe rat ure r ang e is ex cee ded ,

an a la rm occ urs and fr equ enc y

conver ter tr ips.

● Fu nc tion : Us ing ETR (Ele c t ro nic Ter m ina l Re l ay ) th e mo tor temperatu re is calculated based on frequency, speed and time. Danfoss

recom mends using The ETR fu nction, if a ther mistor is not present.

● ATTENTIO N! ETR c alculat ion is based on motor data from group C01.2*.

C01.93 Ther mistor Resour ce Defau lt sett ing 0

Range [0] None

No thermis tor is con nect ed. [1] Analog I nput VIN Con nect thermistor to analog input

[6] Digita l Input JOG

Con nect thermis tor to digit al input

W hi le t h i s in put f u nc t ion s as

Terminal VIN.

Terminal JOG.

t he rm i s t or i np ut , i t wi l l no t res pon d to the fu nction chos en in

pa r. C0 5.13, Di git al Inp ut JO G. The val ue of p ar. C05.13 remains

howe ver un chang ed i n parame te r database whi le fun ction is i nact ive.

- 48 -

HLP-NV Series

● Function: Select t he ther mist or input t erm inal.

● ATTE NTION! A na lo g Inp ut V IN can no t be sele cted for oth er

purposes whe n selected as thermistor resource.

Input Dig ital/Analog Supply Voltage Th reshold C ut-out Values Digital 10 V <800 oh m - >2.9k ohm Analog 10 V <800 ohm - >2.9k ohm

Parameter group 2: Brakes

C02.0* DC-Brake

Th e pur pose of DC -b rake fun ct io n is to br ake a r ot ati ng mo to r by applying DC-current to the motor.

C02.00 DC Hold Cur rent Defau lt sett ing 50%

Range [0 - 100%]

● Funct ion: This par ameter eit her holds t he motor (holding torque) or

preheat s the motor.

■ The pa rameter is active if DC Hold has been selected in either par. C01.72 Star t Function or par. C01.80 Function at Stop.

■ Ente r a value for holdi ng cu rrent as a percentage of the rated motor current set in par. C01.24 Motor Cur rent. 100% DC holding current

corresponds to I

● ATTENTION! Avoid 100% c ur rent too long as it may overheat the

motor.

C02.01 DC Brake C urrent D efault settin g 50%

Range [0 - 100%]

● Function: Set DC-cur rent needed to brake rot ating motor.

Activate DC-brake in one of the four following ways:

■ DC-brake command, see par. C05.1* choice [5]

■ DC Cut-in f unction, see par. C02.04

■ DC-brake selected as start f unct ion, see par. C01.72

■ DC-brake in connect ion with Flying St art , par. C01.73.

C02.02 DC Brak ing Time Defa ult setting 10.0S Range [0.0 - 60 s] S et the time DC-bra ki ng c ur rent,

● Function:DC-braking time de nes the period dur ing which DC-br ake

current is applied to the motor.

● ATTENTION! If DC-brake is activated as star t function, DC-brake time is dened by star t delay time.

M,N

set in pa r. C02.01, must be applied.

HLP-NV Series

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HLP-NV Series

C02.04 DC Brake C ut In Speed Default set ting 0.0HZ

Range [0.0 - 40 0.0 Hz]

● Function: Set DC-brake cut-in speed t o a ctivat e DC braking cur rent, set in par. C02.01, when rampi ng down.

When set to 0 the f unction is off.

C02.1* Brake Energy Function

Us e th e pa ram e te rs in thi s gro up for selec t ing dyn ami c bra king parameters.

C02.10 Brake Function Default set ting 0

Range [0] Of f No brake func tion.

[1] Resisto r Brake Resistor br ake is ac tive.

[2] AC Brake AC brake is act ive.

● Function:

■ Resistor Brake:

The resistor bra ke li mit s voltage in t he inter med iate circuit when

the motor acts as generat or. Without brake resistor, t he fr equency

converter event ually trips.

The resistor brake consume s surplu s energy resulting from motor

braking. A f reque ncy convert er wit h brake stops a motor faste r than without a brake, wh ich is u sed in many applications. Requires

connection of external brake resistor. An alte rnative to the resistor brake is t he AC brake.

■ AC Brake:

The AC brake consumes surplus energy by cre ating power loss i n

the motor.

It is important to keep in m ind that a n inc rease in power loss causes

motor temperature t o rise.

● ATTENT ION ! Re sis to r brake is on ly funct io na l in fr eq ue nc y

converters w ith integrated dy namic brake. An ext ernal resistor must be connected.

C02.11 Brake Resistor (ohm) Default sett ing *Ω

Range [5 - 500 0 Ω]

● Function: Set brake resistor value.

C02.16 AC Brake, Max c urr ent Default setting 100%

Range [0 - 40 0 %]

● Fun ct ion: Enter max. pe rm issible current for AC-braking to avoid overheating of motor.

100% equals motor cu rrent set in pa r. C01.24.

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HLP-NV Series

C02.17 Over-voltage Control D efault setting 0 Range [0] Disabled The OVC is not active/requ ired.

[1] Enabled , not at stop OVC is run ning u nless a stop sign al

[2] Enabled OVC is run ni ng, also when a st op

is active.

signal i s active.

● Funct ion: Use Over-voltage Control (OVC) to reduce the risk of the fre que ncy converter t ripping due t o an over voltage on the D C link

cau sed by ge ner at ive power from the loa d. An over-volt age occu rs eg. if the ramp dow n time is set too shor t compared to the actual load iner tia.

● ATT ENTIO N! If Resistor Brake ha s be en cho se n in pa r. C02.10

Bra ke Functio n th e OVC is not acti ve even th oug h enabled in this parameter.

2-2* Mechanical Brake

For hoist ing ap pli cat ions an ele ct ro-ma gn et ic brake is requ ir ed. Th e

brake is c ontrolled by a relay, which releases t he brake when activated.

The brake act ivate s if frequency conver ter trips or a coast c ommand is

given. Fu rthermore, it act ivates when motor speed is ramped down below

the speed set in par. C02.22, Active Bra ke Speed.

C02.20 Release Br ake Current Default sett ing 0.00A

Range [0.00 - 100 A]

● Funct ion: Select motor current at which mechanical brake releases.

● Warn ing: If star t delay time has passed, and motor cu rrent is below Release br ake current, frequency converter trips.

C02.22 Activate Brake Spe ed [Hz] D efault setting 0 Range [0 - 40 0 Hz] S el ec t m ot or s p e e d at wh ic h

ramping down.

mechanical br ake act ivates when

● Funct ion: If the motor is stop ped using ramp, the mechanical bra ke is activated when motor speed is less than Active Brake Spe ed.

Motor is ra mped dow n to stop i n the following situations:

■ A star t command is removed (stand by)

■ A stop com mand is activated

■ Quick-stop is activated (Q-stop ramp is used)

● Mechan ical bra ke automat ically activates if frequency converter trips

or repor ts an alarm.

HLP-NV Series

- 51 -

HLP-NV Series

Parameter group 3: Reference/Ramps

Pa ram ete r s for refe ren ce han dli ng, def init io n of li mi t at ions, a nd

cong urat ion of the frequency

converter's reaction t o changes

3-0* Reference Limits

Parameters for setti ng the refe rence u nit, limits a nd ranges.

C03.00 Reference Range Default setting 0 Range [0] Mi n - Max Reference set point ranges can h ave

Se le ct thi s i f run ning in Pr oc es s

[1] -Max-+Max Ranges can h ave both p ositive and

● Funct ion: Select t he range of reference and fee dback signals. Values can be bot h posit ive and negative, unless par. C01.00, Congur atio n

Mode, is set to Process Closed Loo p [3]. In t hat case on ly positive values are allowed.

C03.02 Mini mum Reference Default se tti ng 0.000

Range [- 4999.000 - 4999.000]

● Fu nc tio n: Ent er value fo r mini mum re fe ren ce . The sum of al l

inter nal a nd external refer neces are clamped (limited) to t he mi nimu m

reference value, pa r. C03.02.

C03.03 Maximum Refere nce Default setting 50.000

Range [- 4999.000 - 4999.000]

● Funct ion: Maximum Reference is adjustable in the range Minimu m Reference- 4999.

Enter value for Maximum Reference. The sum of all internal and exter nal references are clamped (limited)

to the ma ximum reference value, par. C03.03.

positive values on ly.

Closed Loop.

negative values.

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HLP-NV Series

3-1* References

Pa ra meter s for set t in g up the refe ren ce sou rce s. Selec t the pre se t references for the corresponding digit al inputs in par amet er group 5.1*, Digital Inputs.

18 Bit2 17 Bit1 16 Bit0 Preset reference no.

0 0 0 0

0 0 1 1

0 1 0 2

0 1 1 3

1 0 0 4

1 0 1 5

1 1 0 6

1 1 1 7

Table 4.1: Par. C05.1* selection [16], [17] and [18]

C03.10 Preset Reference Default setting 0.00%

Range [ -100.00 - 100.0 0%]

● Funct ion: Each parameter set-up contains 8 preset references which

are selectable via 3 digita l inputs or bus.

En te r the dif fe rent prese t refer enc es using arr ay progr amm ing.

Normally, 100% = value set i n par. C03.03,

Maxi mum Reference. However, the re are exceptions if par. C03.00 is

set to Mi n - Max, [0].

Example 1: Par. C03.02 is set to 20 and par. C03.03 is set to 50. In this

case 0%= 0 and 100% = 50.

Example 2: Par. C03.02 is set to -70 and par. C03.03 is set to 50. In this

case 0% = 0 and 100% = 70.

C03.11 Jog Speed [Hz] Default setting 5.0H Z

Range [0.0 - 40 0.0 Hz] Select s peed to f unction as jog speed.

● Funct ion: Jog speed is a xed output speed a nd overr ules the selected reference speed, see par. C05.1* selection [14].

If the motor is st opped while in jog mode, the jog signal acts as a st art

signal. Removing the jog signal makes the motor ru n accordi ng to the

selected cong urat ion.

C03.12 Catch up/slow Down Value Default s etti ng 0.00%

Range [0.00 – 100.00%]

● Funct ion: The Catch-up/Slowdown function is activated by an input

comma nd (see par. C05.1*, choice [28]/[29]). If t he com mand is active,

HLP-NV Series

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HLP-NV Series

the Cat ch-up/Slowdow n value (in %) is added to t he reference f unction

as follows:

Reference = Reference + reference × Catchup Slowdown /100 Reference = Reference - reference × Catchup Slowdown /100

When the input com mand is inactivate d, the refere nce retur ns to it s

origi nal value ie. Reference = Reference + 0.

C03.14 Preset Relative Reference Default setting 0.00 %

Range [-100.00 - 100.00%]

● Funct ion: Def ine fixed value in % t o be added to variable value dened in par. C03.18, Relative Scal ing Reference Source. The sum of xed and va riable values (labelled Y in illust ration below) is multiplied with actual reference (labelled X in illustation). T his product is added to actual reference X + X *Y /100

C03.15 Reference Resour ce 1 Defau lt sett ing 1

Range [0] No Function No reference sig nal is dened. [1] Analog Input V IN Use sig nals from ana log I nput V IN

[2] Analog Input A IN Use sig nals from ana log I nput A IN

[8] Puls e input Use si gn als fro m pul se inp ut as

[11] Local Bus Ref. Us e si g n a l s f r om lo ca l bu s a s

[21] LCP Potentio meter U s e s i g n a l s f r o m L C P

as reference, see par. C06.1*.

as reference, see par. C06.2*.

referen ce, see pa r. C05.5*.

referen ce, see pa r. C08.9*.

potent iomete r as reference, s ee pa r.

C06.8*.

● Funct ion: Par. C03.15, C03.16 and C03.17 dene up to three different reference signa ls. The sum of t hese reference signals denes the actual

reference.

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HLP-NV Series

C03.16 Reference Resour ce 2 Default set ting 2

Range [0] No Function No reference signal is den ed.

[1] Analog Input V IN Use sig nals from ana log I nput V IN

[2] Analog Input A IN Use sig nals from ana log I nput A IN

[11] Local Bus Ref. Us e si g n a l s f r om lo ca l bu s a s

[21] LCP Potentio meter U s e s i g n a l s f r o m L C P

as reference.

referen ce.

potent iomete r as reference.

● Funct ion: See Par. C03.15 for description.

C03.17 Reference Resour ce 3 Default setting 11

Range [0] No Function No reference signal is den ed.

[1] Analog Input V IN Use sig nals from ana log I nput V IN

[2] Analog Input A IN Use sig nals from ana log I nput A IN

[11] Local Bus Ref. Us e si g n a l s f r om lo ca l bu s a s

[21] LCP Potentio meter U s e s i g n a l s f r o m L C P

as reference.

referen ce.

potent iomete r as reference.

● Funct ion: See Par. C03.15 for description.

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HLP-NV Series

C03.18 Relative Scaling Ref. Resour ce Default setting 0

Range [0] No Function

The function is disabled [1] Analog Input V IN Select analog In put V IN as r elative

[2] Analog Input 54 Select a nalog inpu t 54 as rel ative

[8] Puls e Input 33

Sele ct pu ls e inp ut 33 as rel at ive

[11] Local Bus Ref. Se le ct loc al bus ref . as rel at ive

[21] LCP Potentio meter S e l e c t LC P p o t en ti om et er a s

scali ng refere nce source.

relative s caling referen ce source.

● Func tion: Select the s ource for a var iable value to be added to th e xed value dened i n par. C03.14, Preset Relative Reference.

3－4* Ramp 1

A l inear ramp i s characterized by ramping up at a cons tant speed until the de si re d moto r spee d has bee n reac hed. Some ove rsho ot may be experienced whe n reaching speed , which may c ause spe ed jerks for a short wh ile before stabilizing. An S -ramp accele rates more smoothly thus compensating for jerks when the speed is reached.

See the below gure for a compar ison of the two ramp types.

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HLP-NV Series

Ramp Times:

Ramp up: Acceleratio n time. From 0 to nom inal motor frequency (par. C01.23). Ram p dow n: Decele ration time. From nom inal motor frequency (par. C01.23) to 0.

Limitation:

Too short ramp up time can resu lt in Torque l imit war ning (W12) and/or DC over voltage warning (W7). Rampi ng is stopped when the frequency converter has reached Torque limit mot or mode ( par. C04.16). Too short r am p dow n time can re sult in Torque li mit war ning (W12) and /or DC over voltage war ni ng (W7). Rampi ng is s top ped when the fr eq ue nc y conver te r rea ches the Torq ue li mi t gene ra to r mode (pa r. C04.17) and/or the i nter nal DC over volt age limit.

C03.40 Ramp 1 Type Default se tting 0

Range 0 Linear Consta nt accele ration /deceler ation.

2 S-r amp Smooth je rk compe nsate d

C03.41 Ramp 1 Ra mp up Time Default s etti ng 3.00/

15.00S* Range [0.05 - 360 0 s ]

● Funct ion: Enter ramp-up time f rom 0 Hz to rated motor speed (nM,N) set in par. C01.25.

Choose a ramp-up t ime ensuring that output curr ent does not exceed

current limit set in par. C04.18 during rampi ng.

* only for NV4,NV5

acceleration /deceleration.

C03.42 Ramp 1 Ra mp Down Ti me Default setti ng 3.00 /30.0 0S* Range [0.05 - 360 0 s]

● Function: Enter r amp down t ime from rate d motor speed nM,N in par. C01.25 to 0 Hz.

Choose a r amp down time that does not cause over-voltage in inver ter

due to rege nerat ive operation of motor. Furthermore, generated current

must not exce ed cur rent limit set in par. C04.18.

* only for NV4,NV5

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HLP-NV Series

C03.5* Ramp2

See par. C03.4* for a descript ion of ramp t ype s.

ATTENTION! Ramp2 - alter native ramp time s: Cha nging from Ramp1

to Ramp2 is done via the digital input. See par. C05.1*, selection[34].

C03.50 Ramp 2 Type Default setti ng 0

Range [0] Linear Consta nt accele ration/decele ration.

[2] S-ramp S mo o t h je r k c om p e n s a t e d

C03.51 Ramp 2 Ra mp up Time Default setting 3.00/

15.00S* Range [0.05 - 360 0 s]

acceleration /deceleration.

● Function: Enter ra mp-up time from 0 Hz to rated motor speed (nM,N) set in par. C01.25.

Choose a ramp-up time ensuring that output current does not exceed

current limit set in par. C04.18 during rampi ng.

* only for NV4,NV5

C03.52 Ramp 2 Ramp down Time Default setting 3.00/

30.00S* Range [0.05 - 360 0 s]

● Funct ion: Ente r ramp down ti me from rated motor speed nM ,N in par. C01.25 to 0 Hz.

Choose a r amp down time that does not cause over-voltage in inver ter

due to rege nerat ive operation of motor. Furthermore, generated current

must not exce ed cur rent limit set in par. C04.18.

* only for NV4,NV5

C03.8* Other Ramps

This section contains para meter s for Jog and Quick Stop Ramp With a Jog R amp you can both ramp up and down whereas you can only

ramp dow n with the Quick Stop Ramp.

C03.80 Jog Ramp Time Default setting 3.00/

15.00S* Range [0.05 - 360 0 s]

● Func tion: A linear ramp applic able when Jog is activate d. See p ar. C05.1*, selection [14].

Ramp up t ime = Ra mp down time.

Jog Ramp time star ts u pon act ivat ion of a jog signal via a sele cted

digital input or serial communication port.

* only for NV4,NV5

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HLP-NV Series

C03.81 Quick Sto p Ramp Time Default s etti ng 3.00/

30.0 0S* Range [0.05 - 360 0 s]

● Funct ion: A linear ramp applicable when Q-stop is activated. See par. C05.1*, selection [4].

* only for NV4,NV5

Parameter group 4: Motor Limits

Parameter group for con gur ing li mits a nd warning.

C04.1* Motor Limits

Use these parameters for dening the speed, torque and current working

range for t he motor.

C04.10 Motor Spee d Dire ction Default setti ng 2

Range [0] Clockwise Th e m ot or s h a f t r o ta te s in

preve nts the moto r fro m ru nni ng in

If par. C01.00 C ong ur ation mode

[1] Counterclock wise T h e mo t or s h a f t r o ta te s in

se tti ng prevent s the moto r f rom

[2] Both With this setting t he motor can r un

th e out put freq uen cy is l imited to

Limit (par. C04.12) to Motor Speed

● Func tion: I f ter minals 96, 97 and 98 a re connected to U, V and W

respectively, the motor runs clockw ise when seen from the front.

● ATT ENTION! This paramete r cannot be adjusted while the motor is run ning

C04.12 Motor Spee d Low Limit [Hz] Default set ting 0.0 HZ

Range [0.0 - 40 0.0 Hz]

● Funct ion: Set the Mi nimu m Motor Speed Lim it cor resp onding to the minimum out put frequency of the motor shaft.

● ATT EN TION! As the min imum ou tput frequenc y is an ab solut e

value, it ca nnot be deviated from.

HLP-NV Series

clockwise dir ection. This s etti ng

counterclock wise di rect ion.

ha s bee n se t to Pr oc ess Clo sed L o op [3 ] th is pa ra me t e r mu st always be set to Clock wise

counterclock wise di rect ion. Th is

run ning in clockwise di rection.

in both d irec tions. However,

the range: Motor Spe ed Low

High Limit (pa r. C04.14).

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HLP-NV Series

C04.14 Motor Spee d High Li mit [Hz] Def ault set ting 65.0H Z

Range [0.0 - 40 0.0 Hz]

● Fu nc ti on: Set the Max im um Motor Spee d corre sp on di ng to th e maximum out put frequency of the motor shaft.

● ATT EN TIO N! As the maxi mum output freq uency is an abs olute

value, it ca nnot be deviated from.

C04.16 Torque Limit Motor Mode Defau lt sett ing 150%

Range [0 - 40 0%]

● Funct ion: Set the torque limit for motor oper ation.

The set ting is not automatically reset to default when changi ng sett ings

in par. C01.00 to C01.25 Load & Motor .

C04.17 Torque Limit Ge nerat or Mode Default setti ng 100%

Range [0 - 40 0 %]

● Funct ion: Set the torque limit for generator mode ope ration.

The set ting is not automatically reset to default when changi ng sett ings

in par. C01.00 to C01.25 Load & Motor.

C04.5* Adjustable Warnings

Parameter g roup containing a djustable war ning limits for current, sp eed, reference and feedback. Warnings are show n in display, progra mmed output or serial bus.

C04.50 Warning Cur rent Low Defau lt sett ing 0.00A

Range [0.00 - 26.00 A]

● Funct io n: Use th is parame te r to set a lower lim it for th e cu r rent

range. If current drops below the set limit, a war ning occurs.

C04.51 Warning Cur rent Hig h Defau lt sett ing26.00A

Range [0.00 - 100.00 A]

● Function: Use this parameter to se t an upper lim it for t he current

range. If current exceeds the set limit , a warning occurs.

C04.58 Missing Motor Phase Funct ion Default setting 1

Range [0] Of f Funct ion is disabled.

[1] On Func tion is en abled.

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HLP-NV Series

● Functi on: A mi ssi ng motor phase causes the m otor torque to d rop.

This monitor may be disabled for special purposes (eg. small motors

run ning pure V/F mode), but as there is a risk of overheating the motor,

Danfoss strongly recom mends that the function is On.

A mis sin g motor phases cau ses t he frequ enc y conver ter to trip and

repor t an ala rm.

● ATTENTION! This parameter can not be changed while motor r uns.

C04.6* Speed Bypass

In some applications mechan ical resonance may o ccur. Avoid reson ance

points by creating a bypass. The frequency conver ter ramps th rough the bypass area thereby pa ssing mechanical resonance points quickly.

C04.61 Bypass Speed From [Hz] Default set ting 0.0H z

Range [0.0 - 40 0.0 Hz]

● Funct ion: Ar ray [2]

Ente r eit her the lower o r upp er limit of the spe eds t o be avoided. It

does not matter whethe r Bypass From or Bypass Too is the upper or lower l imit, however the Spe ed Bypass function is disabled if the two parameters are set to the same value.

C04.63 Bypass Speed To [Hz] Default setting 0.0H z

Range [0.0 - 40 0.0 Hz]

● Funct ion: Ar ray [2]

Enter eit her the upper or lower limit of the speed area to be avoided.

Mak e su re t o enter the opp osite limi t of that in par. C0 4.61 Speed

Bypass From [Hz].

Parameter group 5: Digital In/Out

The following describes all digital input command fu nction s and signals.

C05.1* Digital Inputs

Parameters for conguri ng the functions for the i nput terminals.

Th e dig ital inp ut s a re use d for sel ect ing va rious f unc tions i n the

frequency conve rter. All digit al inputs can be set to the following:

HLP-NV Series

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HLP-NV Series

C05.10 Term inal RU N Digita l Input Default setting 8

C05.11 Term inal F/R Digital Input Default sett ing 10

C05.12 Term inal RST Digital Input Default setti ng 1

C05.13 Term inal JOG Digital Input Default setti ng 14

C05.15 Term inal EMS Digita l Input Default se tti ng 16

Range See the follow ing table

[0] No Operation T he freq uen cy con ver ter will not

re ac t t o sig n al s tr an smit ted to the terminal.

[1] Reset Re set the fr eq uency conve rter af ter

a Trip /Alarm. Not all alarms can be

reset.

[2 ] Coast Inverse Coas ti ng stop, inver te d input (N C).

The freq ue ncy convert er leaves the

motor in f ree mode.

[3] Coast and reset inv. Re set and coasting stop inverted input

(NC). The frequency converter resets

and leaves t he motor i n free mode.

[4] Quick stop inverse Inverted i nput ( NC). Generates a stop

in a cc ord anc e wit h the quick- sto p ramp time set in par. C03.81. Whe n

motor stops, shaf t is in f ree mode.

[5] DC-brake inv. I nver ted input for DC braki ng (NC).

Stops motor by ene rgizing it with DC cur rent for a certain t ime period, see

par. C02.01. Funct ion is onl y ac tive when value in par. C02.02 is different from 0.

[6] Stop inv. St op i nver ted f unc ti on. Ge ner at es

stop function when select ed ter minal

goes fr om lo gi ca l leve l “1” to “0 ”.

St op is p er fo r me d ac co r d i n g to selected ramp time.

[8] Start Select start for a start/stop command.

1 = Star t, 0 = stop.

[9] Latched st art Motor starts i f a pul se is applied fo r

mi n. 2 ms. Motor sto ps when Stop inverse is activated.

[10] Reversing Chang e d i r e ctio n of mo tor s haft

rot a t i o n . Re v e r s i ng si g n a l on ly

- 62 -

HLP-NV Series

changes direction of rotat ion; it does no t acti va t e sta rt fu nct ion . Sel ec t

0 = normal, 1 = reversing. [11] Start reversing Use for star t/stop and for reversi ng at

0 = stop, 1 = sta rt reve rsing.

[12] Enable star t forwa rd Us e i f mo to r sh af t m u s t rot a t e

[13] Enable start reverse Us e if m o t o r sh af t mu s t ro ta te

[14] Jog Use for activating jog speed. See par. C03.11. [16] Preset ref bit 0 Pr e se t ref bi t 0, 1 a nd 2 ena bles a

[17] Preset ref bit 1 Same as preset ref bit 0 [16], see par.

[18] Preset ref bit 2 Same as preset ref bit 0 [16]. [19] Freeze reference Fre eze actu al refer enc e. The froz en

[20] Freeze out put Fr eez e the act u al mo to r fre qu en cy

AT TE NTI ON! W hen free z e outpu t is a ct ive , th e fr equ e nc y converter can not be stopped via a low Star t [8] signal. Stop the frequency converter via a termi nal programmed for Coasting

Inverse [2] or Coast and reset, i nverse [3].

Both di rections [2] in par. 4.10.

the sa me time. Signals on star t [8] are

not allowed at the same t ime.

clockwise at sta rt.

counterclockwise at st art.

choice bet ween one of the eight preset re fer enc e s ac c or ding to th e ta bl e below.

C03.10.

reference is now the p oint of enable/

co nd iti on fo r Spe ed up and Sp eed

dow n to be used. If Spee d up/dow n

is used, speed change always follows

ra mp 2 (p ar. C 03 .51 an d C03 .5 2) in the range par. C03.02 Mi nimum Ref er en ce - par. C03.03 Ma ximu m

Reference.

(Hz). The frozen motor freque ncy is now the point of enable/condition for

Speed up and Speed down to be used.

If Speed up/down is used , the speed

change always fol lows ramp 2 in the

range par. C04.12, Mot or Speed Low Li m it - pa r. C04 .14, Mot or Spe ed

High Limit

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HLP-NV Series

[21] Speed up S elect Sp ee d up an d Spee d down if

Wh en Spee d u p is act ivat ed fo r les s tha n 400 ms. the res ul tin g

[22] Speed down Same as Speed up [21].

[23] Setup select bit 0 Set pa r. C0 0.10 Active set-up to Multi

[26] Precise stop inverse P rol o ng th e s top s ignal t o g ive a

[27] Star t, precise stop A s [26], but including St art.

[28] Catch up Select Catch up/Slow down to i ncrease

[29] Slow down Sa me as Catch up [28]

[32] Pulse input (only Terminal EMS) S ele ct Pu ls e in p u t when usi ng a

[34] Ramp bit 0 Logic 0 = Ramp1, see par. C03.4*. Log ic 1 = Ramp2, see par. C03.5*. [60] Counter A(up) Input for counter A.

[61] Counter A(down) Input for counter A. [62] Reset counte r A Input for reset of counter A. [63] Counter B(up) Input for counter B. [64] Counter B(down) Input for counter B. [65] Reset counter B Input for reset of counter B.

dig ital co ntrol of t he up/down speed

is d e sire d (m oto r p ote nt io met er) . Acti va te thi s fu nc tion by se le ct ing ei t h er Free ze re fer enc e o r Fr eez e output.

refe rence will be inc rease d by 0.1%.

If Speed up is activated for more than

400 ms . the resulti ng referenc e will

ra mp ac c or di ng to ra mp 2 in pa r.

C03.51.

set-up. Log ic 0 = set-up 1, Logic 1 =

Set-up 2.

precise stop independent of scan time. The function is available for Terminal EMS only.

or reduce the resulting reference value

by the percentage set in pa r. C03.12.

puls e seq uence as either reference or

feedback. Scali ng is done in par. group

C05.5*.

C05.4* Relays

Parameter group for con gur ing timing and output functions for relays.

C05.40 Function Relay Default setting 9

Range See the follow ing table

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HLP-NV Series

[0] No Operation Def au lt for all di g i t a l an d re l a y

[1] Control Ready Control board receives supply volt age.

[2] Drive Ready Fr e que ncy co n ve rt e r i s re ad y fo r

[3] Drive Ready, Remote Fr eque ncy co nve r ter is re a dy fo r

[4] Enable/No War ning Fr e q uen cy co nve rt e r is r e a dy fo r

No warnings are present. [5] Drive Run ning Motor is run ning.

[6] Running/ No Warning M otor r u n s, an d no wa r n in g ar e

[7] Run in Range/ No Warning

M ot o r ru n s wi th in prog r a mm ed

[8] Run on ref/ No Warn ing Motor r uns at reference speed. [9] Alarm A n alar m activates out put. [10] Alarm on Warn ing An alar m or war ning a ctivates output.

[12] Out of Current R ange Motor cur rent is out side range

[13] Below Current, low Motor cur rent is lower t han set in par.

[14] Above Current , high Mot or cur rent is highe r than set in par.

[21] Ther mal Warning Th e r mal war ni ng is pr es ent whe n

[22] Ready, No Ther mal Warning

F req ue ncy co nv er t er is re a dy fo r

[23] Remote Ready, No Thermal Warni ng

F req ue ncy co nv er t er is re a dy fo r

[24] Ready, Voltage OK Fr eq uen cy co nve rt e r is re a dy fo r

output s.

operation a nd applies supply sig nal on control board.

operation in Auto On-mode.

operation. No st ar t or stop com mand is given.

present.

current r anges, see parameters C04.50 and C04.51. No warnings are present.

set in paramet ers C04.50 and C04.51.

C04.50.

C04.51.

tempe ra tu re exc eeds lim it in mot or,

freq uency converte r, brake resistor or

ther mistor.

op er atio n and no ov er-t em per atu re warn ing is present.

operation in Auto mode, and no overtemperatu re war ning is present.

operation and mains voltage is with in

HLP-NV Series

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HLP-NV Series

[25] Reverse Mot or runs/is ready t o ru n clockw ise

[26] Bus OK Act ive com municat ion (no time -out)

[28] Brake, No War n Br ake is active, and no warn ings are

[29] Brake Ready/No Fault Br ak e is rea dy for oper at ion , and no

[30] Brake Fault (IGBT ) Pro te cts fr eq uency conver te r if fau lt

[32] Mech. Brake Control Enables control of exter nal mechanical

[36] Control Word Bit 11 Bit 11 in control word controls relay. [51] Local Ref Active [52] Remote Ref Active [53] No Alarm [54] Start Cmd Active [55] Running Reverse

specied voltage range.

when logic = 0 and counter clockwise

when logic = 1. Output changes as soon as reversing sign al is applied.

via ser ial com munication port.

present.

faults a re present.

on br ake modules is present. Use relay

to cut out main voltage f rom frequency

converter.

brake, see parameter group C02.2*.

5-5* Pulse Input

Set par. C05.15 to choice [32] pu lse input. Now Terminal EMS handles a pul se input in the ra nge fro m Low frequ enc y, par. C05. 55, to High frequency, par. C05.56. Scale frequency input via par. C05.57 and par. C05.58.

C05.55 Termina l EMS Low Freq uency Default sett ing 20

Range [20 - 49 99 Hz]

● Funct ion: En te r low freq ue ncy co rr es po nding to low moto r sh af t speed (i.e. low reference value) in par. C05.57.

C05.56 Termina l EMS High Frequenc y Default setti ng 500 0

Range [21 - 500 0 Hz]

● Functi on: Enter high frequency cor respondi ng to h igh motor shaft speed (i.e. high reference value) in par. C05.58.

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HLP-NV Series

C05.57 Term. EMS Low Ref./Feedb. Value Default setting 0.000

Range [- 4999.000 - 4999.000]

● Function: Set referenc e/feedback value cor responding to low pu lse frequency value set in pa r. C05.55.

C05.58 Term. EMS High Ref./ Feedb. Value Defa ult setting 50.0 00

Range [- 4999.000 - 4999.000]

● Func tion: Set reference/feedback value correspond ing to high pulse frequency value set in pa r. C05.56.

Parameter group 6: Analog In/Out

Parameter group for con gur ing analog inputs and out puts.

C06.0* Analog I/O Mode

Parameter group for set ting up the analog I/O con guration.

C06.00 Live Z ero Time out Time D efault setting 10s

Range [1 - 99 s]

● Func tio n: The Live Zero function is used for mon itoring the signal on an analog input. If th e sign al disapp ear s, a Live Zero war ni ng is

repor ted.

Set delay ti me before Live Zer o Tim eout Fun ction is ap plied (par.

C06.01).

If t he signal reappear s during the set delay, timer will be reset. W hen

live zero is detected, the frequency converter f reezes output frequency and sta rts Live Zero Time out timer.

HLP-NV Series

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HLP-NV Series

C06.01 Live Zero Tim eout Function D efault setting 0

Range [0] Off Func tion is di sabled. [1] Freeze output

Output frequenc y r emai ns at value

[2] Stop F r eq u en c y c on ve rt e r r a m ps

[3] Jogging Frequ enc y conv er ter r am ps to jo g

[4] Max Spe ed Fr eq u e nc y co nve rt er ra m ps to

[5] Stop and Trip

Fre que ncy con ver ter ra mps dow n

it had when live zero was detected.

dow n t o 0 H z. Re mov e live ze ro

er ror cond itio n befor e r es ta rti ng

frequency converte r.

speed , see par. C03.41.

Moto r Spe ed High Limit , see p ar.

C04.14.

to 0 H z and then trip s. Remove live

ze ro condit ion and activa te reset

be fo re res tart ing the f req ue ncy

conver ter.

● Funct ion: Funct ion is activated if input signal is below 50% of value set in paramet ers C06.10, C06.12 or C06.22.

C06.1* Analog Input 1

Parameters for conguri ng scaling and limit s for analog input 1 (Terminal

VIN ). ATTENTION!

Mic ro switch XX X in position U: Param ete rs C06.10 a nd C06.11 are

active.

Micro sw itch in position I: Parameters C06.12 and C06.13 are active.

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HLP-NV Series

C06.10 Termina l VIN L ow Voltage Default setti ng 0.07V

Range [0.00 - 9.99V] Enter low volt age value.

● Funct ion: This scaling value shou ld correspond t o minimum refe rence value set i n par. C06.14. See also section Reference Ha ndli ng.

C06.11 Termina l VIN H igh Voltage Default sett ing 10.00V

Range [0.10 - 10.00 V] Ente r high voltage value.

● Fu nct ion : Th i s sc al ing val ue sho uld cor res pon d to max imu m reference value set i n par. C06.15.

C06.12 Termina l VIN L ow Cur rent Default setting 0.14

Range [0.00 - 19.99 mA] Enter low current value.

● Fu nc tion: Thi s refe rence sign al sh ou ld co r re sp on d to min imu m reference value set i n par. C03.02.

● Warning: The value must be set to min. 2 mA in order to activate the Live Zero Timeout fu nction in par. C06.01.

C06.13 Termina l VIN H igh Current D efault setting 20.00

Range [0.10 - 20.00 mA] Ent er high curr ent value.

● Func tion: This reference signal should cor res pond to the max imu m reference value set i n par. C06.15.

C06.14 Term. VIN Low Ref./ Feedb. Value Default s etti ng 0.000

Range [- 4999.000 - 4999.000]

Enter analog i nput scaling value.

● Fun ction: The scalin g value corresp ond ing to the low voltag e/low current set i n parameters C06.10 and C06.12.

C06.15 Term. VIN High Ref./Feedb. Value Default se tti ng 50.000

Range [- 4999.000 - 4999.000]

Enter analog i nput scaling value.

● Funct ion: The scaling value cor responding to the maxi mum reference feedback value set i n para meters C06.11 and C06.13.

HLP-NV Series

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HLP-NV Series

C06.16 Termina l VIN Filter Time Consta nt Default sett ing 0.01s

Range [0.01 - 10.00 s] Enter t ime con stant .

● Fu nc tion: A fi rst- or der dig it al low pas s fil te r tim e con st ant for

suppres sing electrical noise in Ter mi nal VIN. A high ti me consta nt value improves dampening but also increa ses time d elay through t he

lter.

● ATTE NTI ON! Thi s para met er can no t be adj ust wh ile mo to r is

run ning.

C06.19 Termina l VIN mode Default setting 0

Range [0] [0] * Voltage Mode

[1] [1] Current Mode

● Funct ion: Select t he input to be present on Termi nal VI N.

● Warning: Par. C06.19 MUST be set according to Micro sw itch XX X

setting.

C06.2* Analog Input 2

Pa ra meter s for con fig u rin g sca li ng and li mits for ana lo g inp ut 2, Terminal AIN.

C06.22 Termina l AIN L ow Cur rent Default se tti ng 0.14

Range [0.00 - 19.99 mA] Enter low current value.

● Fu nc tion: Thi s refe rence sign al sh ou ld co r re sp on d to min imu m reference value set i n par. C03.02.

● Warini ng: The value must be set to m in. 2 m A in order to activate t he Live Zero Timeout fu nction in par. C06.01.

C06.23 Termina l AIN H igh Current Defau lt sett ing 20.00

Range [0.10 - 20.00 mA] Ent er high curr ent value.

● Funct ion: This reference signal should correspond to the high cur rent value set i n par. C06.25.

C06.24 Term. AIN Low Ref./ Feedb. Value Default s etti ng 0.000

Range [-4999.000 -4999.000]

● Fu nc ti on : The scali ng value should co r re sp on d to the min imu m reference feedba ck value set in par. C03.02.

C06.25 Term. AIN High Ref./Feedb. Value Default se tti ng 50.000

Range [- 4999.000 - 4999.000]

● Fu ncti on: The scal ing valu e shou ld cor re sp on d to th e maximum reference feedba ck value set in par. C03.03.

Enter analog input scali ng value.

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HLP-NV Series

C06.26 Termina l AIN Filter Time Consta nt Default sett ing 0.01s

Range [0.01 - 10.00 s] Enter t ime con stant .

● Fu nc tion: A fi rst- or der dig it al low pas s fil te r tim e con st ant for

suppressing electr ical noise in term inal 54. A high ti me constant value

improves dampening, but also increases time delay through the lter.

● ATTENTION! This parameter cannot be changed while motor r uns.

C06.8* LCP Potmeter

The LC P potmet er ca n be sel ec te d either as Refer ence Reso urce or Relative Reference Resource. ATT EN TI ON! In Ha nd mode the LCP pot meter f un ct io ns as loc al reference.

C06.81 LCP potm . Low Ref./ Feedb. Value Default set ting 0.0 00

R ange [- 4999.000 - 4999.000]

● Funct ion: The scaling value cor responding to 0.

Ent er lo w reference value. The refe re nce valu e cor re sp on di ng to

potent iometer tur ned fully cou nterclockwise (0 degrees).

C06.82 LCP potm . High Ref./Feedb. Value Default setting 50.000

R ange [- 4999.000 - 4999.000]

● Funct ion: The scaling value cor responding to the maxi mum reference feedback value set i n par. C03.03.

Ent er high reference value . The reference value cor resp ondi ng to

potent iometer tur ned fully clock wise (200 degrees).

C06.9* Analog Output

These parameters are for cong uri ng the analog outputs of the f requency

converter.

C06.90 Termina l AON Mode D efault setting 0 Range [0] 0 - 20 m A Range for an alog outp ut s is 0-2 0

[1] 4-20 mA R ange fo r analog outputs is 4 - 20

[2] Digita l Fun cti ons as slow reactin g dig ita l

mA (off ) o r 20 mA (on), see par.

output . Set value t o either 0

C06.92.

HLP-NV Series

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HLP-NV Series

C06.91 Termina l AON Analog Output Default setting 10

Range [0] No Operat ion

[10] Output Frequency

[11] Referen ce

[12] Feedback

[13] Moto r Cur rent

[16] Power

[20] Spe ed

● Funct ion: Select t he function for Terminal AON as an analog output.

C06.92 Termina l AON Digital O utput Default se tting 0

Range See par. C05.4*,

● Funct ion: See pa r. C05.4*,Relays, for choices and descriptions.

C06.93 Termina l AON Output M in Scale Default setting 0.00%

Range [0.00 - 200.00%]

● Funct ion: Scale m inimum out put of selected analog signal at Terminal AON as percentage of maximum signal value. E.g. if 0 mA (or 0 Hz) is desired at 25% of maximum output value, prog ramme 25%. Scali ng values up to 100% can never be higher than corresp onding setting in par. C06.52.

C06.94 Terminal AON Out put Max Scale Default sett ing 100.00%

Range [0.00 – 200.00%]

● Fu nct ion : Scal e ma xim u m outp ut of selec t ed ana log sig nal at

Terminal AON. Set value to maximum value of current signal output.

Scale output to give a c ur rent lower than 20 mA at full sca le; or 20 mA at an outp ut below 100% of maxi mu m signa l va lue. If 20 mA is the desired output c ur rent at a value bet ween 0 -100% of the fullscale output, programme per cent age value i n the par amet er, i.e. 50% = 20 mA. I f a cur rent b etween 4 and 20 mA i s desi red at ma ximum output (100%), calculate percentage va lue as follows: 20 mA/desired maximum current × 100 %

i.e. 10 mA = 20/10 × 100 = 200%

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HLP-NV Series

Parameter group 7: Controllers

Parameters g roup for congu ring applicat ion controls.

C07.2* Process Ctrl. Feedb

Select feedback sou rces and handling for Process PI Control.

C07.20 Process CL Feedba ck 1 Resou rce Default set ting 0

Range [0] No Function

[1] Analog Input V IN

[2] Analog Input A IN

[8] Puls e Input 33

[11] Local Bus Ref.

● Funct ion: Select i nput to f unct ion as feedback signal.

C07.3* Process PI Control

C07.30 Process PI Norma l/ Inve rse Ctrl Default set ting 0

Range [0] Nor mal Feedback larger than setpoi nt result

Fee dba ck les s than setpoint result

[1] Invers e Feedback lar ger tha n setpoint result

Fee dba ck les s than setpoint result

HLP-NV Series

in a speed reduc tion.

in a speed increase.

in a speed reduc tion.

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HLP-NV Series

C07.31 Process PI Anti Wi ndup Default set ting 1

Range [0] Disable Reg ul at ion of a g iven er ror will

f re que ncy ca nno t be inc rea sed /

[1] Enable P I - c o n t r ol l e r c e a s es f r o m

C07.32 Process PI Star t Speed Default se tti ng 0.0

Range [0.0 - 20 0.0 Hz]

conti nue even whe n the out put

decre ased.

re gu la ti ng a g iven e rr or whe n

th e ou t pu t fr equ enc y ca n no t be incre ased /decrea sed.

● Function: Until the set motor speed has been r eached the frequen cy

converter operates i n Open L oop mode.

C07.33 Process PI Proportion al Gain Defau lt sett ing 0.01

Range [ 0.0 0 - 10.00]

● Fu nct ion: Ent er the val ue for th e P pro por tio na l ga in, i.e. the

mu lt iplic at io n f act or of th e er ro r b etw ee n t he set po i nt and th e feedback signal.

● NOTE: 0.00 = Of f.

C07.34 Process PI Integ ral Time Default set ting 9999.00s

Range [0.01 - 9999.00 s]

● Function: The integ rat or provides an inc rea sing gain at a const ant

error between the set point and the feedback signal. The integral time is the time nee de d by the int eg ra tor to reac h th e same gain as the propor tional gain.

C07.38 Process PI Feed Forwa rd Factor Default set ting 0%

Range [0 - 40 0%]

● Func tion: T he FF factor sends a par t of the reference signa l arou nd

the PI cont roller which then only affects par t of the control signal. By activating the FF factor less overshoot and high dy namics are gai ned when changing the setpoint. Th is par ameter is always act ive when par.

C01.00 Conguration Mode is set t o Process [3].

C07.39 On Reference Bandwidth Default setti ng 5%

Range [0 - 20 0% ]

● Funct ion: Enter the value for the On Reference Bandwidth.

The PI control error is the d iffe rence betwe en set point and feedback

and wh en th is is less tha n the valu e set i n this pa ra me te r the On Reference is active.

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HLP-NV Series

Parameter group 8: Communication

Parameter group for con gur ing commun ication.

8-0* General Settings

Use thi s par amete r grou p for con fig u rin g the ge ner al set ti ngs for

commu nication.

C08.01 Control Sit e Defa ult setting 0

Range [0] Dig ital an d Control Word

Use both digital in put and cont rol

[1] Digita l Only Use dig ital in put as control. [2] Control Word Only Use cont rol word on ly as cont rol.

● Fun ct ion: The set ti ng in thi s pa ra met er overr ul es setting s in par. C08.50 to C08.56.

C08.02 Control Word Source Default sett ing 1

Range [0] None Func tion is inactive

[1] FC RS485 Monitorin g cont rol word s our ce is

C08.03 Control Word Ti meout Time D efault se tting 1.0S

Range [0.1 - 6500.0 s]

● Func tion: Ente r time to pass before control wo rd ti meout fu nct ion (par. C08.04) must be carr ied out.

word as cont rol.

done via ser ial commun ication port

RS485.

HLP-NV Series

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HLP-NV Series

C08.04 Control Word Ti meout Function Defau lt sett ing 0

Range [0] Of f No f unct ion. [1] Freeze Output Freez e ou tput until commu nicat ion

[2] Stop St o p w i t h a u to r e st a r t w h en

[3] Jogging Ru n mo tor at jog freq uen cy unt il

[4] Max. Spe ed

Run motor a t m ax. fre quency u ntil

[5] Stop and Trip

St op motor, the n rese t freq ue ncy

resumes.

commu nicat ion resu mes.

conve rter in order to restar t eith er via LCP or d igita l input.

● Funct ion: Select t he action to be ta ken in ca se of a time out.

C08.06 Reset Cont rol Word Timeout Default set ting 0

Range [0] No Fu nction Control word t imeout is not rese t.

[1] Do Reset C ontrol word timeou t is rese t, and

para met er g oe s into No Fu nct ion state.

● Fu nc t io n: R esett ing the co nt rol word tim eo ut w il l rem ove any timeout function.

8-3* FC Port Settings

Parameters for conguri ng the FC Port.

C08.30 Protoc ol Def ault set ting 0

Range [0] FC

[1] MODBUS

● Funct ion: Select the protocol to be used. Note t hat changing protocol will not b e effect ive until after poweri ng off the f requency conver ter.

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HLP-NV Series

C08.31 Addres s Default setting 1

Range [1 - 126]

● Funct ion: Select t he add ress for the bus.

FC -bus range is 1-126. Modbus range is 1-247.

C08.32 FC Port Baud Rate Default se tti ng 2

Range [0] 240 0 Baud

[1] 4800 Baud

[2] 9600 Bau d

[3] 19200 Baud

[4] 38400 Bau d

● Funct ion: Select baud rate for FC Port.

● ATTEN TION! Changing baud rate will be ef fective after re sponding to any ongoi ng bus-requests.

C08.33 FC Port Par ity Default setti ng 0

Range [0] Even Pa rity(1 stopbit)

[1] Odd par ity

[2]

[3] No Parit y (2 stopbit)

No Parit y (1 stopbit) Selec t this for Modbus RTU

● Funct ion: This pa rameter only affe cts Modbus a s FC bus always ha s even par ity.

C08.35 Mini mum Response Delay Default set ting 0.010s

Range [0.001 -0. 500 s]

● Funct ion: Specif y m ini mum delay time between receivi ng a request

and transmitting a response.

C08.36 Max Resp onse Delay D efault setting 5.000s

Range [0.010 - 10.000 s]

● Fu nc tio n: Spe ci f y max imu m per mis si ble delay ti me bet we en tra nsmitti ng a request and receiving a r esponse. Exceeding t his time

delay causes control word timeout.

HLP-NV Series

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HLP-NV Series

8-5* Digital/Bus

Parameters for conguri ng control word Digit al/Bus merg ing. ATTENTION! Parameters are only active when pa r. C08.01, C ontrol SIte, is set to Digital and cont rol word [0].

C08.50 Coasting Select Default s etti ng 3

Range [0] Dig ital Input

Activation via a digita l input. [1] Bus Ac tivation via ser ial

[2] LogicA nd Activation via ser ial

[3] LogicO r Activation via serial

● Funct ion:

C08.51 Quick Sto p Select Defa ult setting 3

Range [0] Dig ital Input

Activation via a digita l input. [1] Bus Ac tivation via ser ial

[2] LogicA nd Activation via ser ial

[3] LogicO r Activat ion via se rial

● Funct ion:

Select control of coasting f unct ion via digital i nput and /or bus.

Select control of quick stop fu nction via digit al input and/or bu s.

commu nicat ion por t.

commu nicat ion por t and a digital input.

commu nicat ion por t or a digit al input.

commu nicat ion por t.

commu nicat ion por t and a digital input.

commu nicat ion por t or a digit al input.

C08.52 DC Brake Select Defa ult set ting 3

Range [0] Dig ital Input Activation via a digita l input. [1] Bus Act ivation v ia serial

[2] LogicA nd Activation via serial

[3] LogicO r Act ivation v ia ser ial

● Funct ion:

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Select control of DC brake via digital i nput and /or bus.

HLP-NV Series

commu nicat ion por t.

commu nicat ion por t and a digital input.

commu nicat ion por t or a digit al input.

HLP-NV Series

C08.53 Star t Select Default s etti ng 3

Range [0] Dig ital Input Activation via a digita l input. [1] Bus Act ivation v ia serial

[2] LogicA nd Activation via serial

[3] LogicO r Activation via serial

● Funct ion:

C08.54 Reversing Select Default set ting 3

Range [0] Dig ital Input

Activation via a digita l input. [1] Bus Act ivation v ia serial

[2] LogicA nd Activation via serial

[3] LogicO r Activation via serial

● Funct ion:

C08.55 Set-up Select Default setti ng 3

Range [0] Dig ital Input Activation via a digita l input. [1] Bus Act ivation v ia serial

[2] LogicA nd Activation via serial

[3] LogicO r Activation via serial

● Funct ion:

Select control of sta rt function via digital input and/or bus.

Select control of rever sing function via digital input and/or bus.

Select control of set-up selection via digital input and/or bus.

commu nicat ion por t.

commu nicat ion por t and a digital input.

commu nicat ion por t or a digit al input.

commu nicat ion por t.

commu nicat ion por t and a digital input.

commu nicat ion por t or a digit al input.

commu nicat ion por t.

commu nicat ion por t and a digital input.

commu nicat ion por t or a digit al input.

HLP-NV Series

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HLP-NV Series

C08.56 Preset Reference Select Default setting 3

Range [0] Dig ital Input

Activation via a digita l input. [1] Bus Act ivation v ia serial

[2] LogicA nd Activation via serial

[3] LogicO r Activation via serial

● Funct ion:

Select control of Preset Reference sele ction via digita l input and/

commu nicat ion por t.

commu nicat ion por t and a digital input.

commu nicat ion por t or a digit al input.

or bus.

8-9* Bus Feedback

Parameter for congu ring bus feedback.

C08.94 Bus feedb ack 1 Default setting 0

Range 0* [0x8000 - 0x7FFF]

Parameter group 14: Special Functions

Parameter group for con gur ing special f requency conver ter f unctions.

14-0* Inverter Switching

Parameters for conguri ng the inve rter switching.

C14.01 Switchi ng Frequency Default setting 1

Range [0] 2 K HZ

[1] 4KHZ

[2] 8KHZ

[4] 16KHZ

● Func tion: Select the switchi ng fr eque ncy in ord er to minimize e.g. acoustic noise and power loss or maximizi ng efciency.

C14.03 Overmodulat ion Defau lt sett ing 1

Range [0] Of f Di s a b l e s th e ove r m od ul at io n

[1] On C on ne ct s th e ov e r mo d u l a t i on

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HLP-NV Series

fu nct ion to avoid torque r ipple on

the motor shaft.

function to obtain a n output voltage

up to 15 % gr e a t e r t h a n m a i n s

voltage.

HLP-NV Series

● Fu nction: Th is feat ur e allow s more accur at e spee d cont rol ne ar and ove r nom in al sp e e d (50 /60 Hz) . Ano t h er ad v ant age wi t h

ove rm od ul at ion is th e abil it y of s tayi ng at a c on st an t spee d even though mains is dropping.

14-1* Mains Monitoring

This parameter group supplies functions for handling imbalance on mains.

C14.12 Funct ion at mai ns imbalance Default setting 0

Range [0] Trip Frequency converter tr ips

[1] Warni ng Frequency conver ter issues a war ning.

[2] Disabled No action taken.

● Fu nc t io n: Ope ra t ion under se ve re mains imbalan ce condi ti on s reduces drive l ift time.

Select function to take place when severe mains imbalance is detected.

14-2* Trip Reset

Parameters for con guring auto reset ha ndli ng, special t rip handl ing and

control card self test or in itialisation.

C14.20 Reset Mode Default sett ing 0 R ange [0] Manual Reset Perform reset via [reset]-but ton or dig ital

[1] AutoReset 1 P e r for ms on e au to m atic r es et af te r

[2] AutoReset 2 Per for ms t wo au tom at ic r e se ts a f te r

[3] AutoReset 3 Pe rfo rms thr ee aut om atic res et s af ter

[4] AutoReset 4 Per for ms fo u r au to mat ic re se ts af ter

[5] AutoReset 5 Per for ms fiv e au tom at ic res et s af ter

[6] AutoReset 6 P er fo rm s six au to m at ic re s et s af te r

[7] AutoReset 7 Pe rfor ms seve n a utom atic rese ts aft er

[8] AutoReset 8 Pe rfo r ms eig ht au tom at ic res et s a fte r

[9] AutoReset 9 Pe rfo rm s ni ne aut oma tic res ets afte r

[10] AutoRes et 10 P er fo rm s te n au to m at ic re se ts af ter

[11] AutoReset 15 Pe rf or ms fif teen aut om at ic rese ts after

[12] AutoRes et 20 Per for ms twe nty autom atic rese ts af ter

[13] Inf inite auto re set Pe rfo rms an inf in ite n umb er of

inputs.

trip ping.

automatic resets aft er tr ipping.

HLP-NV Series

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HLP-NV Series

● Funct ion: Select reset f unct ion afte r t ripping. Once reset, frequency

converter can be restarte d.

● warni ng: Motor may star t without warning.

C14.21 Automatic Resta rt Time D efault setting 10S

Range [0 - 60 0 s]

● Functi on: Ent er time inter val from trip to s tart of au tomatic reset

function.

Th is par am et er is a ct iv e when par. 14-20 , Reset Mo de , is set to

Automatic Reset [0] - [13].

C14.22 Opera tion Mode Defau lt sett ing 0

Range [0] Nor mal Op eration Fre quenc y conver ter runs nor mal

[2] Initializ ation Re set s all pa ram et ers to de faul t

Pa r. 14-22 also re ver ts to def au lt

operation.

sett ings , e xcept for C15.03, C15.04 and C15.0 5. Freq uency conve rt er

resets duri ng next powe r-up.

setting Nor mal Operatio n [0].

● Function: Use this para mete r for specify ing normal operation or t o initialize all parameters, except par. C15.03, C15.04 and C15.05.

C14.26 Action At Inverte r Fault Default set ting 0

Range [0] Trip

[1] Warni ng

C14.41 AEO Mi nimu m Magne tisat ion Default setti ng 66%

Range [40 - 75%]

● Funct ion: Enter the mi ni mu m al lowable magne ti za tio n for AE O.

Select ing a low value red uces energy loss i n the motor, but m ay also reduce resistance to sudden load changes.

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HLP-NV Series

Parameter group 15: Drive Information

Parame ter group contai ni ng infor mat ion on operating da ta, hardwa re

cong urat ion, software version, etc.

15-0* Operating Data

Para mete r group conta ini ng ope rating data e.g. Op erat ing Hours, kWh counters, Power Ups, etc.

C15.00 Opera ting Time Defau lt sett ing 0

Range [0 - 65535 days]

● Funct ion: View running hours of frequency converter.

The value is saved at power off and cannot be reset.

C15.01 Runn ing Hours Default s etti ng 0

Range [0 - 2147483647]

● Funct ion: View power consumpt ion in kW h as a mean value over one

hour.

Reset cou nter in par. C15.06, Reset kWh Counter.

C15.02 kWh Count er Defau lt sett ing 0

Range [0 - 65535]

● Funct ion: View power consumpt ion in kW h as a mean value over one

hour.

Reset cou nter in par. C15.06, Reset kWh Counter.

C15.03 Power Ups Defa ult setting 0

Range [0 - 2147483647]

● Fu nc ti on : Vi ew nu mb er of times frequency convert er has bee n

powered up.

Counter cannot be reset.

C15.04 Over Temps Defau lt sett ing 0

Range [0 - 65535]

● Funct ion: View number of times frequency conver ter has tr ipped due

to over temperat ure.

Counter cannot be reset.

HLP-NV Series

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HLP-NV Series

C15.05 Over Volts Defa ult setting 0

Range [0 - 65535]

● Funct ion: View number of times frequency converte r has tr ipped due

to over voltage.

Counter cannot be reset.

C15.06 Reset kWh Counter Defau lt sett ing 0

Range [0] Do Not Reset Cou nter is not reset.

[1] Reset Cou nter Counter is reset.

● Funct ion: This para meter cannot be selected via ser ial por t RS 485.

C15.07 Reset Running Hours Counter Default s etti ng 0

Range [0] Do Not Reset Cou nter is not reset.

[1] Reset Cou nter Counter is reset.

● Funct ion: This para meter cannot be selected via ser ial por t RS 485.

15-3* Fault Log

Thi s par ameter group contai ns a fault log showing reason s for the t en

latest t rips.

C15.30 Fault Log: Er ror Code Default setting 0

Range [0 - 255]

● Funct ion: View err or code an d look it up in VLT Mic ro De sig n

Guide.

C15.4* Drive Identication

Par ame ters containi ng read only infor mat ion abou t the hardwa re and

software con gur ation of the frequency converter.

C15.40 FC Type Default setting **

View FC typ e.

C15.41 Power Section Default setti ng **

View power section of frequency conver ter.

C15.42 Voltage Defa ult set ting **

View voltage of f requency conver ter.

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HLP-NV Series

C15.43 Softwa re Version Default set ting **

View software ver sion of frequency convert er.

C15.46 Frequenc y Conver ter Order. No Default sett ing **

View order ing number for re -orde ring f reque ncy converter i n its

original con gur ation.

C15.48 LCP ID No Default setting **

View LCP ID nu mber.

C15.51 Frequenc y Conver ter Ser ial No Default setting **

View freq uency co nverter serial number.

Parameter group 16: Data Readouts

Par am et er grou p for data read -o ut s, e.g. actu al refere nc es, voltages ,

control, alar m, war ning and status words.

16-0* General Status

Parameters for reading t he general status , e.g. the calculated reference, the act ive control word, status.

C16.00 Control Word Default set ting 0

Range [0 - 65535]

● Funct ion: View latest valid control word sent to frequency converter

via ser ial com munication port.

C16.01 Reference [Unit] Default set ting 0.000

Range [- 4999.000 - 4999.000]

● Funct ion: View total remote ref erenc e. Tota l referenc e is sum of

pulse, a nalog, preset, LCP potmeter, local bus and freeze reference.

C16.02 Reference % Default set ting 0.0

Range [-200.0 - 200.0%]

● Fun ction: View total remote reference in percent. Total r eferen ce

is su m of pulse, a nalog, preset , LCP p otmete r, loc al bus a nd freeze reference.

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HLP-NV Series

C16.03 Statu s Word Default setti ng 0

Range [0 - 65535]

● Functi on: View status word sent to fr equ ency convert er via ser ial

commu nication port.

C16.05 Main Act ual Value [%] Defau lt sett ing 0.00

Range [-100.00 - 100.00%]

● Function: View two -byt e word sent with stat us word to bus Master

repor ting main actual value.

16-1* Motor Status

C16.09 Custom Readout D efault setting 0.00

Range [0.00 – 9999.00%]

● Funct ion: Customized readout based on the setting of par.C0.32 and

par.C4.14.

C16.10 Power [kW] Defau lt sett ing 0k w

Range [0 - 99 kW]

● Funct ion: View out put power in kW.

C16.11 Power [hp] Default s etti ng 0 H p

Range [0 - 99 Hp ]

● Funct ion: View out put power inHp.

C16.12 Motor Voltage D efault se tting 0.0

Range [0.0 - 999.9 V]

● Funct ion: View motor phase voltage.

C16.13 Frequen cy D efault setting 0.0HZ

Range [0.0 - 40 0.0 Hz]

● Funct ion: View out put fre quency i n Hz.

C16.14 Motor Cu rrent Defau lt sett ing 0.00A

Range [0.00 - 1856.00 A]

● Funct ion: View motor phase cu rre nt.

C16.15 Frequen cy [%] Default setting 0.00

Range [-100.00 - 100.00%]

● Funct ion: View a two-byte word repor ting act ual motor frequency as a percentage of par. X-XX

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HLP-NV Series

C16.18 Motor Thermal Default se tti ng 0%

Range [0 - 100%]

● Fu nc tion: View ca lc ulate d the rmal moto r load as pe rcen tage of

estimated thermal motor loa d.

16-3* Drive Status

Parameters for repor ting t he stat us of the f reque ncy conver ter.

C16.30 DC Link Voltage D efault setting 0

Range [0 - 10000 V]

● Funct ion: View DC-link voltage.

C16.34 Heat sin k Temp. Defau lt sett ing 0

Range [0 -255

● Funct ion: View heat sink temperature of frequency converter.

C16.35 Inverter The rmal Default se tting 0%

Range [0 -100%]

● Function: View calcul ate d thermal load on f req uen cy conver ter in relation t o estimated t herm al load on f reque ncy conver ter.

C16.36 Inv. Nom. Cur rent Default setti ng 0.00A

Range [0.01 - 10000.00 A]

● Funct ion: View cont inuous nominal inver ter cu rrent.

C16.37 Inv. Max. Current Default sett ing 0.00A

Range [0.1 - 10000.00 A]

● Funct ion: View int erm ittent maximum inverter current (150%).

]

℃

C16.5* Ref. & Feedb.

Parameters for repor ting t he reference and feedback input.

C16.50 Exter nal Refer ence Default setting 0.0%

Range [-200.0 - 200.0%]

● Funct ion: View sum of all exte rnal references in percent.

C16.51 Pulse Reference Defau lt sett ing 0.0%

Range [-200.0 - 200.0%]

● Funct ion: View actual pu lse input conver ted to a reference i n percent.

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HLP-NV Series

C16.52 Feedback [ Unit] Default se tting 0.000

Range [- 4999.000 - 4999.000]

● Funct ion: View analog or pulse feedback in Hz.

16-6* Inputs and Outputs

Parameters for repor ting t he digit al and analog IO por ts.

C16.60 Digital Input RUN,F/R,RST,EMS Default set ting 0

Range [0 - 1111]

● Funct ion: View signal states from active digital i nputs.

C16.61 Digital Input JOG Defa ult setting 0

Range [0 - 1]

● Funct ion: View signal state on Digit al Input JOG.

C16.62 Analog I nput VI N (volt) Default setting 0.00

Range [0.00 - 10.00 V]

● Funct ion: View input voltage on analog input ter minal.

C16.63 Analog I nput VI N (current) Default se tti ng 0.00

Range [0.00 - 20.00 mA]

● Funct ion: View input cur rent on analog input terminal.

C16.64 Analog I nput AI N Defau lt sett ing 0.00

Range [0.00 - 20.00 mA]

● Fu ncti on: View act ual valu e at In pu t AIN eit her as reference or

protection value.

C16.65 Analog O utput AON [mA] Defau lt sett ing 0.00

Range [0.00 - 20.00 mA]

● Funct ion: View out put cur rent on a nalog Output AO.

C16.68 Pulse I nput D efault setting 0Hz

Range [20 - 5000 Hz]

● Funct ion: View input frequency on pulse input terminal.

C16.71 Relay Out put [bi n] Def ault set ting 0

Range [0 - 1]

● Funct ion: View relay setti ng.

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HLP-NV Series

C16.72 Counte r A D efault setting 0

Range [-2147483648 -2147483647]

● Funct ion: View present value of Counter A.

C16.73 Counte r B Default setting 0

Range [-2147483648 -2147483647]

● Funct ion: View present value of Counter B.

16-8* FC Port

Parameter for viewing references from FC Por t.

C16.86 FC Port RE F 1 Def ault set ting 0

Range [-200 - 200]

● Funct ion: View currently received reference from FC Por t.

16-9* Diagnosis Read-Out

Parameters d isplayi ng alar m, warning and extended st atus words.

C16.90 Alar m Word Default setti ng 0

Range [0 - 0x FFFFFFFF]

● Funct ion: View alar m word sent via serial com munication port in hex

code.

C16.92 Warning Word Defau lt sett ing 0

Range [0 - 0x FFFFFFFF]

● Funct ion: View warning word s ent via serial communic ation port in

hex code.

C16.94 Ext. Stat us Word Defau lt sett ing 0

Range [0 - 0x FFFFFFFF]

● Funct ion: View extended warni ng word sent via serial communicat ion

port i n hex code.

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HLP-NV Series

X . Ma i n t e n a n c e , Fa u l t In f o r m a t i o n a n d Troubleshooting

Periodic al mainte nan ces and inspections will keep yo ur invert er in its normal state for long time.

1. Precautions about Inspection and Maintenance

● Be sure to tu rn off t he power supply to the inver te r（R. S. T）fi rst

before the i nspection and maintenance.

● Aft er conr ming the main circuit power s upply h as been tu rne d off

and the disp lay has dis ap pe ar ed , wait until the int er nal indica to r lamp for high voltage goes out before perform ing the i nspection and maintenance.

● During the inspection, do not pull out or w rongly distribute the i nter nal

power supply, wires and cables. Other wise it will cause malf unction or damage to the inverter.

● Do not l eave any screw or o the r pa rt inside the inverter dur in g the

installation, or it will result in the short circuit of circuit board.

● Keep the inverter cle an, free from dust, oil mist a nd moisture after the

installation.

2. Periodical Inspection and Maintenance items

● Check whether the power supply voltage confor ms to the rated voltage

of the inver ter.

(Pay special attention to that whether there is any d amage on the power

supply wi res and the motor.)

● Check whether the wiring ter minals and t he connectors are tight

(Check whether the power supply wires a nd termi nal connection w ires

have any broken strand).

● Ch eck whether there is dust , iron fi li ngs or cor rosive f lu id in th e

inverter.

● Measuring t he insulation i mpedance of the inverter is forbidden.

● Examine the output voltage, out put cu rrent and out put frequency of the

inverter.

(The measur ing results should not have too big diffe rence.)

● Che ck wheth er the ambient tempe ra tu re of th e in ver ter is betw een

-5℃ and 40℃ and wh et her the installation env iron ment has good ventilation.

● Che ck whethe r the humid ity is kept between 5% and 90% (wit hout

condensation).

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HLP-NV Series

● Check whether t he motor makes unusual noises or abnor mal vibration

in ru nni ng.

(The inverte r should not b e inst alled in a place wit h high vibration.)

● Please ma ke periodical cleaning of vent holes.

3. Fault Indication and Troubleshooting

The inverter of HLP-NV se ries is relatively perfect ive with t he protection functions of overload, i nter-pha se shor t circuit, ea rth short ci rcuit, undervoltage, overheati ng and over-cu rrent, etc. When a p rote ction function happens with the inverter please check the reason s of faults accord ing to the information liste d in the t able below. The i nver ter can b e rest ar ted after the disposal. If the fault cannot be disposed please cont act t he local distributor.

Fault Proce ss metho d

1. Motor ru ns unsteadily

2. Motor ca nnot rotate

3. Br a ki ng fu nct ion cannot take ef fect

4. No fau lt message or displyed

5. Motor cannot rotate and no fault message displyed

Motor runs un stead ily but not wa rni ngs issued, please check the seeti ngs of mot or parameter, i f no effect, please co ntact holip.

Make su re no war ning o r alar m occured. If any war ni ng or ala rm occu rre d, pl ea se refer to correspond ing tr oublesho oting section . If no warning or ala rm occurre d,please refer to item 5. Please make sur e if in put voltage is correct and refer to item 4 if it is corr ect.

Please refe r to bra king f unct ion sect ion

Make su re the f use is not broken Make sure the control card is not overloaded , and it is overlo ad ed or 24V is sho rt ed ,pl ease remove the conne ction of control term inal. Make su re if a ny fault message is displayed,and if no, please conta ct Holip

Press [ENT ER] key on LCP and m ake su re the s creen is active, i.e. the d isplay ca n be switched or p arameter can be ed ited. Ple ase make sure if the sc reene d cabl e use d a nd conne cted correc tly. If d ispl ay is no pr obl em, ple as e ma ke su re th e con necti on betwe en motor a nd the drive i s correct an d the n ope ra te th e d rive in hand mode . Plea se contact Holip if motor can not rota te.

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HLP-NV Series

4. Fault code description and Analysis

Fault Display

Fault Content s & Descr iption

Disposal methods

Live zero error

Mains phase loss

DC over voltage

DC unde r voltage

Inver ter overloaded

Motor ETR over tempe ratu re

Signal on term inal VIN or AIN is less

th an 50% of val ue set in par. C6.10,

C6.12 and C6.22

Mis sin g phase on sup ply side, or t oo high voltage imbalance. C heck supply voltage.

Int erme di ate ci rcu it vo ltage exce eds limit .

In ter med iat e ci rcu it volta ge drop s

below “voltage war ning low” limit .

More tha n 100% overloa d for too long.

Mo tor is too hot due to mor e th an

100% overload for too long.

Torque lim it

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HLP-NV Series

Torque exc eeds value set in either p ar.

C4.16 or C4.17.

HLP-NV Series

Fault Display

Over Current Invert er peak curr ent lim it is exceede d.

Ear th fault

Short Circuit

Fault Content s & Descr iption

Control word timeout

Brake re sistor shortcircu ited

Disposal methods

Dis ch a r ge fro m ou t put p ha ses to ground.

Sh or t-c irc uit in mo tor or on motor terminals.

No com mu n i c at ion t o f re q u e n cy

conver ter

Brake t ransistor is short-circu ited, t hus brake f unct ion is dis conne cted.

Brake chopper shortcircu ited

Brake t ransistor is short-circu ited, t hus brake f unct ion is dis conne cted.

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HLP-NV Series

Fault Display

Brake check

Fault Content s & Descr iption

Power board over temp

Motor pha se U missi ng

Motor pha se V missi ng

Motor pha se W missi ng

Disposal methods

Br ak e re si st o r i s no t c o n ne c t e d /

working

He at -si nk cut- out te mpe rat ure h as been re ached.

Moto r pha se U is missi ng. Check the phase.

Moto r pha se V is missi ng. Check the phase.

Motor phaseW is m issing. Check the phase.

Inte rnal fault Contac t local HOLI P supplier.

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24 V supply low

Ex te r nal 2 4 V DC b ack -u p pow er supply may b e overloaded.

HLP-NV Series

Fault Display

Fault Content s & Descr iption

AMT che ck Unom and Inom

AMT low Inom

Motor ther mistor over tempe ratu re

Mechan ical Brake Low

Drive Initialise d to Default Value

Disposal methods

Wrong set ting for motor voltage a nd/or

motor cu rrent.

Mo to r cu rr en t is to o low. Ch ec k settings.

Ther mistor or t herm istor connection is disconnete d

Actua l motor cu rrent has not exceeded

“re lea se brake” curr ent wit hi n “star t delay” time window

All p arame ter s ettin gs are initia li zed to default settings.

Note: A=Alarm E=Warning

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HOLIP HLP-NV User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual