LS ELECTRIC H100 2(PLUS) Series Manuel utilisateur

This operation manual is intended for users with basic knowledge of electricity and electric

devices.

* LSLV-H100+ is the official name for the H100+ series inverters.

* The H100+series software maybe updated without prior notice for better performance.To

check the latestsoftware, visit our websiteat http://www.ls-electric.com.

Quick Start Reference

This chapter provides details on product identification, part names, correct installation and cable

specifications. To install the inverter correctly and safely, carefully read and follow the instructions.

Verify & Identify the delivery

Verifythat you have ordered andreceived thecorrect VFD by checking the nameplateinformation.

Utilize the example name plate below to assist you with this.

Mounting Instruction

Ensure that there is sufficient space to meet the clearance specifications, and that there are no

obstacles impeding the cooling fan’s air flow as shown below.

Wheninstalling multiple drives into the same enclosure panel (Side-by-side installation), mount the

drives with the minimum clearance of 2 mm while removing optional top covers.

Install the drive in an environment that meets the conditions such as ambient temperature (-10℃

to 50℃), humidity(95% relative humidity or free of condensation), altitude (below 1,000m) and

vibration(below 1G [9.8 m/sec2])

iii

Quick Start Reference

After mounting, and in order to move onto the wiring step, loosen thecaptive screw on the terminal

cover. Squeeze the tabs and “hinge off” the cover. Squeeze tabs and slide up the wire guide to

expose the power terminals. This wire guide can be disposed of if you have purchased a NEMA1

conduit kit. For the larger H100’s remove the screws securing the metal cover.

0.75–90 kW Models 110–185 kW Models 220–500 kW Models

Wiring the VFD : Power

The following figures show main circuit terminal arrangement on the drive.

WARNING! B1, B2 terminals are for the brake resistor. Do not connect B1, B2 terminals to earth

ground.

WARNING! Power supplycables must be connected to R, S and T terminals. Connecting power

cables to the U, V, and W terminals will cause internal damage to the drive.

Quick Start Reference

Wiring the VFD : Control

The figures below show the control circuit terminal arrangement on the drive.

Switch

Description

SW1

Terminating Resistor

(Left: On, Right: Off)

SW2

Left: PNP, Right: NPN

SW3

Left: V1, Right:T1(PTC)

SW4

analog input (Left: I2, Right: V2)

SW5

analog output (Left: VO, Right: IO)

Quick Start Reference

Function

Label

Name

Description

Multi-function

terminal

configuration

P1–P7

Multi-function Input 1-7

P1: Fx (IN-65)

P2: Rx (IN-66)

P3: BX (IN-67)

P4: RST(IN-68)

P5: Speed-L (IN-69)

P6: Speed-M (IN-70)

P7: Speed-H (IN-71)

Common terminal

Analoginput

configuration

Potentiometer powersupply

Maximum Voltage Output: 12 V

Maximum Current Output: 12mA

Potentiometer : 1–10k Ω

Voltage input forfrequency

reference

Unipolar: 0–10 V(12V Max)

Bipolar: -10–10 V(±12V Max)

V2/I2

Voltage/current input for

frequency referenceinput

Input current: 0–20 mA

Maximum Input current: 24 mA

Input resistance 249 Ω

Pulse input for frequency

reference input (pulse train)

Setupormodifyfrequencyreferences using

pulseinputs from 0 to 32 kHz.

LowLevel:0–0.8 V, High Level: 3.5–12 V

Function

Label

Name

Description

Analog

output

Voltage/Current

Output

Output voltage: 0–10 V

Maximum output voltage/current: 12 V/10 mA

Output current: 0–20mA

Maximum output current: 24mA

Factorydefaultoutput:Frequency

Terminal

Contacts

Multi-function (Open

Collector) Pulse

Output

DC 26 V, 50 mAorless

Pulse output terminal

Output frequency: 0–32kHz

Output voltage: 0–12 V

Common ground

Common ground contact for an open collector

24 V power supply

Maximum output current: 100 mA

A1/C1/B1

Fault relayoutput

A,B contact

N.O.:AC250V ≤2 A, DC 30 V ≤3A

N.C.:AC250 V ≤1A, DC 30 V ≤1A

A2/C2-

A5/C5

Multi-function relay

outputAcontact

AC 250 V≤5A, DC 30 V≤5A

S+/S-/SG

RS-485 signal line

Quick Start Reference

Keypad: Description

Key

Name

Description

[MODE] Key

Used to switch between modes.

[PROG/ ENT] Key

Used to select, confirm, or save a parameter value.

[Up] [Down] key

Switchbetween codes or increase or decrease parameter values.

[Left] [Right] key

Switchbetween groups or move the cursor during parameter setup

or modification.

[RESET/ MULTI]

Key

Used to perform special functions, such as user code registration.

(Factory Default Value –RESETfunction)

[ESC] Key

Used to cancel an input during parametersetup.

[HAND] Key

Used to switch to HAND (local/manual) operationmode.

[OFF] Key

Used to switch to OFF (standby) mode or to reset the inverter

faults.

[AUTO] Key

Used to switchtoAUTO(remote) operation mode.

HAND LED

Turns on green (steady) during HAND mode operation.

OFF LED

Turns on red (steady) while the inverteris in OFF mode (standby),

and flashes then a fault trip occurs. The LED turns on red (steady)

again when thefault trip condition is released.

AUTOLED

Turns on green (steady) when the inverteroperates inAutomode,

and flashes green when the inverteris inAUTO mode, but is not

operating.

vii

Quick Start Reference

Keypad Navigation and Parameter Changes

Navigate and select different parameters by using the directional arrows on the keypad while in the

PAR Mode.

From the main screen, the [MODE] key will change the keypad to display the Parameter (PAR)

mode.The PARmode contains all parameters and monitors. These parameters and monitors are

divided into intuitive groups. Pressing the LEFT or RIGHTarrows will move through the different

parameter groups.While the UP and DOWN arrows will navigate throughthe differentparameter

code #’s in the selected group.

Any of the above parameters settings can be changed by pressing the [PROG/ENT] key, selecting

the new setting with the arrows, and pressing [PROG/ENT] again to save.

Quick Start Reference

viii

Verify Motor Direction

This step explains how to check motor direction by running the motor at a low speed via the

keypad in HAND mode. Verify that the power and motor wiring matches the previous step and

covers are installed before applying power.

At first power up, the display will look like below. “0.0 Hz” represents the default HAND frequency

reference.

Checking Direction

Use the above mentioned steps to run the motor in the forward direction in HAND mode. The

displaywill brieflyshow the output frequencyof the VFD until it reaches 10Hz.

Look at the motor shaft to verify rotation is correct. Press the OFF key to STOP.

If motor direction is incorrect, stop the motor with the OFF key, and power down the VFD.

Wait at least 5 minutes to let the VFD capacitors discharge.

Swap anytwo output leads between the VFD and the motor. This will change motor direction.

Verifycorrect rotation via the previous steps.

Changing Acceleration Time - Example

1. Press the [MODE] key from the main display to access PAR Mode.

2. In the DRV group, press down to select DRV 03 (Acc Time).

3. Press the [PROG/ENT] key access the current setting.

4. Use the UPand DOWN arrows to increase and decrease the value.

5. Use the LEFT or RIGHT arrows to move the cursor over to select different digits.

6. Press the [PROG/ENT] key once the desired value is set. This saves the change.

7. DRV 03 will be displayed again indicating the parameter change has taken effect with the new

value displayed.

Press LEFT arrow 3

times so that the cursor is

flashing to the left of

“0.00”.

Press UP arrow so that 10.00

is displayed.

Press the Hand keyto run the

motor in the forward direction.

Quick Start Reference

HAND / AUTO / OFF keys

The H100+ series inverters have two operation modes–the HAND andAUTO modes. HAND

mode is used for local control using the keypad.AUTO mode is used for remote controlusing the

terminal inputs or networks commands (thekeypad maystill be used inAUTO mode if the

command source is set as ‘keypad’).

DRV-08:Auto Mode Selection (AUTO Mode Sel)

1) DRV-08 = 0 (Enabled)

If [DRV-08 AUTO Mode Sel] is set to “0 (Enabled)”, the inverter starts to operate only when the

operation command is input inAUTO mode.

2) DRV-08 = 1 (Disabled) –Factory default

If [DRV-08 AUTO Mode Sel] is set to “1 (Disabled)”, the inverter automatically switches toAUTO

mode and starts to operate when the operation command is input regardless of inverter’s state of

being inAUTO or OFFmode.

Quick Start Reference

Codes / Functions

Description

DRV-01

Cmd Frequency

Frequency referenceinAUTO mode when DRV-07 is set to’ KeyPad’.

DRV-02

KeyPad Run Dir

Rotation direction of thekeypad commandin the HAND orAUTO mode.

Settings

Description

Forward

Fxoperation

Reverse

Rxoperation

DRV-05

KPDH.O.ALock

To make HAND-OFF-AUTO enabled/disabled

Settings

Description

Locked

To make HAND-OFF-AUTO disabled andturnAuto mode

During

Run

If [DRV-06 cmd source] is Fx/Rx-1, Fx/Rx-2, int485 or

fieldbus, Hand-off-auto is enabled only when Off

OFF Key

Enable

UnderthesameconditionsasDuringRun,onlytheOFF

key is activated. (Factory Default)

Unlocked

To make HAND-OFF-AUTO enabled

DRV-08AUTO

Mode Sel

Set whether touseAUTO mode.

0. Enabled

1. Disabled (Factorydefault)

DRV-24 Hand Key

Sel

This functionenables/disables theHAND key on the keypad.

Settings

Description

None

Followthe settings of [DRV-05KPDH.O.ALock].

Disabled

Regardless of the setting of [DRV-05 KPD H.O.ALock],the

HAND key is disabled.

DRV-25

HAND Cmd Freq

Frequency displayedat the monitor display item (Monitor Line-1) when the HAND

key is pressed in other modes (default frequency reference for HAND mode).

DRV-26

Hand Ref Mode

Set Hand frequency reference source (Typically Drive Keypad).

0. Hand Parameter

1. V1

2. V2

3. V3

4. I2

5. I3

6. FollowAuto

OUT-31–36

Relay1–5

SetAUTO State (36) to ensurethatthe inverter is inAUTO mode.

OUT-31–36

Relay1–5

Set HAND State (37) to ensure that the inverter isin HAND mode.

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