SQLC-216-212

INSTRUCTION MANUAL(DETAILED VERSION)
POWER LINE SUPER MULTI-METERSQLC-72LSQLC-216-212

Contents

Introduction ･･･････････････････････････････････････････････････････････････････････
Safety Precaution ･･････････････････････････････････････････････････････････････････
Composition of type ･･･････････････････････････････････････････････････････････････

2
2
3

1. Product outline ･･････････････････････････････････････････････････････････････････ 4
1.1 Features of product ･･････････････････････････････････････････････････････････ 4
1.2 Part names ･･･････････････････････････････････････････････････････････････････ 4
1.3 Bundled items ････････････････････････････････････････････････････････････････ 4
2. Dimensions ･･･････････････････････････････････････････････････････････････････････ 4
2.1 SQLC-72L ･････････････････････････････････････････････････････････････････････ 4
2.2 Current sensor (Option) ･･････････････････････････････････････････････････････ 5
2.3 Zero-phase current transformer ZCT (Option) ･･････････････････････････････････ 6
3. Installation instructions ･･･････････････････････････････････････････････････････

7

4. Connection ･･･････････････････････････････････････････････････････････････････････ 10
4.1 Low-voltage circuit ･･････････････････････････････････････････････････････････ 10
4.2 High-voltage circuit ･････････････････････････････････････････････････････････ 11
5. Operation and Screen ････････････････････････････････････････････････････････････ 11
6. Display mode ･･････････････････････････････････････････････････････････････････････ 12
6.1 Measurement display ･･････････････････････････････････････････････････････････ 12
6.2 Instant measurement display mode ･････････････････････････････････････････････ 13
6.3 Maximum value / Minimum value display mode ･･･････････････････････････････････ 14
6.4 Reset ････････････････････････････････････････････････････････････････････････ 14
6.5 Setting value display mode ･･･････････････････････････････････････････････････ 15
7. Setting ･･････････････････････････････････････････････････････････････････････････ 16
7.1 Setting mode 1 ･･･････････････････････････････････････････････････････････････ 16
7.2 Setting mode 2 ･･･････････････････････････････････････････････････････････････ 20
8. Test mode ･･･････････････････････････････････････････････････････････････････････ 26
9. Specifications ･･････････････････････････････････････････････････････････････････ 28
10. Description of functions ････････････････････････････････････････････････････････ 35
10.1 Contact output ･･････････････････････････････････････････････････････････････ 35
10.2 Inrush current mask function ･･････････････････････････････････････････････････ 35
10.3 Power flow measurement ･･････････････････････････････････････････････････････ 35
11. Multi-Meter Configuration Software（SQLC-CS-01）･････････････････････････････････ 36
11.1 Outline ･････････････････････････････････････････････････････････････････････ 36
11.2 Hardware requirements ･･･････････････････････････････････････････････････････ 36
11.3 System configuration ････････････････････････････････････････････････････････ 36
12. Troubleshooting ････････････････････････････････････････････････････････････････ 37
Appendix table 1...3

1

SQLC-216-212

Introduction
Thank you for purchase of DAIICHI product.
Please read this instruction manual carefully before use.
Keep this manual for future reference.
Please contact with us in case this manual is lost or damaged.

Safety Precaution■ Usage environment and conditions
Don't use this product in the following conditions.
① Locations beyond the ambient temperature range (-10...+55 ℃) and humidity range (5...90 % RH).
② Locations with excessive corrosive gas (SO2 / H2S / etc.)③ Locations with excessive dust.
④ Locations with excessive vibration or shocks.
⑤ Locations with excessive exogenous noise.
⑥ Altitude over 2000 m.
⑦ When measure the following inverter output directly, error will becomes large.
Cycle control, SCR phase angle control, PWM inverter.

■ Outdoor use conditions.
① These products are not a dustproof, waterproof, and splash proof construction.
Please avoid the place with much dust. Please do not install in the place directly exposed to the rain
and water droplets. (IP code：IP40)② Please do not install in the place directly exposed to the sun even through the glass. Discoloration anddegradation of a name plate, and deformation of the box by the surface temperature rise may caused.
③ Product life may shorten when the daily average temperature exceeds 40 ℃.

■ Mounting and wiring
Please refer to this instruction manual for installation and the wiring.

 Please refer to connection diagram for the wiring. An improper connection may cause troubles.
 Hot line work is prohibited. There is a risk of explosion by electric shock, device malfunction, burning,
fire, or gas.
 Please use an electrical wire size suitable with the rated current.
Use unsuitable size electric wire, which may lead to a fire.
 Please carry out coating removal of a covering electric wire by reasonable length. If covering removal
is too long, there is a possibility of short-circuiting with the next electric wire. Moreover, if coveringremoval of an electric wire is too short, a mating defect and poor contact may be caused.
 Be careful of the short circuit by the exposure of conductor.
 Please use it combining the current sensor of this product and exclusive use.
Please use a current sensor within input rated range.
 Since a current sensor (exclusive use) is only for low-voltage circuits, it cannot be used for a high-voltage
circuit. Connecting with a high-voltage circuit is dangerous.
When using with a circuit of 600 A or more, please connect the current sensor of the 5 A rated the (CTF-5A)
on the secondary side of the instrument for the current transformer (secondary 5 A).
 Primary cable to connect to the current sensor, please use the penetrable insulated wire.
Please do not use non-insulated wire and conductor (bus bar, etc.).
 As for the core division surface of a current sensor, characteristics worsen by adhesion of dust or accrualof rust. Be careful not to attach dirt to a core division surface. When dirty, please clean with a dry cloth.
 As for the core division surface of a current sensor, characteristics worsen by adhesion of dust or accrualof rust. Be careful not to attach dirt to a core division surface.
When dirty, please clean with a dry cloth.
 Please do not continuously energized the secondary side of the current sensor in an open state.
However, this product has a built-in protection circuit of the secondary terminal open.
There is no problem in the open in the wiring construction period.
 The current sensor has polarity. Please note the time of installation.

2

SQLC-216-212■ Preparation
This product must be set before use. Please read this manual and make the setting correctly.
If you make a mistake on the setting it does not operate correctly.

■ Maintenance and inspection① Inspection during energization is dangerous.
② No replacement in periodic inspection.
③ Please wipe off lightly with the dry soft cloth.
Please do not use the organic solvent, chemicals, cleaners, etc., such as an alcohol, for cleaning.

■ Storage
If you want to long-term storage, please avoid the following environment.
 Locations beyond the ambient temperature range and humidity range. -25...+70 ℃, 5...90 ％ RH
 Daily average temperature more than 40 ℃.
 Location corresponding to the usage environment and use conditions (②...④).

■ Countermeasures against troubles
If this product breaks down within the warranty period, it will be repairs by DAIICHI Electronics.

■ Disposal
Please dispose of this product as industrial waste (noncombustible).
Mercury parts and a nickel-cadmium battery are not used for this product.

■ Warranty period
The warranty period of the product is one year after the date of delivery.

■ Warranty scope
In the state of the normal use of product-specification within the range according to this instruction manual,
the trouble within the warranty period performs exchange or repair gratuitously.
However, if it corresponds to the next, it does not warrant.
① If it breaks down when converted or repaired except our company.
② If it breaks down by use out of specification range.
③ If the cause of trouble is based on cause other than this product.
④ Transportation, movement, damage by falling, and trouble.
⑤ Other, natural disasters, disasters, etc. In the case where the supplier side (Company and agent) is
not responsible.
This warranty is a guarantee for the delivered product. Cannot warrant the damage induced by trouble ofthis product.

■ Replacement cycle of the productWe recommend updating the product for 10 years as a rough standard.

■ Change of instruction manual written contents.
This instruction manual changes written contents without a notice by product improvement etc.

Composition of typeType

Specification code

SQLC-72L-① Hardware model② Auxiliary supplyA

1

85...264 V AC
80...143 V DC

2

20...56 V DC

Hardware model A

3③ Control input, Communication output,
Contact output
Control input：DI ×1
1 Communication output：MODBUS RTU
Contact output：DO ×2

SQLC-216-212

1 Product outline
1.1 Features of product Small Multi-meter, DIN 72 mm square size
 Input circuit is a 3 phase 3 wire, 1 phase 3 wire, 1 phase 2 wire, 3 phase 4 wire shared.
 400 V direct connection is possible (110 V / 220 V / 440 V shared) Compliant for international standards [IEC 60688：2012 (Transducer), IEC 62053：2003 (Electricity
metering equipment), CE marking] Equipped with a liquid crystal panel with a wide viewing angle.
 Equipped with a high visibility high-intensity white backlight.
 Wiring can be confirmed by the test function.
 Screw-less spring-type terminal block the adoption. Wiring man-hours can be reduced.
 RS485 Communication output（MODBUS RTU）, Alarm output, Pulse output can be output simultaneously.

1.2 Part names
Attachment tool

Current sensor input, ZCT input, Communication output,
Control input, Contact output terminal

LCD■ Operation switch

SET
SwitchUnitdisplay

RESET
Switch－/＋SwitchDISPLAY
SwitchAttachment tool
Voltage input terminal
Digital display
Auxiliary supply, Ground terminal

1.3 Bundled items① Instruction Manual (Instruction・Operation) ･････････ 1② Attachment tool ･････････････････････････････････････ 2③ Termination resister for communication (100 Ω) ･････ 1

2 Dimensions
2.1 SQLC-72L

4

SQLC-216-212

2.2 Current sensor (option)：Made by MULTI MEASURING INSTRUMENTS Co., Ltd.
50A（CTF-50A）

5A（CTF-5A）
38.5

28.6

33

23

42

42

9.5

10

10

48

41.3

7.9

25.3

25.5

100A（CTF-100A）

200A（CTF-200A）
55.5
37.5

45

29.5

52.5

46

35.5

24

24

16

76

55

14.5

30.5

600A（CTF-600A）

400A（CTF-400A）
73

73

62.5

62.5

53

53
35.5

35.5

18.5

18.5

37

94

35.5
94

35.5

37

5

SQLC-216-212

2.3 Zero-phase current transformer ZCT (option) : Made by OMRON Corporation
50A（OTG-LA21）

2.2

5.2

1.8
11

1.8

4.7

9.3
9.3
4.1

1.7

4.1

64

81.5

27

17
0
φ3

20

57
86

6

6

74

8.5

13.5

1
φ2

Terminal cover

33.5 34.5

8.5

13.5

Terminal cover
17

28

5.9

63
54
50

(Mounting pitch)

68.5

1.7

76
(Mounting pitch)

5.9

50

5.2

100A（OTG-LA30）

20400A（OTG-LA68）

200A（OTG-LA42）

11

11

88

φ

Terminal cover17

6.1
Terminal cover
118

17

42

68
φ

136

109

9.3

5.2

9.3

97 (Mounting pitch)

25

107

131 (Mounting pitch)

31

143

100A for outdoor（OTG-LA30W）

600A（OTG-LA82）
11
6.2

9.3

62

42.5

φ30

φ5.5

5.5

24

2

160 (Mounting pitch)
172

28
33

6

68
84

(Mounting pitch)

5

158

82

20

φ

1.25mm 2 VCTFK(JIS C 3306)

10.5

73.5

17

500

Terminal cover

3.5

138

Lead wire color：White, BlackNo polarity

SQLC-216-212

3 Installation instructions■ Mounting position
Since the LCD contrast is changed in accordancewith the monitoring angle, please be installed at
the optimal angle.

98 or more

■ Panel cutout dimensions

+0.7

68 -0

75°

68 -0

+0.7

75°
(Side view)

75°
75°(Top view)

98 or more
Panel cutout■ Installation
Insert from the front panel cut hole.
Install as shown in the figure below.

Attaching portion(to right and left)(M3 screw)

Tightened with aphillips screwdriver.
Tightening torque：0.1N･m

Attachment tool
■ Connection of current sensor① Remove the fixing hooks, and open the movable core.
Please check the mounting direction of the current sensor. (Symbol：Power supply side K, Load side L)
Pass the wirees in the center of the current sensor.

② Make sure that there is no dust on the core division surface.
Until the sound of the fixing hook is, please close the movable core.
③ To secure the current sensor to the wire in the cable ties.
③①②
Fixing hook

Cable ties
Aux.supply
side
(Ｋ)

Core division
surface

Movable core

Primary
conductor(cable)Terminal cover● Solderless terminal to be used in thesecondary terminal of the current sensor,
please use the Solderless terminal of thespecified.
Solderless terminal for M3 screw (Without
insulation sleeve)
Tightening torque：0.5...0.6 N･m

Close thefixing hook

Fixing hole
(4mm×2mm)

Cable ties
Load side(Ｌ)
Primary
conductor(cable)Fixing hole
(4mm×2mm)● CT inside diameter and wiring length of current sensor
Primary
CT inside
Wiring lengthTypecurrent
diameter(Max.)5 A
CTF-5A
10 mm
10 m
50 A
CTF-50A
10 mm
100 A
CTF-100A
16 mm
200 A
CTF-200A
24 mm
50 m
400 A
CTF-400A
37 mm
600 A
CTF-600A
37 mm

7SQLC-216-212■ Connection method(1) Applicable wire
Terminal is a screw-less spring-type terminal.

Fit wire size, please refer to the table below.
Applicable wire

Terminal

Wire

Singlewire

Cross-sectional
Voltage input,
area
Auxiliary supply,
GroundAWG
Current sensor, ZCT, Cross-sectional
Communication output, area
Control input,
AWG
Contact output

Flexible stranded wire

Stranded wire, Stranded wire,Two stranded wire,
Flexible rod terminal
rod terminal
rod terminal
Delamination
stranded (Ferrule with (Ferrule without(Twin ferrule withof wireinsulating
insulating
wire
insulating collar)
collar)collar)0.08 ... 2.5 mm20.25 ... 1.5 mm2

0.5 mm2×2

28 ... 12

24 ... 16

22

2

2

0.08 ... 2.5 mm

0.25 ... 1.5 mm

0.5 mm2×2

28 ... 12

24 ... 16

22

Single wire

Stranded wire, rod terminal(Ferrule with insulating collar)

Stranded wire, rod terminal(Ferrule without insulating collar)

In case of flexible stranded wire, please be careful not to loosen
the wire. There is a rod terminal as a preventive measure.
Rod terminal of recommendation, please refer to the following.
Also, please use a dedicated crimping tool to rod terminal.
 Rod terminal：WAGO, Ferrule with insulating collar ／Ferrule without insulating collar, 216 series Crimping tool：WAGO,

5 ... 6 mm

Two stranded wire, rod terminal(Twin ferrule with insulating collar)

Twin ferrule with insulating collar
can crimp more two standard wires atthe same time.
Please use in the case of two wires todaisy chain, such as one terminal.

Ferrule crimping tool 206-204 (Applicable wire：0.25 mm2 to 4 mm2)

 Please use a rod terminal that matches the wire size.
 The tip of the wire, please cut the length of the rod terminal (or about 0.5 mm long).
 After the rod terminal crimping, please check the appearance.
0 ... 0.5 mm

Exposure of conductor
DamagePressure bonding◯

× Exposure of conductor

8

Insufficient length of
the wire× Damage to the side × Wire peeling shortage

SQLC-216-212(2) Connection method① Stripping 5-6 mm a coating of the tip of the wire. Or, crimping the rod terminal.
The screwdriver of the flat-blade screwdriver cutting edge (3.5 mm × 0.5 mm)② Insert the screwdriver to screwdriver insertion slot, open the spring.
③ To insert the wire to the wire insertion slot.
④ Pull out the screwdriver, close the spring.
【Recommended screwdriver】Cutting edge 3.5 mm×0.5 mm
WAGO made screwdriver：210-720, 210-657, 210-658, 210-120J, 210-350/01, 210-258J①②

5 ... 6 mm

Without of loosened and twisting and bending

Screw driver④③

Insert thescrewdriver toopen the spring【Screwdriver and wire insertion slot】【Upper position terminal】
Current sensor, ZCT, Communication output,
Control input, Contact output【Lower position terminal】
Screwdriverinsertion slot

Auxiliary supply, Ground

Wire insertion slot

9

Wire insertion slot

Voltage input

SQLC-216-212

4 Connection
4.1 Low-voltage circuit(１)(２)■ 3 phase 3 wire（2VT2CT）■ 3 phase 3 wire（2VT3CT）
CT (CURRENT SENSOR)

L

ZCT

K

LOAD

L

CONTACT OUTPUT
CONTROL INPUTMODBUS(＋)
1 (－)(INPUT)
(COM)

1

3

5

7

9

11 13 15 17 19 21 23

1

3

5

7

9

2

4

6

8

10 12 14 16 18 20 22 24

2

4

6

8

10 12 14 16 18 20 22 24

26

27

( ＋)

11 13 15 17 19 21 23( ＋)

AUX.SUPPLY ( ～－)～AUX.SUPPLY ( ～
－)
～
25

26

27

28

29

30

31

25

■ 1 phase 3 wire

28

29

30

31

■ 1 phase 2 wire
CT (CURRENT SENSOR)

L

ZCT

K

LOAD

L

K

L

K

L1
L2

LOAD

(3 )

(＋)

CONTACT OUTPUT 2 (－)

MODBUS(＋)
1 (－)

CT (CURRENT SENSOR)

ZCT

L1
N
L3

(3 )

(＋)

CONTACT OUTPUT 2 (－)
CONTROL INPUTK

CONTACT OUTPUT(INPUT)(COM)

CONTROL INPUTMODBUS(＋)
1 (－)(INPUT)
(COM)

1

3

5

7

9

11 13 15 17 19 21 23

1

3

5

7

9

2

4

6

8

10 12 14 16 18 20 22 24

2

4

6

8

10 12 14 16 18 20 22 24

26

27

( ＋)

11 13 15 17 19 21 23( ＋)

AUX.SUPPLY ( ～－～)AUX.SUPPLY ( ～
－)
～
25

26

27

28

29

30

31

25

28

29

30

31

■ 3 phase 4 wire（3VT3CT）
CT (CURRENT SENSOR)
L

ZCT

K
L

LOAD

K
L

K

(3 )

(＋)

CONTACT OUTPUT 2 (－)

L1
L2
L3
N

Wiring of communication output (３)【Daisy chain (line type)】【Termination unit】

MODBUS(＋)

CONTACT OUTPUT 1 (－)
CONTROL INPUT

L1
L2
L3

( )

(＋)

(INPUT)(COM)

CONTACT OUTPUT

K

3

CONTACT OUTPUT 2 (－)

MODBUS

(＋)
1 (－)

K

L

( )

(＋)

CONTROL INPUT

K

LOAD

3

CONTACT OUTPUT 2 (－)
CONTACT OUTPUT

L

CT (CURRENT SENSOR)

L

ZCT

L1
L2
L3

(INPUT)(COM)

SHIELD
1

3

5

7

9

2

4

6

8

10 12 14 16 18 20 22 24

SG7

11 13 15 17 19 21 23－＋

9 11 13

8 10 12 14
SHIELDSG－SHIELD

SG

7

－

＋

9 11 13

8 10 12 14＋(＋)

AUX.SUPPLY (～－～)

TERMINATION RESISTOR
25

26

27

28

29

30

31

Maximum rated voltage by wiring type3 phase 3 wire 3 phase 3 wire 1 phase 2 wire 1 phase 2 wire
3 phase 4 wire
1 phase 3 wire
(Ground)(Ungrounded)(Ground)(Ungrounded)
Wiring type

Maximum rated
voltage277V(L-N)
480V(L-L)

220V(L-L)

480V(L-L)

10

220V(L-L)

480V(L-L)

220V(L-N)
440V(L-L)SQLC-216-212

4.2 High-voltage circuit (４)■ The use example of high-voltage circuit, 3 phase 3 wire（2VT2CT）
CT

L

K

LOAD

CURRENT( 3 ) SENSORMODBUSL(＋)

CONTACT OUTPUT 2 (－)
CONTACT OUTPUT

L

(＋)
1 (－)

L1
L2
L3

K
U V

K

L

U V

Current sensor connection diagram of circuitof 600A or more and high-voltage circuit. (２)VT

KCurrent transformer of
secondary output 5A.

(INPUT)
CONTROL INPUT (COM)
1

3

5

7

9

2

4

6

8

10 12 14 16 18 20 22 24

11 13 15 17 19 21 23

26

27

( ＋)

～
AUX.SUPPLY ( －
～)

25

28

29

30

Current sensor(5A rating：CTF-5A)

31

Note(１) In case of the low-voltage circuit (600 V or less), the secondary grounding of VT / CT is not required.
In case of the 110V / 220V / 440V direct input, VT is not required.
Note(２) When using with a circuit of 600 A or more, please connect the current sensor of the 5 A rated the(CTF-5A) on the secondary side of the instrument for the current transformer (secondary 5 A).
Note(３) Communication output terminal (7-8, 9-10, 11-12 ,13-14) are connected internally respectively.
In case of the daisy chain, please connect in accordance with the 10 pages figure.
Termination resistor for the communication output, please use at the end of equipment.
Please connect the termination resistor between the terminals (＋)(－) of communication output.
Note(４) In case of the high-voltage circuit, using instrument transformers (VT), and instrument for thecurrent transformer (CT) of secondary rated 5 A, please ground the secondary side.
Current sensor in the secondary of the current transformer, please connect the current sensor (CTF-5A)
of 5A rating.

5 Operation and Screen

POWER ON

Display mode
(Measurement
display)

Setting mode 1SET
3 seconds

Newsetting

Setting
numberCurrent
setting

DISPLAY
Start screen
Setting mode 2

SET and RESET
3 seconds

Display for 2
seconds

12 pagesNewsetting

Setting
numberDISPLAY

16 pages

SET and DISPLAY
3 seconds

20 pages

Current
setting
Test mode
Test
number26 pages

DISPLAY
Not operated for 10 minutes

11

For more information on each mode,
please refer to each page.

SQLC-216-212

6 Display mode
6.1 Measurement display
Upper and lower alarm display

Communication status display

Phase / line display

Alarm contact status display

Measurement display(Main-monitor)
Operation effective display

Unit display

Measurement display(Sub-monitor)

SwitchOperation

SET

Switching of operation screen－／＋

Switching of measuring element.

RESET(Pressing for more than 1 second)
DISPLAY
SET(Pressing for more than 3 second)
SET and RESET(Pressing for more than 3 second)
SET and DISPLAY(Pressing for more than 3 second)

Instant measurement
display mode

Reset of each alarm (Instant measurement display mode)
Reset of maximum value / minimum value (Maximum / Minimum value display
mode)
Switching of measurement display. Phase / Line / Average value (AVG)
Switch to setting mode 1
Switch to setting mode 2
Switch to test mode

Display mode
(Measurement display)
RESET
1 second

Alarm reset－／＋

Switching of
measuring element

DISPLAY

Switching of phase(line), average
value

SET

Switching ofoperation screen

SET and ＋
Maximum value /Minimum value display
RESET
1 second

Maximum value /Minimum vale
reset

12

About the element symbol
U
VoltageI
Current
Id Demand current
P
Active power
Pd Demand active power
Q
Reactive power
S
Apparent power
PF Power factorfFrequency
Io Leakage current
Wh Active energy
varh Reactive energy

SQLC-216-212

6.2 Instant measurement display mode
(1) Switching of main-monitor display element
Press the【SET】switch, to display the【▲】(operation effective display).
Then by pressing the【＋】【－】switch the display elements of the main-monitor.
【 Voltage (U) display 】【 Current (I) display 】【 Demand current (Id) display 】

＋

＋

－

－

Measuring element is switched in the following order.
U ⇔ I ⇔ Id ⇔ P ⇔ Pd ⇔ Q ⇔ S ⇔ PF ⇔ f ⇔ Io ⇔ OFF(2) Switching of the sub-monitor display element
Press the【SET】switch, to display the【▼】(operation effective display).
Then by pressing the【＋】【－】switch the display elements of the sub-monitor.
【 Active power (P) display 】【Reactive power (Q) display】 【Receiving active energy (Wh) display】

＋

＋

－

－

Measuring element is switched in the following order.
P ⇔ Q ⇔ Wh ⇔ -Wh ⇔ varh(LAG) ⇔ varh(LEAD) ⇔ -varh(LAG) ⇔ -varh(LEAD) ⇔ OFF(3) Switching of phase (line) / average value (AVG) display
By pressing the【DISPLAY】switch the phase (line) display of the main-monitor.

DISPLAYDISPLAY

Measuring element is switched in the following order.
Measurement element (1,2,3,N：Phase， Σ：Total)
3 phase 3 wire
1 phase 3 wire
3 phase 4 wireU(L1-2) ⇔ U(L2-3) ⇔ U(L1-N) ⇔ U(L3-N) ⇔ U(L1-N) ⇔ U(L2-N) ⇔ U(L3-N) ⇔ U(L1-2) ⇔VoltageU(L3-1) ⇔ U(L-L AVG) U(L1-3) ⇔ U(L-N AVG) U(L2-3) ⇔ U(L3-1) ⇔ U(L-N AVG) ⇔ U(L-L AVG)
Current,
I(L1) ⇔ I(L2) ⇔I(L1) ⇔ I(L3) ⇔I(L1) ⇔ I(L2) ⇔ I(L3) ⇔ I(N) ⇔ I(AVG)
Demand current
I(L3) ⇔ I(AVG)
I(N) ⇔ I(AVG)
Active power,――
P(Σ) ⇔ P(L1) ⇔ P(L2) ⇔ P(L3)Demand active power
Reactive power――
Q(Σ) ⇔ Q(L1) ⇔ Q(L2) ⇔ Q(L3)Apparent power――
S(Σ) ⇔ S(L1) ⇔ S(L2) ⇔ S(L3)Power factor――
PF(Σ) ⇔ PF(L1) ⇔ PF(L2) ⇔ PF(L3)
Display of phase / line, can be switched in the settings.
Setting
L123N
RSTN
UVWN
L1
R
U
L2
S
V
Phase, line
display
L3
T
W
N
N
N

13

SQLC-216-212

6.3 Maximum value / Minimum value display mode
Pressing the【SET】and【＋】at instant measurement display mode, the switches to the maximum value display mode.
〔In maximum value display mode, to display the "MAX." 〕
Pressing the【SET】and【＋】at maximum value display mode, the switches to the minimum value display mode.
〔In minimum value display mode, to display the "MIN." 〕
The maximum value/ minimum value display mode, will be switched to the measuring element pressing the【＋】【－】switch. And, pressing the【DISPLAY】switch the phase (line).
【Instant measurement display mode】 【Maximum value display mode】

SET and ＋【Minimum value display mode】

SET and ＋

6.4 Reset(1) Alarm reset
If the contact output is using the alarm output "HoLd (manual return)", press the【RESET】switch for morethan 1 second at the instant measurement display mode, the alarm output is reset.
When set to "Auto (automatic return)" the alarm reset method, output is off in accordance with the alarm reset.
Therefore, this operation is not necessary.
<Note> When the carry out this operation in the maximum / minimum measurement display mode, the maximum value/ minimum value of measurement element in display is reset. Always instant measurement display mode,
please carry out this operation.
Alarm detection (Hold)

RESET
1 second

Instant measurement display mode

Reset completion(2) Maximum value ／ Minimum value reset
Resets the maximum value and the minimum value of the various measurement values.
Reset method has the following two types. Individually reset of measurement element.
Collectively reset all of the maximum value / minimum value.
a) Individually reset
Resets the maximum and minimum values of a particular measurement element.
This operation does not reset the other maximum value and minimum value.
① Displays the measurement element that want to reset.
② Press the【RESET】for more than 1 second.
<Note> When the carry out this operation in the instant measurement display mode, the alarm output is reset.
From to display the measurement elements of the maximum (or minimum value) to be reset, please carryout this operation.

Maximum
measurement
display
RESET
1 second

Maximum value display mode

Reset completion
14

SQLC-216-212b) Reset collectively
Resets the maximum and minimum values of all measurement element.
Can be operated in the same way in the control input by the setting.
① At the maximum / minimum measurement display mode, press the【RESET】and【＋】for more than 1 second.
Maximum
measurement
display
RESET and ＋
1 second

Maximum value display mode

Reset completion

6.5 Setting value display mode
From the instant measurement display mode, press【SET】and【－】to enter setting value display mode.
Pressing the 【＋】【－】 switch in the setting value display mode, switching the voltage setting and current
setting.
If you press the【DISPLAY】switch or do not operate any switches for over 10 seconds, the instant measurement
display mode is restored.
【Instant measurement display mode】【Voltage setting】【Current setting】

SET and －＋− で

DISPLAYor not operate
for over 10
seconds

Main-monitor (upper side)：Primary rated voltage
Sub-monitor (lower side)：Secondary rated voltage

15

Main-monitor (upper side)：Primary rated current
Sub-monitor (lower side)：Current sensor rating

SQLC-216-212

7 Setting
7.1 Setting mode 1(Contact output structure, Various detection settings, Inrush current mask, Backlight action)(1) Setting mode 1 flowchart
Display modeSET
3 seconds

DISPLAY

Setting mode 1
Contact
composition

Current detection

Demand current
detection

Demand active
power detection

Leakage current
detection

111
Contact output 1
function

121
Current, upper 1

131
Demand current,interval

141
Demand power,interval

151 Leakage
sensitivity
current 1

RESET

112
Contact output 1
return method

RESET
and ＋

RESET

113
Contact output 1
delay time

RESET

122
Current, upper 1
output

RESET
and ＋

RESET

132
Demand current,
upper 1

RESET
RESET
and －

123
Current, upper 2

RESET
and ＋

RESET
RESET
and －

133
Demand current,
upper 1 output

RESET

142
Demand power,
upper 1

RESET
and ＋

RESET

152 Leakage
sensitivity
current 1 output

RESET
RESET
and －

143
Demand power,
upper 1 output

RESET
RESET
and －

153 Leakage
sensitivity
current 2

RESET

RESET

RESET

RESET

RESET

114
Contact output 2function

124
Current, upper 2
output134
Demand current,
upper 2

144
Demand power,
upper 2154 Leakage
sensitivity
current 2 output

RESET

RESET

RESET

RESET

RESET

115
Contact output 2
return method

125
Current, lower

135
Demand current,
upper 2 output

145
Demand power,
upper 2 output

RESET

RESET

116
Contact output 2
delay time126
Current, lower
output155
Use ZCT
selection

RESET
and －

Backlight

RESET

127
0A detection
exclude

171
Backlight action

RESET
and －

RESET

172
Backlight
luminance

16

RESET
and ＋

Inrush current
mask
161
Inrush current
mask level
RESET

RESET
and ＋

162
Inrush current
mask timeSQLC-216-212(2) Contact compositionNo.
111

Setting item
Contact output 1
functionContact output 2function

114

Contents of setting
Set function of contact output 1 and contact output 2.
Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.
Function of contact output
OFFoFF
Pulse output
PLS
Alarm output
ALm

112 (５)115 (５)113 (５)５116 ( )

Contact output 1
return method
Contact output 2
return method

Set return method of contact
output 1 and contact output 2.

Contact output 1
delay time
Contact output 2
delay time

Set contact delay time of contact
output 1 and contact output 2.

New setting

Setting No.
Current setting

Return method
Auto return
Auto
Manual return
HoLd

Setting value is selecting inthe【＋】【－】.
To update the setting value in the【SET】.

Delay time
0...300 s (1 s step)

Setting value is selecting in the【＋】【－】. To update the setting value in the【SET】.

(3) Current detection
No.
121
123

122 (５)124 (５)126 (５)125

Setting item
Current, upper 1
Current, upper 2

Current, upper 1
outputCurrent, upper 2
outputCurrent, lower
outputCurrent, lower

Contents of setting
Set detection value of theupper detection 1 and theupper detection 2 ofcurrent.

Detection value
1...200％ (1％ step), OFF(Rated current at 100%, 1% step)

Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.
Set output allocation of
Outputupper detection 1 and upper
Contact output 1
o.1
detection 2, and lower
Contact output 2
o.2
detection.
Contact output 1, 2
o.1-2
Setting value is selectingOFFoFF
in the【＋】【－】.
To update the setting value in the【SET】.
Set detection value of the
Detection value
lower detection of current.
OFF, 1...200％ (1％ step)
Setting value is selecting (Rated current at 100％, 1％ step)in the【＋】【－】.
To update the setting value in the【SET】.

127

0A detection
excludeSet exclude of the lower
detection of current.
[At the time of no input(0A)]

Detection exclude
Exclude detectionon
Not exclude detectionoFF

Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.
Note(５) This setting is [111 contact 1 function], [114 contact 2 function] is valid at the time of the alarm
output.

17

SQLC-216-212(4) Demand current detection
No.
131

Setting item
Demand current,interval

Contents of setting
Set interval of demand current measurement.
Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.
0 s
5 s
10 s

132
134

133 (６)135 (６)

20 s
30 s
40 s

50 s
1 min
2 min

Interval
3 min
6 min
4 min
7 min
5 min
8 min

9 min
10 min15 minDemand current,
upper 1
Demand current,
upper 2Set detection value of theupper detection 1 and theupper detection 2 ofdemand current.

Demand current,
upper 1 output
Demand current,
upper 2 output

Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.
Set output allocation of
Outputupper detection 1 andContact output 1
upper detection 2 ofContact output 2
demand current.
Contact output 1, 2OFF
Setting value is selecting
in the【＋】【－】.

20 min25 min30 minDetection value
5...200％ (1％ step), OFF(Rated current at 100％, 1％ step)

o.1
o.2
o.1-2
oFF

To update the setting value in the【SET】.

(5) Demand power detection
No.
141

Setting item
Demand power,interval

Contents of setting
Set interval of demand power measurement.
Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.
0 s
5 s
10 s

142

Demand power,
upper 1
Demand power,
upper 2144143 (６)145 (６)

Demand power,
upper 1 output
Demand power,
upper 2 output

20 s
30 s
40 s

50 s
1 min
2 min

Interval
3 min
6 min
4 min
7 min
5 min
8 min

Set detection value of theupper detection 1 andthe upper detection 2 ofdemand power.

9 min
10 min15 min20 min25 min30 minDetection value
5...200％ (1％ step), OFF(Rated active power at 100%, 1% step)

Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.
Set output allocation of
Outputupper detection 1 andContact output 1
upper detection 2 ofContact output 2
demand power.
Contact output 1, 2OFF
Setting value is selecting
in the【＋】【－】.
To update the setting value in the【SET】.

o.1
o.2
o.1-2
oFF

Note(６) This setting is [111 contact 1 function], [114 contact 2 function] is valid at the time of the alarm
output.

18

SQLC-216-212(6) Leakage current detection
No.
151

153

152 (７)154 (７)

155

Setting item
Leakagesensitivity
current 1
Leakagesensitivity
current 2

Leakagesensitivity
current 1 output
Leakagesensitivity
current 2 output
Use ZCT
selection

Contents of setting
Set sensitivity current 1 andsensitivity current 2 of theleakage current detection.
Setting value is selecting in the【＋】【－】. To update the setting
value in the【SET】.
Set output allocation of
detection 1 and detection
2 of leakage sensitivity
current.

Sensitivity current
OFF (oFF)
0.050A
0.100A
0.200A
0.400A
0.800A

OutputContact output 1
Contact output 2
Contact output 1, 2OFF

Setting value is selecting
in the【＋】【－】.
To update the setting value in the【SET】.
Set ZCT to use for leakage current measurement.

o.1
o.2
o.1-2
oFF

Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.
ZCT
OTG series (OMRON Corporation)
ZR series (Hitachi Industrial Equipment Systems
Type 1
Co.,Ltd.)
ZB, ZD series (TAIWA ELECTRIC INDUSTRIES CO.,LTD)
Type 2 M, BM, SM series (HIKARI TRADING CO.,LTD.)
Type 3 Circuit breaker〔BW125〕(Fuji Electric Co.,Ltd.)123(7) Inrush current mask
No.
161

Setting item
Inrush current
mask level

Contents of setting
Set detection value ofthe inrush current.

Detection value
1...100％ (1％ step), OFF(Rated current at 100％, 1％ step)

162

Inrush current
mask time

Setting value is selecting
in the【＋】【－】.
To update the setting value in the【SET】.
Set mask time after the inrush current detection.
During mask, maximum value of
Mask timeeach measurement is not updated
0...300 s (1 s step)and alarm output is not
performed.
Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.

Note(７) This setting is [111 contact 1 function], [114 contact 2 function] is valid at the time of the alarm
output.

19

SQLC-216-212(8) BacklightNo.
171

Setting item
Backlight
action172

Contents of setting
Set backlight action.
Setting value is selecting inthe【＋】【－】. To update thesetting value in the【SET】.

Backlight action
Auto off
Auto
Always-onon
Always-offoFF

Auto Off：When no operation is performed for 5 minutes
switch, backlight will lights off automatically.
It should be noted that, by the operation of each switch, and then lights on
the backlight.
Set luminance of the backlight.
Backlight luminanceBacklight
luminance

BrightSetting value is selecting inthe【＋】【－】. To update thesetting value in the【SET】.

5
4
3
2
1

Dark

7.2 Setting mode 2(Circuit, Input, Pulse output, Control input, Communication output, Initialization, etc.）(1) Setting mode 2 flowchart
Display mode
SET and RESET
3 seconds

DISPLAY

Setting mode 2
Circuit

Input

Pulse output

Control input

Communication

211
Wiring type

221
Secondary rated
voltage

231
Pulse output 1
element

241
Control input
function251
Address

RESET

212
Phase display

RESET
and ＋

RESET

213
Number of
input CT

RESET

222
Primary rated
voltage

RESET
and ＋

RESET

232
Pulse output 1
rate

RESET
RESET
and －

223
Current sensor

RESET
and ＋

RESET

RESET
and ＋

252
Bit rate

RESET
RESET
and －

233
Pulse output 2
element

RESET

RESET

RESET

214 Leakage
measurement
ON/OFF

224
Primary rated
current

234
Pulse output 2
rate

RESET
RESET
and －

253
Parity

RESET
and －

RESET

254
Stop bit
Initialization

RESET

225
W/var digit
RESET

RESET

226
Wh/varh unit per
count

272
Integration
value reset

RESET
and ＋

RESET
and －

271
Settings
initialization
RESET
and －

Power flow
261
Power flow
measurement
RESET

RESET

273
Settingmanagement number

20

RESET
and ＋

262
Reactive power
calculation method

SQLC-216-212(2) Circuit
No.
211

Setting item
Wiring typeContents of setting
Set wiring type of the input circuit.
Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.
Input circuit
3 phase 4 wire
3P4
3 phase 3 wire
3P3
1 phase 3 wire
1P3
1 phase 2 wire
1P2

212

Phase display

Set display method of phase and line.

Number of input
CT

Setting No.
Current setting

Phase display
L123N
0
RSTN
1
UVWN
2

Setting value is selecting in the【＋】【－】. To update the setting
value in the【SET】.
213 (８)New setting

Set number of input CT at the timeof use in a 3 phase 3 wire circuit.

Number of input CT
2CT
2Ct
3CT
3Ct

Setting value is selecting in the【＋】【－】. To update the setting value in the【SET】.
214

Leakagemeasurement
ON/OFF

Set ON/OFF of the leakage
measurement.

Leakage measurement
Leakage measurementon
Not leakage measurement oFF

Setting value is selecting
in the【＋】【－】.
To update the setting value in the【SET】.

When set to "0FF", leakage current is not displayed.
Note(８) This setting is 【211 Wiring type】 is valid at the time of the 3 phase 3 wire.

(3) Input
No.
221

222

Setting item
Secondary rated
voltagePrimary rated
voltage

Contents of setting
Set secondary rated voltage according to the VT to be used.
Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.

Secondary rated voltage
110 V
220 V
440 V

<Note> In case of use in the direct connection. The primary rated voltage setting
and the secondary rated voltage setting, please set to the same value.
Set primary rated voltage for the secondary rated voltage.
Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.
<Note> In case of use in the direct connection.
The primary rated voltage setting and the secondary
rated voltage setting, please set to the same value.
№
1
2
3
4
5

Rating110.0 V
110 V
220.0 V
220 V
380 V

№
6
7
8
9
10

Rating
400 V
415 V
440 V
460 V
480 V

21

№
11
12
13
14
15

Rating
690 V
880 V
990 V
1100 V
1650 V

№
16
17
18
19
20

Rating
2200 V
2.20 kV
3300 V3.30 kV
6600 V

№
21
22
23
24
25

Rating6.60 kV
11.00 kV
13.20 kV
13.80 kV
16.50 kV№ Rating
26 18.40 kV
27 20.00 kV
28 22.00 kVSQLC-216-212

No.
223 (９)Setting item
Current sensor

Contents of setting
Set the current sensor to be used.
Current sensor
5 A
50 A
100 A
200 A
400 A
600 A

Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.

224

Primary rated
current

Set primary rated current.
Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.
Rating( /5 A)1
5.00 A2
6.00 A3
7.50 A4
8.00 A
5 10.00 A
6 12.00 A
7 15.00 A
8 20.00 A
9 25.00 A
10 30.00 A№

225

W/var digit

№
11
12
13
14
15
16
17
18
19
20

Rating( /5 A)
40.0 A50.0 A
60.0 A
75.0 A
80.0 A
100.0 A
120.0 A
150.0 A
200.0 A
250.0 A

№
21
22
23
24
25
26
27
28
29
30

Rating( /5 A)
300.0 A
400 A
500 A
600 A
750 A
800 A
900 A
1000 A
1200 A
1500 A

№
31
32
33
34
35
36
37
38
39
40

Rating( /5 A)
1600 A
1800 A
2000 A
2500 A
3000 A
3500 A
4000 A
4500 A
5000 A
6000 AWh/varh unit per
count

41
42
43
44
45
46
47
48

Rating( /5 A)
7500 A
8000 A
9.00 kA
10.00 kA
12.00 kA
15.00 kA
20.00 kA
30.00 kA

Set display digit for active power / reactive power.
Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.

226№

Display digit
3 digits
4 digits

Set unit of the minimum count value of active energy display
and communication data. The set unit counts as the leastsignificant digit. [Max. 9 digits (999999999)]
If it exceeds the maximum value, counting from 0 again.
Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.
Full load power kW/kvar (10)Below 1
Over 1
Below 10
Over 10
Below 100
Over 100
Below 1,000
Over 1,000
Below 10,000
Over 10,000
Below 100,000
Over 100,000
Below 1,000,000
Over 1,000,000 Below 10,000,000

0.01
0.1
1
(11)
10
(11) 100(11) 1,000
DisableDisableSetting value kWh/kvarh
0.001 (12) 0.0001 (13) 0.000001
0.01
0.001
0.0001
0.1
0.01
0.001
1
0.1
0.01
(11)
10
1
0.1
(11) 100 (11)101(11) 1,000 (11)100 (11)
10Disable (11) 1,000 (11)100Note(９) In case of use in the circuit that exceeds the high-voltage circuit and 600 A.
Set the current sensor to 5 A, used in conjunction with the current transformer for the general
purpose of the instrument.
Note(10) Full load power (kW/kvar) ＝ K × Primary rated voltage [V] × Primary rated current [A] × 10-3
(K：3 phase 3 wire / 3 phase 4 wire＝√3, 1 phase 3 wire＝2、1 phase 2 wire＝1）
Note(11) Units of display and communication data of the integrated active energy is MWh / Mvarh.
Note(12) The liquid crystal is "0001kWh" display.
Note(13) The liquid crystal is "0.01Wh" display.

22

SQLC-216-212(4) Pulse output
No.
231
233

Setting item
Pulse output 1
element
Pulse output 2
element

Contents of setting
Set output element of pulse output 1 and pulse output 2.
Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.
Setting value
OFF
Active energy (Receiving)
Active energy (Transmission)
Reactive energy (Receiving LAG)
Reactive energy (Receiving LEAD)
Reactive energy (Transmission LAG)
Reactive energy (Transmission LEAD)

232

Pulse output 1
rate
Pulse output 2
rate

234

－
Wh
-Wh
varh LAG
varh LEAD-varh LAG
-varh LEAD

oFF
1
2
3
4
5
6

Set output pulse rate of pulse output 1 and pulse output 2.
Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.

Full load power（kW, kvar）(14)
Below 1
Over 1
Below 10
Over 10
Below 100
Over 100
Below 1,000
Over 1,000
Below 10,000
Over 10,000
Below 100,000
Over 100,000
Below 1,000,000
Over 1,000,000
Below 10,000,000

Setting value, kWh(kvarh)/pulse
0.1
0.01
0.001 (15) 0.0001
1
0.1
0.01
0.001
10
1
0.1
0.01
100
10
1
0.1
1,000
100
10
1
10,0001,000
100
10100,000
10,0001,000
100
1,000,000
100,000
10,0001,000

Note(14) Full load power (kW/kvar) ＝ K × Primary rated voltage [V] × Primary rated current [A]×10-3(K：3 phase 3 wire / 3 phase 4 wire＝√3, 1 phase 3 wire＝2, 1 phase 2 wire＝1）
Note(15) The liquid crystal is "0001kWh" display.

(5) Control input
No.
241

Setting item
Control input
functionContents of setting
Set function of the control input.
Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.
Function of control input
Alarm reset
Maximum / Minimum value reset
All reset (Alarm, Max./Min. value)
State input

23

rES.1
rES.2
rES.3
StA.4

SQLC-216-212(6) Communication
No.
251

Setting item
Address

Contents of setting
Set address of the device in
MODBUS communication output.

Address
1 ...247

Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.
252

253

254

Bit rate

Set bit rate (bps) of the MODBUS
communication output.

Bit rate
4800bps
4.80k
9600bps
9.60k
19200bps
19.20k38400bps
38.40kParitySetting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.
Set parity of the MODBUS communication output.

Stop bit

ParitySetting value is selecting in theNothing【＋】【－】.
Even number
To update the setting value in the
Odd number【SET】.
Set stop bit of the MODBUS communication output.
Setting value is selecting in the【＋】【－】.
To update the setting value in the【SET】.

Stop bit
1 bit
2 bit

－
E
o

1
2

(7) Power flow
No.
261

262

Setting item
Power flow
measurement

Reactive power
calculation
methodContents of setting
Set power flow measurement with an awareness of thetransmission / receiving of reactive power and power factor.
Setting value is selecting
Power flow measurementin the【＋】【－】.
General measurementoFF
To update the setting value
Power flow measurementonin the【SET】.
Set reactive power calculation method. Rreactive power
Setting value is selecting in the【＋】【－】. To update the setting
value in the【SET】.

24

calculation method
Q＝UIsinφ0
Q＝√(S 2 -P 2 )1SQLC-216-212(8) Initialization
No.
271

Setting item
Settings
initialization

Contents of setting
Each setting value is initialized (return to the default
settings).

272

Integration
value reset

Resets each active energy and reactive energy (= 0).
Press the【SET】3 seconds to reset all of the integrated
value. 〔Wh, -Wh, varh (LAG), -varh (LAG), varh (LEAD),-varh (LEAD)〕

273

Settingmanagement No.

If the setting by the communication has been made, to display
the [setting management No.] is specified from the host.
Settings can be used, such as the management of data.
<Note> Setting management No. cannot be changed by the mainpart. When other setup is changed by the main part, asetting management No. is also changed into 0000.

25

SQLC-216-212

8 Test mode
Test mode is equipped with features that can be utilized, such as during start-up of equipment.

Display mode
SET and DISPLAY
3 seconds

DISPLAY

Test mode
Wiring311
Input wiring
check

Contact

RESET
and ＋

321
Contact output
1 check

Control input

RESET
and ＋

331
Control
input check

RESET
and ＋

Communication
output341
Communication
output check

LCD

RESET
and ＋

Software351
LCD check

RESET
and ＋

361
Softwareversion check

RESET

RESET
and －

322
Contact output
2 check

RESET
and －

RESET
and －

RESET
and －

RESET
and －

(1) Input wiring check
The connection state of voltage input and current input can be check.
Displays each phase of the active power value, and phase sequence of voltage.
Therefore, it will easily determine the mistake of connection of input.
Display example (3 phase 3 wire)
Test number
Main-monitor：Positive phase sequence " " (Positive),
Negative phase sequence " " (Negative),
Display when no input："----"(In case of 3φ4W, 1φ3W,
1φ2W circuit："----")
Sub-monitor (left) ：L1 phase of active power
Sub-monitor (right)：L3 phase of active power<Note> All connection mistake can not determine.

In the case of negative
phase order, " "flashes[Positive phase sequence] [Negative phase sequence](2) Contact output check
Measurement (voltage, current) with no input, can check the operation of pulse
output and alarm output.
The number of
The operation of contact output 1 can be check by the "321".
output pulses
The operation of contact output 2 can be check by the "322".
(in the case of〔Pulse output〕
a pulse output)『0FF (oFF)』：Pulse output OFF『ON (on)』 ：Pulse output (pulse width 250 ms) is output every
second. And also displays the number of output pulses.
〔Alarm output〕『0FF (oFF)』：Contact OFF『ON (on)』 ：Contact ON
Switch the 『0FF (oFF)』⇔『ON (on)』in the【SET】switch.
Please use it, such as the connection confirmation of the connection destination.

26

SQLC-216-212(3) Control input check
Check of control input
State of the control input is displayed on the screen.
『0FF (oFF)』：Control input OFF『ON (on)』 ：Control input ON(4) Communication output check
Check of communication output
Measurement (voltage, current) with no input, numeric dataof fixed communication output (0％, 50％, 100％, SEq) will
be able to reply.
Select the numeric data in the【＋】【－】switch, and press
the 【SET】switch, the measurement data of all measuring
elements have been changed.
Numerical data：0％ (measurement data 0), 50％(measurement data 5000) 100％ (measurement data 10000),SEq (sequence number)

Output value

Display on output

Please use it, such as counter test of the host system.
With regard to the sequence number, please refer to the "SQLC-72L Communication Specifications".

(5) LCD check
Check of LCD
The LCD can be check.
Every time the【SET】switch is pressed, display isswitched over.

(6) Software version check
Software version
Version of the software can be check.
Software version

27

SQLC-216-212

9 Specifications(1) Rating
Item

Specifications
Note
Common use for 3 phase 4 wire [3φ4W]，3 phase 3 wire [3φ3W] (2VT2CT，2VT3CT)，
Settable
1 phase 3 wire [1φ3W]，1 phase 2 wire [1φ2W]

Input circuit
Rated
voltage

3φ3W
1φ2W
1φ3W
3φ4W

Rated current
Input

Leakage current

OutputControl input(DI)
Communication
outputContact output(16)
Auxiliary supply
range and power
consumption

Auxiliary
supplyInrush current(time constant)Common use for 110 V AC，220 V AC，440 V AC, 50/60 Hz
100-200 V AC 50/60 Hz
Common use for 110/√3 V AC，220/√3 V AC，440V/√3 V AC 50/60 Hz
5 A, 50/60 Hz
50 A, 50/60 Hz
100 A, 50/60 Hz
Current
sensor200 A, 50/60 Hz
400 A, 50/60 Hz
600 A, 50/60 Hz
Rated sensed
0.05 A / 0.1 A / 0.2 A / 0.4 A / 0.8 A
current
OMRON Corporation：OTG series
Low-voltage
Hitachi Industrial Equipment Systems Co.,Ltd：ZR series
zero-phase
TAIWA ELECTRIC INDUSTRIES CO.,LTD：ZB, ZD series
currenttransformer
HIKARI TRADING CO.,LTD：M, BM, SM series (low-voltage)(ZCT)
FUJI ELECTRIC CO.,LTD：Circuit Breaker (BW125)
Non-voltage contact input：1ch，Contact capacity：24 V DC, Approx. 10 mA
MODBUS RTU
RS-485 Half-duplex two-wire system, asynchronous communication method.
2ch Optical MOS-FET relay, Normally-open contact，Contact capacity：30 V DC, 70 mA[1] 85...264 V AC (Rated voltage. 100/110 V AC, 4 VA) 50/60 Hz
AC 8
0...2 6V (Rated voltage. 200/220 V AC, 5 VA) 50/60 Hz
80...143 V DC (Rated voltage. 100/110 V DC, 2 W)
[2] 20...56 V DC (Rated voltage. 24 V DC, 3.5 W)(Rated voltage. 48 V DC, 3 W)
110 V AC：2.2 A or less (Approx. 3 ms)
220 V AC：4.4 A or less (Approx. 3 ms)
110 V DC：1.6 A or less (Approx. 3 ms)
24 V DC：2.7 A or less (Approx. 2.2 ms)
48 V DC：5.3 A or less (Approx. 2.2 ms)

Note(16) Rated contact output is 30V DC, 70 mA, but can be used up to 125 V AC/DC, 70mA.

28

Settable

Settable

Settable

Specifyeither [1]or [2]

SQLC-216-212(2) Measurement function
Measurement
item

Voltage

Measurement possible item (1,2,3,N：Phase,Σ: Total)
3φ3W

1φ3W

U12,U23,
U31,ULLavg

U1N,U3N,
U13,ULNavg

Class
index Max. Min.
(17)(18)

1φ2W

3φ4W

U

U12,U23,U31,
ULLavg,
U1N,U2N,U3N,
ULNavg

0.5

○

○

I

I1,I2,I3,IN,Iavg

0.5

○

○

0.5

○

○

0.5
0.5

○
○

○
○

Id

Active power
Demand power

I1,I2,I3,
I1,I3,IN,
Iavg
Iavg
Id1,Id2,Id3, Id1,Id3,IdN,
Idavg
Idavg
∑P
∑Pd

P
Pd

Id1,Id2,Id3,IdN,
Idavg∑P,P1,P2,P3∑Pd,Pd1,Pd2,Pd3

Reactive power∑Q

Q∑Q,Q1,Q2,Q3

0.5

○

○

Apparent power∑S

S∑S,S1,S2,S3

0.5

○

○

Power factor

∑PF

PF

∑PF,PF1,PF2,PF3

1.5

○

○

Current
Demand current

Frequency

f

0.5

○

○

Leakage current

Io

2.5
(19)

○

－

Active energy

Receiving / Transmission

2.0

－

－

Reactive energy

Receiving (LAG･LEAD) / Transmission (LAG･LEAD)

2.0

－

－

Note

Select setting of phasedisplay.
｢L1-2-3-N｣, ｢R-S-T-N｣,｢U-V-W-N｣

Select the calculation
method.
Q＝UIsinφ or Q＝√(S2－P2)
The voltage balances of
3-phase 3-wire are conditions.
｢----｣ is displayed at thecase of low input.
0.0Hz is displayed at thecase of low input.
0A is displayed when an input
is 3 mA or less.
Receiving / Transmission ismeasured individually.
Receiving (LAG/LEAD) andTransmission (LAG/LEAD) ismeasured individually.

Note(17) If not specified, the intrinsic error of the digital display is ％ to full scale and the output
is ％ to output span. Also, based on principle operation, if the following inverter output ismeasured directly, error will become larger. Cycle control SCR phase angle control, PWM.
Note(18) Apply to the product only. Does not include error of current sensor, ZCT.
Note(19) If rated sensed current of leakage current is 0.05 A AC, class index becomes 5.0.

29

SQLC-216-212(3) Detailed specification
Item
Conformity standards

CE marking

SafetyOperating method

Display updating time
Influence of temperature
Intervalsetting

Contact
outputDemand current
Demand power
OutputOutput form
Contact capacity(20)
Output factor
Return method
Contact delay time
Output measurands
Output form
Pulse width

Pulse
outputOutput pulse rate

Specification, Performance
Transducer
IEC 60688：2012, JIS C 1111：2006
Active energy
IEC 62053-21：2003, JIS C 1271-1：2011
Reactive energy IEC 62053-23：2003, JIS C 1273-1：2011
EMC Directive (2014/30/EU)
EN61000-6-2 , EN61000-4-2, -3, -4, -5, -6, -8, -11
EN61000-6-4 , EN55011 class A, Group1
Low Voltage Directive (2014/35/EU)
EN61010-1
IEC 61010-1：2010
Measurement Category Ⅲ, Maximum use voltage：300V (line to neutral),Pollution degree 2
Current, Voltage：RMS value computing type.
Demand current ：Arithmetic method according with bimetallic type(Time to reach 95 ％ of a final constant value)
Demand power：Average value within the demand interval
Active power, Active energy：Time-division multiplication method
Reactive power, reactive energy：Time division multiplication method (Q=UIsinφ) or
the method for calculating from the power andapparent power [Q=√(S2-P2)].
(Selected in the setting)Apparent power ：Calculates for voltage and current
Power factor：Calculates for power and reactive power
Frequency：Zero cross cycle computing typeLeakage current ：Fundamental-wave RMS value computing type1 second
Usage group Ⅰ
10...35 ℃：Within class index.
0...45 ℃：Within two times of a class index.
-10...55 ℃：Within three times of a class index.
0 s / 5 s / 10 s / 20 s / 30 s / 40 s / 50 s / 1 min / 2 min / 3 min / 4 min /5 min / 6 min / 7 min / 8 min / 9 min / 10 min / 15 min / 20 min / 25 min / 30 min.
The response time for time limit 0 second is less than 1 second.
2ch
Optical MOS-FET relay, Normally-open contact
30 V DC, 70 mA (Resistance load, Inductive load）
Pulse output or Alarm output or OFF (not used) (Seting for each contact outputs)
Auto or Manual (Setting for each contact outputs) Only the alarm output.
0...300 s (1 s step) (Setting for each contact outputs) Only the alarm output.
Active energy (Receiving / Transmission),
Reactive energy (Receiving LAG / Transmission LAG / Receiving LEAD / Transmission LEAD)
Optical MOS-FET relay, Normally-open contact
250±10 ms (When the output pulse period of rated power constitutes speed more than 2
pulse / second by setting of an VT ratio, a CT ratio and output pulse rate, an output
pulse width is 100...130 ms.)
Output pulse rate can be selected in the follwing ranges.
・3φ3W, 3φ4W：Full load power (kW, kvar)＝√3×Rated voltage (V)×Rated current (A)×10-3
・1φ3W：Full load power (kW, kvar)＝2×Rated voltage (V)×Rated current (A)×10-3
・1φ2W：Full load power (kW, kvar)＝Rated voltage (V)×Rated current (A)×10-3
Full load power（kW, kvar）
Output pulse rate, kWh (kvarh) /pulse
Below 1
0.1
0.01
0.001
0.0001
Over 1
Below 10
1
0.1
0.01
0.001
Over 10
Below 100
10
1
0.1
0.01
Over 100
Below 1,000
100
10
1
0.1
Over 1,000
Below 10,000
1,000
100
10
1
Over 10,000
Below 100,000
10,0001,000
100
10Over 100,000
Below 1,000,000
100,000
10,0001,000
100Over 1,000,000 Below 10,000,000
1,000,000
100,000
10,0001,000

Note(20) Rated contact output is 30 V DC, 70 mA but can be used up to 125 V AC/DC, 70 mA.

30

SQLC-216-212

Item
Detection factor
Function
Current

Setting range
Lower detection
exclude function

Alarm
outputDemandcurrent
Demandpower

Hysteresis
Detection factor
Function
Setting range
Hysteresis
Detection factor
Function

Leakagecurrent

Specification
Control
input

Sensed current
Rated sensed
current value
Operating time
Input point
Input rating
Minimum operation
pulse width
Function setting
Alarm output reset

Function

Maximum / minimum
value reset
ALL reset
State input
OutputCommunication
systemProtocolCommunication output

Test function

Bit rate
Transmission code
Start bit
Data bit
ParityStop bit
Transmission
character
Cable length
Address
Error detection
Termination
resistor
Communication
outputPulse
outputContact
outputAlarm
outputInput wiring
Control input

Specification, Performance
Upper 1, Upper 2, Lower. (Set individually)
Measurement value ≧ Upper setting value, alarm display and output.
(OR output of each phase)
Measurement value ≦ Lower setting value, alarm display and output.
(OR output of each phase)
1...200 ％ of the rated. (1 ％ step), OFF
Lower detection is excepted by current 0 A.
ON (Exception：Without detection),
OFF (Without exception：Detection)
2 ％ (％ to rating)Upper 1, Upper 2. (Set individually)
Demand measurement value ≧ Alarm display and output with upper setting
value (OR output of each phase)
5...200 ％ of the rated. (1 ％ step), OFF
2 ％ (％ to rating)Sensed current 1, Sensed current 2. (Set individually)
A leakage current measurement value reaches in a sensed current, and an
alarm will be carried out if the operating time passes.
50 ％ ＜ 100 ％ (％ to rated sensed current value)
0.05 A / 0.1 A / 0.2 A / 0.4 A / 0.8 A
Time-delay type (0.1 s ＜ 2 s)
1ch
Non-voltage contact input（24 V DC, 10 mA）
300 ms, Continuation applying is possible.
Setting to the following function is possible.
All the outputs of an alarm output (when a return method is manual return)are reset.
All maximums and minimum values are reset.
An alarm output, and maximum/minimum value are reset.
The state of control input is outputted to a MODBUS communication output.
1ch
RS-485 Half-duplex two-wire system, asynchronous communication method.
MODBUS RTU mode (The details of the protocol, please refer to thecommunication specification)
4800 bps / 9600 bps / 19200 bps / 38400 bps
NRZ
1 bit
8 bit
Nothing / Even number / Odd number
1 bit / 2 bit
Binary1000 m (Max.)
1...247 (Max. connectable：31 units)
CRC-16 (X16＋X15＋X2＋1)
100 Ω, 1 W, Install to the terminal. (Accessory)
Without any input, and outputs measured value of communication output.
0, 50, 100％, SEQ output. SEQ：Send the sequence number
Without any input, and outputs an pulse output (1...2 individual).
1s / 1pulse (pulse width：250 ms)
The ON / OFF the alarm output without adding input.
Switching at the front switch
Displays the input wiring state and voltage phase state (positive phase,
negative phase) and each phase of the power value
To view the state of the control input (DI)31

SQLC-216-212

Item
LCD
Display
Backlight

Power interruption backup

Insulation resistance

Voltage test

Impulse voltage test

Damped oscillatory wave immunity
test
IEC61000-4-12

Square impulse immunity test
For B-402 Standards

Radio wave immunity test

Electrostatic discharge
immunity test
IEC 61000-4-2
Vibration
ImpactInput
consumption
VA
Overload
capacity

Voltage input
Voltage input
Auxiliary supply

Specification, Performance
Main-monitor：4,1/2 digits Character height：10 mm
Sub-monitor ：9 digits
Character height：6 mm
LCD view angle：Upper and lower view angle 75 °,Right and left view angle 75 °White backlight
Backlight can select brightness from five steps of 1 to 5.
Always-on, Auto off (after 5 minutes without operating), Always-off.
Setting is possible
Maximum value, Minimum value, Active energy, Reactive energy, Each setting value.
Maintained in nonvolatile memory.
Between auxiliary supply, AC input and ground.
(Communication, contact output, control input is grounding.)
Between auxiliary supply and AC input, control input,
50 MΩ or more atcommunication output, contact output.
500 V DC
Between communication output, contact output and control input.
Between contact outputs.
Between auxiliary supply, AC input and ground.
(Communication, contact output, control input is grounding.) 2210 V AC (50/60 Hz)
5 seconds
Between auxiliary supply and AC input, control input,
communication output, contact output.
Between communication output, contact output and control input. 500 V AC (50/60 Hz)
5 seconds
Between contact outputs.
Between auxiliary supply, AC input and ground.
(Communication, contact output, control input is grounding.)
Between auxiliary supply and AC input, control input,
communication output, contact output.
6 kV 1.2/50 μs
Between AC input and auxiliary supply, control input,
communication output, contact output.
Between auxiliary supply terminals. (Other circuit grounding)
Between AC input terminals. (Other circuit grounding)Peak voltage：2.5 kV, frequency：1 MHz ±10 ％, Add 3 times for 30 seconds.
Error：Within ±10 ％. And, malfunction and communication stop must not occur.
・Auxiliary supply circuit (Normal / Common)・AC voltage input circuit (Normal / Common)・AC current input circuit (Common)
Add noise (1μs, 100 ns width) repeatedly for 5 minutes. Error：Within ±10 ％.
And, malfunction and communication stop must not occur.
・Auxiliary supply circuit (Normal / Common) 1.5 kV or more
・AC voltage input circuit (Normal / Common) 1.5 kV or more
・AC current input circuit (Common)
1.5 kV or more・Contact output circuit (Common)
1.0 kV or more・Control input circuit (Common)
1.0 kV or more・Communication output circuit (Induction)
1.5 kV or moreRadio wave band：5W, 1m on 150 MHz, 400 MHz band.
Cellular phone, wireless LAN：2.4 GHz, 5 GHz band.
Continued irradiation with radio wave on 0.5 m. Error：Within ±10 ％.
And, malfunction and communication stop must not occur.
Usually, it tests by the busy condition.
When powered up.
Air discharge：15 kV, Contact discharge：8 kV, a error is within ±10 ％.
And, malfunction and communication stop must not occur.
Capacitor charge system
IEC 60068-2-6：2007
Frequency range：10...55 Hz, Single amplitude：0.15 mm, Sweep cycle：10 times
IEC 60068-2-27：2008
Peak acceleration：500 m/s2
0.03 VA or less (110 V AC)
0.09 VA or less (220 V AC)
0.35 VA or less (440 V AC)
2 times 10 seconds and 1.2 times continuation of rated voltage.
1.5 times 10 seconds and 1.2 times continuation of rated voltage. (AC)
1.5 times 10 seconds and 1.3 times continuation of rated voltage. (DC)32

SQLC-216-212

Item
Case outline
Mass
Construction Material
Terminal block
Protection rating
Operating temperature andhumidity limits
Storage temperature limits

Specification, Performance
72×72×85 mm（W×H×D）
Approx. 250g
Case：ABS (V-0) ，Cocer：ABS (V-0) , Terminal board：Nylon6.6
Spring pressure terminal block
IP40-10...+55℃, 5...90 ％ RH (Non condensing)-25...+70℃(4) Measuring range
Measurands

Line voltage

Phase voltage

Current,
Demand current
Active power
Demand power
Reactive power

Apparent power

Measuring range
Secondary rating
110 V
Secondary rating
220 V
Secondary rating
440 V
Secondary rating
110 V
Secondary rating
220 V
Secondary rating
440 V

Low input cut

0...150 V

101% of full scale
Less than 20% of full scale

0...300 V

10100

0...600 V
3φ4W：0...150/√3 V
1φ3W：0...150 V
3φ4W：0...300/√3 V

101% of full scale
Less than 20% of full scale5831

3φ4W：0...600/√3 V

0...Current sensor rating

Less than 0.5% of the rated- rated power ...0... + rated power
Rated power [kW] ＝ VT ratio × CT ratio
・VT ratio：Primary rated voltage/110
・CT ratio：Primary rated current/5
0...+ rated powerLess than ±0.5% of the rated

Rated power [kW] ＝ VT ratio × CT ratio
・VT ratio：Primary rated voltage/110
・CT ratio：Primary rated current/5

Less than 0.5% of the rated
0, 20100LEAD 0...1...LAG 0

Frequency

45...65 Hz

At 20% or less of the voltage
full scale, 0 Hz

Leakage current

0...0.8 A

Less than 0.003 A

Reactive energy

33-201%, +201% of the
rated

0%, +201% of the rated

Power factor

0...999999999 kWh (MWh)By the setting and the full load power,
position and unit of the decimal point(k/M) is changed.
0...999999999 kvarh (Mvarh)
By the setting and the full load power,
position and unit of the decimal point(k/M) is changed.

201% of the rated
20100-20100, 20100"----" is displayed (out of
measurement range) when it is
20% or less of the voltage fullscale or 2% or less of thecurrent rating.

Active energy

Limiter (Upper：Display,lower：Communication)

LEAD 0.000, LAG 0.000｢----｣ is displayed of
low input.
0, 10000
FFFFH for low input.
44.80 Hz, 65.20 Hz
0Hz for low input.
4480, 6520
0 for low input.
0.960A
12000

－

－

－

－

SQLC-216-212(5) Default settings
Setting mode：Setting 1
No.

Item

Setting mode：Setting 2
Default setting

No.

Item

Default setting

111

Contact output 1 function

OFF

211

Wiring type

3P3：3 phase 3 wire

112

Contact output 1 return method

AUTO：Automatic
return212

Phase display

1：RSTN213

The number of input CT

2CT

113

Contact output 1 delay time

0 second214

Leakage measurement ON/OFF

ON

114

Contact output 2 function

OFF

221

Secondary rated voltage

220 V

Primary rated voltage

220.0 V

115

Contact output 2 return method

AUTO：Automatic
return222
223

Current sensor

5 A

116

Contact output 2 delay time

0 second

224

Primary rated current

5.00 A

121

Current, upper 1

OFF

225

W/var digit

4 digits

122

Current, upper 1 output

OFF

226

Wh/varh unit per count

0.1 Wh123

Current, upper 2

OFF

231

Pulse output 1 element

OFF

124

Current, upper 2 output

OFF

232

Pulse output 1 rate

0.01 k125

Current, lower

OFF

233

Pulse output 2 element

OFF

126

Current, lower output

OFF

234

Pulse output 2 rate

0.01 k127

0A detection exclude

ON：Exclude
detection

241

Control input function

1：Alarm reset

251

Address

1

131

Demand current, interval

0 second

252

Bit rate

9.60 kbps

132

Demand current, upper 1

OFF

253

Parity

E：Even number

133

Demand current, upper 1 output

OFF

254

Stop bit1

134

Demand current, upper 2

OFF

135

Demand current, upper 2 output

OFF

261

Power flow measurement

OFF：Generalmeasurement

141

Demand power, interval

0 second

262

Reactive power calculation method

0：Q＝UIsinφ142

Demand power, upper 1

OFF

143

Demand power, upper 1 output

OFF

144

Demand power, upper 2

OFF

145

Demand power, upper 2 output

OFF

151

Leakage sensitivity current 1

OFF

152

Leakage sensitivity current 1
outputOFF

153

Leakage sensitivity current 2

OFF

154

Leakage sensitivity current 2
outputOFF

155

Use ZCT selection

Type 1161

Inrush current mask level

OFF

162

Inrush current mask time

0 second

171

Backlight action

AUTO：
Automatic OFF

172

Backlight luminance

3

34

SQLC-216-212

10 Description of functions
10.1 Contact output（1）Contact function
・Contact output can be set to pulse output or alarm output.
【Seting】No.111 Contact output 1 function
No.114 Contact output 2 function（2）Alarm output
・Assign the output (output 1, output 2, output 1 and output 2) for each alarm setting.
(All of the alarm, can be output in the OR to contact output)【Setting】No.122 Current, upper 1 output
No.124 Current, upper 2 output
No.126 Current, lower output
No.133 Demand current, upper 1 output
No.135 Demand current, upper 2 output
No.143 Demand power, upper 1 output
No.145 Demand power, upper 2 output
No.152 Leakage sensitivity current 1 output
No.154 Leakage sensitivity current 2 output

10.2 Inrush current mask function
・According to the a inrush current (such as a transformer a inrush current and motor starting current), it
prevents the update of the alarm output and maximum value.
・Between the current value exceeds the a inrush current mask level of the mask time, the detection and the
maximum value of each upper alarm does not update.
【Setting】No.161 Inrush current mask level
No.162 Inrush current mask time
Current value

In this range, the detection and the
maximum value does not update.

Upper detection value

Inrush current mask level
Time

Inrush current mask time

10.3 Power flow measurement
・Set power flow measurement with an awareness of the transmission / receiving of reactive power and power factor.
【Setting】No.261 Power flow measurement
General measurement (OFF)：Displays the polarity (LAG / LEAD) supplied from the power system side. (Both receiving and transmission)
Power flow measurement (ON)：Displays the polarity (LAG / LEAD) supplied from the power system side. (At receiving)
Displays the polarity (LAG / LEAD) supplied from the power generation side. (At transmission)【Polarity display of the general measurement(OFF) setting】【Polarity display of power flow measurement(ON) setting】

Receiving (Power purchase)0°

Current ofleading phase

LEAD

LAG

270°

Reference V

90°
LEAD

Receiving (Power purchase)

Current oflagging phase

LAG

0°

Current ofleading phase

Polarity
supplied fromthe powersystem side

Transmission (Power selling)

LEAD

LAG

LAG

LEAD

270°

Lagging
current

180°

Current oflagging phase

Polarity
supplied from
Reference V the powersystem side

90°

180°

Leading
current

Transmission (Power selling)

35

Polarity
supplied fromthe generator
sideSQLC-216-212

11 Multi-Meter Configuration Software (SQLC-CS-01)
11.1 Outline
Multi-Meter Configuration Software (SQLC-CS-01) is a SQLC-72L dedicated setup tool.
The following data management is possible.
・Edit and save setting value data.
・Write setting value data into SQLC-72L.
・Read setting value data from SQLC-72L.
・Output the setting value data in CSV file.

11.2 Hardware requirements
Item

Specification

Personal Computer

PC-AT based computer

Operating System

WindowsⓇ 7 (32bit / 64bit), WindowsⓇ 8.1 (32bit / 64bit), WindowsⓇ 10 (32bit / 64bit)

CPU

32-bit processor：1 GHz or faster,

64-bit processor：1.6 GHz or faster

Memory32-bit processor：1 GB or more,

64-bit processor：2 GB or more

HDD

Free space 100 MB or more
〔If the Microsoft .NET Framework 4.5 is not installed, free space 300 MB or more〕

Display

Resolution：1024×768 or higher,High Color（65536 colors）or higher

Interface

RS-232C or USB 2.0

Communication port

RS-232C port ×1 or USB（A）port ×1

Other

Mouse,

Keyboard

Installation, connection, such as the operation method, please refer to the included manual to SQLC-CS-01.

11.3 System configuration■ No serial (COM) port on the PC
Using the USB port, please to the following system configuration.
(1) Using the USB / RS-485 converter
USB cable (Please use the cable to match the USB connector shape of the converter side)

PC (SQLC-CS-01 installed)
USB/RS-485 converter[SI-35USB (LINEEYE) etc.]
SQLC-72L(2) Using the USB / RS-232C cable and RS-232C / RS-485 converter
USB/RS-232C cable[BSUSRC06 (BUFFALO) etc.]

RS-232C cable(9pin female - 25pin male)

PC (SQLC-CS-01 installed)

RS-232C/RS-485 converter[SI-30FA (LINEEYE) etc.]
SQLC-72L
36

SQLC-216-212■ There is a serial (COM) port on the PC
Using the serial (COM) port, please to the following system configuration.
RS-232C cable(9pin female - 25pin male)

PC (SQLC-CS-01 installed)

RS-232C/RS-485 converter[SI-30FA (LINEEYE) etc.]

SQLC-72L

12 Troubleshooting
TroubleDisplay is not lights

Backlight disappears
Error of the measurement
value is large

Active energy andreactive energy amountof error is large.
(Display, communication,pulse output)
Communication error
occursPulse output is notprovided

Alarm output is notprovided

Alarm output does not
reset

Probable cause
Auxiliary supply has not been applied to theterminal number 26 and 27.
Failure of equipment.
The display is off by the auto off function,or it is set to always off.
Voltage and current (primary and secondary
rating) setting is wrong.
Wiring is wrong.
Rated frequency out of range (45...65Hz).
Voltage and current (primary and secondary
rating) setting is wrong.
Pulse rate setting is wrong.
Wiring is wrong.
The communication cable is disconnected or
not properly connected (polarity, etc.).
Communication setting is wrong.
(Address, Bit rate, Parity, Stop bit)
Contact function is set to alarm output or
OFF.
Contact function is a pulse output, is set
to other elements.
Contact function is set to pulse output or
OFF.
Contact delay time is set.
Contact return method is set to "manual
return".
More than one alarm output is generated.

37

Treatment
Please by applying an auxiliary supply.
Replacement of equipment.
Please press the switch, or please checkbacklight operation setting.
Please check the setting of current
sensor and secondary voltage andprimary voltage and primary current.
Please check the wiring.
This product can not be used.
Please check the setting of current
sensor and secondary voltage andprimary voltage and primary current.
Please check the setting of the output
pulse rate.
Please check the wiring.
Please refer to the confirmation ofcommunication cable.
Please check the settings ofcommunication output.
Please check the settings of contact
function.
Please check the settings of pulse
output element.
Please check the settings of contact
function.
Please check the setting of contact
delay time.
Please check the setting of contact
return method.
Please check the detecting element, thesetting of alarm output allocation.

SQLC-216-212

Appendix table■ Appendix table 1-1
Rated power list (3 phase 3 wire / 3 phase 4 wire)
Primary rated
voltagePrimary
rated current

22.00kV

20.00kV

18.40kV

16.50kV

13.80kV

13.20kV

11.00kV(VT22000/110V)(VT20000/110V)(VT18400/110V)(VT16500/110V)(VT13800/110V)(VT13200/110V)(VT11000/110V)

6600V

3300V

1650V

2200V

(VT6600/110V) (VT3300/110V) (VT2200/110V) (VT1650/110V)

[W]

[W]

[W]

[W]

[W]

[W]

[W]

[W]

[W]

[W]

[W]

5A

200.0 k181.8 k167.3 k150.0 k125.5 k120.0 k100.0 k60.00 k30.00 k20.00 k15.00 k6A

240.0 k218.2 k200.7 k180.0 k150.5 k144.0 k120.0 k72.00 k36.00 k24.00 k18.00 k7.5A

300.0 k272.7 k250.9 k225.0 k188.2 k180.0 k150.0 k90.00 k45.00 k30.00 k22.50 k8A

320.0 k290.9 k267.6 k240.0 k200.7 k192.0 k160.0 k96.00 k48.00 k32.00 k24.00 k10A

400.0 k363.6 k334.5 k300.0 k250.9 k240.0 k200.0 k120.0 k60.00 k40.00 k30.00 k12A

480.0 k436.4 k401.5 k360.0 k301.1 k288.0 k240.0 k144.0 k72.00 k48.00 k36.00 k15A

600.0 k545.5 k501.8 k450.0 k376.4 k360.0 k300.0 k180.0 k90.00 k60.00 k45.00 k20A

800.0 k727.3 k669.1 k600.0 k501.8 k480.0 k400.0 k240.0 k120.0 k80.00 k60.00 k25A1000 k909.1 k836.4 k750.0 k627.3 k600.0 k500.0 k300.0 k150.0 k100.0 k75.00 k30A1200 k1091 k1004 k

900.0 k752.7 k720.0 k600.0 k360.0 k180.0 k120.0 k90.00 k40A1600 k1455 k1338 k1200 k1004 k

960.0 k800.0 k480.0 k240.0 k160.0 k120.0 k50A2000 k1818 k1673 k1500 k1255 k1200 k1000 k

600.0 k300.0 k200.0 k150.0 k60A

2400 k2182 k2007 k1800 k1505 k1440 k1200 k

720.0 k360.0 k240.0 k180.0 k75A3000 k2727 k2509 k2250 k1882 k1800 k1500 k

900.0 k450.0 k300.0 k225.0 k80A

3200 k2909 k2676 k2400 k2007 k1920 k1600 k

960.0 k480.0 k320.0 k240.0 k100A4000 k3636 k3345 k

3000 k2509 k2400 k2000 k1200 k

600.0 k400.0 k300.0 k120A

4800 k4364 k4015 k3600 k3011 k2880 k2400 k1440 k

720.0 k480.0 k360.0 k150A

6000 k5455 k5018 k4500 k3764 k3600 k

3000 k1800 k

900.0 k600.0 k450.0 k200A

8000 k7273 k6691 k6000 k5018 k

4800 k4000 k2400 k1200 k

800.0 k600.0 k250A

10.00 M

9091 k8364 k7500 k6273 k6000 k5000 k

3000 k1500 k1000 k

750.0 k300A

12.00 M

10.91 M

10.04 M

9000 k7527 k7200 k6000 k3600 k1800 k1200 k

900.0 k400A

16.00 M

14.55 M

13.38 M

12.00 M

10.04 M

9600 k8000 k

4800 k2400 k1600 k1200 k500A

20.00 M

18.18 M

16.73 M

15.00 M

12.55 M

12.00 M

10.00 M

6000 k

3000 k2000 k1500 k600A

24.00 M

21.82 M

20.07 M

18.00 M

15.05 M

14.40 M

12.00 M

7200 k3600 k2400 k1800 k

750A

30.00 M

27.27 M

25.09 M

22.50 M

18.82 M

18.00 M

15.00 M

9000 k4500 k

3000 k2250 k800A

32.00 M

29.09 M

26.76 M

24.00 M

20.07 M

19.20 M

16.00 M

9600 k

4800 k3200 k2400 k

900A

36.00 M

32.73 M

30.11 M

27.00 M

22.58 M

21.60 M

18.00 M

10.80 M

5400 k3600 k2700 k

1000A

40.00 M

36.36 M

33.45 M

30.00 M

25.09 M

24.00 M

20.00 M

12.00 M

6000 k4000 k

3000 k

1200A

48.00 M

43.64 M

40.15 M

36.00 M

30.11 M

28.80 M

24.00 M

14.40 M

7200 k

4800 k3600 k

1500A

60.00 M

54.55 M

50.18 M

45.00 M

37.64 M

36.00 M

30.00 M

18.00 M

9000 k6000 k4500 k

1600A

64.00 M

58.18 M

53.53 M

48.00 M

40.15 M

38.40 M

32.00 M

19.20 M

9600 k6400 k

4800 k

1800A

72.00 M

65.45 M

60.22 M

54.00 M

45.16 M

43.20 M

36.00 M

21.60 M

10.80 M

7200 k

5400 k

2000A

80.00 M

72.73 M

66.91 M

60.00 M

50.18 M

48.00 M

40.00 M

24.00 M

12.00 M

8000 k6000 k

2500A

100.0 M

90.91 M

83.64 M

75.00 M

62.73 M

60.00 M

50.00 M

30.00 M

15.00 M

10.00 M

7500 k

3000A

120.0 M

109.1 M

100.4 M

90.00 M

75.27 M

72.00 M

60.00 M

36.00 M

18.00 M

12.00 M

9000 k

3500A

140.0 M

127.3 M

117.1 M

105.0 M

87.82 M

84.00 M

70.00 M

42.00 M

21.00 M

14.00 M

10.50 M

4000A

160.0 M145.5 M

133.8 M

120.0 M

100.4 M

96.00 M

80.00 M

48.00 M

24.00 M

16.00 M

12.00 M

4500A

180.0 M

163.6 M

150.5 M

135.0 M112.9 M

108.0 M

90.00 M

54.00 M

27.00 M

18.00 M

13.50 M

5000A

200.0 M

181.8 M167.3 M

150.0 M

125.5 M

120.0 M

100.0 M

60.00 M

30.00 M

20.00 M

15.00 M

6000A

240.0 M

218.2 M

200.7 M

180.0 M

150.5 M

144.0 M

120.0 M

72.00 M

36.00 M

24.00 M

18.00 M

7500A

300.0 M

272.7 M

250.9 M

225.0 M

188.2 M

180.0 M

150.0 M

90.00 M

45.00 M

30.00 M

22.50 M

8000A

320.0 M290.9 M

267.6 M

240.0 M

200.7 M

192.0 M

160.0 M

96.00 M

48.00 M

32.00 M

24.00 M

9000A

360.0 M

327.3 M

301.1 M

270.0 M

225.8 M

216.0 M

180.0 M

108.0 M

54.00 M

36.00 M

27.00 M

10000A

400.0 M

363.6 M

334.5 M

300.0 M

250.9 M

240.0 M

200.0 M

120.0 M

60.00 M

40.00 M

30.00 M

12000A

480.0 M

436.4 M

401.5 M

360.0 M

301.1 M

288.0 M

240.0 M

144.0 M

72.00 M

48.00 M

36.00 M

15000A

600.0 M

545.5 M

501.8 M

450.0 M

376.4 M

360.0 M

300.0 M

180.0 M

90.00 M

60.00 M

45.00 M

20000A

800.0 M

727.3 M

669.1 M

600.0 M

501.8 M

480.0 M

400.0 M

240.0 M

120.0 M

80.00 M

60.00 M

30000A

1200 M

1091 M

1004 M

900.0 M

752.7 M

720.0 M

600.0 M

360.0 M

180.0 M

120.0 M

90.00 M

<Note 1> If the setting was the following conditions, the pulse width of the pulse output will be 100‐130ms. (Normal, 240‐260ms)
If set the primary rating of the colored part of the-list (voltage and current).
If set the output pulse rate to the fastest (can be set from 4 steps).

38

SQLC-216-212■ Appendix table 1-2
Rated power list (3 phase 3 wire / 3 phase 4 wire)
380V
460V
440V
220.0V
1100V
990V
880V
690V
480V
415V
400V
Primary rated
voltage (VT1100/110V) (VT990/110V) (VT880/110V) (VT690/110V) (VT480/110V) (VT460/110V) (VT440/110V) (VT415/110V) (VT400/110V) (VT380/110V) (VT220/110V)
Primary
[W]
[W]
[W]
[W]
[W]
[W]
[W]
[W]
[W]
[W]
[W]
rated current

110.0V(110V)[W]

5A

10.00 k

9000

8000

6273

4364

4182

4000

3773

3636

3455

2000

1000

6A

12.00 k10.80 k

9600

7527

5236

5018

4800

4527

4364

4145

2400

1200

7.5A

15.00 k13.50 k12.00 k

9409

6545

6273

6000

5659

5455

5182

3000

1500

8A

16.00 k14.40 k12.80 k10.04 k

6982

6691

6400

6036

5818

5527

3200

1600

10A

20.00 k18.00 k16.00 k12.55 k

8727

8364

8000

7545

7273

6909

4000

2000

12A

24.00 k21.60 k19.20 k15.05 k10.47 k10.04 k

9600

9055

8727

8291

4800

2400

15A

30.00 k27.00 k24.00 k18.82 k13.09 k12.55 k12.00 k11.32 k10.91 k10.36 k

6000

3000

20A

40.00 k36.00 k32.00 k25.09 k17.45 k16.73 k16.00 k15.09 k14.55 k13.82 k

8000

4000

25A

50.00 k45.00 k40.00 k31.36 k21.82 k20.91 k20.00 k18.86 k18.18 k17.27 k10.00 k5000

30A

60.00 k54.00 k48.00 k37.64 k26.18 k25.09 k24.00 k22.64 k21.82 k20.73 k12.00 k6000

40A

80.00 k72.00 k64.00 k50.18 k34.91 k33.45 k32.00 k30.18 k29.09 k27.64 k16.00 k8000

50A

100.0 k90.00 k80.00 k62.73 k43.64 k41.82 k40.00 k37.73 k36.36 k34.55 k20.00 k10.00 k60A

120.0 k108.0 k96.00 k75.27 k52.36 k50.18 k48.00 k45.27 k43.64 k41.45 k24.00 k12.00 k75A

150.0 k135.0 k120.0 k94.09 k65.45 k62.73 k60.00 k56.59 k54.55 k51.82 k30.00 k15.00 k80A

160.0 k144.0 k128.0 k100.4 k69.82 k66.91 k64.00 k60.36 k58.18 k55.27 k32.00 k16.00 k100A

200.0 k180.0 k160.0 k125.5 k87.27 k83.64 k80.00 k75.45 k72.73 k69.09 k40.00 k20.00 k120A

240.0 k216.0 k192.0 k150.5 k104.7 k100.4 k96.00 k90.55 k87.27 k82.91 k48.00 k24.00 k150A

300.0 k270.0 k240.0 k188.2 k130.9 k125.5 k120.0 k113.2 k109.1 k103.6 k60.00 k30.00 k200A

400.0 k360.0 k320.0 k250.9 k174.5 k167.3 k160.0 k150.9 k145.5 k138.2 k80.00 k40.00 k250A

500.0 k450.0 k400.0 k313.6 k218.2 k209.1 k200.0 k188.6 k181.8 k172.7 k100.0 k50.00 k300A

600.0 k540.0 k480.0 k376.4 k261.8 k250.9 k240.0 k226.4 k218.2 k207.3 k120.0 k60.00 k400A

800.0 k720.0 k640.0 k501.8 k349.1 k334.5 k320.0 k301.8 k290.9 k276.4 k160.0 k80.00 k500A1000 k

900.0 k800.0 k627.3 k436.4 k418.2 k400.0 k377.3 k363.6 k345.5 k200.0 k100.0 k600A1200 k1080 k

960.0 k752.7 k523.6 k501.8 k480.0 k452.7 k436.4 k414.5 k240.0 k120.0 k750A1500 k1350 k1200 k

940.9 k654.5 k627.3 k600.0 k565.9 k545.5 k518.2 k300.0 k150.0 k800A1600 k1440 k1280 k1004 k698.2 k669.1 k640.0 k603.6 k581.8 k552.7 k320.0 k160.0 k900A1800 k1620 k1440 k1129 k785.5 k752.7 k720.0 k679.1 k654.5 k621.8 k360.0 k180.0 k1000A2000 k1800 k1600 k1255 k872.7 k836.4 k800.0 k754.5 k727.3 k690.9 k400.0 k200.0 k1200A2400 k2160 k1920 k1505 k1047 k1004 k

960.0 k905.5 k872.7 k829.1 k480.0 k240.0 k1500A3000 k2700 k2400 k1882 k1309 k1255 k1200 k1132 k1091 k1036 k

600.0 k300.0 k1600A3200 k2880 k2560 k2007 k1396 k1338 k1280 k1207 k1164 k1105 k

640.0 k320.0 k1800A3600 k

3240 k2880 k2258 k1571 k1505 k1440 k1358 k1309 k1244 k

720.0 k360.0 k2000A4000 k3600 k3200 k2509 k1745 k1673 k1600 k1509 k1455 k1382 k

800.0 k400.0 k2500A5000 k4500 k4000 k3136 k2182 k2091 k2000 k1886 k1818 k1727 k1000 k

500.0 k3000A6000 k

5400 k

4800 k3764 k2618 k2509 k2400 k2264 k2182 k2073 k1200 k

600.0 k3500A7000 k6300 k5600 k4391 k3055 k2927 k2800 k2641 k2545 k2418 k1400 k

700.0 k4000A8000 k7200 k6400 k5018 k3491 k3345 k3200 k3018 k2909 k2764 k1600 k

800.0 k4500A

9000 k8100 k7200 k5645 k3927 k3764 k3600 k3395 k3273 k3109 k1800 k

900.0 k5000A

10.00 M

9000 k8000 k6273 k4364 k4182 k4000 k3773 k3636 k3455 k2000 k1000 k

6000A

12.00 M

10.80 M

9600 k7527 k5236 k5018 k

4800 k4527 k4364 k4145 k2400 k1200 k

7500A

15.00 M

13.50 M

12.00 M

9409 k6545 k6273 k6000 k5659 k5455 k5182 k

3000 k1500 k

8000A

16.00 M

14.40 M

12.80 M

10.04 M6982 k6691 k6400 k6036 k5818 k5527 k3200 k1600 k

9000A

18.00 M

16.20 M

14.40 M

11.29 M

7855 k7527 k7200 k6791 k6545 k6218 k3600 k1800 k10000A

20.00 M

18.00 M

16.00 M

12.55 M

8727 k8364 k8000 k7545 k7273 k6909 k4000 k2000 k12000A

24.00 M

21.60 M

19.20 M

15.05 M

10.47 M

10.04 M

9600 k9055 k8727 k8291 k

4800 k2400 k15000A

30.00 M

27.00 M

24.00 M

18.82 M

13.09 M

12.55 M

12.00 M

11.32 M

10.91 M

10.36 M

6000 k

3000 k20000A

40.00 M

36.00 M

32.00 M

25.09 M

17.45 M

16.73 M

16.00 M

15.09 M

14.55 M

13.82 M

8000 k4000 k30000A

60.00 M

54.00 M

48.00 M

37.64 M

26.18 M

25.09 M

24.00 M

22.64 M

21.82 M

20.73 M

12.00 M

6000 k<Note 1> If the setting was the following conditions, the pulse width of the pulse output will be 100‐130ms. (Normal, 240‐260ms)
If set the primary rating of the colored part of the-list (voltage and current).
If set the output pulse rate to the fastest (can be set from 4 steps).

39

SQLC-216-212■ Appendix table 2
Rated power list (1 phase 3 wire)
Primary rated
voltagePrimary
rated current

110.0V(110V)
[W]

5A

1000

6A

1200

7.5A

1500

8A

1600

10A

2000

12A

2400

15A

3000

20A

4000

25A

5000

30A

6000

40A

8000

50A

10.00 k60A

12.00 k75A

15.00 k80A

16.00 k100A

20.00 k120A

24.00 k150A

30.00 k200A

40.00 k250A

50.00 k300A

60.00 k400A

80.00 k500A

100.0 k600A

120.0 k750A

150.0 k800A

160.0 k900A

180.0 k1000A

200.0 k1200A

240.0 k1500A

300.0 k1600A

320.0 k1800A

360.0 k2000A

400.0 k2500A

500.0 k3000A

600.0 k3500A

700.0 k4000A

800.0 k4500A

900.0 k5000A1000 k6000A1200 k7500A

1500 k

8000A1600 k9000A1800 k10000A

2000 k12000A

2400 k15000A

3000 k20000A

4000 k30000A

6000 k<Note 1> If the setting was the following conditions, the pulse width of the pulse output will be 100‐130ms. (Normal, 240‐260ms)
If set the primary rating of the colored part of the-list (voltage and current).
If set the output pulse rate to the fastest (can be set from 4 steps).

40

SQLC-216-212■ Appendix table 3-1
Rated power list (1 phase 2 wire)
Primary rated
Primary
voltage
rated current

22.00kV

20.00kV

18.40kV

16.50kV

13.80kV

13.20kV

11.00kV(VT22000/110V)(VT20000/110V)(VT18400/110V)(VT16500/110V)(VT13800/110V)(VT13200/110V)(VT11000/110V)

6600V

3300V

2200V

1650V

(VT6600/110V) (VT3300/110V) (VT2200/110V) (VT1650/110V)

[W]

[W]

[W]

[W]

[W]

[W]

[W]

[W]

[W]

[W]

5A

100.0 k90.91 k83.64 k75.00 k62.73 k60.00 k50.00 k30.00 k15.00 k10.00 k

7500

[W]

6A

120.0 k109.1 k100.4 k90.00 k75.27 k72.00 k60.00 k36.00 k18.00 k12.00 k

9000

7.5A

150.0 k136.4 k125.5 k112.5 k94.09 k90.00 k75.00 k45.00 k22.50 k15.00 k11.25 k8A

160.0 k145.5 k133.8 k120.0 k100.4 k96.00 k80.00 k48.00 k24.00 k16.00 k12.00 k10A

200.0 k181.8 k167.3 k150.0 k125.5 k120.0 k100.0 k60.00 k30.00 k20.00 k15.00 k12A

240.0 k218.2 k200.7 k180.0 k150.5 k144.0 k120.0 k72.00 k36.00 k24.00 k18.00 k15A

300.0 k272.7 k250.9 k225.0 k188.2 k180.0 k150.0 k90.00 k45.00 k30.00 k22.50 k20A

400.0 k363.6 k334.5 k300.0 k250.9 k240.0 k200.0 k120.0 k60.00 k40.00 k30.00 k25A

500.0 k454.5 k418.2 k375.0 k313.6 k300.0 k250.0 k150.0 k75.00 k50.00 k37.50 k30A

600.0 k545.5 k501.8 k450.0 k376.4 k360.0 k300.0 k180.0 k90.00 k60.00 k45.00 k40A

800.0 k727.3 k669.1 k600.0 k501.8 k480.0 k400.0 k240.0 k120.0 k80.00 k60.00 k50A1000 k909.1 k836.4 k750.0 k627.3 k600.0 k500.0 k300.0 k150.0 k100.0 k75.00 k60A1200 k1091 k1004 k

900.0 k752.7 k720.0 k600.0 k360.0 k180.0 k120.0 k90.00 k75A1500 k1364 k1255 k1125 k

940.9 k900.0 k750.0 k450.0 k225.0 k150.0 k112.5 k80A1600 k1455 k1338 k1200 k1004 k

960.0 k800.0 k480.0 k240.0 k160.0 k120.0 k100A2000 k1818 k1673 k1500 k1255 k1200 k1000 k

600.0 k300.0 k200.0 k150.0 k120A2400 k2182 k2007 k1800 k1505 k1440 k1200 k

720.0 k360.0 k240.0 k180.0 k150A3000 k2727 k2509 k2250 k1882 k1800 k1500 k

900.0 k450.0 k300.0 k225.0 k200A4000 k3636 k3345 k

3000 k2509 k2400 k2000 k1200 k

600.0 k400.0 k300.0 k250A5000 k4545 k4182 k3750 k3136 k

3000 k2500 k1500 k

750.0 k500.0 k375.0 k300A6000 k5455 k5018 k4500 k3764 k3600 k

3000 k1800 k

900.0 k600.0 k450.0 k400A8000 k7273 k6691 k6000 k5018 k

4800 k4000 k2400 k1200 k

800.0 k600.0 k500A

10.00 M

9091 k8364 k7500 k6273 k6000 k5000 k

3000 k1500 k1000 k

750.0 k600A

12.00 M

10.91 M

10.04 M

9000 k7527 k7200 k6000 k3600 k1800 k1200 k

900.0 k750A

15.00 M

13.64 M

12.55 M

11.25 M

9409 k9000 k7500 k4500 k2250 k1500 k1125 k

800A

16.00 M

14.55 M

13.38 M

12.00 M

10.04 M

9600 k8000 k

4800 k2400 k1600 k1200 k

900A

18.00 M

16.36 M

15.05 M

13.50 M

11.29 M

10.80 M

9000 k

5400 k2700 k1800 k1350 k

1000A

20.00 M

18.18 M

16.73 M

15.00 M

12.55 M

12.00 M

10.00 M

6000 k

3000 k2000 k1500 k

1200A

24.00 M

21.82 M

20.07 M

18.00 M

15.05 M

14.40 M

12.00 M

7200 k3600 k2400 k1800 k

1500A

30.00 M

27.27 M

25.09 M

22.50 M

18.82 M

18.00 M

15.00 M

9000 k4500 k

3000 k2250 k

1600A

32.00 M

29.09 M

26.76 M

24.00 M

20.07 M

19.20 M

16.00 M

9600 k

4800 k3200 k2400 k1800A

36.00 M

32.73 M

30.11 M

27.00 M

22.58 M

21.60 M

18.00 M

10.80 M

5400 k3600 k2700 k

2000A

40.00 M

36.36 M

33.45 M

30.00 M

25.09 M

24.00 M

20.00 M

12.00 M

6000 k4000 k

3000 k

2500A

50.00 M

45.45 M

41.82 M

37.50 M

31.36 M

30.00 M

25.00 M

15.00 M

7500 k5000 k3750 k

3000A

60.00 M

54.55 M

50.18 M

45.00 M

37.64 M

36.00 M

30.00 M

18.00 M

9000 k6000 k4500 k

3500A

70.00 M

63.64 M

58.55 M

52.50 M

43.91 M

42.00 M

35.00 M

21.00 M

10.50 M

7000 k5250 k

4000A

80.00 M

72.73 M

66.91 M

60.00 M

50.18 M

48.00 M

40.00 M

24.00 M

12.00 M

8000 k6000 k

4500A

90.00 M

81.82 M

75.27 M

67.50 M

56.45 M

54.00 M

45.00 M

27.00 M

13.50 M

9000 k6750 k

5000A

100.0 M

90.91 M

83.64 M

75.00 M

62.73 M

60.00 M

50.00 M

30.00 M

15.00 M

10.00 M

7500 k

6000A

120.0 M

109.1 M

100.4 M

90.00 M

75.27 M

72.00 M

60.00 M

36.00 M

18.00 M

12.00 M

9000 k7500A

150.0 M

136.4 M

125.5 M112.5 M

94.09 M

90.00 M

75.00 M

45.00 M

22.50 M

15.00 M

11.25 M

8000A

160.0 M145.5 M

133.8 M

120.0 M

100.4 M

96.00 M

80.00 M

48.00 M

24.00 M

16.00 M

12.00 M

9000A

180.0 M

163.6 M

150.5 M

135.0 M112.9 M

108.0 M

90.00 M

54.00 M

27.00 M

18.00 M

13.50 M

10000A

200.0 M

181.8 M167.3 M

150.0 M

125.5 M

120.0 M

100.0 M

60.00 M

30.00 M

20.00 M

15.00 M

12000A

240.0 M

218.2 M

200.7 M

180.0 M

150.5 M

144.0 M

120.0 M

72.00 M

36.00 M

24.00 M

18.00 M

15000A

300.0 M

272.7 M

250.9 M

225.0 M

188.2 M

180.0 M

150.0 M

90.00 M

45.00 M

30.00 M

22.50 M

20000A

400.0 M

363.6 M

334.5 M

300.0 M

250.9 M

240.0 M

200.0 M

120.0 M

60.00 M

40.00 M

30.00 M

30000A

600.0 M

545.5 M

501.8 M

450.0 M

376.4 M

360.0 M

300.0 M

180.0 M

90.00 M

60.00 M

45.00 M

<Note 1> If the setting was the following conditions, the pulse width of the pulse output will be 100‐130ms. (Normal, 240‐260ms)
If set the primary rating of the colored part of the-list (voltage and current).
If set the output pulse rate to the fastest (can be set from 4 steps).

41

SQLC-216-212■ Appendix table 3-2
Rated power list (1 phase 2 wire)
Primary rated
1100V
990V
880V
690V
480V
460V
440V
415V
400V
380V
220.0V
Primary
voltage (VT1100/110V) (VT990/110V) (VT880/110V) (VT690/110V) (VT480/110V) (VT460/110V) (VT440/110V) (VT415/110V) (VT400/110V) (VT380/110V) (VT220/110V)
[W]
[W]
[W]
[W]
[W]
[W]
[W]
[W]
[W]
[W]
[W]
rated current

110.0V(110V)
[W]

5A

5000

4500

4000

3136

2182

2091

2000

1886

1818

1727

1000

500

6A

6000

5400

4800

3764

2618

2509

2400

2264

2182

2073

1200

600

7.5A

7500

6750

6000

4705

3273

3136

3000

2830

2727

2591

1500

750

8A

8000

7200

6400

5018

3491

3345

3200

3018

2909

2764

1600

800

10A

10.00 k

9000

8000

6273

4364

4182

4000

3773

3636

3455

2000

1000

12A

12.00 k10.80 k

9600

7527

5236

5018

4800

4527

4364

4145

2400

1200

15A

15.00 k13.50 k12.00 k

9409

6545

6273

6000

5659

5455

5182

3000

1500

20A

20.00 k18.00 k16.00 k12.55 k

8727

8364

8000

7545

7273

6909

4000

2000

25A

25.00 k22.50 k20.00 k15.68 k10.91 k10.45 k10.00 k

9432

9091

8636

5000

2500

30A

30.00 k27.00 k24.00 k18.82 k13.09 k12.55 k12.00 k11.32 k10.91 k10.36 k

6000

3000

40A

40.00 k36.00 k32.00 k25.09 k17.45 k16.73 k16.00 k15.09 k14.55 k13.82 k

8000

4000

50A

50.00 k45.00 k40.00 k31.36 k21.82 k20.91 k20.00 k18.86 k18.18 k17.27 k10.00 k5000

60A

60.00 k54.00 k48.00 k37.64 k26.18 k25.09 k24.00 k22.64 k21.82 k20.73 k12.00 k6000

75A

75.00 k67.50 k60.00 k47.05 k32.73 k31.36 k30.00 k28.30 k27.27 k25.91 k15.00 k7500

80A

80.00 k72.00 k64.00 k50.18 k34.91 k33.45 k32.00 k30.18 k29.09 k27.64 k16.00 k

8000

100A

100.0 k90.00 k80.00 k62.73 k43.64 k41.82 k40.00 k37.73 k36.36 k34.55 k20.00 k10.00 k120A

120.0 k108.0 k96.00 k75.27 k52.36 k50.18 k48.00 k45.27 k43.64 k41.45 k24.00 k12.00 k150A

150.0 k135.0 k120.0 k94.09 k65.45 k62.73 k60.00 k56.59 k54.55 k51.82 k30.00 k15.00 k200A

200.0 k180.0 k160.0 k125.5 k87.27 k83.64 k80.00 k75.45 k72.73 k69.09 k40.00 k20.00 k250A

250.0 k225.0 k200.0 k156.8 k109.1 k104.5 k100.0 k94.32 k90.91 k86.36 k50.00 k25.00 k300A

300.0 k270.0 k240.0 k188.2 k130.9 k125.5 k120.0 k113.2 k109.1 k103.6 k60.00 k30.00 k400A

400.0 k360.0 k320.0 k250.9 k174.5 k167.3 k160.0 k150.9 k145.5 k138.2 k80.00 k40.00 k500A

500.0 k450.0 k400.0 k313.6 k218.2 k209.1 k200.0 k188.6 k181.8 k172.7 k100.0 k50.00 k600A

600.0 k540.0 k480.0 k376.4 k261.8 k250.9 k240.0 k226.4 k218.2 k207.3 k120.0 k60.00 k

750A

750.0 k675.0 k600.0 k470.5 k327.3 k313.6 k300.0 k283.0 k272.7 k259.1 k150.0 k75.00 k800A

800.0 k720.0 k640.0 k501.8 k349.1 k334.5 k320.0 k301.8 k290.9 k276.4 k160.0 k80.00 k900A

900.0 k810.0 k720.0 k564.5 k392.7 k376.4 k360.0 k339.5 k327.3 k310.9 k180.0 k90.00 k1000A1000 k

900.0 k800.0 k627.3 k436.4 k418.2 k400.0 k377.3 k363.6 k345.5 k200.0 k100.0 k1200A1200 k1080 k

960.0 k752.7 k523.6 k501.8 k480.0 k452.7 k436.4 k414.5 k240.0 k120.0 k1500A1500 k1350 k1200 k

940.9 k654.5 k627.3 k600.0 k565.9 k545.5 k518.2 k300.0 k150.0 k1600A1600 k1440 k1280 k1004 k698.2 k669.1 k640.0 k603.6 k581.8 k552.7 k320.0 k160.0 k1800A1800 k1620 k1440 k1129 k785.5 k752.7 k720.0 k679.1 k654.5 k621.8 k360.0 k180.0 k2000A2000 k1800 k1600 k1255 k872.7 k836.4 k800.0 k754.5 k727.3 k690.9 k400.0 k200.0 k2500A2500 k2250 k2000 k1568 k1091 k1045 k1000 k943.2 k909.1 k863.6 k500.0 k250.0 k3000A3000 k2700 k2400 k1882 k1309 k1255 k1200 k1132 k1091 k1036 k

600.0 k300.0 k3500A3500 k3150 k2800 k2195 k1527 k1464 k1400 k1320 k1273 k1209 k

700.0 k350.0 k4000A4000 k3600 k3200 k2509 k1745 k1673 k1600 k1509 k1455 k1382 k

800.0 k400.0 k4500A

4500 k4050 k3600 k2823 k1964 k1882 k1800 k1698 k1636 k1555 k

900.0 k450.0 k5000A5000 k4500 k4000 k3136 k2182 k2091 k2000 k1886 k1818 k1727 k1000 k

500.0 k6000A6000 k

5400 k

4800 k3764 k2618 k2509 k2400 k2264 k2182 k2073 k1200 k

600.0 k

7500A

7500 k6750 k6000 k4705 k3273 k3136 k

3000 k2830 k2727 k2591 k1500 k

750.0 k8000A8000 k7200 k6400 k5018 k3491 k3345 k3200 k3018 k2909 k2764 k1600 k

800.0 k9000A9000 k8100 k7200 k5645 k3927 k3764 k3600 k3395 k3273 k3109 k1800 k

900.0 k10000A

10.00 M

9000 k8000 k6273 k4364 k4182 k4000 k3773 k3636 k3455 k2000 k1000 k12000A

12.00 M

10.80 M

9600 k7527 k5236 k5018 k

4800 k4527 k4364 k4145 k2400 k1200 k15000A

15.00 M

13.50 M

12.00 M

9409 k6545 k6273 k6000 k5659 k5455 k5182 k

3000 k1500 k20000A

20.00 M

18.00 M

16.00 M

12.55 M

8727 k8364 k8000 k7545 k7273 k6909 k4000 k2000 k30000A

30.00 M

27.00 M

24.00 M

18.82 M

13.09 M

12.55 M

12.00 M

11.32 M

10.91 M

10.36 M

6000 k

3000 k<Note 1> If the setting was the following conditions, the pulse width of the pulse output will be 100‐130ms. (Normal, 240‐260ms)
If set the primary rating of the colored part of the-list (voltage and current).
If set the output pulse rate to the fastest (can be set from 4 steps).

42

SQLC-216-212

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Revision A, DATE：September 28, 201843