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Data de Criação 25 de março de 2020
Ultima Atualização 25 de março de 2020

Catálogo H100

0.75~18.5kW 3phase 200V
0.75~90kW 3phase 400V
Fan and Pump Drive H100
LSLV
02_ LSIS
The LSLV-H100 sets the standard for the drive industry. Environmentallyfriendly water treatment and Fan and Pump systems incorporate the outstanding
energy-saving benefits of the LSLV-H100 for fans and pumps.
Innovative Energy Reduction:
The LSIS H100 drive solution is here for you.
H100 _ 03
Fan and Pump Drive
Maximized User
Convenience
Stable System Control
Communication Module Exclusive
for Fan and Pump-BACnet
Global Specifications
Compliant-UL Plenum Rated
Soft Fill Control
Multiple-motor Control
Fire Mode
Side-by-Side Installation
Reduced Size Efficient Use of Space
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Contents
LSLV-H100 drives include a user-friendly keypad
designed exclusively for the Fan and Pump market
and satisfy various needs of customers.
Maximized User Convenience
Cancel (ESC) Key
• While in the Edit state, previously saved data are used.
• When pressed while switching codes within the group,
it is switched to the very first mode of group.
• When pressed while switching modes, it reverts back to the
monitor mode.
Program (PROG/ENT) Key
• When pressed once, it is chanted to Parameter Edit state.
• When pressed after changes, the changed data are saved.
Left/Right Key
• It is used to switch between groups.
(Cursor is used under the Edit state.)
Up/Down Key
• It is used to switch between
codes and edit data values.
Hand (HAND) Key
• It is used to select Keypad
(HAND) operation.
• Speed control
(HAND key UP/DOWN)
Auto (OFF) Key
• Off mode or fault reset
Multifunction (MULTI) Key
• It is used to register user codes.
Auto (AUTO) Key
• It is used to select AUTO operation.
Used to issue commands, configure drive parameters, and for monitoring drive status
• HAND Mode (Local Control Mode) or AUTO Mode (Remote Control Mode) can be selected.
- HAND Mode: Used when selecting frequency or run/stop commands.
- AUTO Mode: Drive operated using the keypad, multifunctional terminal block and communications.
• Fault Status Monitoring
Keypad Exclusive for Fan and Pump
A built-in EMC filter to respond to the specifications for noise reduction
• 400V 0.75~30kW Built-in as default (C3)
• 400V 37~55kW Built-in option can be selected (C3)
※ 75~90kW satisfies EMC specifications even without a filter.
Built-in EMC Filter
UL Plenum Rated
(American standards for conditioner fire safety)
※ Suitable for installation in a Compartment Handing Conditioned Air
Global Specifications Compliant
Energy Saving Drive
04_ LSIS
Energy Saving Drive
H100 _ 05
• RS-485 capability is built-in
• BACnet MS/TP is embedded as standard
• Modbus-RTU, Metasys N2
• LonWorks option can be added.
Communication Module
It is easy to change a cooling fan
without opening the cover of a drive.
Easy to Change Cooling Fan
A built-in DC Reactor effective to improve
power factor and reduce THD is installed.
• DC Reactor built-in as standard for
400V 37~90kW
DC Reactor
Acquired UL open type & enclosed type 1 certification
• When the conduit option is used, the drive meets UL Enclosed Type 1 specifications
Specification Level Option (Conduit Kit)
If the space is too small, a heat sink can be installed outside the panel.
Flange Type
DriveView7 can be connected using USB Port or RJ45 terminal.
Software Exclusive for LS Drives
Remote Cable
1
1 2 3
2
※ ※※
3
Cable 1: Optional; available for separate purchase
Cable 2: General-purpose cable
Cable 3: Optional; available for separate purchase
(PLC XGT download cable)
ᵀ Convert from
RS485 to RS232
[RJ45 9 Pin Cable] [9 Pin USB Converter] [USB Cable]
LSLV-H100 drives improve user convenience
with smart copier.
Maximized User Convenience
Energy Saving Drive
Upload
Parameter 1 Grp.
Parameter 2 Grp.
Parameter 3 Grp.
…………
…………
Drive Smart Copier
Control
Part
Wire
Parameter
Memory
Read
Parameter
Memory
Download
Smart copier receives from
Drive input/output part
Smart copier
sends to Drive
input/output part
WRITE
READ
Download
Autosynchronization
when power on

Drive Input/Output Part
(Flash Memory)

Upload
RJ45(Included if smart copiers are purchased)
Smart copier
06_ LSIS
Drive functions under the power-free state.
Power-free Operation
LED is on in case of normal operation;
LED is flickering if errors such as communication occur.
LED Feedback
It is possible to read and write parameters saved in a drive or a smart copier.
Parameters Read/Write
Parameter saved in the smart copier can be downloaded to both the drive I/O
and the control part.
Easy to Install
Data Flow in Smart Copier
H
D
W
LSLV-H100 drives are miniaturized to reduce the space
for installation, allowing the effective configuration
of environment inside and outside a control panel.
Efficient Use of Space
Energy Saving Drive
H100 _ 07
Main components are optimally deployed through thermal radiation analysis and
3D design to reduce size by 34% compared to iP5A (Volume based).
Reduced Size
50mm 50mm 50mm 50mm
iP5A(650mm) LSLV-H100(584mm)
50mm 50mm 2mm 2mm
The size of control board is significantly reduced when multiple drives are installed
by minimizing distance between products installed.
※ Side-by-side installation is unavailable for 37~90kW.
5.5kW
Side-by-Side Installation
Size Reduction
34%
Stable System Control
Energy Saving Drive
08_ LSIS
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LSVL-H100 drives are intelligent drives equipped with various
protective and operation functions for continuously stable
operation in response to external environmental changes.
Prevents pump damages
caused by dramatic pressure
changes during initial operation
of pumps or inside pumps.
Soft Fill Operation
Prevents pump and pipe damages
caused by sudden pressure
changes when pumps are stopped
or a pump valve is closed,
deceleration time can be set.
Dec Valve Ramp
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Prevents pump damage by
changing ramp using acceleration/
deceleration time setting upon
initial pump operation and stop.
Start Ramp &
End Ramp
Energy Saving Drive
H100 _ 09
RELAY1
Aux.
Motor1
Aux.
Motor2
Aux.
Motor3
Aux.
Motor4
Aux.
Motor5
Main
Motor
RELAY2 RELAY3 RELAY4 RELAY5

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Compensates for hydraulic loss
that occurs when the length of
pipes is long, adding compensation
rate depending on the inverter
output frequency.
Flow Compensation
00:00
02:00
04:00
06:00
08:00
10:00
12:00
14:00
18:00
16:00
20:00
22:00
24:00
Sun Thu Mon Sat Tue Wed Fri
Pre-Heat
Fx
Speed-L
Speed-H
RTC (Real Time Clock) is used so
that selected functions are operable
during the set time.
(Possible to set different functions
including Fx, Rx, multiple
acceleration/deceleration time,
multiple frequency, PID related
functions and pre-heat.)
Scheduling (Time Event: Real Time Clock)
MMC is used when a single drive is
used to control multiple motors
in pump systems.
It can control 1 main motor and
5 auxiliary motors.
Multi Motor Control
Stable System Control
Energy Saving Drive
10_ LSIS
With reinforced system-based functions and performance,
LSVL-H100 drives not only provide optimum solution to
applications for cooling/heating and water treatment,
but also ensure energy saving and pleasant environment.
Upon pump operation, the efficiency of pumps may decline when foreign substances are
stuck in an impeller. Pump Clean removes the foreign substances to extend the pump life
and reduce any loss.
Pump Clean
Pipe flow increases and conduit pressure decreases as the number of auxiliary motors increases.
To compensate this,‘Aux Motor PID Compensation’ is used to compensate pressure loss
suitable for the given motor when operating auxiliary motors.
Aux Motor PID Compensation
Establishes load (current & power) curves based on drive frequency so as to make load
characteristics curve required for ‘Under Load’ and ‘Pump Clean.’
Load Tuning
When an emergency such as fire occurs at suction/exhaust fans, but hardware did not fail nor
had a critical defect, the drive is continuously operated to protect other systems under the set
frequency and direction.
Fire Mode
Commercial energy consumption is compared to the amount of energy used by the drive to
calculate the amount of energy saved.
Energy-saving Display (Payback Counter)
When the drive restarts after it was stopped due to power interruption upon communication
control,‘Power-on Resume’ is used to follow the previous control command.
Power-on Resume
It is used to put the drive on standby and restarts it using PID in order to reduce motor loss
as much as possible.
Sleep, Sleep Boost, Wake-up
Energy Saving Drive
H100 _ 11
The drive outputs voltage for the drive by controlling the level of boost
to fit the load by itself.
Auto Torque Boost
When a control command is made in the Flow/Oiling Systems,
lubrication signals are output for a certain period before the motors are started.
Drive control is immediately started from the signal output point until the
signals are turned off after the set time.
Lubrication Control
When a Damper exists in the system configuration, the drive will command the Damper to
open/close or receive feedback signals for protection.
Damper Control
When the drive is operated under frequency that is beyond the set frequency and source
(voltage, current, and etc.) values to be detected are above or below the user set values,
it generates a trip or activates a relay for protective operation.
Level Detection
Upon PID operation, pipe damages or leakage is detected to display a warning or a trip.
Detection of Pipe Broken
When running pumps including No Flow and Dry Pumps under the set frequency, the drive
issues warning functions; and when trip is generated, Free-Run, deceleration, or stop can
be selected via parameters.
Under Load Protection
Pre-heats motors by outputting direct current when the motors are at fixed time state in
order to prevent condensation of the motors.
Pre-Heat
Upon loss or momentary interruption of input power, if KEB is set, the drive maintains DC
Link Voltage using regeneration energy of the motor is used during the interruption period.
KEB, Kinetic Energy Buffering
If a particular application is selected, frequently used parameters and set values are
changed and registered in a macro group.
Macro Setting
H100
LSLV
Fan and Pump Model & Type
※ 75~90kW satisfies EMC class 3

Motor Rating
0.75kW
1.5kW
2.2kW
3.7kW
5.5 kW
7.5 kW
11 kW
15 kW
18.5 kW
22 kW
30 kW
37 kW
45 kW
55 kW
75 kW
90 kW

3-Phase 200V

3-Phase 400V
LSLV0008H100-4COFN
LSLV0015H100-4COFN
LSLV0022H100-4COFN
LSLV0037H100-4COFN
LSLV0055H100-4COFN
LSLV0075H100-4COFN
LSLV0110H100-4COFN
LSLV0150H100-4COFN
LSLV0185H100-4COFN
LSLV0220H100-4COFN
LSLV0300H100-4COFN
LSLV0750H100-4COND
LSLV0900H100-4COND
LSLV0370H100-4COND
LSLV0450H100-4COND
LSLV0550H100-4COND
LSLV0370H100-4COFD
LSLV0450H100-4COFD
LSLV0550H100-4COFD

LSLV0008H100-2CONN
LSLV0015H100-2CONN
LSLV0022H100-2CONN
LSLV0037H100-2CONN
LSLV0055H100-2CONN
LSLV0075H100-2CONN
LSLV0110H100-2CONN
LSLV0150H100-2CONN
LSLV0185H100-2CONN

0008-0.75kW	0185-18.5kW
0015-1.5kW	0220-22kW
0022-2.2kW	0300-30kW
0037-3.7kW	0370-37kW
0055-5.5kW	0450-45kW
0075-7.5kW	0550-55kW
0110-11kW	0750-75kW
0150-15kW	0900-90kW

LSLV 0055 H100 4 C O F N
Motor Capacity
2: 3-Phase 200V
4: 3-Phase 400V
Input Voltage
O: UL Open
E: UL Type1
UL Type
F: Built-in EMC
N: Non EMC
EMC Filter
D: Built in DC Reactor
N: Non DC Reactor
Reactor
C: LCD Keypad
Keypad Type
Series Name
12_ LSIS
Input & Output Specification Energy Saving Drive
3-Phase 200V (0.75~18.5kW)
3-Phase 400V (0.75~22kW)

Model NameLSLV□□□□H100-4□□□□	0300	0370	0450	0550	0750	0900
40	50	60	75	100	120	Applied Motor	HP
30	37	45	55	75	90	kW
46.5	57.1	69.4	82.0	108.2	128.8	Rated Capacity (kVA)	Rated Output
61	75	91	107	142	169	Rated Current
0~400Hz	Output Frequency
3-Phase 380~480V	Output Voltage (V)
3-Phase 380~480VAC(-15%~+10%)	Service Voltage (V)	Rated Input
50~60Hz(±5%)	Input Frequency
69.1	69.3	84.6	100.1	133.6	160.0	Rated Current (A)
7.5	26	35	35	43	43	Weight (kg)

3-Phase 400V (30.0~90.0kW)
• Motor capacity is based on use of 4-pole standard motors.
• 200V Class is for 220V and 400V Class is for 440V.
• Rated output current is limited depending on the carrier frequency (CON-04) setting.

Model Name LSLV□□□□H100-2□□□□	0008	0015	0022	0037	0055	0075	0110	0150	0185
Applied Motor	HP	7.5	1.0	2.0	3.0	5.0	10	15	20	25
kW	5.5	0.75	1.5	2.2	3.7	7.5	11	15	18.5
Rated Capacity (kVA)	8.4	1.9	3.0	4.5	6.1	11.4	16.0	21.3	26.3	Rated Output
Rated Current	22	5	8	12	16	30	42	56	69
Output Frequency	0~400Hz
Output Voltage (V)	3-Phase 200~240V
Service Voltage (V)	Rated Input	3-Phase 200~240VAC (-15%~+10%)
Input Frequency	50~60Hz( 5%)
Rated Current (A)	23.7	4.9	8.4	12.9	17.5	32.7	46.4	62.3	77.2
3.3	3.3	3.3	3.3	3.3	3.3	3.3	4.6	7.1	Weight (kg)

• Motor capacity is based on use of 4-pole standard motors.
• 200V Class is for 220V and 400V Class is for 440V.
• Rated output current is limited depending on the carrier frequency (CON-04) setting.
• Motor capacity is based on use of 4-pole standard motors.
• 200V Class is for 220V and 400V Class is for 440V.
• Rated output current is limited depending on the carrier frequency (CON-04) setting.
H100 _ 13

Model Name LSLV□□□□H100-4□□□□	0008	0015	0022	0037	0055	0075	0110	0150	0185	0220
Applied Motor	HP	7.5	1.0	2.0	3.0	5.0	10	15	20	25	30
kW	5.5	0.75	1.5	2.2	3.7	7.5	11	15	18.5	22
Rated Capacity (kVA)	9.1	1.9	3.0	4.5	6.1	12.2	18.3	23	29.0	34.3	Rated Output
Rated Current	12	2.5	4	6	8	16	24	30	38	45
Output Frequency	0~400Hz
Output Voltage (V)	3-Phase 380~480V
Service Voltage (V)	Rated Input	3-Phase 380~480VAC (-15%~+10%)
Input Frequency	50~60Hz( 5%)
Rated Current (A)	12.2	2.4	4.2	6.5	8.7	17.5	26.5	33.4	42.5	50.7
3.3	3.3	3.3	3.3	3.3	3.3	3.4	4.6	4.8	7.5	Weight (kg)

Product Details
14_ LSIS

Control	Control Mode	V/F control, slip compensation
Control (Operation)	Drive Mode	Optional: Keypad, terminal board or communication control
Protective Functions	Over-current trip, Trip caused by external signals, ARM short-circuit current trip, Overheat trip, Pipe broken trip, Input open-phase trip Ground trip, Motor overheat trip, IO board connection trip, No Motor trip, Parameter Write tri Emergency stop trip, Command loss trip, External memory error, CPU watchdog trip, Motor under-load trip, Overvoltage trip, Temperature sensor trip, Drive overheat, Option trip, Output open-phase trip, Drive overload trip, Fan trip, Low voltage trip during operation, Low voltage trip, Analog input error, Motor overload trip, Keypad command loss trip, Damper trip, Level Detect trip, All auxiliary motor failure trip, Pump clean failure (fault)	Trip
Structure/ Operational Environment	Forced air-quench	Cooling mode
Item	Description
Control Degree of Frequency	1% of the maximum output frequency
V/F Pattern	Liner, squared overload reduction and user V/F
Overload Capacity	Rated Current: 120% 1 minute
Torque Boost	Manual torque boost, Automatic torque boost
Ambient humidity	Relative humidity of 95% RH or below (without dew formation)
Storage temperature	-20~65℃ (-4~149℉)
Ambient environment	Without corrosive gas, combustible gas, sludge and dust (Pollution Degree 3 Environment)
Vibration	9.8m/sec2(1.0G) or below
Ambient atmospheric pressure	70~106kPa
Pulse Train	0~32kHz, Low Level: 0~0.8V, High Level: 3.5~12V
Multifunctional Open Collector Terminal	Failure output & drive control status output:	DC 26V, 50mA or below	Output
Multifunctional Relay Terminal	AC250V, 5A or below, DC30V, 5A or below
Analog Output	0~12Vdc(0~20mA): Optional among frequency, output current, output voltage and DC voltage
Pulse Train	Maximum 32kHz, 0~12V
Multifunctional Terminal (7 points)	The following functions can be set using IN-65~71 code parameters between PNP(Source) and NPN(Sink).	Input
Failure (Fault) Relay Terminal	N.O. : AC 250V, 2A or below, DC30V, 3A or below N.C. : AC 250V, 1A or below, DC30V, 1A or below
Digital command: 0.01Hz	Frequency Set Resolution
Analog command: 0.06Hz (based on 60Hz)
Analog mode: -10~10V, 0~10V, 0~20mA	Frequency Setting
Digital mode: Keypad and pulse train input
Maximum 1000m above sea level for standard operation. From 1000 to 4000m, the rated input voltage and rated output current of the drive must be derated by 1% for every 100m.	Altitude
PID control, 3-Wire control, Frequency limitation, Secondary Functions, Forward/Reverse rotation prohibited, DC braking, Commercial power switching, Speed search, Power braking, Reduction of leakage, Up-Down control, DC braking Flux braking, Frequency pump, Slip compensation, Automatic restart, Automatic tuning, Energy buffering control, Energy-saving control	Control Functions
Forward Operation, Reset, Emergency stop, Multi-step frequency – High/Mid/Low, DC braking during stop, Pre-Heat, Frequency increase, 3-Wire, Optional: Acceleration, deceleration or stop, MMC interlock, Reverse Operation, Pump cleaning, External trip, Jog control, Multi-step acceleration/deceleration-High/Mid/Low, Secondary motor selection, RTC(Time event function), Frequency decrease, Analog command frequency fixation, Switching to normal operation during PID operation,
Command loss trip warning, overload warning, under-load warning, drive overload warning, fan operation warning, damping resistance brake percentage warning, capacitor life warning, pump clean warning, Fire Mode warning and LDT warning	Warning
Below 8 ms: Continuous operation (within the rated input voltage and rated output) 8 ms or above: Automatic restart operation	Instant Power Interruption
With no ice or frost at -10~50℃(14~122℉) (At 40℃ or above, derating of 2.5%/℃ current. At 50℃, 75% of the rated current is operable).	Ambient temperature
IP20/UL Open(default), UL Enclosed Type 1(option)	Protective structure

Wiring Energy Saving Drive
H100 _ 15
P1
P2
P3
P4
PNP
I2 V2
NPN
ON
V1 T1
OFF
P5
SS+
SG
AO1
AO2
TO or Q1
A1
B1
A2
C2
A3
C3
A4
C4
A5
C5
P6
P7
CM
VR
V1
CM
I2
AO2
T-sensor
I2 Terminal(V2) CM
TI
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p@o
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a@s@o
r@o@R
r@o@S
r@o@T
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a@vO
c@o
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o
t@
r
VO IO
a@s
f@s@
Hp@tI
C1
EG m@c
※ The default value is displayed in blue color
H100
LSLV
Fan and Pump Terminal Description
16_ LSIS
Input Terminal Marks & Details
Output/Communication Terminal Marks & Details

It can be used by setting multifunctional input. Default values from the factory are as follows: • P1 : Fx • P2 : Rx • P3 : BX • P4 : RST • P5 : Speed-L • P6 : Speed-M • P7 : Speed-H	Multifunctional Input 1~7 Terminal	P1~P7	Selection of Contact Points
CM	Sequence Common Terminal	Common terminal of contact point input and analog I/O terminal
VR	Power Terminal for Frequency Setting	Power for analog frequency setting: • Max. output voltage: 12V • Max. output current: 12mA • Volume resistivity: 1~10kΩ	Analog Input
V1	Frequency Setting(Voltage) Terminal	Frequency is set depending on the voltage supplied to V1 terminal. • Unipolar: 0~10V(Max. 12V) • Bipolar: -10~10V(Max. ±12V)
TI	Frequency Setting (Pulse Train) Terminal	Frequency is set as 0~32kHz. Low Level : 0~0.8V, High Level : 3.5~12V
I2	Frequency Setting (Current/Voltage) Terminal	Frequency is set depending on the current capacity supplied to I2 terminal. V2 can be used by selecting analog voltage/current input terminal setting switch (SW4). • Input current: 0~20mA • Max. input current: 24mA • Input resistance 249Ω
Classification	Terminal Mark	Name	Description

One of the following is chosen and output: Output frequency, output current, output voltage and DC voltage. The following voltage/current output can be chosen by selecting analog voltage/current output terminal setting switch (SW5). • Output voltage: 0~10V • Max. output voltage/current: 12V, 10mA • Output current: 0~20mA • Max. output current: 20mA • Factory default value: Frequency	AO	Voltage/Current Output Terminal	Analog Output
As a multifunctional output signal or pulse output, one of the following is chosen: Output frequency, output current, output voltage and DC voltage. DC 26V, 50mA or below Pulse output terminal • Output frequency: 0~32kHz • Output voltage: 0~12V	Q1	Multifunctional (Open Collector) Output/ Pulse Output Terminal	Contact Point
24	24V Power TerminalNote)	• Max. output current: 100mA • Do not use external 24V except for PNP-mode terminal block
EG	Common Terminal	• Common ground terminal for external power of open collector
A2/C2 ~ A5/C5	Multifunctional Relay Output A Contact Point	Multifunctional output terminal such as signals at operation is defined and used.(AC 250V 5A or below and DC 30V 5A or below)
S+/S-/SG	RS-485 Signal Input Terminal	RS-485 signal line
When power is cut-off to protect the product, signals or multifunctional signals are output. (N.O. : AC250V 2A or below, DC 30V 3A or below N.C. : AC250V 1A or below and DC 30V 1A or below) • At abnormal state: A1-C1 connected (B1-C1 disconnected) • At normal state: B1-C1 connected (A1-C1 disconnected) • Factory default value: Frequency	A1/C1/B1	Abnormal Signal Output/Multifunctional Output Terminal
Classification	Terminal Mark	Name	Description

Note)Available only when used in PNP mode.
Control Circuit Terminal
DC Reactor
Short Bar
Power Terminal Marks & Details
0.75~30kW(3-Phase)
Energy Saving Drive
H100 _ 17

R(L1)/S(L2)/T(L3)

Name
AC Power Input Terminal

Description
It connects to commercial AC power.

P1+
P2+
+ DC voltage terminal:
This terminal is used to connect an exterior DC reactor.
DC(+) is connected when DC is input via drive power.
B It connects to damping resistance.(Note 2)
(Note 1)
Damping resistance connection terminal
U/V/W Motor output terminal It connects to 3-phase induction motor.
+DC Link Terminal
N- AC voltage terminal:
-DC Link Terminal DC(-) is connected when DC is input via drive power.
+DC Input Terminal
37~90kW(3-Phase)

R(L1)/S(L2)/T(L3)

Name
AC Power Input Terminal

Description
It connects to commercial AC power.

P2+
P3+
+ DC voltage terminal:
DC(+) is connected when DC is input via drive power.
+DC voltage terminal
This terminal is used to connect DBU.
U/V/W Motor output terminal It connects to 3-phase induction motor.
+DC Link Terminal
N- DC voltage (-) terminal:
-DC Link Terminal DC(-) is connected when DC is input via drive power.
+DC Input Terminal
※ If you want to run the drive using DC input, connect DC input to P2(+) and N(-) terminal.
Note 1) Short Bar should be removed when wiring DC Reactor.
Note 2) In case of using with an external DC reactor, only P2(+) terminal connection is allowed.
In case of not using with an external DC reactor, P1(+) or P2(+) terminal connection is allowed.
※ If you wish to start the drive using DC input, connect it to the P2(+), N(-) terminal.
H100
LSLV
Fan and Pump Wires and Screw Specifications
18_ LSIS

M5	24.5~31.8 / 2.4~3.1	15
M5	24.5~31.8 / 2.4~3.1	15
M8	61.2~91.8 / 6~9	37
M4	7.1~12.2 / 0.7~1.2	3-Phase 400V Class	0.75
M4	7.1~12.2 / 0.7~1.2	3-Phase 200V Class	0.75
Product (kW)	Terminal Screw Size	Screw Torque (Kgf.cm/Nm)
1.5
2.2
3.7
5.5
7.5
11
18.5
1.5
2.2
3.7
5.5
7.5
11
18.5
22
30
45
55
75
90

Earth Wire & I/O Wiring Specifications

Product (kW)	Earth Wire	I/O Wiring
0.75	3-Phase 200V Class	3.5	12	1.5	1.5	16	16
1.5
2.2
3.7	2.5	2.5	14	14
5.5	4	4	12	12	10	10
7.5	6	6	10	10
11	10	10	8	8
15	16	16	6	6	14	6
18.5	25	22	4	4
0.75	3-Phase 400V Class	2	14	1.5	1.5	16	16
1.5
2.2
3.7
5.5	2.5	2.5	14	14	4	12
7.5	4	2.5	12	14
11	4	4	12	12
15	6	6	10	10	16	9
18.5	16	10	6	8
22	16	10	6	8	14	6
30	25	16	4	6
37	25	25	4	4	25	4
45	25	25	4	4
55	50	50	1/0	1/0
75	70	70	1/0	1/0	38	2
90	70	70	1/0	1/0
R/S/T	U/V/W	R/S/T	U/V/W
mm2	AWG	mm2	AWG

I/O Terminal Screw Specifications

PNP/NPN setting switch (SW2) should be set as PNP. CM terminal is a common contact input signal terminal, and P24 terminal is a 24V internal power terminal. When external 24V is used, the external power terminal and the CM terminal should be connected. 24V	PNP/NPN setting switch (SW2) should be set as NPN. CM terminal is a common contact input signal terminal, and P24 terminal is a 24V internal power terminal. Initial setting when shipped out of the factory is NPN mode.
PNP Mode (Source)	NPN Mode (Sink)

CM
P1(FX)
P2(RX)
P24
PNP NPN
CM
P1(FX)
P2(RX)
P24
PNP NPN
Energy Saving Drive
H100 _ 19
Control Circuit Wiring Specifications

Item	Wire Thickness
mm2	AWG
P1~P7/CM/VR/V1/I2/24/TI	0.33~1.25	16~22
AO1/AO2/CM/Q1/EG	0.33~2.0	14~22
A1/B1/C1/A2/C2/A3/C3/A4/C4/A5/C5	0.33~2.0	14~22
S+, S-, SG	0.75	18

Control Circuit Terminal Screw Specifications

Terminal	Terminal Screw Size	Screw Torque(kgf.cm/Nm)
P1~P7/CM/VR/V1/I2/AO/Q1/EG/ 24/TI/TO/SA,SB,SC/S+,S-,SG	M2	2.2~2.5/0.22~0.25
A1/B1/C1	M2.6	4.0/0.4

H100
LSLV
Fan and Pump Drive Group (DRV)

Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*
00	-	Jump code	Jump Code	1~99	9	O
01	0h1101	Target frequency	Cmd Frequency	0.00, Low Freq~High Freq	0.00	O
02	0h1102	Keypad run direction setting	Keypad Run Dir	0	Reverse	O	O
1	Forward
03	0h1103	Acceleration time	Acc Time	0.0~600.0(sec)	20.0	O
04	0h1104	Deceleration time	Dec Time	0.0~600.0(sec)	30.0	O
0	Keypad	06	0h1106	Run command method	Cmd Source	1: Fx/Rx-1	Δ
1	Fx/Rx-1
2	Fx/Rx-2
3	Int 485
4	Field Bus
5	Time Event
0	Keypad-1	07	0h1107	Frequency setting method	Freq Ref Src	0: Keypad-1	Δ
1	Keypad-2
2	V1
4	V2
5	I2
6	Int 485
7	FieldBus
9	Pulse
09	0h1109	Control mode	Control Mode	0	V/F	0: V/F	Δ
1	Slip Compen
11	0h110B	Jog frequency	Jog Frequency	0.00, Low Freq~High Freq	O	10.00
12	0h110C	Jog acceleration time	Jog Acc Time	0.0~600.0(sec)	20.0	O
13	0h110D	Jog deceleration time	Jog Dec Time	0.0~600.0(sec)	30.0	O
7	3.7 kW(5.0HP)	14	0h110E	Motor capacity	Motor Capacity	Δ	Varies depending on the motor capacity
8	4.0 kW(5.5HP)
9	5.5 kW(7.5HP)
10	7.5 kW(10.0HP)
11	11.0 kW(15.0HP)
12	15.0 kW(20.0HP)
13	18.5 kW(25.0HP)
14	22.0 kW(30.0HP)
15	30.0 kW(40.0HP)
16	37.0 kW(50.0HP)
17	45.0 kW(60.0HP)
18	55.0 kW(75.0HP)
19	75.0 kW(100.0HP)
20	90.0 kW(125.0HP)
0	Manual	15	0h110F	Torque boosting	Torque Boost	0: Manual	Δ
1	Auto 1
2	Auto 2
161	0h1110	Forward torque boost	Fwd Boost	0.0~15.0(%)	2.0	Δ
17	0h1111	Reverse torque boost	Rev Boost	0.0~15.0(%)	2.0	Δ
18	0h1112	Base frequency	Base Freq	30.00~400.00(Hz)	60.00	Δ
19	0h1113	Start frequency	Start Freq	0.01~10.00(Hz)	0.50	Δ
20	0h1114	Maximum frequency	Max Freq	40.00~400.00(Hz)	60.00	Δ
21	0h1115	Speed unit selection	Hz/Rpm Sel	0	Hz Display	0: Hz Display	O
1	Rpm Display
25	0h1119	Hand mode command frequency	HAND Cmd Freq	0.00, Low Freq~High Freq	0.00	O
26	0h111A	Hand mode command frequency setting method	HAND Ref Mode	0	HAND Parameter	0 : HAND Parameter	Δ
1	Follow AUTO
30	0h111E	kW/HP Unit Sel	kW/HP Unit Sel	0	kW	1: HP	O
1	HP
98	0h1162	I/O S/W Version display	I/O S/W Ver	-	-	-	X

*
O: Possible to write during operation Δ : Possible to write during stop X: Ban on writing
1
DRV-16~DRV-17 code appears when DRV-15 code is set as 0(Manual).
20_ LSIS

Basic Function Group (BAS)
2 BAS-02~BAS-03 code appears when BAS-01 code is not 0(None).

00	-	Jump Code	Jump Code	1~99	20	O
0	None	01	0h1201	Aux Ref Src	0 : None	Δ	Auxiliary command setting method
1	V1
3	V2
4	I2
6	Pulse
7	Int 485
8	FieldBus
10	EPID1 Output
11	EPID1 Fdb Val
0	M+(G*A)	02 2	0h1202	Aux Calc Type	0 : M+(G*A)	Δ	Auxiliary command run type
1	Mx (G*A)
2	M/(G*A)
3	M+[M(GA)]
4	M+G*2(A-50%)
5	M[G2(A-50%)
6	M/[G*2(A-50%)]
7	M+MG2(A-50%)
03	0h1203	Auxiliary command gain	Aux Ref Gain	-200.0 ~200.0(%)	100.0	O
0	Keypad	04	0h1204	Cmd 2nd Src	1 : Fx/Rx-1	Δ	Second run command method
1	Fx/Rx-1
2	Fx/Rx-2
3	Int 485
4	FieldBus
5	Time Event
0	Keypad-1	05	0h1205	Freq 2nd Src	0 : Keypad-1	O	Second frequency setting method
1	Keypad-2
2	V1
4	V2
5	I2
6	Int 485
7	FieldBus
9	Pulse
0	Linear	07	0h1207	V/F pattern	V/F Pattern	0 : Linear	Δ
1	Square
2	User V/F
3	Square 2
08	0h1208	Ramp T Mode	0	Max Freq	0 : Max Freq	Δ	Acceleration/Deceleration reference frequency
1	Delta Freq
0	0.01 sec	09	0h1209	Time unit setting	Time Scale	1: 0.1 sec	Δ
1	0.1 sec
2	1 sec
10	0h120A	Input power frequency	60/50 Hz Sel	0	60Hz	0 : 60Hz	Δ
1	50Hz
11	0h120B	Number of motor poles	Pole Number	2~48	Δ	Varies according to the motor type
12	0h120C	Rated slip speed	Rated Slip	0~3000(rpm)	Δ
13	0h120D	Rated current of motor	Rated Curr	1.0~1000.0(A)	Δ
14	0h120E	No-load current of motor	Noload Curr	0.0~1000.0(A)	Δ
15	0h120F	Rated voltage of motor	Rated Volt	0, 170~480(V)	0	Δ
16	0h1210	Motor efficiency	Efficiency	70~100(%)	Δ	Varies according to the motor type
18	0h1212	Power display adjustment	Trim Power %	70~130(%)	100	O
19	0h1213	Input power voltage	AC Input Volt	170~528V	220/380V	O
Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*

Energy Saving Drive
H100 _ 21

H100
LSLV
Fan and Pump Basic Function Group (BAS)

0	None	20	-	Automatic tuning	Auto Tuning	0: None	Δ
1	All(rotation type)
2	ALL(static type)
3	Rs+Lsigma(rotation type)
21	-	Stator resistance	Rs	0.000~9.999(Ω)	Δ Δ	Varies according to the motor type
22	-	Leakage inductance	Lsigma	0.00~99.99(mH)
41 3	0h1229	User frequency 1	User Freq 1	0.00~Max. frequency(Hz)	15.00	Δ
42	0h122A	User voltage 1	User Volt 1	0~100(%)	25	Δ
43	0h122B	User frequency 2	User Freq 2	0.00~Max. frequency(Hz)	30.00	Δ
44	0h122C	User voltage 2	User Volt 2	0~100(%)	50	Δ
45	0h122D	User frequency 3	User Freq 3	0.00~Max. frequency(Hz)	45.00	Δ
46	0h122E	User voltage 3	User Volt 3	0~100(%)	75	Δ
47	0h122F	User frequency 4	User Freq 4	0.00~Max. frequency(Hz)	60.00	Δ
48	0h1230	User voltage 4	User Volt 4	0~100(%)	100	Δ
50 4	0h1232	Multi-step frequency 1	Step Freq-1	0.00, Low Freq~High Freq	10.00	O
51	0h1233	Multi-step frequency 2	Step Freq-2	0.00, Low Freq~High Freq	20.00	O
52	0h1234	Multi-step frequency 3	Step Freq-3	0.00, Low Freq~High Freq	30.00	O
53	0h1235	Multi-step frequency 4	Step Freq-4	0.00, Low Freq~High Freq	40.00	O
54	0h1236	Multi-step frequency 5	Step Freq-5	0.00, Low Freq~High Freq	50.00	O
55	0h1237	Multi-step frequency 6	Step Freq-6	0.00, Low Freq~High Freq	60.00	O
56	0h1238	Multi-step frequency 7	Step Freq-7	0.00, Low Freq~High Freq	60.00	O
70	0h1246	Multi-step acc. time 1	Acc Time-1	0.0~600.0(sec)	20.0	O
71	0h1247	Multi-step dec. time 1	Dec Time-1	0.0~600.0(sec)	20.0	O
72 5	0h1248	Multi-step acc. time 2	Acc Time-2	0.0~600.0(sec)	30.0	O
73	0h1249	Multi-step dec. time 2	Dec Time-2	0.0~600.0(sec)	30.0	O
74	0h124A	Multi-step acc. time 3	Acc Time-3	0.0~600.0(sec)	40.0	O
75	0h124B	Multi-step dec. time 3	Dec Time-3	0.0~600.0(sec)	40.0	O
76	0h124C	Multi-step acc. time 4	Acc Time-4	0.0~600.0(sec)	50.0	O
77	0h124D	Multi-step dec. time 4	Dec Time-4	0.0~600.0(sec)	50.0	O
78	0h124E	Multi-step acc. time 5	Acc Time-5	0.0~600.0(sec)	40.0	O
79	0h124F	Multi-step dec. time 5	Dec Time-5	0.0~600.0(sec)	40.0	O
80	0h1250	Multi-step acc. time 6	Acc Time-6	0.0~600.0(sec)	30.0	O
81	0h1251	Multi-step dec. time 6	Dec Time-6	0.0~600.0(sec)	30.0	O
82	0h1252	Multi-step acc. time 7	Acc Time-7	0.0~600.0(sec)	20.0	O
83	0h1253	Multi-step dec. time 7	Dec Time-7	0.0~600.0(sec)	20.0	O
Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*

3 BAS-41~BAS-48 code appears when either BAS-07 or M2-25 code is set as 2(User V/F).
4 BAS-50~BAS-56 code appears when one of IN-65~71 codes is set as Speed-L/M/H.
5 BAS-72~BAS-83 code appears when one of IN-65~71 codes is set as Xcel-L/M/H.
22_ LSIS

Extended Function Group (ADV)

00	-	Jump code	Jump Code	1~99	24	O
01	0h1301	Acceleration pattern	Acc Pattern	0	Linear	0: Linear	Δ
02	0h1302	Deceleration pattern	Dec Pattern	1	S-curve	Δ
03 6	0h1303	S-shaped acceleration start point slope	Acc S Start	1~100(%)	40	Δ
04	0h1304	S-shaped acceleration end point slope	Acc S End	1~100(%)	40	Δ
05 7	0h1305	S-shaped acceleration start point slope	Dec S Start	1~100(%)	40	Δ
06	0h1306	S-shaped acceleration end point slope	Dec S End	1~100(%)	40	Δ
07	0h1307	Start mode	Start Mode	0	Acc	0: Acc	Δ
1	DC-Start
0	Dec	08	0h1308	Stop mode	Stop Mode	0: Dec	Δ
1	DC-Brake
2	Free-Run
4	Power Braking
0	None	09	0h1309	Run Prevent	0: None	Δ	Selecting direction prohibited for rotation
1	Forward Prev
2	Reverse Prev
10	0h130A	Start when power is on	Power-on Run	0	No	0: No	O
1	Yes
118	0h130B	Start delay time when power is on	Power-On Delay	0.0~6000.0(sec)	0.0	O
12 9	0h130C	DC braking time upon start	DC-Start Time	0.00~60.00(sec)	0.00	Δ
13	0h130D	DC injection level	DC Inj Level	0~200(%)	50	Δ
14 10	0h130E	Output block time before DC braking	DC-Block Time	0.00~60.00(sec)	0.00	Δ
15	0h130F	DC braking time	DC-Brake Time	0.00~60.00(sec)	1.00	Δ
16	0h1310	DC brake level	DC-Brake Level	0~200(%)	50	Δ
17	0h1311	DC brake frequency	DC-Brake Freq	Start frequency~60.00(Hz)	5.00	Δ
20	0h1314	Dwell frequency upon acceleration	Acc Dwell Freq	Start frequency ~Max. frequency(Hz)	5.00	Δ
21	0h1315	Dwell time upon acceleration	Acc Dwell Time	0.0~60.0(s)	0.0	Δ
22	0h1316	Dwell frequency upon deceleration	Dec Dwell Freq	Start frequency ~Max. frequency(Hz)	5.00	Δ
23	0h1317	Dwell time upon deceleration	Dec Dwell Time	0.0~60.0(sec)	0.0	Δ
24	0h1318	Frequency limit	Freq Limit	0	No	0:No	Δ
1	Yes
25	0h1319	Low frequency limit	Freq Limit Lo	0.00~High frequency limit(Hz)	0.50	Δ
26	0h131A	High frequency limit	Freq Limit Hi	Low frequency limit~ Max. frequency (Hz)	Max. frequency	Δ
27	0h131B	Frequency jump	Jump Freq	0	No	0: No	Δ
1	Yes
28 11	0h131C	Jump frequency: low limit 1	Jump Lo 1	0.00~ Jump frequency: high limit 1(Hz)	10.00	O
29	0h131D	Jump frequency: high limit 1	Jump Hi 1	Jump frequency: low limit 1~Max. frequency(Hz)	15.00	O
30	0h131E	Jump frequency: low limit 2	Jump Lo 2	0.00~ Jump frequency: high limit 2(Hz)	20.00	O
31	0h131F	Jump frequency: high limit 2	Jump Hi 2	Jump frequency: low limit 2~Max. frequency(Hz)	25.00	O
32	0h1320	Jump frequency: low limit 3	Jump Lo 3	0.00~ Jump frequency: high limit 3(Hz)	30.00	O
33	0h1321	Jump frequency: high limit 3	Jump Hi 3	Jump frequency: low limit 3~Max. frequency(Hz)	35.00	O
0	None	50	0h1332	Energy-saving mode	E-Save Mode	0: None	Δ
1	Manual
2	Auto
51 12	0h1333	Energy-saving rate	Energy Save	0~30(%)	0	O
52	0h1334	Energy-saving point search time	E-Save Det T	0~100.0(sec)	20.0	Δ
Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*

6 ADV-03~ADV-04 codes appear when ADV-01 code is set as 1(S-curve).
7 ADV-05~ADV-06 codes appear when ADV-02 code is set as 1(S-curve).
8 ADV-11 code appears when ADV-10 code is set as 1(Yes).
9 ADV-12 code appears when ADV-07 code is set as 1(Dc-Start).
10 ADV-14 code appears when ADV-08 code is set as 1(DC-Brake).
11 ADV-28~ADV-33 codes appear when ADV-27 code is set as 1(Yes).
12 ADV-51 code is displayed only when ADV-50 code is 1 (Manual).
ADV-52 code is displayed only when ADV-50 code is 2 (Auto).
Energy Saving Drive
H100 _ 23

H100
LSLV
Fan and Pump Extended Function Group (ADV)

60	0h133C	Acc/Dec. time switching frequency	Xcel Change Fr	0.00~Max. frequency(Hz)	0.00	Δ
0	During Run	64	0h1340	Fan Control	0: During Run	Cooling fan control
1	Always ON	O
2	Temp Control
65	0h1341	Saving up/down run frequency	U/D Save Mode	0	No	0:No	O
1	Yes
0	None	66	0h1342	On/Off Ctrl Src	0: None	O	Output contact point on/off control
1	V1
3	V2
4	I2
6	Pulse
67	0h1343	Output contact point on level	On-Ctrl Level	90.00	Δ	Output contact point off level ~ 100.00(%)
68	0h1344	Output contact point off level	Off-Ctrl Level	-100.00~Output contact point on level (%)	10.00	Δ
70	0h1346	Safe run mode or not	Run En Mode	0	Always Enable	0: Always Enable	Δ
1	DI Dependent
0	Free-Run	71 13	0h1347	Safe run stop mode	Run Dis Stop	0: Free-Run	Δ
1	Q-Stop
2	Q-Stop Resume
72	0h1348	Safe run deceleration time	Q-Stop Time	0.0~600.0(s)	5.0	O
74	0h134A	RegenAvd Sel	0	No	0: No	Δ	Regeneration avoid function or not
1	Yes
75	0h134B	RegenAvd Level	200V : 300~400V	350	Δ	Regeneration avoid: working voltage level
400V : 600~800V	700
Compensation frequency limit of regeneration avoidance	7614	Oh134C	CompFreq Limit	0.00~10.00Hz	1.00	Δ
Regeneration avoid P gain	77	Oh134D	RegenAvd Pgain	0.0~100.0%	50.0	O
78	Oh134E	Regeneration avoid I gain	RegenAvd Igain	20~30000(ms)	500	O
Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*

13 ADV-71~ADV-72 codes appear when ADV-70 code is set as 1(DI Dependent).
14 ADV-76~ADV-78 codes appear when ADV-74 code is set as 1(Yes).
24_ LSIS

Control Function Group (CON)

Hunting prevention function used or not	13	0h140D	AHR Sel	0	No	1	Δ
00	-	Jump code	Jump Code	1~99	4	O
04	0h1404	Carrier frequency	Carrier Freq	1.0~15.0 (kHz)	3.0	O
05	0h1405	Switching mode	PWM Mode	0	Normal PWM	0: Normal PWM	Δ
1	Lowleakage PWM
1	Yes
14	0h140E	Hunting prevention P gain	AHR P-Gain	0~32767	1000	O
15	0h140F	Hunting prevention start frequency	AHR Low Freq	0~AHR High Freq	0.5	O
16	0h1410	Hunting prevention end frequency	AHR High Freq	AHR Low Freq~400.00	400.00	O
17	0h1411	Hunting prevention compensation voltage limit	AHR limit	0~20	2	O
21 15	0h1415	Auto torque boost filter gain	ATB Filt Gain	1~9999(msec)	10	O
22	0h1416	Auto torque boost voltage gain	ATB Volt Gain	0.0~300.0%	100.0	O
70	0h1446	Speed search mode or not	SS Mode	0	Flying Start-1	0: Flying Start-1	Δ
1	Flying Start-2
Bit	0000~1111	71	0h1447	Speed search run or not	Speed Search	0000	Δ
Bit 0	Accelerated speed/ hour search
Bit 1	When Reset starts after trip occurs excluding LV Trip
Bit 2	When it restarts after instant power interruption
Bit 3	When it starts along with power input at the same time
72 16	0h1448	Speed search reference current	SS Sup-Current	50~120(%)	70	O
Flying Start-1 : 100 Flying Start-2 : Varies according to the motor type	73 17	0h1449	Speed search proportional gain	SS P-Gain	0~9999	O
Flying Start-1 : 200 Flying O Start-2 : Varies according to the motor type	74	0h144A	Speed search integral gain	SS I-Gain	0~9999
75	0h144B	Output block time before speed search	SS Block Time	0.0~60.0(sec)	1.0	Δ
77	0h144D	Energy buffering or not	KEB Select	0	No	0: No	Δ
1	Yes
78 18	0h144E	Energy buffering start level	KEB Start Lev	110.0~140.0(%)	125.0	Δ
79	0h144F	Energy buffering stop level	KEB Stop Lev	125.0~145.0(%)	130.0	Δ
80	0h1450	Energy buffering slip gain	KEB Slip Gain	0~20000	300	O
81	0h1451	Energy buffering P gain	KEB P Gain	0~20000	1000	O
82	0h1452	Energy buffering I gain	KEB I Gain	1~20000	500	O
83	0h1453	Energy buffering acceleration time	KEB Acc Time	0.0~600.0	10.0	O
Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*

15 CON-21~CON-22 codes appear when DRV-15 is set as Auto 2.
16 CON-72 code appears when Flying Start-1is set and when any one bit of CON-71 code is set as 1.
17 CON-73~CON-75 codes appear when any one bit of CON-71 code is set as 1.
18 CON-78~CON-83 codes appear when CON-77 code is set as 1(Yes).
Energy Saving Drive
H100 _ 25

H100
LSLV
Fan and Pump Input Terminal Block Function Group [IN]

00	-	Jump Code	Jump Code	1~99	65	O
01	0h1501	Frequency upon maximum input by analog	Freq at 100%	Start frequency ~ Max. frequency (Hz)	Max. frequency	O
05 19	0h1505	V1 Input level display	V1 Monitor(V)	0~12.00(V) or -12.00~12.00(V)	0.00	X
06	0h1506	V1 input polarity selection	V1 Polarity	0	Unipolar	0: Unipolar	Δ
1	Bipolar
07	0h1507	V1 input filter time constant	V1 Filter	0~10000(ms)	10	O
08	0h1508	V1 input minimum voltage	V1 Volt x1	0.00~10.00(V)	0.00	O
09	0h1509	Output % at V1 minimum voltage	V1 Perc y1	0.00~100.00(%)	0.00	O
10	0h150A	V1 input maximum voltage	V1 Volt x2	0.00~12.00(V)	10.00	O
11	0h150B	Output % at V1 maximum voltage	V1 Perc y2	0.00~100.00(%)	100.00	O
12 20	0h150C	V1 input minimum voltage	V1– Volt x1’	-10.00~0.00(V)	0.00	O
13	0h150D	Output % at V1 minimum voltage	V1– Perc y1’	-100.00~0.00(%)	0.00	O
14	0h150E	V1 input maximum voltage	V1– Volt x2’	-12.00~0.00(V)	-10.00	O
15	0h150F	Output % at V1 maximum voltage	V1– Perc y2’	-100.00~0.00(%)	-100.00	O
16	0h1510	Changing V1 rotation direction	V1 Inverting	0	No	0: No	O
1	Yes
17	0h1511	V1 quantizing level	V1 Quantizing	0.00 21, 0.04~10.00(%)	0.04	O
20 22	0h1514	Temperature display	T1 Monitor(V)	0.00~100.00(%)	-	X
35 23	0h1523	V2 input display	V2 Monitor(V)	0.00~12.00(V)	0.00	O
37	0h1525	V2 input filter constant time	V2 Filter	0~10000(msec)	10	O
38	0h1526	V2 input minimum voltage	V2 Volt x1	0.00~10.00(V)	0.00	O
39	0h1527	Output % at V2 minimum voltage	V2 Perc y1	0.00~100.00(%)	0.00	O
40	0h1528	V2 input maximum voltage	V2 Volt x2	0.00~10.00(V)	10.00	O
41	0h1529	Output % at V2 maximum voltage	V2 Perc y2	0.00~100.00(%)	100.00	O
46	0h152E	Changing V2 rotation direction	V2 Inverting	0	No	0: No	O
1	Yes
47	0h152F	V2 quantizing level	V2 Quantizing	0.00 24, 0.04~10.00(%)	0.04	O
50 25	0h1532	I2 input display	I2 Monitor(mA)	0~24(mA)	0	O
52	0h1534	I2 input filter constant time	I2 Filter	0~10000(msec)	10	O
53	0h1535	I2 input minimum current	I2 Curr x1	0.00~20.00(mA)	4.00	O
54	0h1536	Output % at I2 minimum current	I2 Perc y1	0.00~100.00(%)	0.00	O
55	0h1537	I2 input maximum current	I2 Curr x2	0.00~24.00(mA)	20.00	O
56	0h1538	Output % at I2 maximum current	I2 Perc y2	0.00~100.00(%)	100.00	O
61	0h153D	Changing I2 rotation direction	I2 Inverting	0	No	0: No	O
1	Yes
62	0h153E	I2 quantizing level	I2 Quantizing	0.00 26, 0.04~10.00(%)	0.04	O
65	0h1541	P1 terminal function setting	P1 Define	0	None	1: Fx	Δ
1	Fx
66	0h1542	P2 terminal function setting	P2 Define	2	Rx	2: Rx	Δ
67	0h1543	P3 terminal function setting	P3 Define	3	RST	5: BX	Δ
68	0h1544	P4 terminal function setting	P4 Define	4	External Trip	3: RST	Δ
69	0h1545	P5 terminal function setting	P5 Define	5	BX	7: Sp-L	Δ
70	0h1546	P6 terminal function setting	P6 Define	6	JOG	8: Sp-M	Δ
7	Speed-L	71	0h1547	P7 terminal function setting	P7 Define	9: Sp-H	Δ
8	Speed-M
9	Speed-H
11	XCEL-L
12	XCEL-M
13	XCEL-H
Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*

19 Setting range varies depending on IN-06 code setting.
20 IN-12~IN-17 codes appear when IN-06 code is set as 1(Bipolar).
21 When set as 0, Quantizing is not available.
22 IN-20 code appears when analog voltage/current input terminal setting switch (SW3) is set as T1.
23 IN-35~IN47 codes appear when analog voltage/current input terminal setting switch (SW4) is set as V2
24 When set as 0, Quantizing is not available.
25 IN-50~IN-62 codes appear when analog voltage/current input terminal setting switch (SW5) is set as I2
26 When set as 0, Quantizing is not available.
26_ LSIS

27 If you set it to 0, do not use quantizing.

14	XCEL Stop	71	0h1547	P7 D efine	P7 terminal function setting	9: Sp-H	Δ
15	RUN Enable
16	3-Wire
17	2nd Source
18	Exchange
19	Up
20	Down
22	U/D Clear
23	Analog Hold
24	I-Term Clear
25	PID Openloop
26	PID Gain2
27	PID Ref Change
28	2nd Motor
29	Interlock 1
30	Interlock 2
31	Interlock 3
32	Interlock 4
33	Interlock 5
34	Pre Excite
35	Timer In
37	dis Aux Ref
38	FWD JOG
39	REV JOG
40	Fire Mode
41	EPID1 Run
42	EPID1 ItermClr
43	Time Event En
44	Pre Heat
45	Damper Open
46	PumpClean
47	EPID2 Run
48	EPID2 ItermClr
49	Sleep Wake Chg
50	PID Step Ref L
51	PID Step Ref M
52	PID Step Ref H
85	0h1555	Multifunction input terminal on filter	DI On Delay	0~10000(msec)	10	O
86	0h1556	Multifunction input terminal off filter	DI Off Delay	0~10000(msec)	3	O
P7-P1	87	0h1557	DI NC/NO Sel	Δ	000 0000	Multifunction input contact point selection
0	A Contact Point(NO)
1	B Contact Point(NC)
89	0h1559	Multi-step command delay time	InCheck Time	1~5000(msec)	1	Δ
P7-P1	90	0h155A	Multifunction input terminal status	DI Status	O	000 0000
0	Open (Off)
1	Access (On)
91	0h155B	Pulse input display	Pulse Monitor(kHz)	0.00~50.00(kHz)	0.00	X
92	0h155C	TI input filter constant time	TI Filter	0~9999(msec)	10	O
93	0h155D	TI input minimum pulse	TI Pls x1	0~TI Pls x2	0.00	O
94	0h153E	Output % at TI minimum pulse	TI Perc y1	0.00~100.00(%)	0.00	O
95	0h155F	TI input maximum pulse	TI Pls x2	TI Pls x1~32.00	32.00	O
96	0h1560	Output % at TI maximum pulse	TI Perc y2	0~100(%)	100.00	O
97	0h1561	Changing TI rotation direction	TI Inverting	0	No	0: No	O
1	Yes
98	0h1562	TI quantizing level	TI Quantizing	0.0027 0.04~10.00(%)	0.04	O
Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*

Energy Saving Drive
H100 _ 27

H100
LSLV
Fan and Pump Output Terminal Block Function Group (OUT)

Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*
00	-	Jump Code	Jump Code	1~99	30	O
0	Frequency	01	0h1601	Analog output 1 item	AO1 Mode	0: Frequency	O
1	Output Current
2	Output Voltage
3	DCLink Voltage
4	Output Power
7	Target Freq
8	Ramp Freq
9	PID Ref Value
10	PID Fdb Value
11	PID Output
12	Constant
13	EPID1 Output
14	EPID1 RefVal
15	EPID1 FdbVal
16	EPID2 Output
17	EPID2 RefVal
18	EPID2 FdbVal
02	0h1602	Analog output 1 gain	AO1 Gain	-1000.0~1000.0(%)	100.0	O
03	0h1603	Analog output 1 bias	AO1 Bias	-100.0~100.0(%)	0.0	O
04	0h1604	Analog output 1 filter	AO1 Filter	0~10000(msec)	5	O
05	0h1605	Analog constant output 1	AO1 Const %	0.0~100.0(%)	0.0	O
06	0h1606	Analog output 1 monitor	AO1 Monitor	0.0~1000.0(%)	0.0	X
07	0h1607	Analog output 2 item	AO2 Mode	0: Frequency	O	Same as the selection range of OUT-02 AO1 Mode
08	0h1608	Analog output 2 gain	AO2 Gain	-1000.0~1000.0(%)	100.0	O
09	0h1609	Analog output 2 bias	AO2 Bias	-100.0~100.0(%)	0.0	O
10	0h160A	Analog output 2 filter	AO2 Filter	0~10000(msec)	5	O
11	0h160B	Analog constant output 2	AO2 Const %	0.0~100.0(%)	0.0	O
12	0h160C	Analog output 2 monitor	AO2 Monitor	0.0~1000.0(%)	0.0	X
Bit	000~111	30	0h161E	Trip Out Mode	010	O	Trip output item
Bit 0	Low voltage trip generated
Bit 1	Trip other than low voltage trip
Bit 2	Final failure of auto restart
0	None	31	0h161F	Relay 1	23 : Trip	O	Multifunction relay 1 item
1	FDT-1
2	FDT-2
3	FDT-3
4	FDT-4
5	Over Load
6	IOL
7	Under Load
8	Fan Warning
9	Stall
10	Over Voltage
11	Low Voltage
12	Over Heat
13	Lost Command
14	Run
15	Stop
16	Steady
17	Drive Line
18	Comm Line
19	Speed Search
20	Ready

28_ LSIS

Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*
21	MMC	31	0h161F	Multifunction relay 1 item	Relay 1	23:Trip	O
22	Timer Out
23	Trip
24	Lost Keypad
25	DB Warn%ED
26	On/Off Control
27	Fire Mode
28	Pipe Broken
29	Damper Err
30	Lubrication
31	Pump Clean
32	Level Detect
33	Damper Control
34	CAP.Warning
35	Fan Exchange
32	0h1620	Multifunction relay 2 item	Relay 2	36	AUTO State	14:RUN	O
33	0h1621	Multifunction relay 3 item	Relay 3	37	Hand State	0: None	O
34	0h1622	Multifunction relay 4 item	Relay 4	38	TO	0: None	O
35	0h1623	Multifunction relay 5 item	Relay 5	39	Except Date	0: None	O
36	0h1621	Multifunction output 1 item	Q1 Define	40	KEB Operating	0: None	O
41	0h1629	Multifunction output monitor	DO Status	DO Status	000000	X
50	0h1632	Multifunction output ON delay	DO On Delay	0.00~100.00(sec)	0.00	O
51	0h1633	Multifunction output OFF delay	DO Off Delay	0.00~100.00(sec)	0.00	O
Q1, Relay5~Relay1	52	0h1634	DO NC/NO Sel	000000	Δ	Multifunction output, Multifunction relay Contact point selection
0	A Contact Point (NO)
1	B Contact Point (NC)
53	0h1635	Trip output ON delay	TripOut OnDly	0.00~100.00(sec)	0.00	O
54	0h1636	Trip output OFF delay	TripOut OffDly	0.00~100.00(sec)	0.00	O
55	0h1637	Timer ON delay	TimerOn Delay	0.00~100.00(sec)	0.00	O
56	0h1638	Timer OFF delay	TimerOff Delay	0.00~100.00(sec)	0.00	O
57	0h1639	Detection frequency	FDT Frequency	0.00~Max. frequency (Hz)	30.00	O
58	0h163A	Detection frequency bandwidth	FDT Band	0.00~Max. frequency (Hz)	10.00	O
0	Frequency	61	0h163D	Pulse output item	TO Mode	0: Frequency	O
1	Output Current
2	Output Voltage
3	DCLink Voltage
4	Output Power
7	Target Freq
8	Ramp Freq
9	PID Ref Value
10	PID Fdb Value
11	PID Output
12	Constant
13	EPID1 Output
14	EPID1 RefVal
15	EPID1 FdbVal
16	EPID2 Output
17	EPID2 RefVal
18	EPID2 FdbVal
62	0h163E	Pulse output gain	TO Gain	-1000.0~1000.0(%)	100.0	O
63	0h163F	Pulse output bias	TO Bias	-100.0~100.0(%)	0.0	O
64	0h1640	Pulse output filter	TO Filter	0~10000(msec)	5	O
65	0h1641	Pulse output constant output 2	TO Const %	0.0~100.0(%)	0.0	O
66	0h1642	Pulse output monitor	TO Monitor	0.0~1000.0(%)	0.0	X

Energy Saving Drive
H100 _ 29

H100
LSLV
Fan and Pump Communication Function Group (COM)

Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*
00	-	Jump code	Jump Code	1~99	20	O
01	0h1701	Built-in communication drive ID	Int485 St ID	1~250	1	O
0	ModBus RTU	02	0h1702	Int485 Proto	0: ModBus RTU	O	Built-in communication protocol
2	LS Inv 485
4	BACnet RTU
5	Metasys-N2
0	1200 bps	03	0h1703	Int485 BaudR	3: 9600 bps	O	Built-in communication speed
1	2400 bps
2	4800 bps
3	9600 bps
4	19200 bps
5	38400 bps
6	56 Kbps
7	76.8Kbps
8	115.2 Kbps 28
0	D8/PN/S1	04	0h1704	Int485 Mode	0: D8/PN/S 1	O	Built-in communication frame setting
1	D8/PN/S2
2	D8/PE/S1
3	D8/PO/S1
05	0h1705	Send delay after receiving	Resp Delay	0~1000(msec)	5	O
06 29	0h1706	Communication option S/W version	FBus S/W Ver	-	-	O
07	0h1707	Communication option drive ID	FBus ID	0~255	1	O
08	0h1708	Field bus communication speed	FBUS BaudRate	-	12Mbps	O
09	0h1709	Communication option LED status	FieldBus LED	-	-	O
20	0h1714	BACnet maximum master count	BAC Max Master	1~127	127	O
21	0h1715	BACnet device number 1	BAC Dev Inst1	0~4194	237	O
22	0h1716	BACnet device number 2	BAC Dev Inst2	0~999	0	O
23	0h1717	BACnet password	BAC PassWord	0~32767	0	O
28	0h171C	USB Protocol	0	Modbus RTU	2: LS Inv 485	O	USB protocol
2	LS Inv 485
30	0h171E	Output parameter count	ParaStatus Num	0~8	3	O
31	0h171F	Output communication no. 1	Para Stauts-1	0000~FFFF Hex	000A	O
32	0h1720	Output communication no. 2	Para Stauts-2	0000~FFFF Hex	000E	O
33	0h1721	Output communication no. 3	Para Stauts-3	0000~FFFF Hex	000F	O
34	0h1722	Output communication no. 4	Para Stauts-4	0000~FFFF Hex	0000	O
35	0h1723	Output communication no. 5	Para Stauts-5	0000~FFFF Hex	0000	O
36	0h1724	Output communication no. 6	Para Stauts-6	0000~FFFF Hex	0000	O
37	0h1725	Output communication no. 7	Para Stauts-7	0000~FFFF Hex	0000	O
38	0h1726	Output communication no. 8	Para Stauts-8	0000~FFFF Hex	0000	O
50	0h1732	Input parameter count	Para Ctrl Num	0~8	2	O
51	0h1733	Input communication no. 1	Para Control-1	0000~FFFF Hex	0005	O
52	0h1734	Input communication no. 2	Para Control-2	0000~FFFF Hex	0006	O
53	0h1735	Input communication no. 3	Para Control-3	0000~FFFF Hex	0000	O
54	0h1736	Input communication no. 4	Para Control-4	0000~FFFF Hex	0000	O
55	0h1737	Input communication no. 5	Para Control-5	0000~FFFF Hex	0000	O
56	0h1738	Input communication no. 6	Para Control-6	0000~FFFF Hex	0000	O
57	0h1739	Input communication no. 7	Para Control-7	0000~FFFF Hex	0000	O
58	0h173A	Input communication no. 8	Para Control-8	0000~FFFF Hex	0000	O

28 115200bps
29 COM-06~COM-19 codes appear only when communication option cards are installed. For details, refer to option manual.
30_ LSIS

Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*
70	0h1746	Communication multifunction input 1	Virtual DI 1	0	None	0: None	O
71	0h1747	Communication multifunction input 2	Virtual DI 2	1	Fx	0: None	O
72	0h1748	Communication multifunction input 3	Virtual DI 3	2	Rx	0: None	O
73	0h1749	Communication multifunction input 4	Virtual DI 4	3	RST	0: None	O
74	0h174A	Communication multifunction input 5	Virtual DI 5	4	External Trip	0: None	O
75	0h174B	Communication multifunction input 6	Virtual DI 6	5	BX	0: None	O
76	0h174C	Communication multifunction input 7	Virtual DI 7	6	JOG	0: None	O
7	Speed-L	77	0h174D	Communication multifunction input 8	Virtual DI 8	0: None	O
8	Speed-M
9	Speed-H
11	XCEL-L
12	XCEL-M
13	XCEL-H
14	XCEL-Stop
15	Run Enable
16	3-wire
17	2nd source
18	Exchange
19	Up
20	Down
22	U/D Clear
23	Analog Hold
24	I-Term Clear
25	PID Openloop
26	PID Grain 2
27	PID Ref Change
28	2nd Motor
29	Interlock1
30	Interlock2
31	Interlock3
32	Interlock4
33	Interlock5
34	Pre Excite
35	Timer In
37	Dis Aux Ref
38	FWD JOG
39	REV JOG
40	Fire Mode
41	EPID1 Run
42	EPID1 ItermClr
43	Time Event En
44	Pre Heat
45	Damper Open
46	Pump Clean
47	EPID2 Run
48	EPID2 ItermClr
49	Sleep Wake Chg
50	PID Step Ref L
51	PID Step Ref M
52	PID Step Ref H
86	0h1756	Virt DI Status	-	0	Δ	Communication multifunction input monitor
94	-	0	No	0 : No	Δ	Update communication option parameters setting	Comm Update
1	Yes
96	0h173C	0	No	0 : No	Δ	Communication run: auto restart	PowerOn Resume
1	Yes

Energy Saving Drive
H100 _ 31

H100
LSLV
Fan and Pump Application Function Group (PID)

Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*
00	-	Jump code	Jump Code	1~99	50	O
01	0h1801	PID Sel	0	No	0: No	Δ	PID function selection
1	Yes
02	0h1802	E-PID Sel	0	No	0: No	O	E-PID selection
1	Yes
03	0h1803	PID output monitor	PID Output	-	-	X
04	0h1804	PID reference monitor	PID Ref Value	-	-	X
05	0h1805	PID feedback monitor	PID Fdb Value	-	-	X
06	0h1806	PID error monitor value	PID Err Value	-	-	X
0	KeyPad	10	0h180A	PID Ref 1 Src	0: Keypad	Δ	PID reference 1 source selection
1	V1
3	V2
4	I2
5	Int 485
6	Fieldbus
8	Pulse
9	EPID1 Output
11	0h180B	PID reference 1 keypad value	PID Ref 1 Set	Unit Min~Unit Max	Unit Default	O
0	None	12	0h180C	PID Ref1AuxSrc	0: None	Δ	PID reference 1 auxiliary source selection
1	V1
3	V2
4	I2
6	Pulse
7	Int 485
8	FieldBus
10	EPID1 Output
11	E-PID Fdb Val
0	M+(G*A)	13	0h180D	PID Ref1AuxMod	0: M+(G* A)	O	PID reference 1 auxiliary mode selection
1	M(GA)
2	M/(G*A)
3	M+(M(GA))
4	M+G2(A-50)
5	M(G2*(A-50))
6	M/(G2(A-50))
7	M+MG2*(A-50)
8	(M-A)^2
9	M^2+A^2
10	MAX(M, A)
11	MIN(M, A)
12	(M + A)/2
13	Root(M+A)
14	0h180E	PID reference 1 auxiliary gain	PID Ref1 Aux G	-200.0~200.0(%)	0.0	O
0	Keypad	15	0h180F	PID Ref 2 Src	0: KeyPad	Δ	PID reference 2 source selection
1	V1
3	V2
4	I2
5	Int 485
6	Fieldbus
8	Pulse
9	E-PID Output
16	0h1810	PID reference 2 keypad value	PID Ref 2 Set	Unit Min~Unit Max	Unit Default	O
0	None	17	0h1811	PID Ref2AuxSrc	0: None	Δ	PID reference 2 auxiliary sourceselection
1	V1
3	V2
4	I2
6	Pulse
7	Int 485

32_ LSIS

Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*
8	FieldBus	17	0h1811	PID Ref2AuxSrc	0: None	Δ	PID reference 2 auxiliary source selection
10	EPID1 Output
11	EPID1 Fdb Val
0	M+(G*A)	18	0h1812	PID Ref2AuxMod	0: M+(G*A)	O	PID reference 2 auxiliary mode selection
1	M(GA)
2	M/(G*A)
3	M+(M(GA))
4	M+G2(A-50)
5	M(G2*(A-50))
6	M/(G2(A-50))
7	M+MG2*(A-50)
8	(M-A)^2
9	M^2+A^2
10	MAX(M, A)
11	MIN(M, A)
12	(M+A)/2
13	Root(M+A)
19	0h1813	PID reference 2 auxiliary gain	PID Ref2 Aux G	-200.0~200.0(%)	0.0	O
0	V1	20	0h1814	PID feedback selection	PID Fdb Source	0: V1	Δ
2	V2
3	I2
4	Int 485
5	FieldBus
7	Pulse
8	EPID1 Output
9	EPID1 Fdb Val
0	None	21	0h1815	PID Fdb Aux Src	0: None	Δ	PID feedback auxiliary source selection
1	V1
3	V2
4	I2
6	Pulse
7	Int 485
8	FieldBus
10	EPID1 Output
11	EPID1 Fdb Val
0	M+(G*A)	22	0h1816	PID Fdb AuxMod	0: M+(G*A)	O	PID feedback auxiliary mode selection
1	M(GA)
2	M/(G*A)
3	M+(M(GA))
4	M+G2(A-50)
5	M(G2*(A-50))
6	M/(G2(A-50))
7	M+MG2*(A-50)
8	(M-A)^2
9	M^2+A^2
10	MAX(M, A)
11	MIN(M, A)
12	(M+A)/2
13	Root(M+A)
23	0h1817	PID feedback auxiliary gain	PID Fdb Aux G	-200.0~200.0(%)	0.0	O
24	0h1818	PID feedback band	PID Fdb Band	0~Unit Band	0.00	O
25	0h1819	PID controller P-Gain 1	PID P-Gain 1	0.00~300.00(%)	50.00	O
26	0h181A	PID controller I-Time 1	PID I-Time 1	0.0~200.0(sec)	10.0	O
27	0h181B	PID controller D-Time 1	PID D-Time 1	0.00~1.00(sec)	0.00	O
28	PID controller feedforward compensation gain	PID FFGain	0.0~1000.0(%)	0.0	0	Oh 181C
29	0	0.00	0.00~10.00(s)	PID Out LPF	PID output filter	Oh 181D
30	0	10.00	PID Limit Lo~100.00	PID Limit Hi	PID output high limit	Oh 181E

Energy Saving Drive
H100 _ 33

H100
LSLV
Fan and Pump Application Function Group (PID)

Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*
31	0h181F	PID output low limit	PID Limit Lo	-100.00~PID Limit Hi	0.00	O
32	0h1820	PID controller P-Gain 2	PID P-Gain 2	0.00~300.00(%)	50.0	O
33	0h1821	PID controller I-Time 2	PID I-Time 2	0.0~200.0(sec)	10.0	O
34	0h1822	PID controller D-Time 2	PID D-Time 2	0.00~1.00(sec)	0.00	O
0	PID Output	35	0h1823	PID Out Mode	0: PID Output	O	PID output mode
1	PID+Main Freq
2	PID+EPID1 Out
3	PID+EPID1+Main
36	0h1824	PID Out Inv	0	No	0: No	Δ	PID output inversion
1	Yes
37	0h1825	PID output scale	PID Out Scale	0.1~1000.0(%)	100.0	Δ
40	0h1828	PID multi-step reference value 1	PID Step Ref 1	Unit Min~Unit Max	Unit Default	O
41	0h1829	PID multi-step reference value 2	PID Step Ref 2	Unit Min~Unit Max	Unit Default	O
42	0h182A	PID multi-step reference value 3	PID Step Ref 3	Unit Min~Unit Max	Unit Default	O
43	0h182B	PID multi-step reference value 4	PID Step Ref 4	Unit Min~Unit Max	Unit Default	O
44	0h182C	PID multi-step reference value 5	PID Step Ref 5	Unit Min~Unit Max	Unit Default	O
45	0h182D	PID multi-step reference value 6	PID Step Ref 6	Unit Min~Unit Max	Unit Default	O
46	0h182E	PID multi-step reference value 7	PID Step Ref 7	Unit Min~Unit Max	Unit Default	O
Refer to Unit List	50	0h1832	PID Unit Sel	1: %	O	PID controller unit selection
0	CUST
1	%
2	PSI
3	˚ F
4	˚ C
5	inWC
6	inM
7	mBar
8	Bar
9	Pa
10	kPa
11	Hz
12	rpm
13	V
14	A
15	kW
16	HP
17	mpm
18	ft
19	m/s
20	m3/s(m3/S)
21	m3/m(m3/min)
22	m3/h(m3/h)
23	l/s
24	l/m
25	l/h
26	kg/s
27	kg/m
28	kg/h
29	gl/s
30	gl/m
31	gl/h
32	ft/s
33	f3/s(ft3/Sec)
34	f3/m (ft3/Min)
35	f3/h (ft3/Hour)
36	lb/s
37	lb/m

34_ LSIS

Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*
38	lb/h	50	0h1832	PID controller unit selection	PID Unit Sel	1: %	O
39	ppm
40	pps
0	x100	51	0h1833	PID Unit Scale	2: x 1	O	PID unit scale
1	x10
2	x1
3	x0.1
4	x0.01
X100	-30000~Unit Max	52	0h1834	PID Unit 0%	O	Range varies according to PID 50 setting	PID control 0% set value
X10	-3000.0~Unit Max
X1	-300.00~Unit Max
X0.1	-30.000~Unit Max
X0.01	-3.0000~Unit Max
X100	Unit Min~30000	53	0h1835	PID Unit 100%	O	Range varies according to PID 50 setting	PID control 100% set value
X10	Unit Min~3000.0
X1	Unit Min~300.00
X0.1	Unit Min~30.000
X0.01	Unit Min~3.0000

Energy Saving Drive
H100 _ 35

H100
LSLV
Fan and Pump EPID Function Group 30

Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*
00	-	Jump code	Jump Code	1~99	1	O
0	None	01	0h1901	EPID1 Mode	0: None	O	EPID1 Mode selection
1	Always ON
2	During Run
3	DI dependent
02 31	0h1902	EPID1 output monitor value	EPID1 Output	-100.00~100.00%	0.00	X
03	0h1903	EPID1 reference monitor value	EPID1 Ref Val	-	-	X
04	0h1904	EPID1 feedback monitor value	EPID1 Fdb Val	-	-	X
05	0h1905	EPID1 error monitor value	EPID1 Err Val	-	-	X
0	Keypad	06	0h1906	EPID1 Ref Src	0: KeyPad	Δ	EPID1 command source selection
1	V1
3	V2
4	I2
5	Int 485
6	FieldBus
8	Pulse
07	0h1907	EPID1 keypad command value	EPID1 Ref Set	Unit Min~Unit Max	Unit Min	O
0	V1	08	0h1908	EPID1 Fdb Src	0: V1	O	EPID1 feedback source selection
2	V2
3	I2
4	Int485
5	FieldBus
7	Pulse
09	0h1909	EPID1 P-Gain	EPID1 P-Gain	0.00~300.00(%)	50.00	O
10	0h190A	EPID1 I-Time	EPID1 I-Time	0.0~200.0(sec)	10.0	O
11	0h190B	EPID1 D-Time	EPID1 D-Time	0.00~1.00 (sec)	0.00	O
12	0h190C	EPID1 FF-Gain	0.0~1000.0 (%)	0.0	O	EPID1 feedforward compensation gain
13	0h190D	EPID1 output filter	EPID1 Out LPF	0.00~10.00 (sec)	0.00	O
14	0h190E	EPID1 output high limit	EPID1 Limit Hi	EPID1 Limit Lo ~100.00	100.00	O
15	0h190F	EPID1 output low limit	EPID1 Limit Lo	-100.00~EPID1 Limit Hi	0.00	O
16	0h1910	EPID1 Out Inv	0	No	0: No	O	EPID1 output inversion
1	Yes
17	0h1911	EPID1 unit	EPID1 Unit Sel	Refer to the EPID Unit table	1: %	O
0	X100	18	0h1912	EPID1 unit scale	EPID1 Unit Scl	2: X1	O
1	X10
2	X1
3	X0.1
4	X0.01
X100	-30000~Unit Max	19	0h1913	EPID1 unit 0%	EPID1 Unit0%	O	Varies according to unit setting
X10	-3000.0~Unit Max
X1	-300.00~Unit Max
X0.1	-30.000~Unit Max
X0.01	-3.0000~Unit Max
X100	Unit Min~30000	O	20	0h1914	EPID1 unit 100%	EPID1 Unit100%	Varies according to unit setting
X10	Unit Min~3000.0
X1	Unit Min~300.00
X0.1	Unit Min~30.000
X0.01	Unit Min~3.0000

30 EPID function group is displayed when PID-02 code is YES.
31 EPID-02~EPID-20 codes appear when EPID-01 code is not 0(None).
36_ LSIS

32 EPID-32~EPID-50 codes appear when EPID-31 code is not 0(None).

Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*
0	None	31	0h191F	EPID2 Mode	0: None	O	EPID2 Mode selection
1	Always ON
2	During Run
3	DI dependent
32 32	0h1920	EPID2 output monitor value	EPID2 Output	-100.00~100.00%	0.00	X
33	0h1921	EPID2 reference monitor value	EPID2 Ref Val	-	-	X
34	0h1922	EPID2 feedback monitor value	EPID2 Fdb Val	-	-	X
35	0h1923	EPID2 error monitor value	EPID2 Err Val	-	-	X
0	Keypad	36	0h1924	EPID2 Ref Src	0: KeyPad	Δ	EPID2 command source selection
1	V1
2	I1
3	V2
4	I2
5	Int 485
6	FieldBus
8	Pulse
37	0h1925	EPID2 keypad command value	EPID2 Ref Set	Unit Min~Unit Max	Unit Min	O
0	V1	38	0h1926	EPID2 Fdb Src	0: V1	O	EPID2 feedback source selection
2	V2
3	I2
4	Int 485
5	FieldBus
7	Pulse
39	0h1927	EPID2 P-Gain	EPID2 P-Gain	0.0~300.0 (%)	50.0	O
40	0h1928	EPID2 I-Time	EPID2 I-Time	0.0~200.0 (sec)	10.0	O
41	0h1929	EPID2 D-Time	EPID2 D-Time	0.00~1.00 (sec)	0.00	O
42	0h192A	EPID2 FF-Gain	0.0~1000.0 (%)	0.0	O	EPID2 feedforward compensation gain
43	0h192B	EPID2 output filter	EPID2 Out LPF	0.00~10.00 (sec)	0.00	O
44	0h192C	EPID2 output high limit	EPID2 Limit Hi	EPID2 Limit Lo~100.00	100.00	O
45	0h192D	EPID2 output low limit	EPID2 Limit Lo	-100.00~EPID2 Limit Hi	0.00	O
46	0h192E	EPID2 Out Inv	0	No	0: No	O	EPID2 output inversion
1	Yes
47	0h192F	EPID2 unit	EPID2 Unit Sel	Refer to the EPID Unit table	0: CUST	O
0	X100	48	0h1930	EPID2 unit scale	EPID2 Unit Scl	2: X1	O
1	X10
2	X1
3	X0.1
4	X0.01
X100	-30000~Unit Max	49	0h1931	EPID2 unit 0%	EPID2 Unit0%	O	Varies according to unit setting
X10	-3000.0~Unit Max
X1	-300.00~Unit Max
X0.1	-30.000~Unit Max
X0.01	-3.0000~Unit Max
X100	Unit Min~30000	50	0h1932	EPID2 unit 100%	EPID2 Unit100%	O	Varies according to unit setting
X10	Unit Min~3000.0
X1	Unit Min~300.00
X0.1	Unit Min~30.000
X0.01	Unit Min~3.0000

Energy Saving Drive
H100 _ 37

H100
LSLV
Fan and Pump Application Function Group

Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*
00	-	Jump code	Jump Code	1~99	20	O
05	0h1A05	Sleep boost level	Sleep Bst Set	0.00~Unit Max	0.00	O
06	0h1A06	Sleep boost speed	Sleep Bst Freq	0.00, Low Freq~High Freq	60.00	O
07	0h1A07	PID sleep mode 1 delay time	PID Sleep 1 DT	0.0~6000.0(sec)	20.0	O
08	0h1A08	PID sleep mode 1 frequency	PID Sleep1Freq	0.00, Low Freq~High Freq	0.00	O
09	0h1A09	PID wakeup 1 delay time	PID WakeUp1 DT	0.0~6000.0(sec)	20.0	O
10	0h1A0A	PID wakeup 1 value	PID WakeUp1Dev	0.00~Unit Band	20.00	O
11	0h1A0B	PID sleep mode 2 delay time	PID Sleep 2 DT	0.0~6000.0(sec)	20.0	O
12	0h1A0C	PID sleep mode 2 frequency	PID Sleep2Freq	0.00, Low Freq~High Freq	0.00	O
13	0h1A0D	PID wakeup 2 delay time	PID WakeUp2 DT	0.0~6000.0(sec)	20.0	O
14	0h1A0E	PID wakeup 2 value	PID WakeUp2Dev	0.00~Unit Band	20.00	O
20	0h1A14	Soft Fill Sel	0	No	0 : No	O	Soft Fill function used or not
1	Yes
21	0h1A15	Pre-PID run frequency	Pre-PID Freq	Low Freq~High Freq	30.00	O
22	0h1A16	Pre-PID holding time	Pre-PID Delay	0.0~600.0(sec)	60.0	O
23	0h1A17	Soft Fill exit value	Soft Fill Set	Unit Min~Unit Max	20.00	O
24	0h1A18	Soft Fill reference increase level	Fill Step Set	0.00~Unit Band	2.00	O
25	0h1A19	Soft Fill reference increase cycle	Fill Step Time	0~9999(sec)	20	O
26	0h1A1A	Soft Fill difference	Fill Fdb Diff	0.00~Unit Band	0.00	O
30	0h1A1E	Flow Comp Sel	0	No	0 : No	O	Flow Comp function used or not
1	Yes
31	0h1A1F	Max Comp value	Max Comp Value	0.00~Unit Band	0.00	O
4033	0h1A28	MMC Sel	0	No	0 : No	Δ	MMC function selection
1	Yes
4134	0h1A29	Regul Bypass	0	No	0 : No	Δ	Bypass selection
1	Yes
42	0h1A2A	Selecting number of auxiliary motors	Num of Aux	1~5	5	Δ
43	0h1A2B	Selecting starting auxiliary motors	Starting Aux	1~5	1	Δ
44	0h1A2C	Display number of running auxiliary motors	Aux Motor Run	-	-	X
45	0h1A2D	Display priority of 1~4 auxiliary motor	Aux Priority 1	-	-	X
46	0h1A2E	Display priority of 5~8 auxiliary motor	Aux Priority 2	-	-	X
48	0h1A30	Aux All Stop	0	No	1: Yes	O	Setting auxiliary motor operation when stopped
1	Yes
49	0h1A31	FIFO/FILO	0	FILO	0: FILO	Δ	Sequence of auxiliary motor stop
1	FIFO
50	0h1A32	Aux. motor operating pressure difference	Actual Pr Diff	0~100(%)	2	O
51	0h1A33	Aux Acc Time	0.0~600.0(sec)	2.0	O	Main motor acceleration time when the number of aux. motors decreases
52	0h1A34	Aux Dec Time	0.0~600.0(sec)	2.0	O	Main motor deceleration time when the number of aux. motors increases
53	0h1A35	Aux. motor start delay time	Aux Start DT	0.0~3600.0(sec)	60.0	O
54	0h1A36	Aux. motor stop delay time	Aux Stop DT	0.0~3600.0(sec)	60.0	O
0	None	55	0h1A37	Auto change mode selection	Auto Ch Mode	1: AUX Exchange	Δ
1	AUX Exchange
2	Main Exchange
56	0h1A38	Auto change time	Auto Ch Time	00:00~99:00	72:00	O
57	0h1A39	Auto change frequency	Auto Ch Level	Low Freq~High Freq	20.00	O
58	0h1A3A	Auto change operation time	Auto Op Time	-	-	X
61	0h1A3D	First auxiliary motor start frequency	Start Freq 1	Low Freq~High Freq	45.00	O
62	0h1A3E	Second auxiliary motor start frequency	Start Freq 2	Low Freq~High Freq	45.00	O
63	0h1A3F	Third auxiliary motor start frequency	Start Freq 3	Low Freq~High Freq	45.00	O
64	0h1A40	Fourth auxiliary motor start frequency	Start Freq 4	Low Freq~High Freq	45.00	O
65	0h1A41	Fifth auxiliary motor start frequency	Start Freq 5	Low Freq~High Freq	45.00	O
70	0h1A46	First auxiliary motor stop frequency	Stop Freq 1	Low Freq~High Freq	20.00	O
71	0h1A47	Second auxiliary motor stop frequency	Stop Freq 2	Low Freq~High Freq	20.00	O
72	0h1A48	Third auxiliary motor stop frequency	Stop Freq 3	Low Freq~High Freq	20.00	O
73	0h1A49	Fourth auxiliary motor stop frequency	Stop Freq 4	Low Freq~High Freq	20.00	O
74	0h1A4A	Fifth auxiliary motor stop frequency	Stop Freq 5	Low Freq~High Freq	20.00	O
80	0h1A50	Reference compensation of first aux. motor	Aux1 Ref Comp	0.00~Unit Band	0.00	O
81	0h1A51	Reference compensation of second aux. motor	Aux2 Ref Comp	0.00~Unit Band	0.00	O
82	0h1A52	Reference compensation of third aux. motor	Aux3 Ref Comp	0.00~Unit Band	0.00	O

Application 1 Function Group
33 If you want to use AP 1-40 code, set PID group No. 1 to YES.
34 If you want to use AP 1-41 code, set AP 1-40 code to YES.
38_ LSIS

Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*
00	-	Jump code	Jump Code	1~99	40	O
0135	0h1B01	Load Tune	0	No	No	Δ	Load curve tuning
1	Yes
02	0h1B02	Load curve: Low Freq	Load Fit Lfreq	Base Freq*15%~Load Fit HFreq	30.00	Δ
03	0h1B03	Current at Low Freq	Load Fit LCurr	0.0~80.0(%)	40.0	Δ
04	0h1B04	Power at Low Freq	Load Fit LPwr	0.0~80.0(%)	30.0	Δ
08	0h1B08	Load curve: High Freq	Load Fit Hfreq	Load Fit LFreq~High Freq	51.00	Δ
09	0h1B09	Current at High Freq	Load Fit HCurr	Load Fit HCurr~200.0(%)	80.0	Δ
10	0h1B0A	Power at High Freq	Load Fit HPwr	Load Fit HPwr~200.0(%)	80.0	Δ
11	0h1B0B	Load curve current	Load Curve Cur	-	-	X
12	0h1B0C	Load curve power	Load Curve Pwr	-	-	X
0	None	15	0h1B0F	Pump Clean Mode1	0: None	O	Pump Clean Setting 1
1	DI Defendant
2	Output Power
3	Output Current
0	None	16	0h1B10	Pump Clean Mode2	0: None	Δ	Pump Clean Setting 2
1	Start
2	Stop
3	Start&Stop
17	0h1B11	Pump clean load setting	PC Curve Rate	0.1~200.0(%)	100.0	O
18	0h1B12	Pump clean reference band	PC Curve Band	0.0~100.0(%)	5.0	O
19	0h1B13	Pump clean operation delay time	PC Curve DT	0.0~6000.0(sec)	60.0	O
20	0h1B14	Pump clean available area holding time	PC Start DT	0.0~6000.0(sec)	10.0	O
21	0h1B15	0 operation time when forward/reverse switching	PC Step DT	0.1~6000.0(sec)	5.0	O
22	0h1B16	Pump clean acceleration time	PC Acc Time	0.0~600.0(sec)	10.0	O
23	0h1B17	Pump clean deceleration time	PC Dec Time	0.0~600.0(sec)	10.0	O
24	0h1B18	Forward step steady time	Fwd SteadyTime	0.0~600.0(sec)	10.0	O
25	0h1B19	Forward step steady frequency	Fwd SteadyFreq	0.00, Low Freq~High Freq	30.00	O
26	0h1B1A	Reverse step steady time	Rev SteadyTime	0.0~600.0(sec)	10.0	O
27	0h1B1B	Reverse step steady frequency	Rev SteadyFreq	0.00, Low Freq~High Freq	30.00	O
28	0h1B1C	PC Num of Steps	1~10	2	O	Number of forward/reverse steps during pump cleaning
29	0h1B1D	Pump clean cycle monitoring	Repeat Num Mon	-	-	X
30	0h1B1E	Number of repeated pump cleaning	Repeat Num Set	0~10	2	O
31	0h1B1F	PC End Mode	0	Stop	0.Stop	Δ	Operation after pump clean completion
1	Run
32	0h1B20	Continuous Pump Clean limit time	PC Limit Time	6~60(min)	10	O
33	0h1B21	Continuous Pump Clean limit number	PC Limit Num	0~10	3	O
38	0h1B26	Dec Valve operation frequency	Dec Valve Freq	Low Freq~High Freq	40.00	O
39	0h1B27	Dev Valve deceleration time	Dev Valve Time	0.0~6000.0(sec)	0.0	O
40	0h1B28	Start&End Ramp	0	No	0 : No	Δ	Start & End Ramp selection
1	Yes
41	0h1B29	Start Ramp acceleration time	Start Ramp Acc	0.0~600.0(sec)	10.0	O
42	0h1B2A	End Ramp deceleration time	End Ramp Dec	0.0~600.0(sec)	10.0	O
45	0h1B2D	Damper check time	Damper DT	0.0~600.0(sec)	5.0	O
46	0h1B2E	Lubrication operation time	Lub Op Time	0.0~600.0(sec)	5.0	O
48 36	0h1B30	Preheat level	Pre Heat Level	1~100(%)	20	O
49	0h1B31	Preheat duty ratio	Pre Heat Duty	1~100(%)	30	O
50	0h1B32	DC input delay time	DC Inj Delay T	0.0~600.0(sec)	60.0	O

Application 2 Function Group

Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*
83	0h1A53	Reference compensation of fourth aux. motor	Aux4 Ref Comp	0.00~Unit Band	0.00	O
84	0h1A54	Reference compensation of fifth aux. motor	Aux5 Ref Comp	0.00~Unit Band	0.00	O
90	0h1A5A	Interlock	0	No	0: No	O	Interlock selection
1	Yes
91	0h1A5B	Interlock DT	0.1~360.0(Sec)	5.0	O	Delay time before running the next main motor when interlock/auto change occurs at the main motor

35 AP2-01 code can be selected for use only when operation mode is set to Auto mode.
36 AP2-48~AP2-49 codes appear when one of IN-65~71 codes is set as Pre-Heat.
Energy Saving Drive
H100 _ 39

H100
LSLV
Fan and Pump Application Function Group

Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*
87	0h1B57	1st MOTOR average POWER	M1 AVG PWR	0.1~90(kW)	-	O
88	0h1B58	2nd MOTOR average POWER	M2 AVG PWR	0.1~90(kW)	-	O
89	0h1B59	Cost per kWh	Cost per kWh	0.0~1000.0	0.0	O
90	0h1B5A	kWh energy saved	Saved kWh	-	0.0	X
91	0h1B5B	MWh energy saved	Saved MWh	-	0	X
92	0h1B5C	Saved cost up to 1000 unit	Saved Cost1	-	0.0	X
93	0h1B5D	Saved cost up to 1000 unit	Saved Cost2	-	0	X
94	0h1B5E	Reduced CO2 conversion Factor	CO2 Factor	0.0~5.0	0.0	O
95	0h1B5F	CO2 reduction (unit: Ton)	Saved CO2 -1	-	0.0	X
96	0h1B60	CO2 reduction (unit: kT on)	Saved CO2 -2	-	0	X
97	0h1B61	Reset Energy	0	No	0.No	Δ	Reset of energy saved
1	Yes

Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*
00	-	Jump code	Jump Code	1~99	70	O
01	0h1C01	Current date	Now Date	01/01/2000~12/31/2099(Date)	01/01/2000	O
02	0h1C02	Current time	Now Time	0:00~23:59(Min)	0:00	O
03	0h1C03	Current weekday	Now Weekday	0000000~1111111(Bit)	0000001	O
04	0h1C04	Summer Time start date	Summer T Start	01/01~11/31(Date)	04/01	O
05	0h1C05	Summer Time end date	Summer T Stop	04/01~12/31(Date)	11/31	O
0	YYYY/MM/DD	0637	0h1C06	Date Format	Date Format	O	Date format
1	MM/DD/YYYY
2	DD/MM/YYYY
10	0h1C0A	Period connection status	Period Status	-	-	X
11	0h1C0B	Time Period 1 start time setting	Period1 Start T	00:00~24:00	24:00	O
12	0h1C0C	Time Period 1 stop time setting	Period1 Stop T	Period1 StartT~24:00(Min)	24:00	O
13	0h1C0D	Time Period 1 day setting	Period1 Day	0000000~1111111(Bit)	0000000
14	0h1C0E	Time Period 2 start time setting	Period2 Start T	00:00~24:00(Min)	24:00	O
15	0h1C0F	Time Period 2 stop time setting	Period2 Stop T	Period2 StartT~24:00(Min)	24:00	O
16	0h1C10	Time Period 2 day setting	Period2 Day	0000000~1111111(Bit)	00000000	O
17	0h1C11	Time Period 3 start time setting	Period3 Start T	00:00~24:00(Min)	24:00	O
18	0h1C12	Time Period 3 stop time setting	Period3 Stop T	Period3 StartT~24:00(Min)	24:00	O
19	0h1C13	Time Period 3 day setting	Period3 Day	0000000~1111111(Bit)	0000000	O
20	0h1C14	Time Period 4 start time setting	Period4 StartT	00:00~24:00(Min)	24:00	O
21	0h1C15	Time Period 4 stop time setting	Period4 Stop T	Period4 StartT~24:00(Min)	24:00	O
22	0h1C16	Time Period 4 day setting	Period4 Day	0000000~1111111(Bit)	0000000	O
30	0h1C1E	Except1 Date start time setting	Except1 Start T	00:00~24:00(Min)	24:00	O
31	0h1C1F	Except1 Date stop time setting	Except1 Stop T	Except1 StartT~24:00(Min)	24:00	O
32	0h1C20	Except1 Date setting	Except1Date	01/01~12/31(Date)	01/01	O
33	0h1C21	Except2 Date start time setting	Except2 Start T	00:00~24:00(Min)	24:00	O
34	0h1C22	Except2 Date stop time setting	Except2 Stop T	Except2 StartT~24:00(Min)	24:00	O
35	0h1C23	Except2 Date setting	Except2Date	01/01~12/31(Date)	01/01	O
36	0h1C24	Except3 Date start time setting	Except3 StartT	00:00~24:00(Min)	24:00	O
37	0h1C25	Except3 Date stop time setting	Except3 Stop T	Except3 StartT~24:00(Min)	24:00	O
38	0h1C26	Except3Date setting	Except3Date	01/01~12/31(Date)	01/01	O
39	0h1C27	Except4 Date start time setting	Except4 Start T	00:00~24:00(Min)	24:00	O
40	0h1C28	Except4 Date stop time setting	Except4 Stop T	Except4 StartT~24:00(Min)	24:00	O
41	0h1C29	Except4Date setting	Except4Date	01/01~12/31(Date)	01/01	O
42	0h1C2A	Except5 Date start time setting	Except5 Start T	00:00~24:00(Min)	24:00	O
43	0h1C2B	Except5 Date stop time setting	Except5 Stop T	Except5 StartT~24:00(Min)	24:00	O
44	0h1C2C	Except5 Date setting	Except5 Date	01/01~12/31(Date)	01/01	O
45	0h1C2D	Except6 Date start time setting	Except6 Start T	00:00~24:00(Min)	24:00	O
46	0h1C2E	Except6 Date stop time setting	Except6 Stop T	Except6 StartT~24:00(Min)	24:00	O
47	0h1C2F	Except6 Date setting	Except6 Date	01/01~12/31(Date)	01/01	O
48	0h1C30	Except7 Date start time setting	Except7 StartT	00:00~24:00(Min)	24:00	O

Application 2 Function Group
Application 3 Function Group
40_ LSIS
37 Date Format is changed according to AP3-06 setting. (AP3-06 default value: Date Format)

Code	Comm. No.	Name	LCD Display	Set Range	Default	Attribute*
49	0h1C31	Except7 Date stop time setting	Except7 Stop T	Except7 StartT~24:00(Min)	24:00	O
50	0h1C32	Except7 Date setting	Except7 Date	01/01~12/31(Date)	01/01	O
51	0h1C33	Except8 Date start time setting	Except8 Start T	00:00~24:00(Min)	24:00	O
52	0h1C34	Except8 Date stop time setting	Except8 Stop T	Except8 StartT~24:00(Min)	24:00	O
53	0h1C35	Except8 Date setting	Except8 Date	01/01~12/31(Date)	01/01	O
70	0h1C46	Time Event En	0	No	0 : NO	Δ	Time Event function setting
1	Yes
71	0h1C47	Time Event setting status	T-Event Status	-	-	X
72	0h1C48	Time Event 1 connection setting	T-Event1Period	000000000000~111111111111	000000000000	Δ
0	None	73	0h1C49	T-Event1Define	0: None	Δ	Time Event 1 selection
1	Fx
2	Rx
3	Speed-L
4	Speed-M
5	Speed-H
7	Xcel-L
8	Xcel-M
9	Xcel-H
10	Xcel Stop
11	Run Enable
12	2nd Source
13	Exchange
14	Analog Hold
15	I-Term Clear
16	PID Openloop
17	PID Gain 2
18	PID Ref Change
19	2nd Motor
20	Timer In
21	Dias Aux Ref
22	EPID1 Run
23	EPID1 ITermClr
24	Pre Heat
25	EPID2 RUn
26	EPID2 ITerm Clr
27	Sleep Wake Chg
28	PID Step Ref L
29	PID Step Ref M
30	PID Step Ref H
74	0h1C4A	Time Event 2 connection setting	T-Event2Period	000000000000~111111111111	000000000000	Δ
75	0h1C4B	Time Event 2 selection	T-Event2Define	Same as the AP3-73 setting range	0: None	Δ
76	0h1C4C	Time Event 3 connection setting	T-Event2Period	000000000000~111111111111	000000000000	Δ
77	0h1C4D	Time Event 3 selection	T-Event3Define	Same as the AP3-73 setting range	0: None	Δ
78	0h1C4E	Time Event 4 connection setting	T-Event4Period	000000000000~111111111111	000000000000	Δ
79	0h1C4F	Time Event 4 selection	T-Event4Define	Same as the AP3-73 setting range	0: None	Δ
80	0h1C50	Time Event 5 connection setting	T-Event5Period	000000000000~111111111111	000000000000	Δ
81	0h1C51	Time Event 5 selection	T-Event5Define	Same as the AP3-73 setting range	0: None	Δ
82	0h1C52	Time Event 6 connection setting	T-Event6Period	000000000000~111111111111	000000000000	Δ
83	0h1C53	Time Event 6 selection	T-Event6Define	Same as the AP3-73 setting range	0: None	Δ
84	0h1C54	Time Event 7 connection setting	T-Event7Period	000000000000~111111111111	000000000000	Δ
85	0h1C55	Time Event 7 selection	T-Event7Define	Same as the AP3-73 setting range	0: None	Δ
86	0h1C56	Time Event 8 connection setting	T-Event8Period	000000000000~111111111111	000000000000	Δ
87	0h1C57	Time Event 8 selection	T-Event8Define	Same as the AP3-73 setting range	0: None	Δ

Energy Saving Drive
H100 _ 41

H100
LSLV
Fan and Pump Protective Function Group (PRT)

Code	Comm. No.	Name	LCD display	Set Range	Default	Attribute*
00	-	Jump code	Jump Code	1~99	40	O
Bit	00~11	05	0h1D05	I/O open phase protection	Phase Loss Chk	00	Δ
Bit 0	Output open phase
Bit 1	Input open phase
06	0h1D06	Input open phase voltage band	IPO V Band	1~100(V)	15	O
07	0h1D07	Trip deceleration time	Trip Dec Time	0.0~600.0(sec)	3.0	O
Bit	00~11	08	0h1D08	Start upon trip reset	RST Restart	00	O
Bit 0	Trip other than LV
Bit 1	LV Trip
09	0h1D09	Auto retry number	Retry Number	0~10	0	O
10	0h1D0A	Auto retry delay time	Retry Delay	0.0~600.0(sec)	5.0	O
0	None	11	0h1D0B	Lost KPD Mode	0: None	O	Operation when keypad command islost
1	Warning
2	Free-Run
3	Dec
0	None	12	0h1D0C	Lost Cmd Mode	0: None	O	Operation when speed command is lost
1	Free-Run
2	Dec
3	Hold Input
4	Hold Output
5	Lost Preset
13 38	0h1D0D	Time to decide lost speed command	Lost Cmd Time	0.1~120.0(sec)	1.0	O
14	0h1D0E	Operation frequency when speed commandis lost	Lost Preset F	0.00, Low Freq~High Freq	0.00	O
15	0h1D0F	AI Lost Level	0	Half of x 1	0: Half of x 1	O	Level to decide lost analog input
1	Below x 1
17	0h1D11	OL Warn Select	0	No	0: No	O	Overload warning selection
1	Yes
18	0h1D12	Overload warning level	OL Warn Level	30~OL Trip Level(%)	110	O
19	0h1D13	Overload warning time	OL Warn Time	0.0~30.0(sec)	10.0	O
0	None	20	0h1D14	Operation at overload trip	OL Trip Select	1: Free-Run	O
1	Free-Run
2	Dec
21	0h1D15	Overload trip level	OL Trip Level	30~150(%)	120	O
22	0h1D16	Overload trip time	OL Trip Time	0.0~60.0(sec)	60.0	O
23	0h1D17	UL Source	0	Output Current	0: Output Current	Δ	Under-load warning source selection
1	Output Power
24	0h1D18	Under-load warning detection band	UL Band	0.0~100.0(%)	10.0	Δ
25	0h1D19	UL Warn Sel	0	No	0: No	O	Under-load warning selection
1	Yes
26	0h1D1A	Under-load warning time	UL Warn Time	0.0~600.0(sec)	10.0	O
0	None	27	0h1D1B	Under-load trip selection	UL Trip Sel	0: None	O
1	Free-Run
2	Dec
28	0h1D1C	Under-load trip time	UL Trip Time	0.0~600.0(sec)	30.0	O
31	0h1D1F	No Motor Trip	0	None	0: None	O	Operation at No Motor trip
1	Free-Run
32	0h1D20	No Motor trip	No Motor Level	1~100(%)	5	O
33	0h1D21	No Motor detection time	No Motor Time	0.1~10.0(sec)	3.0	O
0	None	34	0h1D22	Thermal-T Sel	0 : None	O	Operation after detection by overheat motor sensor
1	Free-Run
2	Dec
35	0h1D23	Thermal In Src	0	Thermal In	0: Thermal In	O	Overheat motor sensor input selection
1	V2
36	0h1D24	Overheat motor sensor failure level	Thermal-T Lev	0.0~100.0(%)	50.0	O

38 PRT-13~PRT-15 codes appear when PRT-12 code is not set as 0: None.
42_ LSIS

39 PRT-38 code appears when PRT-34 code is not 0: None.
40 PRT-45 code can be selected for use only when Fire Mode of PRT-44 is set.
Also, to select other modes, it can be changed only when a password is set
to PRT-44 code.
41 PRT-46~PRT-47 codes appear when PRT-12 code is not 0: None.
When fire mode is set at PRT-45, PRT-46 is automatically set to forward,
and the frequency set at PRT-47 cannot be edited.
When PRT-45 is set to Test mode, PRT-46 and PRT-47 settings are editable.

Code	Comm. No.	Name	LCD display	Set Range	Default	Attribute*
37	0h1D25	Thermal-T	0	Low	0: Low	O	Overheat motor sensor failure area
1	High
38 39	0h1D26	Overheat motor detection sensor	ThermalMonitor	-	-	X
0	None	40	0h1D28	Overheat motor trip selection	ETH Trip Sel	0: None	O
1	Free-Run
2	Dec
41	0h1D29	Motor Cooling	0	Self-cool	0: Selfcool	O	Motor cooling fan type
1	Forced-cool
42	0h1D2A	Overheat prevention: 1 min. rating	ETH 1min	ETH Cont~150(%)	120	O
43	0h1D2B	Overheat prevention: continuous rating	ETH Cont	50~120(%)	100	O
44	0h1D2C	Fire Mode setting password	Fire Mode PW	0~9999	0	O
0	None	45 40	0h1D2D	Fire Mode setting	Fire Mode Sel	0: None	O
1	Fire Mode
2	Test Mode
46 41	0h1D2E	Fire Mode Dir	0	Reverse	1: Forward	O	Fire Mode direction setting
1	Forward
47 41	0h1D2F	Fire Mode speed setting	Fire Mode Freq	0~max Freq	60.00	O
48	0h1D30	Fire Mode operation count	Fire Mode Cnt	-	0	X
Bit	0000~1111	50	0h1D32	Stall prevention & flux breaking	Stall Prevent	0100	Δ
Bit 0	가속 중
Bit 1	정속 중
Bit 2	감속 중
Bit 3	Fux Braking
51	0h1D33	Stall frequency 1	Stall Freq 1	Start frequency ~Stall frequency 2(Hz)	60.00	O
52	0h1D34	Stall level 1	Stall Level 1	30~150(%)	130	Δ
53	0h1D35	Stall frequency 2	Stall Freq 2	Start frequency 1 ~Stall frequency 3(Hz)	60.00	O
54	0h1D36	Stall level 2	Stall Level 2	30~150(%)	130	Δ
55	0h1D37	Stall frequency 3	Stall Freq 3	Start frequency2 ~Stall frequency 4(Hz)	60.00	O
56	0h1D38	Stall level 3	Stall Level 3	30~150(%)	130	Δ
57	0h1D39	Stall frequency 4	Stall Freq 4	Stall frequency 3~Max. frequency (Hz)	60.00	O
58	0h1D3A	Stall level 4	Stall Level 4	30~150(%)	130	Δ
59	0h1D3B	Flux Braking voltage gain	Flux Brake Kp	0~150(%)	0	O
0	None	60	0h1D3C	PipeBroken Sel	0: None	O	Pipe broken detection setting
1	Warning
2	Free-Run
3	Dec
61	0h1D3D	Pipe broken detection level	PipeBroken Lev	0~100.0(%)	97.5	O
62	0h1D3E	Pipe broken detection time setting	PipeBroken DT	0.0~6000.0(Sec)	10.0	O
66	0h1D42	Damping resistance use rate	DB Warn %ED	0~30(%)	0	O
0	None	70	0h1D46	LDT Sel	0 : None	O	Level detection mode selection
1	Warning
2	Free-Run
3	Dec
71	0h1D47	LDT Area Sel	0	Below Level	0: Below Level	O	Setting level detection mode
1	Above Level
0	Output Current	72	0h1D48	Level detection source	LDT Source	0: Output Current	O
1	DC Link Voltage
2	Output Voltage
3	kW
4	HP
5	V1
6	V2
7	I2
8	PID Ref Value
9	PID Fdb Value
10	PID Output
11	EPID1 Fdb Val
12	EPID2 Fdb Val

Energy Saving Drive
H100 _ 43

H100
LSLV
Fan and Pump Protective Function Group (PRT)

Code	Comm. No.	Name	LCD Display	Set Rang	Default	Attribute*
73	0h1D49	Level detection delay time	LDT Dly Time	0~9999(sec)	2	O
74	0h1D4A	Level detection reference value	LDT Level	Setting per source	Setting per source	O
75	0h1D4B	Level detection bandwidth	LDT Band width	Setting per source	Setting per source	O
76	0h1D4C	Level detection frequency	LDT Freq	0.00~High Freq(Hz)	20.00	O
77	0h1D4D	Level detection trip restart	LDT Restart DT	0.0~3000.0	60.0
79	0h1D4F	FAN Trip Mode	0	Trip	0: Trip	O	Cooling fan failure selection
1	Warning
0	None	80	0h1D50	Operation upon option trip	Opt Trip Mode	1: Free-Run	O
1	Free-Run
2	Dec
81	0h1D51	Low voltage delay time	LVT Delay	0.0~60.0(sec)	0.0	Δ
82	0h1D52	LV2 Trip Sel	0	No	1: No	Δ	Selection of low voltage during operation
1	Yes
83	0h1D53	CAP. life diagnosis current level	CAP.Diag Perc	10~100(%)	0	O
0	None	84 42	-	CAP.Diag	0: None	Δ	CAP. life diagnosis mode
1	Cap.Diag 1
2	Cap.Diag 2
3	Cap.Init
85	0h1D55	CAP. life diagnosis level 1	CAP.Level1	50.0~95.0(%)	0.0	Δ
86 43	0h1D56	CAP. life diagnosis level 2	CAP.Level2	0.0~100.0(%)	0.0	X
87	0h1D57	Fan use accumulation %	Fan Time Perc	-	0	X
88	0h1D58	Fan exchange warning level	Fan Exchange	0.0~100.0(%)	0.0	O
90	0h1D5A	Low Battery	0	None	0: None	O	Battery low voltage selection
1	Warning

42 PRT-84 can be set only in case of Auto-State.
43 PRT-86 is for reading.
44_ LSIS

Motor 2 (2nd Motor) Function Group (M2) 44

Code	Comm. No.	Name	LCD Display	Set Rang	Default	Attribute*
00	-	Jump Code	Jump Code	1~99	14	O
04	0h1E04	Acceleration time	M2-Acc Time	0.0~600.0(sec)	20.0	O
05	0h1E05	Deceleration time	M2-Dec Time	0.0~600.0(sec)	30.0	O
7	3.7 kW(5.0HP)	06	0h1E06	Motor capacity	M2-Capacity	-	Δ
8	4.0 kW(5.5HP)
9	5.5 kW(7.5HP)
10	7.5 kW(10.0HP)
11	11.0 kW(15.0HP)
12	15.0 kW(20.0HP)
13	18.5 kW(25.0HP)
14	22.0 kW(30.0HP)
15	30.0 kW(40.0HP)
16	37.0 kW(50.0HP)
17	45.0 kW(60.0HP)
18	55.0 kW(75.0HP)
19	75.0 kW(100.0HP)
20	90.0 kW(125.0HP)
07	0h1E07	Base frequency	M2-Base Freq	30.00~400.00(Hz)	60.00	Δ
0	V/F	08	0h1E08	M2-Ctrl Mode	Δ	Control mode	0:V/F
2	Slip Compen
10	0h1E0A	Number of motor poles	M2-Pole Num	2~48	Δ	Varies according to the motor type
11	0h1E0B	Rated slip speed	M2-Rated Slip	0~3000(Rpm)	Δ
12	0h1E0C	Motor: rated current	M2-Rated Curr	1.0~1000.0(A)	Δ
13	0h1E0D	Motor: no load current	M2-Noload Curr	0.0~1000.0(A)	Δ
14	0h1E0E	Motor: rated voltage	M2-Rated Volt	045, 170~480(V)	Δ
15	0h1E0F	Motor efficiency	M2-Efficiency	70~100(%)	Δ
17	-	Stator resistance	M2-Rs	0.000~9.999(Ω)	Δ
18	0h1E12	Leakage inductance	M2-Lsigma	0.00~99.99(mH)	Δ
0	Linear	25	0h1E19	V/F pattern	M2-V/F Patt	Δ	0: Linear
1	Square
2	User V/F
26	0h1E1A	Forward torque boost	M2-Fwd Boost	0.0~15.0(%)	Δ	2.0
27	0h1E1B	Reverse torque boost	M2-Rev Boost	0.0~15.0(%)
28	0h1E1C	Stall prevention level	M2-Stall Lev	30~150(%)	130	Δ
29	0h1E1D	Overheat prevention: 1 min rating	M2-ETH 1min	100~150(%)	120	Δ
30	0h1C1E	Overheat prevention: continuous rating	M2-ETH Cont	50~120(%)	100	Δ

44 Motor 2 Function Group appears when one of IN-65~71 codes is set as 26(2nd MOTOR).
45 Refer to the 4.15-motor output voltage adjustment
Energy Saving Drive
H100 _ 45

H100
LSLV
Fan and Pump Trip & Configuration Mode
Trip Mode (TRP Last-x)

Code	Name	LCD Display	Set Range	Default	Reference
00	Fault (Failure) type display	Trip Name(x)	-	-	-
01	Operation frequency under failure	Output Freq	-	-	-
02	Output current under failure	Output Current	-	-	-
03	Acceleration/Deceleration status under failure	Inverter State	-	-	-
04	DC part voltage	DCLink Voltage	-	-	-
05	NTC temperature	Temperature	-	-	-
06	Input terminal block status	DI State	-	0000 0000	-
07	Output terminal block status	DO State	-	000	-
08	Failure time after power input	Trip On Time	-	00/00/00 00:00	-
09	Failure time after operation start	Trip Run Time	-	00/00/00 00:00	-
10	Trip Delete?	0	No	-	Deletion of failure history
1	Yes

Configuration (Config.) Mode (CNF)

Code	Name	LCD Display	Set Range	Default	Reference
00	Jump code	Jump Code	1~99	42
01	Keypad language selection	Language Sel	0 : English	0 : English
02	LCD contrast adjustment	LCD Contrast	-	-
10	Drive S/W version	Inv S/W Ver	-	-
11	LCD loader S/W version	KeypadS/W Ver	-	-
12	LCD loader title version	KPD Title Ver	-	-
20	Status window display items	Anytime Para	0	Frequency	0: Frequency
21	Monitor mode display	Monitor Line-1	1	Speed	0: Frequency
22	Monitor mode display item 2	Monitor Line-2	2	Output Current	2: Output Current
3	Output Voltage	23	Monitor mode display item 3	Monitor Line-3	3: Output Voltage
4	Output Power
5	WHour Counter
6	DCLink Voltage
7	DI State
8	DO State
9	V1 Monitor(V)
10	V1 Monitor(%)
13	V2 Monitor(V)
14	V2 Monitor(%)
15	I2 Monitor(mA)
16	I2 Monitor(%)
17	PID Output
18	PID Ref Value
19	PID Fdb Value
20	EPID1 Out
21	EPID1 Ref Val
22	EPID1 Fdb Val
23	EPID2 Out
24	EPID2 Ref Val
25	EPID2 Fdb Val
24	Mon Mode Init	0	No	0: No	Monitor mode initialization
1	Yes
30 46	Option slot 1 type	Option-1 Type	-	-	-
3146	Option slot 2 type	Option-2 Type	-	-	-
32 46	Option slot 3 type	Option-3 Type	-	-	-
0	No	40	Parameter initialization	Parameter Init	0: No
1	All Grp
2	DRV Grp
3	BAS Grp
4	ADV Grp

46_ LSIS
46 For details, refer to option manual.

Code	Name	LCD Display	Set Range	Default	Reference
5	CON Grp	40	Parameter initialization	Parameter Init	0: No
6	IN Grp
7	OUT Grp
8	COM Grp
9	PID Grp
10	EPI Grp
11	AP1 Grp
12	AP2 Grp
13	AP3 Grp
14	PRT Grp
15	M2 Grp
41	Changed Para	0	View All	0: View All	Changed parameter display
1	View Changed
42	Multi Key Sel	0	None	0: None	Multifunction key items
1	UserGrp Selkey
0	Basic	43	Macro Select	0: Basic	Macro function items
1	Compressor
2	Supply Fan
3	Exhaust Fan
4	Cooling Tower
5	Circul. Pump
6	Vacuum Pump
7	Constant Torque
44	Erase All Trip	0	No	0: No	Deletion of trip history
1	Yes
45	UserGrp AllDel	0	No	0: No	Deletion of user registration code
1	Yes
46	Parameter Read	0	No	0: No	Read parameter
1	Yes
47	Parameter Write	0	No	0: No	Write parameter
1	Yes
48	Parameter Save	0	No	0: No	Save parameter
1	Yes
50	Hide parameter mode	View Lock Set	0~9999	Un-locked
51	Parameter mode hide password	View Lock Pw	0~9999	Password
52	Lock parameter change	Key Lock Set	0~9999	Un-locked
53	Parameter change lock password	Key Lock Pw	0~9999	Password
60	Add Title Up	0	No	0: No	Additional title update
1	Yes
61	Easy Start On	0	No	1: Yes	Easy parameter setting
1	Yes
62	WHCount Reset	0	No	0: No	Reset of power consumption
1	Yes
70 47	Accumulated time of drive ON	On-time	Date Format	-
71 48	Accumulated time of driver run	Run-time	Date Format	-
72	Time Reset	0	No	0: No	Reset of accumulated drive run time
1	Yes
73 49	Real Time	Real Time	Date Format	-
74 50	Accumulated cooling fan run time	Fan Time	Date Format	-
75	Fan Time Rst	0	No	0: No	Reset of cooling fan run time
1	Yes

Energy Saving Drive
H100 _ 47
47 Date format is changed depending on the setting of 46: P3-06 (CNF-70 Default Date Format)
48 Date format is changed depending on the setting of 46: P3-06 (CNF-71 Default Date Format)
49 Date format is changed depending on the setting of 46: P3-06 (CNF-73 Default Date Format)
50 Date format is changed depending on the setting of 46: P3-06 (CNF-74 Default Date Format)

H100
LSLV
Fan and Pump Macro Group
Compressor(MC1) Group

Macro Code	Code	LCD Display	Default
0	-	Jump Code	1 : CODE
1	DRV 3	Acc Time	10.0
2	DRV 4	Dec Time	20.0
3	DRV 7	Freq Ref Src	1: Keypad-2
4	DRV 9	Control Mode	1: Slip Compen
5	DRV 11	JOG Frequency	20.00
6	DRV 12	JOG Acc Time	13.0
7	DRV 13	JOG Dec Time	20.0
8	DRV 15	Torque Boost	1: Auto1
9	BAS 70	Acc Time-1	10.0
10	BAS 71	Dec Time-1	20.0
11	ADV 10	Power-on Run	1: Yes
12	ADV 65	U/D Save Mode	1: Yes
13	CON 4	Carrier Freq	3.0
14	CON 70	SS Mode	0: Flying Start-1
15	CON 77	KEB Select	1: Yes
16	OUT 32	Relay 2	14: Run
17	PID 1	PID Sel	1: Yes
18	PID 3	PID Output	0.00
19	PID 4	PID Ref Value	-
20	PID 5	PID Fdb Value	-
21	PID 10	PID Ref 1 Src	4: I2
22	PID 11	PID Ref 1 Set	0.5000
23	PID 25	PID P-Gain 1	70.00
24	PID 26	PID I-Time 1	5.0

Macro Code	Code	LCD Display	Default
25	PID 50	PID Unit Sel	5: inWC
26	PID 51	PID Unit Scale	4: x 0.01
27	AP1 8	PID Sleep1Freq	5.00
28	AP1 21	Pre-PID Freq	30.00
29	AP1 22	Pre-PID Delay	120.0
30	PRT 8	RST Restart	11
31	PRT 9	Retry Number	3
32	PRT 10	Retry Delay	4.0
33	PRT 11	Lost KPD Mode	3: Dec
34	PRT 12	Lost Cmd Mode	2: Dec
35	PRT 13	Lost Cmd Time	4.0
36	PRT 40	ETH Trip Sel	1: Free Run
37	PRT 42	ETH 1min	120
38	PRT 52	Stall Level 1	130
39	PRT 66	DB Warn %ED	10
40	PRT 70	LDT Sel	1: Warning
41	PRT 72	LDT Source	0: Output Current
42	PRT 75	LDT Band Width	10% of max. value of LDT source
43	PRT 76	LDT Freq	20.00
44	M2 4	M2-Acc Time	10.0
45	M2 5	M2-Dec Time	20.0
46	M2 8	M2-Ctrl Mode	1: Slip Compen
47	M2 28	M2-Stall Lev	125
48	M2 29	M2-ETH 1min	120

Supply Fan(MC2) Group

Macro Code	Code	LCD Display	Default
0	-	Jump Code	1 : CODE
1	DRV 3	Acc Time	20.0
2	DRV 4	Dec Time	30.0
3	DRV 7	Freq Ref Src	1: Keypad-2
4	DRV 11	JOG Frequency	15.00
5	BAS 7	V/F Pattern	0: Linear
6	BAS 70	Acc Time-1	20.0
7	BAS 71	Dec Time-1	30.0
8	ADV 10	Power-on Run	1: Yes
9	ADV 50	E-Save Mode	2: Auto
10	ADV 64	FAN Control	2: Temp Control
11	ADV 65	U/D Save Mode	1: Yes
12	CON 4	Carrier Freq	3.0
13	CON 70	SS Mode	1: Flying Start-2
14	CON 77	KEB Select	1: Yes
15	OUT 32	Relay 2	10: Over Voltage
16	PID 1	PID Sel	1: Yes
17	PID 3	PID Output	-
18	PID 4	PID Ref Value	-
19	PID 5	PID Fdb Value	-
20	PID 10	PID Ref 1 Src	4: I2
21	PID 11	PID Ref 1 Set	0.5000
22	PID 25	PID P-Gain 1	40.00

Macro Code	Code	LCD Display	Default
23	PID 26	PID I-Time 1	20.0
24	PID 36	PID Out Inv	1: Yes
25	PID 50	PID Unit Sel	5: inWC
26	PID 51	PID Unit Scale	4: x 0.01
27	AP1 21	Pre-PID Freq	30.00
28	AP1 22	Pre-PID Delay	120.0
29	PRT 8	RST Restart	11
30	PRT 9	Retry Number	0
31	PRT 10	Retry Delay	20.0
32	PRT 11	Lost KPD Mode	3: Dec
33	PRT 12	Lost Cmd Mode	3: Hold Input
34	PRT 40	ETH Trip Sel	1: Free Run
35	PRT 42	ETH 1min	120
36	PRT 52	Stall Level 1	130
37	PRT 70	LDT Sel	1: Warning
38	PRT 72	LDT Source	0: Output Current
39	PRT 75	LDT Band Width	10% of max. value of LDT source
40	PRT 76	LDT Freq	10.00
41	PRT 77	LDT Restart DT	500.0
42	M2 25	M2-V/F Patt	1: Square
43	M2 28	M2-Stall Lev	110
44	M2 29	M2-ETH 1min	110

• The table shows parameters shown in a macro group for each macro type.
48_ LSIS

Exhaust Fan(MC3) Group

Macro Code	Code	LCD Display	Default
0	-	Jump Code	1 : CODE
1	DRV 3	Acc Time	20.0
2	DRV 4	Dec Time	30.0
3	DRV 7	Freq Ref Src	1: Keypad-2
4	DRV 11	JOG Frequency	15.00
5	BAS 7	V/F Pattern	1: Square
6	BAS 70	Acc Time-1	20.0
7	BAS 71	Dec Time-1	30.0
8	BAS 72	Acc Time-2	22.5
9	BAS 73	Dec Time-2	32.5
10	BAS 74	Acc Time-3	25.0
11	BAS 75	Dec Time-3	35.0
12	BAS 76	Acc Time-4	27.5
13	BAS 77	Dec Time-4	37.5
14	BAS 78	Acc Time-5	30.0
15	BAS 80	Acc Time-6	32.5
16	BAS 81	Dec Time-6	42.5
17	BAS 82	Acc Time-7	35.0
18	BAS 83	Dec Time-7	45.0
19	ADV 10	Power-on Run	1: Yes
20	ADV 50	E-Save Mode	2: Auto
21	ADV 64	FAN Control	2: Temp Control
22	ADV 65	U/D Save Mode	1: Yes
23	CON 4	Carrier Freq	3.0
24	CON 70	SS Mode	1: Flying Start-2
25	CON 77	KEB Select	1: Yes
26	OUT 32	Relay 2	10: Over Voltage
27	PID 1	PID Sel	1: Yes
28	PID 3	PID Output	-

Macro Code	Code	LCD Display	Default
29	PID 4	PID Ref Value	-
30	PID 5	PID Fdb Value	-
31	PID 10	PID Ref 1 Src	4: I2
32	PID 11	PID Ref 1 Set	0.5000
33	PID 25	PID P-Gain 1	35.00
34	PID 26	PID I-Time 1	15.0
35	PID 36	PID Out Inv	1: Yes
36	PID 50	PID Unit Sel	5: inWC
37	PID 51	PID Unit Scale	4: x 0.01
38	AP1 21	Pre-PID Freq	30.00
39	PRT 8	RST Restart	11
40	PRT 9	Retry Number	0
41	PRT 10	Retry Delay	10.0
42	PRT 11	Lost KPD Mode	3: Dec
43	PRT 12	Lost Cmd Mode	3: Hold Input
44	PRT 40	ETH Trip Sel	1: Free Run
45	PRT 42	ETH 1min	120
46	PRT 52	Stall Level 1	130
47	PRT 70	LDT Sel	1: Warning
48	PRT 72	LDT Area Sel	0: Output Current
49	PRT 75	LDT Band Width	10% of max. value of LDT source
50	PRT 76	LDT Freq	10.00
51	PRT 77	LDT Restart DT	300.0
52	M2 4	M2-Acc Time	10.0
53	M2 5	M2-Dec Time	20.0
54	M2 25	M2-V/F Patt	1: Square
55	M2 28	M2-Stall Lev	110
56	M2 29	M2-ETH 1min	110

Cooling Tower(MC4) Group

Macro Code	Code	LCD Display	Default
0	-	Jump Code	1 : CODE
1	DRV 3	Acc Time	20.0
2	DRV 4	Dec Time	30.0
`3	DRV 7	Freq Ref Src	1: Keypad-2
4	DRV 11	JOG Frequency	15.00
5	BAS 7	V/F Pattern	1: Square
6	BAS 70	Acc Time-1	20.0
7	BAS 71	Dec Time-1	30.0
8	BAS 72	Acc Time-2	22.5
9	BAS 73	Dec Time-2	32.5
10	BAS 74	Acc Time-3	25.0
11	BAS 75	Dec Time-3	35.0
12	BAS 76	Acc Time-4	27.5
13	BAS 77	Dec Time-4	37.5
14	BAS 78	Acc Time-5	30.0
15	BAS 80	Acc Time-6	32.5
16	BAS 81	Dec Time-6	42.5
17	BAS 82	Acc Time-7	42.5
18	BAS 83	Dec Time-7	45.0
19	ADV 10	Power-on Run	1: Yes
20	ADV 50	E-Save Mode	2: Auto
21	ADV 64	FAN Control	2: Temp Control
22	ADV 65	U/D Save Mode	1: Yes
23	CON 4	Carrier Freq	3.0
24	CON 70	SS Mode	1: Flying Start-2
25	CON 77	KEB Select	1: Yes
26	OUT 32	Relay 2	10: Over Voltage
27	PID 1	PID Sel	1: Yes

Macro Code	Code	LCD Display	Default
28	PID 3	PID Output	-
29	PID 4	PID Ref Value	-
30	PID 5	PID Fdb Value	-
31	PID 10	PID Ref 1 Src	4: I2
32	PID 11	PID Ref 1 Set	50.00
33	PID 25	PID P-Gain 1	40.00
34	PID 26	PID I-Time 1	15.0
35	PID 36	PID Out Inv	1: Yes
36	PID 50	PID Unit Sel	3: ° F
37	PID 51	PID Unit Scale	2: x 1
38	AP1 21	Pre-PID Freq	30.00
39	AP1 22	Pre-PID Delay	120.0
40	PRT 8	RST Restart	11
41	PRT 9	Retry Number	0
42	PRT 10	Retry Delay	10.0
43	PRT 11	Lost KPD Mode	3: Dec
44	PRT 12	Lost Cmd Mode	3: Hold Input
45	PRT 40	ETH Trip Sel	1: Free Run
46	PRT 42	ETH 1min	120
47	PRT 52	Stall Level 1	130
48	PRT 70	LDT Sel	1: Warning
49	PRT 72	LDT Source	0: Output Current
50	PRT 75	LDT Band Width	10% of max. value of LDT source
51	PRT 76	LDT Freq	10.00
52	PRT 77	LDT Restart DT	300.0
53	M2 25	M2-V/F Patt	1: Square
54	M2 28	M2-Stall Lev	110
55	M2 29	M2-ETH 1min	110

Energy Saving Drive
H100 _ 49

HVAC Drive
Fan and Pump

H100HV Macro Group

LSLV
Circular Pump (MC5) Group

Macro Code	Code	LCD Display	Default
0	-	Jump Code	1 : CODE
1	DRV 3	Acc Time	30.0
2	DRV 4	Dec Time	50.0
3	DRV 7	Freq Ref Src	1: Keypad-2
4	DRV 9	Control Mode	1: Slip Compen
5	DRV 11	JOG Frequency	15.00
6	DRV 12	JOG Acc Time	30.0
7	DRV 13	JOG Dec Time	50.0
8	DRV 15	Torque Boost	1: Auto1
9	BAS 7	V/F Pattern	1: Square
10	BAS 70	Acc Time-1	30.0
11	BAS 71	Dec Time-1	50.0
12	BAS 72	Acc Time-2	32.0
13	BAS 73	Dec Time-2	52.0
14	BAS 74	Acc Time-3	34.0
15	BAS 75	Dec Time-3	54.0
16	BAS 76	Acc Time-4	36.0
17	BAS 77	Dec Time-4	56.0
18	BAS 78	Acc Time-5	38.0
19	BAS 79	Dec Time-5	58.0
20	BAS 80	Acc Time-6	40.0
21	BAS 81	Dec Time-6	59.0
22	BAS 82	Acc Time-7	42.0
23	BAS 83	Dec Time-7	60.0
24	ADV 10	Power-on Run	1: Yes
25	ADV 25	Freq Limit Lo	20.00
26	ADV 50	E-Save Mode	2: Auto
27	ADV 64	FAN Control	2: Temp Control
28	ADV 65	U/D Save Mode	1: Yes
29	CON 4	Carrier Freq	3.0
30	CON 70	SS Mode	0: Flying Start-1
31	CON 77	KEB Select	1: Yes
32	OUT 32	Relay 2	14: Run
33	PID 1	PID Sel	1: Yes

Macro Code	Code	LCD Display	Default
34	PID 3	PID Output	-
35	PID 4	PID Ref Value	-
36	PID 5	PID Fdb Value	-
37	PID 10	PID Ref 1 Src	4: I2
38	PID 11	PID Ref 1 Set	50.00
39	PID 25	PID P-Gain 1	50.00
40	PID 26	PID I-Time 1	5.0
41	PID 50	PID Unit Sel	2: PSI
42	PID 51	PID Unit Scale	3: x 0.1
43	AP1 8	PID Sleep1Freq	10.00
44	AP1 21	Pre-PID Freq	30.00
45	AP1 22	Pre-PID Delay	120.0
46	PRT 8	RST Restart	11
47	PRT 9	Retry Number	3
48	PRT 10	Retry Delay	5.0
49	PRT 11	Lost KPD Mode	3: Dec
50	PRT 12	Lost Cmd Mode	2: Dec
51	PRT 40	ETH Trip Sel	1: Free Run
52	PRT 42	ETH 1min	120
53	PRT 52	Stall Level 1	130
54	PRT 60	PipeBroken Sel	1: Warning
55	PRT 61	PipeBroken Lev	90.0
56	PRT 62	Pipe Broken DT	22.0
57	PRT 70	LDT Sel	1: Warning
58	PRT 72	LDT Source	0: Output Current
59	PRT 75	LDT Band Width	10% of max. value of LDT source
60	PRT 76	LDT Freq	10.00
61	PRT 77	LDT Restart DT	100.0
62	M2 4	M2-Acc Time	10.0
63	M2 5	M2-Dec Time	20.0
64	M2 25	M2-V/F Patt	1: Square
65	M2 28	M2-Stall Lev	125
66	M2 29	M2-ETH 1min	120

50_ LSIS

Macro Code	Code	LCD Display	Default
0	-	Jump Code	1 : CODE
1	DRV 3	Acc Time	30.0
2	DRV 4	Dec Time	60.0
3	DRV 7	Freq Ref Src	1: Keypad-2
4	DRV 9	Control Mode	1: Slip Compen
5	DRV 11	JOG Frequency	20.00
6	DRV 12	JOG Acc Time	30.0
7	DRV 13	JOG Dec Time	60.0
8	DRV 15	Torque Boost	1: Auto1
9	BAS 7	V/F Pattern	1: Square
10	BAS 70	Acc Time-1	30.0
11	BAS 71	Dec Time-1	50.0
12	BAS 72	Acc Time-2	32.0
13	BAS 73	Dec Time-2	52.0
14	BAS 74	Acc Time-3	34.0
15	BAS 75	Dec Time-3	54.0
16	BAS 76	Acc Time-4	36.0
17	BAS 77	Dec Time-4	56.0
18	BAS 78	Acc Time-5	38.0
19	BAS 79	Dec Time-5	58.0
20	BAS 80	Acc Time-6	40.0
21	BAS 81	Dec Time-6	59.0
22	BAS 82	Acc Time-7	42.0
23	BAS 83	Dec Time-7	60.0
24	ADV 10	Power-on Run	1: Yes
25	ADV 25	Freq Limit Lo	40.00
26	ADV 64	FAN Control	2: Temp Control
27	ADV 65	U/D Save Mode	1: Yes
28	CON 4	Carrier Freq	3.0
29	CON 70	SS Mode	0: Flying Start-1
30	CON 77	KEB Select	1 : Yes
31	OUT 32	Relay 2	14: Run
32	PID 1	PID Sel	1 : Yes

Macro Code	Code	LCD Display	Default
33	PID 3	PID Output	-
34	PID 4	PID Ref Value	-
35	PID 5	PID Fdb Value	-
36	PID 10	PID Ref 1 Src	4: I2
37	PID 11	PID Ref 1 Set	5.000
38	PID 25	PID P-Gain 1	50.00
39	PID 26	PID I-Time 1	2.5
40	PID 50	PID Unit Sel	5: inWC
41	PID 51	PID Unit Scale	3: x0.1
42	AP1 21	Pre-PID Freq	30.00
43	PRT 8	RST Restart	11
44	PRT 9	Retry Number	3
45	PRT 10	Retry Delay	4.0
46	PRT 11	Lost KPD Mode	3: Dec
47	PRT 12	Lost Cmd Mode	3:Hold npvt
48	PRT 40	ETH Trip Sel	1: Free Run
49	PRT 42	ETH 1min	120
50	PRT 52	Stall Level 1	130
51	PRT 60	PipeBroken Sel	1: Warning
52	PRT 61	PipeBroken Lev	90.0
53	PRT 62	Pipe Broken DT	22.0
54	PRT 66	DB Warn %ED	10
55	PRT 70	LDT Sel	1 : Warning
56	PRT 72	LDT Source	0 : Output Input
57	PRT 75	LDT Band Width	10% of max. value of LDT source
58	PRT 76	LDT Freq	15.00
59	PRT 77	LDT Restart DT	100.0
60	M2 4	M2-Acc Time	10.0
61	M2 5	M2-Dec Time	20.0
62	M2 8	M2-Ctrl Mode	1: Slip Compen
63	M2 25	M2-V/F Patt	1: Square
64	M2 28	M2-Stall Lev	125
65	M2 29	M2-ETH 1min	120

Energy Saving Drive
H100 _ 51
Vacuum Pump (MC6) Group
Constant Torque(MC7) Group

Macro Code	Code	LCD Display	Default
0	-	Jump Code	1 : CODE
1	DRV 3	Acc Time	30.0
2	DRV 4	Dec Time	20.0
3	DRV 7	Freq Ref Src	1: Keypad-2
4	DRV 9	Control Mode	1: Slip Compen
5	DRV 12	JOG Acc Time	10.0
6	DRV 13	JOG Dec Time	20.0
7	DRV 15	Torque Boost	1: Auto1
8	BAS 70	Acc Time-1	10.0
9	BAS 71	Dec Time-1	20.0
10	BAS 72	Acc Time-2	12.5
11	BAS 73	Dec Time-2	22.5
12	BAS 74	Acc Time-3	15.0
13	BAS 75	Dec Time-3	25.0
14	BAS 76	Acc Time-4	17.5
15	BAS 77	Dec Time-4	27.5
16	BAS 78	Acc Time-5	20.0
17	BAS 79	Dec Time-5	30.0
18	BAS 80	Acc Time-6	22.5
19	BAS 81	Dec Time-6	32.5
20	BAS 82	Acc Time-7	25.0
21	BAS 83	Dec Time-7	35.0

Macro Code	Code	LCD Display	Default
22	ADV 1	Acc Pattern	1: S-curve
23	ADV 2	Dec Pattern	1: S-curve
24	ADV 25	Freq Linit Lo	20.00
25	ADV 74	RegenAvd Sel	1: Yes
26	CON 4	Carrier Freq	3.0
27	CON 70	SS Mode	0: Flying Start-1
28	CON 77	KEB Select	1: Yes
29	OUT 32	Relay 2	14: Run
30	API 21	Pre-PID Freq	30.00
31	API 22	Pre-PID Delay	120.0
32	PRT 12	Lost Cmd Mode	2: Dec
33	PRT 40	ETH Trip Sel	2: Dec
34	PRT 66	DB Warn %ED	10
35	PRT 70	LDT Sel	1: Warning
36	PRT 72	LDT Source	0: Output Current
37	PRT 75	LDT Band Width	10% of max. value of LDT source
38	PRT 76	LDT Freq	5.00
39	PRT 77	LDT Restart DT	250.0
40	M2 4	M2-Acc Time	10.0
41	M2 5	M2-Dec Time	20.0
42	M2 8	M2-Ctrl Mode	1: Slip Compen

H100
LSLV
Fan and Pump Dimensions
52_ LSIS
IP 20 Type
H3
W1
H1
W2
B

D
H2
W1

W2
H2
D
H3
B
A
Unit: mm(inches)

Product(Model)	W1	W2	H1	H2	H3	D	A	B	kg
3-Phase 200V	LSLV0055H100-2	160(6.30)	137(5.39)	232(9.13)	216.5(8.52)	10.5(0.41)	181(7.13)	5(0.20)	5(0.20)	3.3
3-Phase 400V	LSLV0055H100-4	160(6.30)	137(5.39)	232(9.13)	216.5(8.52)	10.5(0.41)	181(7.13)	5(0.20)	5(0.20)	3.3
LSLV0075H100-2	160(6.30)	137(5.39)	232(9.13)	216.5(8.52)	10.5(0.41)	181(7.13)	5(0.20)	5(0.20)	3.3
LSLV0110H100-2	160(6.30)	137(5.39)	232(9.13)	216.5(8.52)	10.5(0.41)	181(7.13)	5(0.20)	5(0.20)	3.3
LSLV0075H100-4	160(6.30)	137(5.39)	232(9.13)	216.5(8.52)	10.5(0.41)	181(7.13)	5(0.20)	5(0.20)	3.3
LSLV0110H100-4	160(6.30)	137(5.39)	232(9.13)	216.5(8.52)	10.5(0.41)	181(7.13)	5(0.20)	5(0.20)	3.4

H2
W2
D
H3
B
Unit: mm(inches)

3-Phase 200V	LSLV0150H100-2	180(7.09)	157(6.18)	290(44.42)	273.7(10.78)	11.3(0.45)	205.3(8.08)	5(0.20)	5(0.20)	4.6
3-Phase 400V	LSLV0150H100-4	180(7.09)	157(6.18)	290(44.42)	273.7(10.78)	11.3(0.45)	205.3(8.08)	5(0.20)	5(0.20)	4.6
LSLV0185H100-4	180(7.09)	157(6.18)	290(44.42)	273.7(10.78)	11.3(0.45)	205.3(8.08)	5(0.20)	5(0.20)	4.8
Product(Model)	W1	W2	H1	H2	H3	D	A	B	kg

Unit: mm(inches)

3-Phase 200V	LSLV0185H100-2	220(8.66)	193.8(7.63)	350(13.78)	331(13.03)	13(0.51)	223.2(8.79)	6(0.24)	6(0.24)	7.1
3-Phase 400V	LSLV0220H100-4	220(8.66)	193.8(7.63)	350(13.78)	331(13.03)	13(0.51)	223.2(8.79)	6(0.24)	6(0.24)	7.5
LSLV0300H100-4	220(8.66)	193.8(7.63)	350(13.78)	331(13.03)	13(0.51)	223.2(8.79)	6(0.24)	6(0.24)	7.5
Product(Model)	W1	W2	H1	H2	H3	D	A	B	kg

W1 D
W2
H2
H1
H3
B
A
W1
H1
H2
D
W2
H3
B
A
W2
H1
H2
W1 D
H3
B
A
Energy Saving Drive
H100 _ 53
Unit: mm(inches)

Product(Model)	W1	W2	H1	H2	H3	D	A	B	kg
3-Phase 400V	LSLV0370H100-4	275(10.83)	232(9.13)	450(17.72)	428.5(16.87)	14(0.55)	284(11.18)	7(0.28)	7(0.28)	26

Unit: mm(inches)

Product(Model)	W1	W2	H1	H2	H3	D	A	B	kg
3-Phase 400V	LSLV0750H100-4	325(12.08)	275(10.83)	550(21.65)	524.5(20.65)	16(0.63)	309(12.80)	9(0.35)	9(0.35)	43
LSLV0900H100-4	325(12.08)	275(10.83)	550(21.65)	524.5(20.65)	16(0.63)	309(12.80)	9(0.35)	9(0.35)	43

Unit: mm(inches)

Product(Model)	W1	W2	H1	H2	H3	D	A	B	kg
3-Phase 400V	LSLV0450H100-4	325(12.08)	282(11.10)	510(20.08)	486.5(19.15)	16(0.63)	284(11.18)	7(0.28)	7(0.28)	43
LSLV0550H100-4	325(12.08)	282(11.10)	510(20.08)	486.5(19.15)	16(0.63)	284(11.18)	7(0.28)	7(0.28)	43

H100
LSLV
Fan and Pump Dimensions
54_ LSIS
Flange
Ø5
A1

A2
B2	B3

Panel Cutting
Flange
B1
Drive + Flange
D2
D1
W
H
Unit: mm(inches)

Product(Model)	W	H	D1	D2	A1	A2	B1	B2	kg	B3
3-Phase 200V	LSLV0008H100-2	206(8.11)	264.5(10.41)	181(7.13)	55.1(2.17)	186(7.32)	178(7.01)	251.5(9.90)	235(9.25)	8.4(0.33)	3.7
3-Phase 400V	LSLV0008H100-4	206(8.11)	264.5(10.41)	181(7.13)	55.1(2.17)	186(7.32)	178(7.01)	251.5(9.90)	235(9.25)	8.4(0.33)	3.7
LSLV0015H100-2	206(8.11)	264.5(10.41)	181(7.13)	55.1(2.17)	186(7.32)	178(7.01)	251.5(9.90)	235(9.25)	8.4(0.33)	3.7
LSLV0022H100-2	206(8.11)	264.5(10.41)	181(7.13)	55.1(2.17)	186(7.32)	178(7.01)	251.5(9.90)	235(9.25)	8.4(0.33)	3.7
LSLV0037H100-2	206(8.11)	264.5(10.41)	181(7.13)	55.1(2.17)	186(7.32)	178(7.01)	251.5(9.90)	235(9.25)	8.4(0.33)	3.7
LSLV0055H100-2	206(8.11)	264.5(10.41)	181(7.13)	55.1(2.17)	186(7.32)	178(7.01)	251.5(9.90)	235(9.25)	8.4(0.33)	3.7
LSLV0075H100-2	206(8.11)	264.5(10.41)	181(7.13)	55.1(2.17)	186(7.32)	178(7.01)	251.5(9.90)	235(9.25)	8.4(0.33)	3.7
LSLV0110H100-2	206(8.11)	264.5(10.41)	181(7.13)	55.1(2.17)	186(7.32)	178(7.01)	251.5(9.90)	235(9.25)	8.4(0.33)	3.7
LSLV0015H100-4	206(8.11)	264.5(10.41)	181(7.13)	55.1(2.17)	186(7.32)	178(7.01)	251.5(9.90)	235(9.25)	8.4(0.33)	3.7
LSLV0022H100-4	206(8.11)	264.5(10.41)	181(7.13)	55.1(2.17)	186(7.32)	178(7.01)	251.5(9.90)	235(9.25)	8.4(0.33)	3.7
LSLV0037H100-4	206(8.11)	264.5(10.41)	181(7.13)	55.1(2.17)	186(7.32)	178(7.01)	251.5(9.90)	235(9.25)	8.4(0.33)	3.7
LSLV0055H100-4	206(8.11)	264.5(10.41)	181(7.13)	55.1(2.17)	186(7.32)	178(7.01)	251.5(9.90)	235(9.25)	8.4(0.33)	3.7
LSLV0075H100-4	206(8.11)	264.5(10.41)	181(7.13)	55.1(2.17)	186(7.32)	178(7.01)	251.5(9.90)	235(9.25)	8.4(0.33)	3.7
LSLV0110H100-4	206(8.11)	264.5(10.41)	181(7.13)	55.1(2.17)	186(7.32)	178(7.01)	251.5(9.90)	235(9.25)	8.4(0.33)	3.7

Energy Saving Drive
H100 _ 55
Flange
Ø5
Panel Cutting
B1

A2
B2	B3

Drive + Flange
Flange
A1
D2
D1
W
H
Unit: mm(inches)

Product(Model)	W	H	D1	D2	A1	A2	B1	B2	kg	B3
3-Phase 200V	LSLV0150H100-2	225.2(8.87)	322.7(12.70)	205.3(8.08)	72.1(2.84)	205.2(8.08)	197.5(7.78)	309.7(12.19)	292.5(11.52)	9.3(0.34)	4.6
3-Phase 400V	LSLV0150H100-4	225.2(8.87)	322.7(12.70)	205.3(8.08)	72.1(2.84)	205.2(8.08)	197.5(7.78)	309.7(12.19)	292.5(11.52)	9.3(0.34)	4.6
LSLV0185H100-4	225.2(8.87)	322.7(12.70)	205.3(8.08)	72.1(2.84)	205.2(8.08)	197.5(7.78)	309.7(12.19)	292.5(11.52)	9.3(0.34)	4.8

H100
LSLV
Fan and Pump Dimensions
56_ LSIS
Flange

Ø6	A2	B3
B2

Panel Cutting
Drive + Flange
Flange
B1
A1
W
D2 H
D1
Unit: mm(inches)

Product(Model)	W	H	D1	D2	A1	A2	B1	B2	kg	B3
3-Phase 200V	LSLV0185H100-2	267(10.51)	384.5(15.14)	223.2(8.79)	93.6(3.69)	247(9.72)	239(9.41)	371.5(14.63)	352(13.86)	9.5(0.37)	8.3
3-Phase 400V	LSLV0220H100-4	267(10.51)	384.5(15.14)	223.2(8.79)	93.6(3.69)	247(9.72)	239(9.41)	371.5(14.63)	352(13.86)	9.5(0.37)	8.3
LSLV0300H100-4	267(10.51)	384.5(15.14)	223.2(8.79)	93.6(3.69)	247(9.72)	239(9.41)	371.5(14.63)	352(13.86)	9.5(0.37)	8.3

Energy Saving Drive
H100 _ 57
Drive + Flange
Flange
W1
A1
W1
B1
B2

W1
H1

H3	H2
W2

D1
4-Ø7
Unit: mm(inches)

Product(Model)	W1	kg	W2	H1	H2	H3	D1	D2	A1	A2	B1	B2
3-Phase 400V	LSLV0370H100-4	275(10.83)	232(9.13)	495(19.49)	478.5(18.84)	7.5(0.30)	284(11.18)	100(3.94)	55(2.17)	24(0.98)	35.5(1.40)	26.4	24(0.98)

H100
LSLV
Fan and Pump Dimensions
58_ LSIS
Flange

A1
B2

W1
B1
Flange
W1
W2

W2
3	H2

H1
4-Ø7

D1
Drive + Flange
Unit: mm(inches)

Product(Model)	W1	kg	W2	H1	H2	H3	D1	D2	A1	A2	B1	B2
3-Phase 400V	LSLV0450H100-4	325(12.80)	282(11.10)	555.5(21.87)	539(21.22)	7.5(0.30)	284(11.18)	100(3.94)	57.5(2.26)	35.4	24(0.94)	35.5(1.40)	24(0.94)
LSLV0550H100-4	325(12.80)	282(11.10)	555.5(21.87)	539(21.22)	7.5(0.30)	284(11.18)	100(3.94)	57.5(2.26)	35.4	24(0.94)	35.5(1.40)	24(0.94)

Energy Saving Drive
H100 _ 59

W1
B1 A1

B2
Flange
Drive + Flange
W1
W2

W2
H3	H2

H1
4-Ø9

D1
Unit: mm(inches)

Product(Model)	W1	kg	W2	H1	H2	H3	D1	D2	A1	A2	B1	B2
3-Phase 400V	LSLV0750H100-4	325(12.80)	275(10.83)	605.5(23.84)	587(23.11)	9.5(0.37)	309(12.17)	130(5.12)	68.5(2.70)	35.4	24(0.94)	46.5(1.83)	24(0.94)
LSLV0900H100-4	325(12.80)	275(10.83)	605.5(23.84)	587(23.11)	9.5(0.37)	309(12.17)	130(5.12)	68.5(2.70)	35.4	24(0.94)	46.5(1.83)	24(0.94)

H100
LSLV
Fan and Pump Dimensions
60_ LSIS

Product(Model)	W	H1	H2	H3	D1	D2	A1	A2	A3	B1	B2	B3	C1	C2	kg
3-Phase 200V	LSLV0008H100-2	160(6.30)	267.8(10.54)	232(9.13)	181(7.13)	55.6(2.19)	56.7(2.23)	52.5(2.07)	44(1.73)	21.5(0.85)	78(3.07)	117.6(4.63)	43.5(1.71)	78(3.07)	32.5(1.28)	3.9
3-Phase 400V	LSLV0008H100-4	160(6.30)	267.8(10.54)	232(9.13)	181(7.13)	55.6(2.19)	56.7(2.23)	52.5(2.07)	44(1.73)	21.5(0.85)	78(3.07)	117.6(4.63)	43.5(1.71)	78(3.07)	32.5(1.28)	3.9
LSLV0015H100-2	160(6.30)	267.8(10.54)	232(9.13)	181(7.13)	55.6(2.19)	56.7(2.23)	52.5(2.07)	44(1.73)	21.5(0.85)	78(3.07)	117.6(4.63)	43.5(1.71)	78(3.07)	32.5(1.28)	3.9
LSLV0022H100-2	160(6.30)	267.8(10.54)	232(9.13)	181(7.13)	55.6(2.19)	56.7(2.23)	52.5(2.07)	44(1.73)	21.5(0.85)	78(3.07)	117.6(4.63)	43.5(1.71)	78(3.07)	32.5(1.28)	3.9
LSLV0037H100-2	160(6.30)	267.8(10.54)	232(9.13)	181(7.13)	55.6(2.19)	56.7(2.23)	52.5(2.07)	44(1.73)	21.5(0.85)	78(3.07)	117.6(4.63)	43.5(1.71)	78(3.07)	32.5(1.28)	3.9
LSLV0055H100-2	160(6.30)	267.8(10.54)	232(9.13)	181(7.13)	55.6(2.19)	56.7(2.23)	52.5(2.07)	44(1.73)	21.5(0.85)	78(3.07)	117.6(4.63)	43.5(1.71)	78(3.07)	32.5(1.28)	3.9
LSLV0075H100-2	160(6.30)	267.8(10.54)	232(9.13)	181(7.13)	55.6(2.19)	56.7(2.23)	52.5(2.07)	44(1.73)	21.5(0.85)	78(3.07)	117.6(4.63)	43.5(1.71)	78(3.07)	32.5(1.28)	3.9
LSLV0110H100-2	160(6.30)	267.8(10.54)	232(9.13)	181(7.13)	55.6(2.19)	56.7(2.23)	52.5(2.07)	44(1.73)	21.5(0.85)	78(3.07)	117.6(4.63)	43.5(1.71)	78(3.07)	32.5(1.28)	3.9
LSLV0015H100-4	160(6.30)	267.8(10.54)	232(9.13)	181(7.13)	55.6(2.19)	56.7(2.23)	52.5(2.07)	44(1.73)	21.5(0.85)	78(3.07)	117.6(4.63)	43.5(1.71)	78(3.07)	32.5(1.28)	3.9
LSLV0022H100-4	160(6.30)	267.8(10.54)	232(9.13)	181(7.13)	55.6(2.19)	56.7(2.23)	52.5(2.07)	44(1.73)	21.5(0.85)	78(3.07)	117.6(4.63)	43.5(1.71)	78(3.07)	32.5(1.28)	3.9
LSLV0037H100-4	160(6.30)	267.8(10.54)	232(9.13)	181(7.13)	55.6(2.19)	56.7(2.23)	52.5(2.07)	44(1.73)	21.5(0.85)	78(3.07)	117.6(4.63)	43.5(1.71)	78(3.07)	32.5(1.28)	3.9
LSLV0055H100-4	160(6.30)	267.8(10.54)	232(9.13)	181(7.13)	55.6(2.19)	56.7(2.23)	52.5(2.07)	44(1.73)	21.5(0.85)	78(3.07)	117.6(4.63)	43.5(1.71)	78(3.07)	32.5(1.28)	3.9
LSLV0075H100-4	160(6.30)	267.8(10.54)	232(9.13)	181(7.13)	55.6(2.19)	56.7(2.23)	52.5(2.07)	44(1.73)	21.5(0.85)	78(3.07)	117.6(4.63)	43.5(1.71)	78(3.07)	32.5(1.28)	3.9
LSLV0110H100-4	160(6.30)	267.8(10.54)	232(9.13)	181(7.13)	55.6(2.19)	56.7(2.23)	52.5(2.07)	44(1.73)	21.5(0.85)	78(3.07)	117.6(4.63)	43.5(1.71)	78(3.07)	32.5(1.28)	4.0

hQ
dQ
dR
Drive + Conduit
Conduit
SMᾤRRNS @@@@@SMᾤRXNV@@@@@@
aQ aR

cQ
cR

bS
bR

hS
bQ
Unit: mm(inches)
Conduit
*Without rubber packing
Energy Saving Drive
H100 _ 61

Product(Model)	H1	W	H3	H2	D2	D1	A2	A1	B1	A3	B3	B2	C2	C1	E2	E1	E3	kg	E4
3-Phase 200V	325.8 (12.83)	180 (7.09)	60 (2.36)	290 (11.42)	73.7 (2.90)	205.3 (8.08)	44 (1.73)	56.5 (2.22)	125.9 (4.96)	24.5 (0.96)	45.7 (1.80)	90 (3.54)	33 (1.30)	90 (3.54)	55.5 (2.19)	180 (7.09)	54.5 (2.15)	5.2	2.5 (0.10)	LSLV0150H100-2
3-Phase 400V	5.2	325.8 (12.83)	180 (7.09)	60 (2.36)	290 (11.42)	73.7 (2.90)	205.3 (8.08)	44 (1.73)	56.5 (2.22)	125.9 (4.96)	24.5 (0.96)	45.7 (1.80)	90 (3.54)	33 (1.30)	90 (3.54)	55.5 (2.19)	180 (7.09)	54.5 (2.15)	2.5 (0.10)	LSLV0150H100-4
5.4	325.8 (12.83)	180 (7.09)	60 (2.36)	290 (11.42)	73.7 (2.90)	205.3 (8.08)	44 (1.73)	56.5 (2.22)	125.9 (4.96)	24.5 (0.96)	45.7 (1.80)	90 (3.54)	33 (1.30)	90 (3.54)	55.5 (2.19)	180 (7.09)	54.5 (2.15)	2.5 (0.10)	LSLV0185H100-4

hQ
dQ
dR
Conduit
Drive + Conduit
aQ

aS	aR
eT eR eQ eS
cQ R
bS bR

@@@@@SMᾤSU
@@@@@SMᾤRRNS
bQ
hS
Unit: mm(inches)
*Without rubber packing
H100
LSLV
Fan and Pump Dimensions
62_ LSIS
w

hQ
dR
dQ
Conduit
Drive + Conduit
SMᾤRRNS SMᾤTTNU
aQ

aS	aR cQ cR
eR eQ
bS bR

bQ
hS
Conduit

Product(Model)	H1	W	H3	H2	D2	D1	A2	A1	B1	A3	B3	B2	C2	C1	E2	E1	kg
3-Phase 200V	382.5 (15.06)	220 (8.66)	64 (2.52)	350 (13.78)	96.4 (3.80)	223.2 (8.79)	44 (1.73)	53 (2.09)	120 (4.72)	21 (0.83)	43 (1.69)	88 (3.46)	34 (1.34)	84 (3.31)	132 (5.20)	215 (8.46)	5.2	LSLV0185H100-2
3-Phase 400V	382.5 (15.06)	220 (8.66)	64 (2.52)	350 (13.78)	96.4 (3.80)	223.2 (8.79)	44 (1.73)	53 (2.09)	120 (4.72)	21 (0.83)	43 (1.69)	88 (3.46)	34 (1.34)	84 (3.31)	132 (5.20)	215 (8.46)	5.2	LSLV0220H100-4
382.5 (15.06)	220 (8.66)	64 (2.52)	350 (13.78)	96.4 (3.80)	223.2 (8.79)	44 (1.73)	53 (2.09)	120 (4.72)	21 (0.83)	43 (1.69)	88 (3.46)	34 (1.34)	84 (3.31)	132 (5.20)	215 (8.46)	5.4	LSLV0300H100-4

Unit: mm(inches)
*Without rubber packing
Energy Saving Drive
H100 _ 63
w
hR
hQ
dR
dQ
Conduit
CL
Drive + Conduit
@@@@@SMᾤTTNU
RMᾤRRNS
aQ

bS
bR
bQ
hS
*Without rubber packing

Product(Model)	W	H1	H2	H3	D1	D2	A1	A2	B1	B2	B3	B4	C	kg
3-Phase 400V	275 (10.83)	521.5 (20.53)	450 (17.72)	112.5 (4.43)	284 (11.18)	100 (3.94)	162 (6.38)	81 (3.19)	184 (7.24)	160 (6.30)	105.8 (4.17)	8 (0.31)	275 (10.83)	LSLV0370H100-4	28.7

Unit: mm(inches)
H100
LSLV
Fan and Pump Dimensions
64_ LSIS
w

dQ
Conduit
Drive + Conduit
CL
@@@@@SMᾤUPNX
aR RMᾤRRNS
c
aQ
bS
bT bR
bQ
hS
Conduit
*Without rubber packing

Product(Model)	W	H1	H2	H3	D1	D2	A1	A2	B1	B2	B3	B4	C	kg
3-Phase 400V	325 (12.80)	600.5 (23.64)	510 (20.08)	134 (5.28)	284 (11.18)	100 (3.94)	162 (6.38)	81 (3.19)	184 (7.24)	160 (6.30)	105.8 (4.17)	8 (0.31)	325 (12.80)	38.4	LSLV0450H100-4
325 (12.80)	600.5 (23.64)	510 (20.08)	134 (5.28)	284 (11.18)	100 (3.94)	162 (6.38)	81 (3.19)	184 (7.24)	160 (6.30)	105.8 (4.17)	8 (0.31)	325 (12.80)	38.4	LSLV0550H100-4

Unit: mm(inches)
Energy Saving Drive
H100 _ 65

Product(Model)	W	H1	H2	H3	D1	D2	A1	A2	B1	B2	B3	B4	C	kg
3-Phase 400V	325 (12.80)	685.5 (26.99)	550 (21.65)	183 (7.20)	309 (12.17)	130 (5.12)	192 (7.56)	81 (3.19)	179 (7.05)	155 (6.10)	100.75 (3.97)	8 (0.31)	325 (12.80)	47.2	LSLV0750H100-4
325 (12.80)	685.5 (26.99)	550 (21.65)	183 (7.20)	309 (12.17)	130 (5.12)	192 (7.56)	81 (3.19)	179 (7.05)	155 (6.10)	100.75 (3.97)	8 (0.31)	325 (12.80)	47.2	LSLV0900H100-4

Unit: mm(inches)
Conduit
Drive + Conduit
w
hR
hQ
dR
dQ
CL
@@@@@SMᾤVSNU
aR RMᾤRRNS
bS
bT bR
bQ
hS
c
aQ
*Without rubber packing

Circuit Breaker(MCCB)	Leakage Breaker(ELCB)	Magnetic Contactor(MC)	Capacity (kW)	Voltage
Model	Rated Current(A)	Model	Rated Current(A)	Model	Rated Current(A)	Model	Rated Current(A)
0.75	15	15	11	MC-9a	15	ABS33c	UTE100	EBS33c	3-Phase 200V
1.5	15	15	18	MC-18a	15
2.2	30	30	32	MC-32a	15
3.7	30	30	32	MC-32a	15
5.5	50	50	55	MC-50a	50	ABS53c	EBS53c	UTE100
7.5	60	60	65	MC-65a	60	ABS63c	EBS63c	UTE100
11	100	100	85	MC-85a	100	EBS103c	ABS103c	UTE100
15	100	100	130	MC-130a	100	UTE100
18.5	150	200	150	MC-150a	150	ABS203c	EBS203c	UTE150
0.75	10	10	9	MC-6a	15	EBS33c	ABS33c	UTE100	3-Phase 400V
1.5	10	10	9	MC-6a	15
2.2	15	15	11	MC-9a	15
3.7	15	15	13	MC-12a	15
5.5	50	30	22	MC-22b	50	EBS33c	ABS53c	UTE100
7.5	50	30	32	MC-32a	50	UTE100
11	60	50	50	MC-50a	60	ABS63c	EBS53c	UTE100
15	60	60	65	MC-65a	80	ABS63c	EBS63c	UTE100
18.5	100	100	85	MC-85a	100	ABS103c	EBS103c	UTE100
22	125	125	105	MC-100a	125	ABS103c	UTE150
30	125	125	130	MC-130a	125	ABS103c	UTE150
37	175	200	150	MC-150a	175	ABS203c	EBS203c	UTE250
45	225	225	185	MC-185a	225	ABS203c	UTE250
55	250	250	185	MC-185a	250	ABS203c	UTE250
75	300	300	225	MC-225a	300	ABS403c	EBS403c	UTE400
90	350	350	330	MC-330a	350	ABS403c	UTE400

H100
LSLV
Fan and Pump
Damping Resistance/Peripheral Devices/
Fuse & Reactor Specifications
66_ LSIS
Damping Resistance Specification
Peripheral Devices
• The values are based on brake torque of 150% and ED (%) of 5%. When ED is 10%, the rated capacity of damping resistance should be doubled for calculation.
• In accordance with the IEC 60439-1 regulation, short-circuit current of the code applicable to the power input part is 100kA. H100 Drive is designed to endure rated 100kA
symmetrical high current at the maximumrated voltage of the product.

0.75	150	150	3-Phase 200V
1.5	60	300
2.2	50	400
3.7	33	600
5.5	25	600
7.5	20	750
11	15	1200
15	10	1500
18.5	8	2000
Product (kW)	Resistance ( )	Rated Capacity(W)

Fuse/Reactor Specifications

0.75	10	2.02	5	4.04	5	3-Phase 200V	600
1.5	10	1.26	8	2.53	8
2.2	15	0.78	12	1.68	12
3.7	20	0.59	16	1.26	16
5.5	50	0.43	24	0.93	25
7.5	63	0.31	33	0.73	32
11	80	0.22	46	0.53	50
15	100	0.16	62	0.32	62
18.5	125	0.13	77	0.29	80
0.75	10	8.09	2.5	16.17	3	3-Phase 400V	600
1.5	10	5.05	4	10.11	4
2.2	15	3.37	6	6.74	6
3.7	20	2.25	9	5.05	8
5.5	32	1.56	13	3.56	13
7.5	35	1.16	17	2.53	18
11	50	0.76	27	1.64	26
15	63	0.61	33	1.42	33
18.5	70	0.48	43	0.98	42
22	100	0.40	51	0.88	50
30	0.29	69	0.59	68
37	0.29	69	Built In
45	160	0.24	85
55	200 250	0.20	100
75	0.15	134
90	350	0.13	160
Product (kW)	AC Input Fuse	AC Reactor	DC Reactor
Current (A)	Voltage (V)	Inductance (mH)	Inductance (mH)	Current (A)	Current (A)

125

0.75	600	150	3-Phase 400V
1.5	300	300
2.2	200	400
3.7	130	600
5.5	100	600
7.5	80	750
11	50	1200
15	40	1500
18.5	30	2000
Product (kW)	Resistance ( )	Rated Capacity(W)

22	25	2400	3-Phase 400V
30	20	3000
37	15	3700
45	12	4500
55	10	5500
75	8	7500
90	6	9000
Product (kW)	Resistance ( )	Rated Capacity(W)

Energy Saving Drive
H100 _ 67
8 * *
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Dynamic Breaking Unit(DBU) and Resistors/
Terminal Arrangement/Basic Wiring
Dynamic Breaking Unit(DBU) and Resistors
Terminal Arrangement
• It is not necessary to use option type dynamic braking unit for H100 0.75~18.5kW(200V) and 0.75~30kW(400V) because basically the dynamic braking unit is built in.
• You must refer to dynamic braking unit manual for usage recommended dynamic braking unit in the table above due to changeable table.
• Resistance/watt/breaking torque/%ED of DB Resistor for Type A DB Unit refer to the table of “11.7.6 DB Resistors”
Notes

UL Type	200V	Refer to the appearance of Group 1.	SV370DBU-2U	30 ~ 37 kW	Type A (Resistance of DB Resistor refer to the table of “11.7.6 DB Resistors”)
Non UL Type	Refer to the appearance of Group 2.	200V	SV037DBH-2	30 ~ 37 kW	Type B (Resistance of DB Resistor refer to the manual of DB Unit)
Refer to the appearance of Group 4.	SV2200DB-4	185~220kW
Refer to the appearance of Group 6.	LSLV0900DBU-4HN	90 kW
400V	SV370DBU-4U	30 ~ 37 kW
400V	SV037DBH-4	30 ~ 37 kW
200V	LSLV0370DBU-2LN	Refer to the appearance of Group 5.	30 ~ 37 kW	Type C (Resistance of DB Resistor refer to the manual of DB Unit)
400V	LSLV0370DBU-4LN	Refer to the appearance of Group 5.	30 ~ 37 kW
UL form	Type	Voltage	Capacity of Applied motor	Braking Unit	Terminal Arrangement & Dimensions
SV550DBU-2U	45 ~ 55 kW
SV370DBU-2U, 2Set	75 kW
SV550DBU-4U	45 ~ 55 kW
SV750DBU-4U	75 kW
SV550DBU-4U, 2Set	90 kW
SV750DBU-4U, 2Set	110~132kW
SV750DBU-4U, 3Set	160kW
SV075DBH-4	45 ~55 kW, 75 kW
SV075DB-4	Refer to the appearance of Group 3.
SV2200DB-4, 2Set	280~375kW
LSLV0370DBU-2HN	Refer to the appearance of Group 6.
LSLV0750DBU-2LN	Refer to the appearance of Group 5.	45 ~55 kW, 75 kW
LSLV0750DBU-2HN	Refer to the appearance of Group 6.
LSLV0370DBU-4HN	Refer to the appearance of Group 6.
LSLV0750DBU-4LN	45 ~ 55 kW, 75kW	Refer to the appearance of Group 5.
LSLV1320DBU-4HN	110~132kW
LSLV1600DBU-4HN	160kW
LSLV2200DBU-4HN	185~220kW
LSLV2200DBU-4HN, 2Set	280~375kW

Ground Terminal	G
Terminal for connection with B2 of DBU	B2
Terminal for connection with B1 of DBU	B1
Terminal for connection with N of Inverter	N
Terminal for connection with P1 of Inverter	P
Terminal	Functions

Group 1 :
Group 3 :
Group 5 :
Group 6 :
Group 4 :
Group 2 :

Ground Terminal	G
Terminal for connection with B2 of DBU	B2
Terminal for connection with B1 of DBU	B1
Terminal for connection with N of Inverter	N
Terminal for connection with P of Inverter	P
Terminal	Functions

P(+)	Terminal for connection with P of Inverter
N(-)	Terminal for connection with N of Inverter
B1	Terminal for connection with B1 of DBU
B2	Terminal for connection with B2 of DBU
N.C	Unused
E	Ground Terminal
Terminal	Functions

8 6 * * 6+ -

P(+)	Terminal for connection with P of Inverter
N(-)	Terminal for connection with N of Inverter
B1	Terminal for connection with B1 of DBU
B2	Terminal for connection with B2 of DBU
E	Unused
Terminal	Functions

Wire correctly referring to wiring diagram. DB Resistors connect with B1, B2 of DB Unit.	B1, B2
DBU Terminals	Description

Dynamic Breaking(DB) Unit &
DB Resistor Basic Wiring
Note : READ DBU User manual certainly when selecting DB resistors.
Note : You must refer to dynamic braking unit manual for choice the braking
resistor to use the dynamic braking unit.
• For your safety, please read user's manual thoroughly before operating.
• Contact the nearest authorized service facility for examination, repair, or adjustment.
• Please contact qualified service technician when you need maintenance.
Do not disassemble or repair by yourself !
Safety Instructions • Any maintenance and inspection shall be performed by the personnel having expertise concerned.
2015. 11 Fan and Pump Drive LSLV-H100 (E)_2014.07 / (08) 2015.11 Printed in Korea_HumanPower
ⓒ2014.07 LSIS Co., Ltd. All Rights Reserved.

Specifications in this catalog are subject to change without notice due to continuous product
development and improvement.
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