Magnetic Contactor & OCR(HiMC,HiTH)

8/15/2019 Magnetic Contactor & OCR(HiMC,HiTH)

1/79


2/79

ReliabilityThe HiMC Magnetic Contactor series employs a modular design which

allows quick and simple mounting of auxiliary contact blocks, timers,

mechanical latching blocks, etc.

HiMC provides convenience, economic benefit and high reliability.

SolutionSuperior design for industrial applications such as motor control centers,

the HiMC contactor is appropriate to various control systems, and favored

by shipyard and power plant; where high reliability and performance are

the criteria.


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Significantly Extended Life

Ordering Information 06

HiMC 10

HiTH 22HMX & HMT 27

CONTENTS

HLB2 & HOKZE 29

Accessory 31

HiMS Diagram 34HiMS Drawing 36

HiMP 48

HME 73

e u a e er u ure

Strong

Silence

Small

Significantly Extended Life

Noise FreeNoise Free

Compact DesignCompact Design


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Hi Series

HiMC 9 ~ HiMC 50 Small Frame Size Contactor

The electrical and mechanical life of HiMC has been significantly

extended.

New materials prevent any generation of corroded substances,

and the core enables noise-free status with the help of special

anti-rust oil treatment.

Various accessories can be attached easily.

Terminal wiring is designed to meet IEC 60529 and protection

degree of IP 20.

By using clips, HiMC’s coil can be replaced easily and its

frequency is available in both 50 Hz and 60 Hz.

HiMC 65 ~ HiMC 800 Large Frame Size Contactor

The electrical and mechanical life of HiMC has been

significantly extended. The optimized design of the arc chamber

minimizes contact erosion.

HiMC contactor maintains noise-free operation through the

DC-control method.

HiMC contactor is available in both AC/DC and 50 Hz / 60 Hz

with an electronic circuit which enables operation through

severe voltage drop.

HiMC contactors can be used in various environments by

adopting special plastic(CTI/600 V) which has heat & waterproof

charateristics.

By adopting a cassette unit, the coil assembly can be replaced

conveniently.

As the cover of HiMC contactor can be easily opened,

maintenance is very convenient.

Two auxiliary contact blocks of 1NO+1NC can be attached to

each side of HiMC, allowing auxiliary contacts to be added up to

4NO+4NC.

Fast and Easy Coil Change

Variety of Installation

Quick and Easy Disassembly

Easy Coil Change Easy Contacts Inspection


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HiMC

HMX & HMT

HiTH

HiMP & HME

HiTH 40H

HiTH 130K80

HiMP

HME HMT

HMX

Hyundai innovative Magnetic Contactor / Thermal Overload Relay

Standards

- KS C4504

- IEC 60947

- EN 60947

- UL 508

- BS 47794, BS 5424, BS 4941

- VDE 0660

- Det Norske Veritas

- JISC 8328, JEM 1038

Approvals

- UL /

- CE (Community European / TU..V Rheinland)

- ISO 18001, 14001, 9001

Qualified Standards & Approvals TYPE CE UL

CSA

HiMC 9

HiMC 12

HiMC 18

HiMC 22

HiMC 32

HiMC 40

HiMC 50

HiMC 65

HiMC 80

HiMC 90HiMC 110

HiMC 130

HiMC 150

HiMC 180

HiMC 220

HiMC 260

HiMC 300

HiMC 400

HiMC 500

HiMC 630

HiMC 800

KR LR ABS BV NK TYPE CE

HMX

HMT

HiTH 22K(H)

HiTH 40K(H)

HiTH 50K(H)

HiTH 90K(H)

HiTH 130K(H)

HiTH 220K(H)

HiTH 300K(H)

HiTH 500K(H)HiTH 800K(H)

HiAB

HiAC

HiAL

HiAR

KR LR ABS BV NKUL

CSA


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Ordering Information

Magnetic Contactor

Thermal Overload Relay

Rated Current(440VAC)

Type

9

12

18

22

32

40

50

65

80

90

Current

9 A

12 A

18 A

22 A

32 A

40 A

50 A

65 A

80 A

90 A

Type

110

130

150

180

220

260

300

400

500

630

800

Current

110 A

130 A

150 A

180 A

220 A

260 A

300 A

400 A

500 A

630 A

800 A

AC Control

DC Control

Free Voltage

2

2

Number of NO

Number of NCSBlank

WithoutCover

WithCover

Free voltage typeis available fromHiMC 65 to 800

Please refer to theTechnical Data,page 14 & 15

Hyundai

innovative

THermal

overload

relay

Type Applied MC

22

40

50

90

130

220

300

500

800

HiMC 9~22

HiMC 32~40

HiMC 50

HiMC 65~90

HiMC 110~130

HiMC 150~220

HiMC 260~300

HiMC 400~500

HiMC 630~800

HiMC

HiTH

22

22

W 22 S

Blank X

60 Hz 50 Hz

Operational

Voltage

AC 24~600 V

DC 24~250 V

AC/DC 220, 440 V

220 X

2 Element(Option)

3 Element(Standard)

K

W

G

FW

G

F

Type

H K

WithoutCover

WithCover

S

Safety Cover

Safety Cover

Blank S

Please refer to theTechnical Datapage 24 & 25

22

Rated CurrentName

/


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H i S er i e s

0 7

TypeMounting

SideApplication

M/C

HiAB

HiAL 11

HiAC

HiAL 5S

HiAR 6S

HiAL 7S

HiAR 8S

Top

Left

Top

Left

Right

Left

Right

HiMC 9~50

HiMC 9~22

HMX, HMT

HiMC 65~130

HiMC 150~800

2 2

Number

of

NO

Number

of

NC

22

Aux. Contact Block

HAB

Blank X

60 Hz 50 Hz

OperationalVoltage

AC 24~600 V

DC 24~250 V

Number of Contacts

AC: HMX

DC: HMT

22

2a 2b

31

3a 1b

40

4a

22 220 X

Control Relay

HMX /

Mechanical

Interlock Unit

Type Application M.C

40

50

130

200

300

800

HiMC 9~40

HiMC 50

HiMC 65~130

HiMC 150~200

HiMC 260~300

HiMC 400~800

50

Mechanical Interlock Unit

HiTL

Separate Mounting Unit for HiTH

HiTHMB

TypeApplied

TOR

22

40

50

90

HiTH22

HiTH40

HiTH50

HiTH90

22

WithoutCover

WithCover

S

Safety Cover

Blank S

Control Relay


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9/79

H i S er i e s

0 9

Hyundai

innovative

Motor

Protection

Relay

Digital Motor Protection Relay / Standard Type

Accessories for Digital Motor Protection Relay

CT Ratio

35mm Din-Rail Bracket

RailHiMP

35mm Din-Rail Bracket

Current Transformer

CTHiMPOuter CT

Terminal Block

TBHiMP

Terminal Block

Application

StandardType

Deluxe

Type

22

50

60

22AF

40/50AF

06/60AF

22

CT Number of CT

StandardType

DeluxeType

H

K

D

2CT

3CT

3CT

080

130

180

220

300

400

500

630

800

80 : 5

130 : 5

180 : 5

220 : 5

300 : 5

400 : 5

500 : 5

630 : 5

800 : 5

300 H

Wiring Method Frame Applied MC

Tunnel Type

Screw Type

Pin Type

22

40

50

22

40

50

HiMC 9~22

HiMC 32~40

HiMC 32~50

HiMC 9~22

HiMC 32~40

HiMC 50

2CT

3CT

SBlank

WithoutCover

WithCover

Definite

Inverse

03

22

40

50

01

05

22

40

50

0.3~3 A

2.2~22 A

4~40 A

5~50 A

0.3~1.5 A

1~5 A

4.4~22 A

8~40 A

10~50 A

HiMP 22 H 03 S

Control Voltage

110VAC

220VAC

ETC

220

H

K

Number of CT

110

220

Safety Cover

/ -

Tunnel Type

Screw Type

Pin Type

P

T

S

P

Wiring Method

Definite

Inverse

D

D

I

N

Characteristics

Inverse+Reverse Phase

CharacteristicsCurrentName

Rated CurrentSetting Range


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HiMC

Technical Data of Contactors

HiMC 80

750

690

110

22/80

37/80

45/64

45/52

-

25

30

60

60

55

52

2,000

10,000

450

800

800

640

640

90

-

-

25/68

60/65

2a2b

2.1

2.15

2.23

HiMC 65

750

690

100

18.5/70

30/65

37/60

37/44

-

20

20

50

50

50

47

2,000

10,000

450

700

650

560

520

80

-

-

20/54

50/52

2a2b

2.1

2.15

2.23

HiMC 50

750

690

70

15/50

22/50

30/45

25/31

-

15

15

40

40

35

32

2,000

15,000

14~25

4~15

750

500

500

400

400

65

3/34

7.5/40

15/42

30/40

2

3

7.510

15

25

2a2b

0.74

0.77

HiMC 40

750

690

50

11/40

18.5/40

22/32

22/26

-

10

10

30

30

25

24

2,000

15,000

750

400

400

320

320

50

2/24

5/28

10/28

20/27

2a2b

0.47

0.77

HiMC 32

750

690

50

7.5/32

15/32

18.5/28

18.5/22

-

10

10

20

25

22

17

2,000

15,000

750

320

320

256

256

45

2/24

5/28

10/28

20/27

1

2

37.5

7.5

10

2a2b

0.47

0.77

HiMC 22

750

690

32

5.5/22

11/22

15/22

15/18

-

5

7.5

15

20

18

13

2,500

25,000

1000

220

220

176

176

32

1.5/20

3/17

5/15.2

10/14

1a1b

0.37

0.68

HiMC 18

750

690

25

4.5/18

7.5/18

8.5/15

7.5/9

-

5

5

10

15

15

9

2,500

25,000

1000

180

180

144

144

25

1/16

3/17

5/15.2

10/14

0

1

33

3

5

1a1b

0.37

0.68

HiMC 12

750

690

20

3.7/13

5.5/12

7.5/12

7.5/9

-

3

3

7.5

10

11

9

2,500

25,000

1000

130

120

104

96

20

0.5/9.8

1/8

3/9.6

5/7.6

1a1b

0.37

0.68

Rated Insulation Voltage

Rated Operational Voltage

AC1(Ith)

V

V

A

200~240 V

380~440 V

500~550 V

660~690 V

1000 V

200 V

230 V

460 V

575 V

200~240 V

380~440 V

Electrical(AC3)

Mechanical

Closing

Opening

220 VAC

480 VAC

220 VAC

480 VAC

100~120 V

220~240 V

220~240 V

440~480 V

115 V

230 V 200 V

230 V

460/575 V

W(AC)

G(DC)

F(A/DC)

kW/A

HP

A

x1,000

x1,000

ms

ms

times

A

A

A

1-Ph

HP/A

1-Ph

HP

3-Ph

HP/A

3-Ph

HP

Kg

I E C 6 0 9 4 7

U L 5 0 8

N E M

A

AC3

AC4

Lifetime

Operating Frequency per hour(AC3)

Continuous Current

Size

Mounting Method

Auxiliary Contact

HiMC 9

750

690

20

2.2/10

4/9

4/7

5.5/7

-

2

2

5

7.5

8

6

2,500

25,000

1000

100

90

80

72

20

0.5/9.8

1/8

2/6.8

5/7.6

00

0.33

11.5

1.5

2

1a1b

0.37

0.68

TYPE

Operating Times

AC/DC

ACMaking Capacity

AC

Breaking Capacity

Max. HP

Max. HP

Weight

The auxiliary contact for DC above HiMC 50 is 2a1b.

AC making and AC breaking capacity are 50 operations.

Screw & DIN-Rail

15~25

4~15

15~25

4~15

50~65

25~90

Screw


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H i S er i e s

1 1

HiMC 800

1000

1000

900

220/800

440/800

500/720

500/630

400/284

250

300

600

600

630

630

500

5,000

300

8000

8000

6400

6400

900

-

-

300/720

600/708

7

-

--

300

600

2a2b

26.55

26.55

27.55

HiMC 630

1000

1000

750

190/630

330/630

330/500

400/412

300/213

200

250

500

500

400

400

500

5,000

300

6300

6300

5040

5040

750

-

-

250/480

500/477

6

-

-150

200

400

2a2b

26.55

26.55

27.55

HiMC 500

1000

1000

550

140/500

250/500

300/426

335/360

275/192

150

200

400

400

350

350

500

5,000

300

5000

5000

4000

4000

550

-

-

150/360

250/302

2a2b

14.50

14.50

14.60

HiMC 400

1000

1000

450

125/400

220/400

220/350

250/300

250/178

125

150

300

350

300

300

500

5,000

300

4000

4000

3200

3200

450

-

-

125/312

250/302

2a2b

14.50

14.50

14.60

HiMC 300

1000

1000

350

90/300

160/300

160/273

200/220

200/141

100

100

200

250

220

220

1,000

5,000

300

3000

3000

2400

2400

350

-

-

100/248

200/240

5

-

-75

100

200

2a2b

7.05

7.20

7.40

HiMC 260

1000

1000

300

75/260

132/260

150/220

160/173

160/113

75

75

200

200

200

200

1,000

5,000

300

2600

2600

2080

2080

300

-

-

75/192

150/180

2a2b

7.05

7.20

7.40

HiMC 220

1000

1000

260

63/220

110/220

132/200

132/150

132/96

60

75

150

200

180

180

1,000

5,000

300

2200

2200

1760

1760

260

-

-

75/192

150/180

2a2b

5.45

5.60

5.67

HiMC 180

1000

1000

230

55/180

90/180

110/180

110/120

110/78

50

60

125

150

150

150

1,000

5,000

300

1800

1800

1440

1440

230

-

-

60/154

125/156

2a2b

5.45

5.60

5.67

HiMC 150

1000

1000

200

45/150

75/150

90/140

90/100

90/66

40

50

100

125

125

110

1,000

5,000

300

1500

1500

1200

1200

200

-

-

50/130

100/124

4

-

-40

50

100

2a2b

5.45

5.60

5.67

HiMC 130

1000

1000

160

37/130

65/130

70/120

60/70

75/54

40

40

100

100

90

90

1,000

5,000

450

1300

1300

1040

1040

160

-

-

40/104

75/96

2a2b

2.95

3.0

3.23

HiMC 110

1000

1000

150

30/110

55/110

60/110

55/65

65/50

30

40

75

100

80

75

1,000

5,000

450

1100

1100

880

880

150

-

-

30/80

60/77

2a2b

2.95

3.0

3.23

HiMC 90

750

690

135

25/90

45/90

50/80

50/60

-

30

30

60

75

65

62

2,000

10,000

50~65

25~90

450

900

900

720

720

100

-

-

30/80

60/65

3

7.5

1525

30

50

2a2b

2.1

2.15

2.23

55~65

55~65

55~65

45~65

55~65

45~65

55~65

45~65

50~55

42~55

Screw


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Inching & Plugging Duty (AC-4 Duty)

Operational Voltage

Ratio ofInching

Electrical lifetime(million)

1

5

1

5

1

5

1

5

15

1

5

1

5

1

5

10%

50%220 V

100%

10%

50%

100%

100%

kW

HiMC 9

1.5

1

1

0.5

0.75

0.3

2.2

1.5

1.50.75

1.1

0.5

0.75

0.2

0.75

0.2

2.7

1.5

1.5

0.75

1.1

0.5

4

2.2

3.71.5

2.2

1.1

0.75

0.4

1

0.4

3.7

2.7

2.7

1.1

1.5

0.75

4

3.7

42.2

3.7

1.5

1.5

0.5

2.2

0.75

4

3.7

3.7

1.5

2.5

1.1

7.5

7.5

7.53.7

5.5

2.2

2.2

0.75

3.7

1.5

5.5

4.5

4.5

2.2

4.5

1.8

11

9

94.5

7.5

3.7

2.5

1.1

4.5

2.2

7.5

5.5

5.5

3.7

4.5

2.7

15

11

115.5

11

3.7

3.7

1.5

4.5

2.2

11

7.5

7.5

3.7

5.5

3.7

22

15

157.5

15

5.5

5.5

2.2

7.5

3.7

15

11

11

5.5

7.5

4

30

22

2211

15

7.5

7.5

3

11

5.5

18.5

15

15

7.5

9

4

37

30

3015

15

7.5

9

3.7

15

5.5

HiMC 12 HiMC 18 HiMC 22 HiMC 32 HiMC 40 HiMC 50 HiMC 65 HiMC 80

440 V

I n c

h i n g

220 V

440 V P l u g g

i n g

Ratio of Inching(%) =

The inching limit of making & breaking frequency is below the continuous 10 operations based on 1 operation per 1 second.

Inching Operations

Standard Operations + Inching Operations100


HiMC

Rated Operational Current for DC-loads.

Con-nection Application

24 V

48 V

110 V

220 V

24 V

48 V

110 V

220 V

24 V

48 V

110 V 220 V

24 V

48 V

110 V

220 V

24 V

48 V

110 V

220 V

24 V

48 V

110 V

220 V

DC-1 duty

(L/R 1ms)

DC-3, DC-5 duty

(L/R 15ms)

DC-13 duty

(L/R 40ms)

DC-1 duty

(L/R 1ms)

DC-3, DC-5 duty

(L/R 15ms)

DC-13 duty

(L/R 40ms)

Operational Voltage

2 P o

l e s

S e r i e s

3 P o

l e s

S e r i e s

HiMC 9

10

10

6

3

8

4

2.5

0.8

8

4

20.3

10

10

8

8

8

6

4

2

8

6

3

0.8

12

12

10

7

12

6

4

1.2

12

6

30.5

12

12

12

12

12

10

8

4

12

10

5

2

18

18

13

8

12

6

4

1.2

12

6

30.5

18

18

18

18

12

10

8

4

12

10

5

2

20

20

15

10

20

15

8

2

20

12

31.2

20

20

20

20

20

20

15

8

20

15

10

4

25

25

25

12

25

20

10

3

25

15

41.2

25

25

25

22

25

25

20

10

25

25

12

4

35

35

25

12

35

20

10

3

35

15

41.2

35

35

35

30

35

30

20

10

35

25

12

4

50

40

35

15

45

25

15

3.5

-

-

--

50

50

50

40

50

35

30

12

-

-

-

-

65

65

65

50

45

25

15

3.5

-

-

--

65

65

65

50

50

35

30

12

-

-

-

-

75

65

50

20

65

40

20

5

-

-

--

75

75

75

55

80

60

50

20

-

-

-

-

HiMC 12 HiMC 18 HiMC 22 HiMC 32 HiMC 40 HiMC 50 HiMC 65 HiMC 80

DC-1 duty is applied to resistance load and DC-13 duty is applied to inductive coil load (IEC 60947).

DC-3 duty is applied to starting or inching of shunt motors and DC-5 duty is applied to starting or inching of series motors (IEC 60947).

DC-3 and DC-5 duty of making & breaking capacity is 4 times to above table and its operation is fifty times.

Electrical lifetime is up to 500 thousand when the frequency is below than 100 operations per a hour.


13/79

H i S er i e s

1 3

HiMC 90

HiMC 90 HiMC 110

19

15

15

7.5

11

5.5

37

30

3015

22

11

9

3.7

18.5

7.5

25

15

19

9

11

5.5

50

37

3718.5

25

13

11

4.5

22

11

30

22

22

9

15

7.5

60

45

4522

30

15

15

5.5

30

15

37

25

30

11

19

9

75

55

5530

45

22

19

7.5

37

19

45

30

37

15

25

11

90

75

7537

55

25

22

11

45

22

55

37

45

19

30

15

110

90

9037

60

30

25

13

45

25

65

45

50

22

32

17

132

110

11042

65

32

30

15

49

26

75

50

55

25

37

22

150

125

13250

75

37

37

18.5

55

30

110

65

75

30

45

25

200

132

15075

110

55

45

22

75

37

132

70

80

32

50

30

250

140

16780

120

63

50

25

90

40

160

75

90

37

55

37

300

150

19090

132

75

55

30

110

45

200

132

150

45

75

45

400

190

220110

160

90

75

37

150

75

HiMC 110 HiMC 130 HiMC 150 HiMC 180 HiMC 220 HiMC 260 HiMC 300 HiMC 400 HiMC 500 HiMC 630 HiMC 800

80

65

50

20

65

40

20

5

-

-

--

80

80

80

60

80

60

50

20

-

-

-

-

100

100

80

50

100

60

40

30

-

-

--

100

100

100

80

100

90

80

50

-

-

-

-

120

100

80

50

120

60

40

30

-

-

--

120

120

100

80

120

90

80

50

-

-

-

-

150

120

100

100

150

100

80

60

-

-

--

150

150

150

150

150

130

120

80

-

-

-

-

180

180

150

150

180

150

120

80

-

-

--

180

180

180

180

180

180

150

100

-

-

-

-

220

180

150

150

220

150

120

80

-

-

--

220

220

220

220

220

220

150

100

-

-

-

-

260

220

180

180

260

180

130

80

-

-

--

260

260

260

260

260

260

180

130

-

-

-

-

300

240

200

200

300

200

150

90

-

-

--

300

300

300

300

300

280

200

150

-

-

-

-

400

240

200

200

400

200

150

90

-

-

--

400

400

400

300

400

280

200

150

-

-

-

-

500

300

220

220

500

260

180

130

-

-

--

500

500

500

400

500

400

260

180

-

-

-

-

630

630

630

630

630

630

630

630

-

-

--

630

630

630

630

630

630

630

630

-

-

-

-

800

800

800

800

800

630

630

630

-

-

--

800

800

800

800

800

630

630

630

-

-

-

-

HiMC 130 HiMC 150 HiMC 180 HiMC 220 HiMC 260 HiMC 300 HiMC 400 HiMC 500 HiMC 630 HiMC 800


14/79


24

48

110

120208

220

240

380

440

460

480

575

600

Application Note

1) The rated voltage shall be applied to the contactor

coll.

2) The coil can operate correctly during short period

even at 85~110% of the rated voltage, when it issaturated at 40 on the rated voltage and

frequency.

3) If none-rated voltage is applied to the coil

continuously, it is apt to be deteriorated in electrical

insulation and mechanical operation.

4) Different voltage range shall be informed in

advance.

C o i l R a t i n g s

HiMC

9 ~ 50

AC OperationalVoltage (60 Hz)


DC OperationalVoltage

22

42

48

100110

220

240

380

400

415

440

500

550

12

24

48

6080

100

110

125

200

220

250

If none-rated voltage is applied to the coil for long time, the lifetime of the contactor can be reduced.


HiMC

Characteristics of Coil

Inrush

Sealed

Inrush

Sealed

Inrush

Sealed

AC

DC

AC

DC

VA

VA/W

VA

VA/W

W

W

ms

VA

HiMC 9

60

14/2.9

60

14/2.9

6.5

6.5

15~25

-

4~15

-

50

HiMC 12

60

14/2.9

60

14/2.9

6.5

6.5

15~25

-

4~15

-

50

HiMC 18

60

14/2.9

60

14/2.9

6.5

6.5

15~25

-

4~15

-

50

HiMC 22

60

14/2.9

60

14/2.9

6.5

6.5

15~25

-

4~15

-

50

HiMC 32

60

14/2.9

60

14/2.9

6.5

6.5

15~25

-

4~15

-

50

HiMC 40

60

14/2.9

60

14/2.9

6.5

6.5

15~25

-

4~15

-

50

HiMC 50

140

16/5

140

16/5

100

14

14~25

-

5~15

-

100

HiMC 65

180

6.7/3.3

100

2.7/1.6

91

1.7

50~65

50~65

25~90

25~90

100

HiMC 80

180

6.7/3.3

100

2.7/1.6

91

1.7

50~65

50~65

25~90

25~90

100

E l e c t r i c a l P o w e r C o n s u m p t i o n

O p e r a t i o n T i m e

AC

(220V/60Hz)

AC

(110V/60Hz)

DC

Making Coil ON

Main Contact ON

Making Coil OFFMain Contact

OFF

Min. Control Transformer Capacity


15/79

H i S er i e s

1 5

24

48

110

120208

220

240

380

440

460

480

575

600

110

120

208

220

240

380

440

460

480

575

600

Application Note

1) The rated voltage shall be

applied to the contactor coil.

2) The coil can operate correctly

during short period even at85~110% of the rated

voltage, when it is saturated

at 40 on the rated voltage

and frequency.

3) If none-rated voltage is

applied to the coil

continuously, it is apt to be

deteriorated in electrical

insulation and mechanical

operation.

4) Different voltage range shall

be informed in advance. C o i l R a t i n g s

HiMC

65 ~ 220

HiMC 65~500

220

AC: 100~240

DC: 110~220

440

AC: 380~450

HiMC 630~800110

AC: 100~127

DC: 100~110

220

AC: 200~240

DC: 200~220

440

AC: 380~450

DC: -

HiMC

300 ~ 800



DC OperationalVoltage

AC/DC OperationalVoltage

22

42

48

100110

220

240

380

400

415

440

500

550

100

110

220

240

380

400

415

440

500

550

24

48

60

80100

110

125

200

220

250

48

60

80

100

110

125

200

220

250

If none-rated voltage is applied to the coil for long time, the lifetime of the contactor can be reduced.

HiMC 90

180

6.7/3.3

100

2.7/1.6

91

1.7

50~65

50~65

25~90

25~90

100

HiMC 110

290

7.4/3.8

180

3.3/2.1

193

2.3

55~65

55~65

40~90

40~90

150

HiMC 130

290

7.4/3.8

180

3.3/2.1

193

2.3

55~65

55~65

40~90

40~90

150

HiMC 150

360

9.3/5.8

240

6.4/4.4

234

3.4

50~55

50~55

42~55

42~55

200

HiMC 180

360

9.3/5.8

240

6.4/4.4

234

3.4

50~55

50~55

42~55

42~55

200

HiMC 220

360

9.3/5.8

240

6.4/4.4

234

3.4

50~55

50~55

42~55

42~55

200

HiMC 260

380

9.3/5.8

250

6.4/4.4

234

3.4

55~65

55~65

45~65

45~65

200

HiMC 300

380

9.3/5.8

250

6.4/4.4

234

3.4

55~65

55~65

45~65

45~65

200

HiMC 400

1700

14.7/7.2

800

10/5.2

850

5.9

55~65

55~65

45~65

45~65

1000

HiMC 500

1700

14.7/7.2

800

10/5.2

850

5.9

55~65

55~65

45~65

45~65

1000

HiMC 630

1700

17.1/10.6

850

10.5/8

850

9.5

55~65

55~65

45~65

45~65

1000

HiMC 800

1700

17.1/10.6

850

10.5/8

850

9.5

55~65

55~65

45~65

45~65

1000


16/79

Auxiliary Contacts and Contact Blocks

Based on IEC 60947 Standard

110 V

220 V

440 V

690 V

110 V

220 V

440 V

690 V

24 V

48 V

110 V

220 V

24 V

48 V

110 V

220 V

Auxiliary Contacts

HiMC

9 ~ 50

750

16

10

8

6

2

6

6

3

2

5

3

2.5

1

3

2

1

0.6

65 ~ 800

750

16

10

8

6

2

6

6

3

2

5

3

2.5

1

3

2

1

0.6

Auxiliary Contact Blocks

HAB, HAC, HASHiAL, HiAR

Fixed Contacts

750

16

10

8

6

2

6

6

3

2

5

3

2.5

1

3

2

1

0.6

Convertible Contacts

750

16

10

8

6

2

6

6

3

2

5

3

2.5

1

3

2

1

0.6

750

16

10

8

6

2

6

6

3

2

5

3

2.5

1

3

2

1

0.6

Type


Rated Thermal Current Ith

V

A

A

A

A

A

Rated Current

AC-12 duty

(Resistive

heating loads)

Rated Current

AC-15 duty

(Coil loads)

Rated Current

DC-12 duty

(Resistive

heating loads)

Rated Current

DC-13 duty

(Coil loads)

UL & CSA Standard

120 V

240 V

480 V

600 V

125 V

250 V

Auxiliary Contacts1)

HiMC

9 ~ 50

16

6

3

1.5

1.2

1.1

0.55

Auxiliary Contact blocks

HAB, HAC, HAS 2)HiAL, HiAR 1)

Fixed Contacts

16

3

1.5

0.75

0.6

1.1

0.55

16

6

3

1.5

1.2

1.1

0.55

Type

Rated Thermal Current Ith V

A

A

AC

Rated Current

DC

Rated Current

Convertible Contacts

16

3

1.5

0.75

0.6

1.1

0.55

65 ~ 800

16

6

3

1.5

1.2

1.1

0.55

Contact rating code: 1) A600-P600 (Aux. contact & HiAL, HiAR)2) B300-P300 (Aux. contact block)


HiMC


17/79

H i S er i e s

1 7

Star-delta Starting Contactors

Voltage, Current & Torque of Star-delta Starting Contactors

Starting (Star-use Contactor)

Starting Current Torque Full Load Current

6 Im

2 Im

1.5T

0.5T

6 Im

2 Im

Full Load Current

Im

Im Em

Contact Current Contact Voltage

Im

Contact Voltage

Em /

Operating (Delta-use Contactor/C2)Starting Method

Direct

Star-delta

3 Em / 3

Em / 3 Im / 3

Im: Delta wiring load current Em: line-to-line voltage T: Rated torque (assumed torque fluctuations)

Above data are based on squirrel cage motor(AC-3) and slip-ring motor(AC-2). Those data are subject to change according to motor classes and motor manufacturers.

Above data are based on less than 10 seconds motor starting time. Motor starting time must be considered when over 10 seconds motor starting time shall be applied.Inrush current shall be considered when a capacitor is used.

Recommendable change-over time from Y to is between 30 ms and 80 ms.

58% of motor full load current is recommended for HiOR setting current.

Contactors for Normal Star-delta Starters

200 ~ 240 V AC, 3 , 60 Hz

Motor Capacity Main Circuit(C1)

Circuit(C2)

Y Circuit(C3)

TORkW

5.5

7.5

11

15

18.5

22

30

37

45

55

75

90

110

132

160

250

300

HP

7.5

10

15

20

25

30

40

50

60

75

100

125

150

180

220

350

-

FLC

22

32

40

50

70

80

110

130

150

180

260

300

367

434

519

810

-

HiMC 22

HiMC 32

HiMC 40

HiMC 50

HiMC 50

HiMC 65

HiMC 90

HiMC 110

HiMC 130

HiMC 150

HiMC 180

HiMC 220

HiMC 300

HiMC 400

HiMC 400

HiMC 630

-

HiMC 22

HiMC 32

HiMC 40

HiMC 50

HiMC 50

HiMC 65

HiMC 90

HiMC 110

HiMC 130

HiMC 150

HiMC 180

HiMC 220

HiMC 300

HiMC 400

HiMC 400

HiMC 630

-

HiMC 22

HiMC 22

HiMC 32

HiMC 32

HiMC 40

HiMC 40

HiMC 50

HiMC 65

HiMC 65

HiMC 90

HiMC 110

HiMC 130

HiMC 150

HiMC 220

HiMC 220

HiMC 400

-

HiTH 22K

HiTH 40K

HiTH 40K

HiTH 50K

HiTH 50K

HiTH 90K

HiTH 90K

HiTH 130K

HiTH 130K

HiTH 220K

HiTH 220K

HiTH 220K

HiTH 300K

HiTH 500K

HiTH 500K

HiTH 800K

-

380 ~ 440 V AC, 3 , 60 Hz

Motor Capacity Main circuit(C1)

Circuit(C2)

Y Circuit(C3)

TORkW

5.5

7.5

11

15

18.5

22

30

37

45

55

75

90

110

132

160

250

300

HP

7.5

10

15

20

25

30

40

50

60

75

100

125

150

180

220

350

402

FLC

12

18

22

32

40

50

65

80

90

110

150

180

220

260

300

500

560

HiMC 22

HiMC 22

HiMC 22

HiMC 32

HiMC 40

HiMC 40

HiMC 50

HiMC 65

HiMC 65

HiMC 90

HiMC 110

HiMC 130

HiMC 150

HiMC 180

HiMC 220

HiMC 400

HiMC 400

HiMC 22

HiMC 22

HiMC 22

HiMC 32

HiMC 40

HiMC 40

HiMC 50

HiMC 65

HiMC 65

HiMC 90

HiMC 110

HiMC 130

HiMC 150

HiMC 180

HiMC 220

HiMC 400

HiMC 400

HiMC 22

HiMC 22

HiMC 22

HiMC 22

HiMC 22

HiMC 32

HiMC 40

HiMC 40

HiMC 40

HiMC 50

HiMC 65

HiMC 90

HiMC 110

HiMC 110

HiMC 130

HiMC 220

HiMC 300

HiTH 22K

HiTH 22K

HiTH 22K

HiTH 40K

HiTH 40K

HiTH 40K

HiTH 50K

HiTH 90K

HiTH 90K

HiTH 90K

HiTH 130K

HiTH 130K

HiTH 220K

HiTH 220K

HiTH 220K

HiTH 500K

HiTH 500K

Main Circuit

Diagram

Control Circuit

Diagram

For HiMC 9 ~ 50 For HiMC 65 ~ 800


18/79


19/79


20/79


HiMC

Rating The contactors can be operated according to rated thermal current (Ith), rated operating current (Ie),making & breaking capacities, electrical & mechanical endurance and utilization category.

AC - 1: Non-inductive or slightly inductive loads,

resistance furnaces.

AC - 2: Slip-ring motors: starting, plugging

AC - 3: Squirrel cage motors: starting, switching off

motors during running.

AC - 4: Squirrel cage motors: plugging, inching

AC - 12: Resistive heating loads

AC - 15: Coil loads

DC - 1: Non-inductive or slightly inductive

loads, resistance furnaces.

DC - 3: Shunt motors: plugging, inching

DC - 5: Series motors: plugging, inching

DC - 12: Resistive heating loads

DC - 13: Coil loads

Utilization Categories

Making and Breaking Capacities According to Utilization Category

Make Make and Break Duty

Type Current

-

-

10Ie

12Ie

-

-

-

-

-

Voltage

-

-

Ue

Ue

-

-

-

-

-

Cos

-

-

0.45( 100 A)

0.35( 100 A)

-

-

-

-

-

Number of operation

-

-

50

50

-

-

-

-

-

Current

1.5Ie

4.0Ie

8.0Ie

10.0Ie

1.5Ie

4.0Ie

4.0Ie

10Ie

1.1Ie

Voltage

1.05Ue

1.05Ue

1.05Ue

1.05Ue

1.05Ue

1.05Ue

1.05Ue

1.1Ue

1.1Ue

Cos

0.8

0.65

0.45( 100 A)

0.35( 100 A)

1.0

2.5

15

0.3

6P

Number of Operation

50

50

50

50

50

50

50

10

10

AC-1

AC-2

AC-3

AC-4

DC-1

DC-3

DC-5

AC-15

DC-13

Operating Cycles According to Utilization Category

Make and Break Duty

Type Current

1.0Ie

2.0Ie

2.0Ie

6.0Ie

1.0Ie

2.5Ie

2.5Ie

10Ie

1.1Ie

Voltage

1.05Ue

1.05Ue

1.05Ue

1.05Ue

1.05Ue

1.05Ue

1.05Ue

1.1Ue

1.1Ue

Cos

0.8

0.65

0.45(Ie 100 A)

0.35(Ie 100 A)

1.0

2.0

7.5

0.3

6P

On-time

0.05 sec

0.05 sec

0.05 sec

0.05 sec

0.05 sec

0.05 sec

0.05 sec

0.05 sec

0.05 sec

Number of Operation

6000

6000

6000

6000

6000

6000

6000

6000

6000

AC-1

AC-2

AC-3

AC-4

DC-1

DC-3

DC-5

AC-15

DC-13

Electrical Endurance According to Utilization Category

Make Break Duty

Type Current

1Ie

2.5Ie

6Ie

6Ie

1Ie

2.5Ie

2.5Ie

Voltage

1Ue

1Ue

1Ue

1Ue

1Ue

1Ue

1Ue

Cos

0.95

0.65

0.65(Ie 17 A)

0.35(Ie 17 A)

1

2

7.5

Current

1Ie

2.5Ie

1Ie

6Ie

1Ie

2.5Ie

2.5Ie

Voltage

1Ue

1Ue

0.17Ue

1Ue

1Ue

1Ue

1Ue

Cos

0.95

0.65

0.65(Ie 17 A)

0.35(Ie 17 A)

1

2

7.5

AC-1

AC-2

AC-3

AC-4

DC-1

DC-3

DC-5Ie: Rated Current

Ue: Rated Voltage


21/79

H i S er i e s

2 1

Electrical Endurance Curve of Main Contacts

When the frequency of operation is lower than the

recommendation, motor output can be increased, but should not

exceed the making and breaking capacities of the contactor.

If thermal overload relay is used, the short-circuit protection

should be carefully considered and the recommended fuse ratings

should not be exceeded.

The contactors can be chosen considering the electrical

endurance by means of the diagrams.

The electrical endurance of the contactor for AC-3, AC-4 duty canbe calculated using this formula.

L: electrical endurance of the contactor.

L1: electrical endurance in AC-3 duty

L2: electrical endurance in AC-4 duty

P1: part of use in AC-3 duty

P2: part of use in AC-4 duty

P1 + P2 + + Pn = 1

ExIn=80 A, Is=480 A, 95% non-plugging duty Ia=60 A and 5%

plugging duty Is=360 A. What is the electrical endurance of

contactor HiMC 90.

On AC-3 duty endurance curve, lifetime of HiMC 90 is

3.0x106 at 60 A

On AC-4 duty, lifetime of HiMC 90 is 0.035x106 at 360 A

Electrical Endurance in AC-3 Duty (380~440VAC)

Electrical Endurance in AC-3 Duty (380~440VAC)

Electrical Endurance in AC-4 Duty (380~440VAC) Electrical Endurance in AC-4 Duty (380~440VAC)

Selection of AC3 & AC4 Contactors

L =1

P1/L1 + P2/L2 + + Pn/Ln

L = = 0.57 106106

0.95/3.0 + 0.05/0.35(Operation)

Starting current shall be under 6 times of rated current.


22/79


HiTH

Thermal overload relay

Features

Main

Terminal

ControlTerminal

Caution : please make it sure that the reset button is at “TEST” position to carry out the manual test.

The HiTH series thermal overload relay compensates the ambient temperature

automatically. The compensation range is between -25 and +55

The HiTH series has the phase unbalance protection device, which increases the

reliability of the motor protection.

These relays are provided with built-in free tripping mechanism, which can be trip

regardless of the position of Reset Button position.

These relays have 1NO and 1NC aux. contacts with galvanic isolation.

HiTH 130 ~ 800 are Current Transformer(CT) type relays. HiTH 800 is able to

transmit Max. 800 ampere.Protection cover for the main and control terminal meet IP 20.(HiTH 22, 40, 50 & 90)

The HiTH series is pin type, so it can be connected to the

magnetic contactor directly. (HiTH 22, 40, 50 & 90)

Both screw and 35mm Din rail mounting are available through the separate

mounting units.

The HiTH series has three function modes as below,

1) A position : Auto. Reset

In this position, the relay resets

automatically around one minute after

the relay is tripped. When the reset

button is inserted into the relay body at

“H” position, the button can be turn to

the “A” position.

2) H position : Manual Reset

“H” position is the normal delivery

position. The relay can be reset

manually about one minute after the

relay is tripped. The reset button can

be turn to the “H” from “A” or “TEST”

position.

3) Test position : Manual Reset & Test

Function

Test position is to perform the manual

test since this mode works like an extra

stop button of the operating circuit.

When the reset button is pushed at

“TEST” position, the “NO” contact is

closed and the “NC” contact is opened.

Three Steps of the Rated

Operation Current can be

adjusted by “+” or “-” driver.

Adjusting the Rated Current

The indication bar is to

be projected 5~7mm

when the relay is tripped,

so the relay status can

be recognized easily.

Caution : Do not pressthe indication bar when

you reset.

Tripping Indicator


23/79

H i S er i e s

2 3

Selection of Thermal Overload Relay

>> Motors of short starting time

For motors of normal starting time within a few seconds, the relays can be

selected by the table of page 22 & 23.

The full load current(FLC) of the motor must be within the setting range of the

thermal overload relay.

The starting time of high-inertia motor is an important factor at selecting

thermal overload relays.

The tripping time of the motors, whose starting current is 6~7 times of the rated

current, can be obtained from the HiOR tripping curves, page 24 & 25. Thistime should be longer than around 25% of the motor starting time.

>> Motors of long starting time

If the starting time of the motor is longer than the tripping time of HiTH 22~90,

the current transformer type shall be used.

The current transformer type relays include the Non-Tripping features during

the motor starting time.

The rated current can be decreased by looping the primary cable several times

on the transformer according to the following table.

Current Range(Example: 130 A)

The second rated current of current transformer is 5 A, the overload relay is

able to control the current between 3 A and 5 A.

The corresponding setting value for the relay can be calculated by using the

following formula.

Protection of Phase Loss

>> Discordant Tripping Unit

When R phase becomes phase loss, the

bimetal of R phase remains and the other

bimetals of S & T phase are bended.

The bottom slide of the Discordant Tripping

Unit keeps the original position due to the

bimetal of R phase; whereas, the top slide

moves because of the bending bimetals of

S & T phase.

The difference moving ratio of top and

bottom slides make the Discordant Tripping

time to be shorter than normal tripping time;

please refer to the figure.

Current Range (A)

78 ~ 130

39 ~ 65

26 ~ 26.7

19.5 ~ 43.3

15.6 ~ 26

13 ~ 21.7

11.14 ~ 18.5

9.75 ~ 16.25

Current Ratio

130 / 5

65 / 5

26.7 / 5

43.3 / 5

26 / 5

21.7 / 5

18.5 / 5

16.25 / 5

Grade

U/V

AC15 1)

Aux.Contact 95-96

Ie(A)

110

220

500

660

2.0

1.5

1.0

0.5

Alarm.Contact 97-98

Ie(A)

1.2

1.0

0.6

0.3

Grade

U/V

DC13 2)

Aux.Contact 95-96

Ie(A)

24

110

220

440

1.0

0.4

0.15

0.07

Alarm.Contact 97-98

Ie(A)

1.0

0.4

0.15

0.07

>> Making and breaking capacities of auxiliary contacts

Setting current(A) =Rated current of motor

Current ratio

1) AC15 duty - Making/Breaking Current = Ie 10 2) DC13 duty - Making/Breaking Current = Ie 1.1

Normal Position(Untripped Position)

Overload of3 Phase(Normal Tripping)

DiscordantTripping(R Phase Loss)

Number of Primary Loops

1

2

3

4

5

6

7

8


24/79


HiTH

Technical Data / Specification

HiTH 22K(H)

HiMC 9 ~ 22

0.12 ~ 0.18

0.18 ~ 0.26

0.25 ~ 0.35

0.34 ~ 0.5

0.5 ~ 0.7

0.6 ~ 0.9

0.8 ~ 1.2

1.1 ~ 1.6

1.5 ~ 2.1

2 ~ 3

2.8 ~ 4.2

3 ~ 5

4 ~ 6

5.6 ~ 8

7 ~ 10

9 ~ 13

12 ~ 1816 ~ 22

1 ~ 6

HiTH 40K(H)

HiMC 32 ~ 40

7 ~ 10

9 ~ 13

12 ~ 1816 ~ 22

18 ~ 26

24 ~ 32

28 ~ 40

2 ~ 14

HiTH 50K(H)

HiMC 50

18 ~ 26

24 ~ 32

28 ~ 40

36 ~ 50

2 ~ 22

HiTH 90K(H)

HiMC 65 ~ 90

28 ~ 40

36 ~ 50

45 ~ 65

60 ~ 80

70 ~ 90

2 ~ 35

Applied Contactor

Rated Current Name

0.18

0.26

0.35

0.5

0.7

0.9

1.2

1.6

2.1

3

4.2

5

6

8

10

13

18

22

26

32

40

50

65

80

90

Element

Number

Suitable Wire

(mm2 )

Aux. ContactReset Type

Phase Fault Protection

Net Weight(Kg)

K type / H type

2 Heaters

3 Heaters

Main Circuit

Control Circuit

Allowable Scope of Current

H type(Option)

K type(Standard)

1a1bMan. / Auto Unit

K type Only(Standard)

2 0.75 ~ 2.5

0.17 / 0.16 0.23 / 0.22 0.28 / 0.27 0.53 / 0.51

Saparate Mounting Unit(HiTHMB)


25/79


26/79


HiTH

HiTH Tripping Curve

Three-phase Overload

Tripping Curve of 3 phase shows the average tripping time of cold starting condition at +20 ambient temperature.

(Tripping time of Hot Start: 20~40% of Cold Start)

Single-phase Overload

Average tripping time of single phase is 40~60% of three phase tripping time based on cold start.

h 2

60

20

40

10

6

min.

HiTH 500 - 800

1012864 53

60

2

40

20

10

sec.

2

4

21 1.21

1.5

6

Times Current Setting

4

HiTH 130 - 300

2h

60

20

40

min.

10

6

12106 8432 5

40

60

2

sec.

20

10

2

4

1 1.21

1.5

6


4

h 2

40

60

20

min.

10

6

HiTH 40/50/90, 26-40

12108654

2

60

40

sec.

20

10

321.5

4

2

11

6

1.2


4

h

min.

2

60

20

10

40

6

HiTH 22/40, 8.0-22

101285 643

sec.60

20

40

2

10

21.21 1.5

4

1

2

6


4

h 2

60min.

HiTH 90, 65-90

20

40

6

10

4

2

60

10

20

4

6

40

sec.

HiTH 50/90, 50

2h

60min.

40

20

6

10

4

2

60sec.

20

10

4

6

40

121086543

2

211

1.2 1.5


12106 8432 5

2

1 1.21

1.5


h 2

60min.

HiTH 22, 4.2-6.0

20

40

10

6

4

2

60sec.

20

10

4

6

40

h

min.

2

60

HiTH 22, 0.18-3.0

20

40

6

10

2

4

sec.60

20

10

4

6

40

1012864 5321.5

2

11

1.2


101285 64321.21 1.5

2

1



27/79

H i S er i e s

2 7

HMX & HMT

Control Relays

Technical Data

UL Standard

Features

Applicable Standard IEC 60947 5 1 UL 508 VDE 0660 CENELEC EN 50011

Contact


Thermal Current Ith (AC-1)

Rated

Operational

Current Ie

AC-15

DC-12

(Resistance

Load)

DC-13

(Coil Load)

Closing Time

Opening Time

Mechanical Lifetime

Wire Size

Operation Frequency

Applicable Max. Fuse

Consumption Power

Weight

Coil

750

1000

20

10

4

3.5

3

25

3

2.5

1

3

2

1

0.6

10 25

20 50

5 20

15 35

1500

2 0.75 2.5

3000

35/25

16

25

60/44

7.5/1.9

6.5

0.34

0.61

220 V

380 V

440 V

500 V

690 V24 V

48 V

110 V

220 V

24 V

48 V

110 V

220 V

AC Operated

DC Operated

AC Operated

DC Operated

IEC 60947

VDE0660

Plug-Fuse (Fast/Slow)

MCB-C Features

HRC Fuse (DIN/BS88)

AC (60 Hz)Making

Normal

DC Making/Normal

AC Operated

DC Operated

V

A

ms

10000 Times

mm2

Times/Hours

A

VA/W

VA/W

W

kg

kg

A

HMX is for AC, and HMT is for DC

The protection degree is IP20.

Screw and 35 mm DIN-Rail mounting is available.

Both HMX and HMT have three types of contact (2NO+2NC, 3NO+1NC, & 4NO).

These are proper for control circuit and factory automation.

The following auxiliary blocks can be attached by one-touch method.

Aux. contact block Timer Latching Block Surge absorber(RC-Unit)

Rated Thermal Current

Rated Current Rated Current120 VAC

240 VAC

120 VDC

240 VDCA

1.1

-

6

3

A

A

20

Contact Rating Code: A300 ~ P150


28/79


HMX & HMT

Mechanical Interlock Unit

Type A

98

136

149.2

201.6

220

316

340

398

592

B

83

83

85.8

130

142

189

202

251

280

C

50~66

50~66

57.6~70

110~116

120~130

161~171

180

196~225

230~250

D

32~35

33.5~53.5

53.8~60.8

80

90

120

120~130

154

226~250

E

10

10

10

14

14

40

40

40

40

F

86.2

86.7

99.2

135.7

150.3

168

187.4

235.5

272.3

G

-

-

-

7.5

3.5

3

3

3

3

H

7.5

8

8

12

12

15

15

20

24

4.8

4.8

4.8

5.5

6.2

9

11

11

12

HiMC 9, 12, 15, 18, 22

HiMC 32, 40

HiMC 50

HiMC 65, 80, 90

HiMC 110, 130

HiMC 150, 180, 220

HiMC 260, 300

HiMC 400, 500

HiMC 630, 800

The mechanical interlocking of two contactors for reversing contactors is

available with interlock unit.

A simultaneous closing of two contactors is prevented.

Handling

The electrical interlock should be applied via the b contact when

mechanical interlock is used.

Horizontal installation is not allowed.

Mechanical interlock shall be installed on HiMC 150-800 after removing

auxiliary contact blocks between two magnetic contactors.

Dimensions

ContactorsType

HiMC 9 ~ 40

HiMC 50

HiMC 65 ~ 130

HiMC 150~220

HiMC 260 ~ 300HiMC 400 ~ 800

HiTL 40

HiTL 50

HiTL 130

HiTL 220

HiTL 300HiTL 800


29/79

H i S er i e s

2 9

HLB2 & HOKZE

Mechanical Latching Block

HLB2 Characteristics

Fast & Easy mounting to contactors and control relays.

HLB2 keeps the contactor mechanically latched.

Operation

Ratings and Characteristics

How to OFF contactors or control relays

Manually: Push the lever to the “O” position.

Electrically: Put power to the coil.

Caution

Do not excite the contactors (or control relays) and mechanical latching

blocks simultaneously.

Refer to the right diagram for the control circuit.

25

30

(0.85 - 1.1) x UC

1,200

500

24 V

110 V

220 V

Power Consumption VA

W

V

Cycle/h

AC / DC

1,000 times

AC and DC Controlled

Voltage

Mechanical Endurance

Pick-up Voltage

Operating Cydes

ex) HLB 2 / 220 (AC/DC)

Different voltage range shall be informed in advance.

Fixed

110 ~ 125 V

200 ~ 240 V


30/79


HLB2 & HOKZE

Electronic Timer Block

Ratings & Characteristics

HOKZE Characteristics

Function Charts

Mode

AC/DC V

V

VA

VA

HOKZE 1

90 ~ 240

(0.85 ~ 1.1) X Rated Voltage

90

15

10 ~ 220

0.15 ~ 15

5

0.1

50ms

HOKZE 2

24 ~ 60

%

%

sec

Rated Voltage

Operating Voltage

Making Capacity

Maximum Load

Precision

Repeat Accuracy

Delay Time

Position A

Position B

Position 1: ON-DELAY / t: adjustable delay time 0.15...220S Position 2: Interval Timer

The timer needs a recovery time of at least 150ms between

operations to be reset for the next operation.

Fast & Easy mounting.

Accurate and multi function through electronic method.

Wide voltage range is realized, and both AC & DC are applicable

on the block.

On-delay and Interval functions are furnished on the timer block at once.


31/79

H i S er i e s

3 1

Accessory

Auxiliary Contact Blocks

ConsistType

2NO + 2NC

1NO + 3NC

3NO + 1NC

0NO + 4NC

4NO + 0NC

1NO + 1NC

0NO + 2NC

2NO + 0NC

1NO + 1NC

1NO + 3NC

2NO + 2NC

4NO + 0NC

1NO + 1NC

0NO + 2NC

2NO + 0NC

1NO + 1NC

1NO + 1NC

1NO + 1NC

1NO + 1NC

HiAB 22

HiAB 13

HiAB 31

HiAB 04

HiAB 40

HiAB 11

HiAB 02

HiAB 20

HiAL 11

HiAC 13

HiAC 22

HiAC 40

HiAC 11

HiAC 02

HiAC 20

HiAL 5S

HiAR 6S

HiAL 7S

HiAR 8S

Characteristics Application

-

-

-

-

-

-

-

-

Left Hand Side

-

-

-

-

-

-

Left Hand Side

Right Hand Side

Left Hand Side

Right Hand Side

HiMC 9 ~ 50

The side mounting Aux. contact block shall not be used with the top mounting Aux. contact block at the same time.

HMX

HMT

HiMC 65 ~ 130

HiMC 9 ~ 22

HiMC 150 ~ 800

HiAC 22 HiAC 20 HiAL 11 HiAL 5S HiAR 6S


32/79


Accessory

Surge Absorber

Type Voltage ApplicationItem28 ~ 48 V

110 ~ 220 V

240 ~ 380 V

28 ~ 48 V

110 ~ 220 V

240 ~ 380 V

28 ~ 48 V

110 ~ 220 V

240 ~ 380 V

HRC 40/48

HRC 40/220

HRC 40/380

HRC 90/48

HRC 90/220

HRC 90/380

HRC 300/48

HRC 300/220

HRC 300/380

HOKYZX 38

RC - Unit

Clamping Diode

HMX

HiMC 9W ~ 40W

HiMC 50W

HiMC 65W ~ 90W

HiMC 110W ~ 300W

HMT, HiMC 9G ~ 300G

Surge Absorber drops surge voltage, which is 10~20 times of the rated voltage occurred at the

operation of the contactor or auxiliary switch, to below 3 times of rated voltage.

It is suitable for PLC control circuit.

Damage to electronic parts from high surge voltage is prevented by the use of surge absorber.

Applicable to 50 Hz and 60 Hz.

RC-Unit


33/79

H i S er i e s

3 3

Spare Parts

Control Coil

Applicable MCType

HMX

HMT

HiMC 9 ~ 40

HiMC 50

HiMC 65 ~ 90

HiMC 110 ~ 130

HiMC 150 ~ 220

HiMC 260 ~ 300

HiMC 400 ~ 500

HiMC 630 ~ 800

HMCOL 22X

HMCOL 22T

HiMCOL 40W/G

HiMCOL 50W/G

HiMCOL 90W/G/F

HiMCOL 130W/G/F

HiMCOL 220W/G/F

HiMCOL 300W/G/F

HiMCOL 500W/G/F

HiMCOL 800W/G/F

Ordering method: ex) HiMCOL 40W / 220X (Blank: 60 Hz, X: 50 Hz)

Main Contact

ContactorsType

HiMC 9

HiMC 12

HiMC 18

HiMC 22

HiMC 32

HiMC 40

HiMC 50

HiMC 65

HiMC 80

HiMC 90

HiMC 110

HiMC 130

HiMC 150

HiMC 180

HiMC 220

HiMC 260

HiMC 300

HiMC 400

HiMC 500

HiMC 630

HiMC 800

HiMCTIP 9

HiMCTIP 12

HiMCTIP 18

HiMCTIP 22

HiMCTIP 32

HiMCTIP 40

HiMCTIP 50

HiMCTIP 65

HiMCTIP 80

HiMCTIP 90

HiMCTIP 110

HiMCTIP 130

HiMCTIP 150

HiMCTIP 180

HiMCTIP 220

HiMCTIP 260

HiMCTIP 300

HiMCTIP 400HiMCTIP 500

HiMCTIP 630

HiMCTIP 800

One set consists of 3 moving contacts and 6 fixed contacts.

One set consists of 6 moving contacts and 12 fixed contacts.(Two contact elements make one contact set.)

Arc Chute

ContactorsType

HiMC 65 ~ 90

HiMC 110 ~ 130

HiMC 150 ~ 220

HiMC 260 ~ 300

HiMC 400 ~ 500

HiMC 630 ~ 800

HiMCHT 90

HiMCHT 130

HiMCHT 220

HiMCHT 300

HiMCHT 500

HiMCHT 800

Insulation Barrier Unit

ContactorsType

HiMC 65 ~ 130

HiMC 150 ~ 300

HiMC 400 ~ 500

HiMC 630 ~ 800

HiMCIB 130

HiMCIB 300

HiMCIB 500

HiMCIB 800

Coil Main Contact Arc Chute


34/79


HiMS Diagram


HiMS Diagram

Location of Contacts

Contactor Aux. Contact Block

HiAB 22

HiAB 31

HiAB 13

HiAB 02

HiAB 11

HiAB 40

HiAB 04

HiAB 20

HiAL 5SHiAL 7S

HiAR 6SHiAR 8S

HiMC 9W11

HiMC 12W11

HiMC 18W11

HiMC 22W11

HiMC 9G11

HiMC 12G11

HiMC 18G11

HiMC 22G11

HiMC 32W22

HiMC 40W22

HiMC 50W22

HiMC 32G22

HiMC 40G22

HiMC 65W22

HiMC 80W22

HiMC 90W22

HiMC 110W22

HiMC 130W22

HiMC 150W22

HiMC 180W22

HiMC 220W22

HiMC 260W22

HiMC 300W22

HiMC 400W22

HiMC 500W22

HiMC 630W22

HiMC 800W22

HiMC 50G21


35/79

H i S er i e s

3 5

Control Relay Aux. Contact Block

HMX 22

HMX 31

HMX 40

AC Operation Type

HMT 22

HMT 31

HMT 40

DC Operation Type

HiAC 13

HiAC 22

HiAC 31

HiAC 40

HiAC 11

HiAC 02

HiAC 20


36/79


HiMS Drawing

HMX

HMT

31

M3.5 (Main Terminal)

M3.5 (Aux. Terminal)M3.5 (Coil Terminal)

(11.5)

59.6

4 5

8

44

4 .8

32 5 0

35

A 79.8

7 3 .

5 6 0

Dimensional Drawings

HiAC

HLB2

HOKZE

Accessories A(mm)

35

42.5

39

( ): HMT(DC)

HiMC 9

HiMC 12

HiMC 18

HiMC 22

62.1

26.2

15.5

44

22.6

6 6

M3.5 (Coil Terminal)

M3.5 (Aux. Terminal)

M4 (Main Terminal)

5 0

8

(84.9)

(121.4)

30

35

A 86.2

5 1

9

7 4

4 .8

HiAB

HLB2

HOKZE

Accessories A(mm)

35

42.5

39

( ): G type(DC)

HiMC 32W

HiMC 40W 5 0

15.5

6 6


M4 (Main Terminal)


8

61.5

26.2

5 2 .

2

7 4

9

A 86.76328.8

53.5

30

4 .8

HiAB

HLB2

HOKZE

Accessories A(mm)

35

42.5

39

HiMC 32G

HiMC 40G

15.5

M4 (Main Terminal)



8

35

4 .8

30 6 6

96.7

A 121.9

26.2

28.8

5 2 .

2

7 4

9

63

5 0

HiAB

HLB2

HOKZE

Accessories A(mm)

35

42.5

39


37/79

H i S er i e s

3 7

HiMC 50

36.8

M5 (Main Terminal)



35 7 1 .

3

60.8

8

99.2

73.8

32.4

5 7

8 0 .

6

69.6

8 6

4 .8

5 7 .

6

A

HiAB

HLB2

HOKZE

Accessories A(mm)

35

42.5

39

HiMC 65

HiMC 80

HiMC 90

5.5 (Mounting Hole)

1 2 3

35

56

93.8


M8 (Main Terminal)


80

1 1 6

1 1 0

101.7

12

10

15

1 3 8

1 3 0

143.2

HiMC 110

HiMC 130


1 3 0

1 2 0

12

111.3

90

10

35

153.8


M8 (Main Terminal)

6.2 (Mounting Hole)

1 3 9

1 4 2

1 5 5

64

103

15

HiMC 150

HiMC 180

HiMC 220

25M10 (Main Terminal)



9.0 (Mounting Hole)

15

1 6 4

10

90

138 171

46

120

1 8 9

1 7 1

1 6 1

118.5


38/79


HiMS Drawing


HiMC 260

HiMC 300

30

115

179

M10 (Main Terminal)


M3.5 (Coil Terminal)11.0 (Mounting Hole)170

20 145

154

2 2 5

1 9 6

72

10

2 2 5

2 5 1

237.5

HiMC 400

HiMC 500

HiMC 630

HiMC 800

250

226

2 5 0

2 3 0

199.8

24

10 274.5


M12 (Main Terminal)


12.0 (Mounting Hole)80

40

276

160

2 7 0

3 0 0

2 8 0

189.9

15

131.9

1 8 5

2 1 0

2 0 2

94

150

47

10

1 8 0

120

130

11.0 (Mounting Hole)M10 (Main Terminal)



25


39/79

H i S er i e s

3 9

HiTH 22

HiTH 40

HiTH 50

M4 (Main Terminal)

3 4 .

1

2 6 .

8

3 0

13

4 4 . 2

7 4 . 5

8 6 .

5


6 2 .

6

51.8

1 . 3

M5 (Main Terminal)

3 4 . 1

6 1 . 3 7

5 .

7 8 7 . 7

2 . 0

3 2 .

4

5 2 . 8

3 0

2 8 . 8

1 2

17.3 52.3


M5 (Main Terminal)

4 3 .

5

7 4 .

1

9 6 . 5

2 .

5

3 0

3 2 . 8

1 2

3 2 . 8

20 53.1


8 4 . 5 5

3


40/79


HiMS Drawing


HiTH 90

HiTH 130

HiTH 220

8.5

M5 (Main Terminal)

8.5

172

160.1

187.164

15

15

3 7

180

116

1 1 6 .

5

1 3 4 .

5

48.5

4 9

131.6

111.3


7 2

11.0

M5 (Main Terminal)

11.0

172

160.1

25

187.190

3 7

116

180

1 4 4 .

5

1 2 2 .

5

4 9

48.5

131.6

120


25

7 2

M5 (Main Terminal)

6 0 .

3

1 0 1 .

5

1 0 4 .

5

1 1 6 .

5

2 .

5

5 0

3 0

22.6

5 4 .

4

1 5

61.4


7 8 .

5


41/79

H i S er i e s

4 1

HiTH 300

HiTH 500

HiTH 800

11.0

M5 (Main Terminal)

11.0115

172

3 7

180

187.1

4 9

131.6

115


1 7 0

30

7 2

1 4 5

160.1

50

170

16.0M5 (Main Terminal)

13.0

8 0

51.8

204

192.1

163.6

199.8

219.1

40

1 0 0

160

1 8 7

1 4 6 .

5

1 4 6 .

5

245


160

11.0

M5 (Main Terminal)

M3.5 (Aux. Terminal) 11.0

172

48.9

131.9

187.1

3 7

180

1 5 8 . 5

1 3 5

4 9

131.6

30

160.1

30

94

116

7 2


42/79


HiMS Drawing


HiMC 9

HiMC 12

HiMC 18

HiMC 22

+

HiTH 22

HiMC 32HiMC 40

+

HiTH 40

HiMC 50

+

HiTH 50

99.2

53

96.5



M5 (Main Terminal) 60.8

4 .8

7 1 .

335

5 7 .

6

69.6

9 9 . 5

1 3 9 .

1

73.8

43.5

6 6

34.1

1 3 4 .

8

44.2

62.1

86.2

86.5


M5 (Main Terminal)


5 0

30

4 .8

35

1 0 1

44

52.8

87.7


M5 (Main Terminal)


63

1 0 0 .

2

1 2 6 . 5

61.5

34.1

4 .8

4 9 30

53.5

6 6

86.7


43/79

H i S er i e s

4 3

HiMC 65

HiMC 80

HiMC 90

+

HiTH 90

HiMC 110HiMC 130

+

HiTH 130

HiMC 150

HiMC 180

HiMC 220

+

HiTH 220

11.0

11.0

25

1

1

90

138

3 4 5

3 2 2

11.0 (Main Terminal)



M5 (Main Terminal)

22

1 7 1

4 9

25.0

141.0

180.0

3 7

22 3 0 9 .

0

120

76

128


138.8

191.3

68.8

151.9180.4192.3

207.4

152184

5.5 (Mounting Hole)


M8 (Main Terminal)


80

1 1 0

1 1 6

93.8

78.5

2 0 3

1 5 5 .

1

101.7

60.5

104.7

143.2


8.5

103

8

125.3

62.5

3 0 0

2 8 0

64

15

167.8

145.6

174.1

186

201.1

132

148

184

M8 (Main Terminal)


77

4 0

4 9

1 2 8

15

1 3 4 .

5

1 4 2

2 7 3 .

5

116.0

180.0

90

76


M5 (Main Terminal)


44/79


HiMS Drawing


HiMC 260

HiMC 300

+

HiTH 300

HiMC 400HiMC 500

+

HiTH 500

HiMC 630

HiMC 800

+

HiTH 800 M5 (Main Terminal)

13.0M3.5 (Aux. Terminal)

220.1

294.8

239.4224.3212.4

183.972.1

160

276

245160

40

M12 (Main Terminal)



40

4 1 6 .

5

4 5 1 .

5

1 2

5 2 0

4 9 6

250

5 5

8 0

82

8484

2 5 0

132108

280

M5 (Main Terminal)

11.0M3.5 (Aux. Terminal)

192.3207.4

151.969.2

180.4

128152

1 1

152.2

3 7 5

3 5 2


M10 (Main Terminal)


27

25

94

150

5 5 .

5

27

4 9

180.0

146.0

30.0

210.2

1 8 0

3 4 2 .

5

130

76

184

M5 (Main Terminal)

11.0

30

1 2

115

179


M10 (Main Terminal)

Documents

Magnetic Contactor & OCR(HiMC,HiTH)