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hager HTG410H, Installation Manual

The Hager HTG410H Operating Manual is available for free download from our website. This comprehensive manual provides detailed instructions on how to effectively use the HTG410H product. Easily accessible and user-friendly, this manual is essential in optimizing your experience with this reliable and innovative device.

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79

1

  SETUP

2

  VOLT. LEVELS

3

  FREQ. LEVELS

4

  PWR. LEVELS

5

 TIMERS VALUE

6

 

I-O

7

 

COMM

8

 DATE/TIME

NETWORK

4NBL

OV. U

I

115%

OV. F

I

105%

OV.P

I

0000 kVA

1FT

0003 SEC

IN 1

--- NO

DHCP

NO

YEAR

AUTOCONF

NO

OV. U HYS I

110%

OV. F HYS I

103%

OV.P HYS I

0000 kVA

1RT

0180 SEC

IN 2

--- NO

IP 1-2

192.168.

MONTH

NEUTRAL

AUTO

UND. U

I

085%

UND. F

I

095%

OV.P

I I 0000 kVA

2FT

0003 SEC

IN 3

--- NO

IP 3-4

.002.001

DAY

ROT PH.

---

UND. U HYS I

095%

UND. F HYS I

097%

OV.P HYS

I I 0000 kVA

2RT

0005 SEC

IN 4

--- NO

GAT1-2 000.000.

HOUR

NOM. VOLT 400 V

UNB. U

I

00%

OV. F

I I

C

E

S

 

5

0

0

0

T

A

2

%

5

0

1

IN 5

--- NO

GAT3-4 .000.000

MINUTE

NOM. FREQ 50 Hz

UNB. U HYS I

00%

OV. F HYS

I I

C

E

S

 

0

8

1

0

T

C

2

%

3

0

1

IN 6

--- NO

MSK1-2 255.255.

SECOND

APP

M-G

OV. U

I I 115%

UND. F

I I

C

E

S

 

0

3

0

0

T

S

2

%

5

9

0

IN 7

--- NO

MSK3-4 .255.000

PRIO TON

NO

OV. U HYS

I I 110%

UND. F HYS

I I

O

N

-

-

-

8

 

N

I

C

E

S

 

3

0

0

0

T

D

O

%

7

9

0

ADDRESS 005

PRIO EON

NO

UND. U

I I

 

L

N

U

T

O

T

%

5

8

0

IN 9

--- NO

BDRATE

9600

PRIO NET

1

UND. U HYS

I I

C

E

S

 

0

1

0

0

T

O

T

%

5

9

0

IN10

--- NO

STOP BIT

1

RETRANS

NO

UNB. U

I I

 

C

E

S

 

0

0

0

0

T

3

T

%

0

0

IN11

--- NO

PARITY

NONE

CT PRI

100

UNB. U HYS

I I

 

L

N

U

T

F

T

%

0

0

IN12

--- NO

CT SEC

5

TFT

0600 SEC

IN13

--- NO

S1=SW2

NO

E1T

0005 SEC

IN14

--- NO

BACKLGHT

INT

E2T

UNL 

OUT 1 POP NO

CODE P

1000

E2T

0010 SEC

OUT 2 --- NO

CODE E

0000

E3T

0005 SEC

OUT 3 --- NO

BACKUP

SAVE

E5T

0005 SEC

OUT 4 --- NO

E6T

LIM 

OUT 5 --- NO

E6T

0600 SEC

OUT 6 --- NO

E7T

0005 SEC

OUT 7 --- NO

LST

0004 SEC

OUT 8 --- NO

EET

0168 H

OUT 9 --- NO

EDT

1800 SEC

1

3

2

N

1

3

2

1
2
3

1

3

1

N

1

  SETUP

2

  VOLT. LEVELS

3

  FREQ. LEVELS

4

  PWR. LEVELS

5

 TIMERS VALUE

6

 

I-O

7

 

COMM

8

 DATE/TIME

NETWORK

4NBL

OV. U

I

115%

OV. F

I

105%

OV.P

I

0000 kVA

1FT

0003 SEC

IN 1

--- NO

DHCP

NO

YEAR

AUTOCONF

NO

OV. U HYS I

110%

OV. F HYS I

103%

OV.P HYS I

0000 kVA

1RT

0180 SEC

IN 2

--- NO

IP 1-2

192.168.

MONTH

NEUTRAL

AUTO

UND. U

I

085%

UND. F

I

095%

OV.P

I I 0000 kVA

2FT

0003 SEC

IN 3

--- NO

IP 3-4

.002.001

DAY

ROT PH.

---

UND. U HYS I

095%

UND. F HYS I

097%

OV.P HYS

I I 0000 kVA

2RT

0005 SEC

IN 4

--- NO

GAT1-2 000.000.

HOUR

NOM. VOLT 400 V

UNB. U

I

00%

OV. F

I I

C

E

S

 

5

0

0

0

T

A

2

%

5

0

1

IN 5

--- NO

GAT3-4 .000.000

MINUTE

NOM. FREQ 50 Hz

UNB. U HYS I

00%

OV. F HYS

I I

C

E

S

 

0

8

1

0

T

C

2

%

3

0

1

IN 6

--- NO

MSK1-2 255.255.

SECOND

APP

M-G

OV. U

I I 115%

UND. F

I I

C

E

S

 

0

3

0

0

T

S

2

%

5

9

0

IN 7

--- NO

MSK3-4 .255.000

PRIO TON

NO

OV. U HYS

I I 110%

UND. F HYS

I I

O

N

-

-

-

8

 

N

I

C

E

S

 

3

0

0

0

T

D

O

%

7

9

0

ADDRESS 005

PRIO EON

NO

UND. U

I I

 

L

N

U

T

O

T

%

5

8

0

IN 9

--- NO

BDRATE

9600

PRIO NET

1

UND. U HYS

I I

C

E

S

 

0

1

0

0

T

O

T

%

5

9

0

IN10

--- NO

STOP BIT

1

RETRANS

NO

UNB. U

I I

 

C

E

S

 

0

0

0

0

T

3

T

%

0

0

IN11

--- NO

PARITY

NONE

CT PRI

100

UNB. U HYS

I I

 

L

N

U

T

F

T

%

0

0

IN12

--- NO

CT SEC

5

TFT

0600 SEC

IN13

--- NO

S1=SW2

NO

E1T

0005 SEC

IN14

--- NO

BACKLGHT

INT

E2T

UNL 

OUT 1 POP NO

CODE P

1000

E2T

0010 SEC

OUT 2 --- NO

CODE E

0000

E3T

0005 SEC

OUT 3 --- NO

BACKUP

SAVE

E5T

0005 SEC

OUT 4 --- NO

E6T

LIM 

OUT 5 --- NO

E6T

0600 SEC

OUT 6 --- NO

E7T

0005 SEC

OUT 7 --- NO

LST

0004 SEC

OUT 8 --- NO

EET

0168 H

OUT 9 --- NO

EDT

1800 SEC

1

3

2

N

1

3

2

1
2
3

1

3

1

N

1

  SETUP

2

  VOLT. LEVELS

3

  FREQ. LEVELS

4

  PWR. LEVELS

5

 TIMERS VALUE

6

 

I-O

7

 

COMM

8

 DATE/TIME

NETWORK

4NBL

OV. U

I

115%

OV. F

I

105%

OV.P

I

0000 kVA

1FT

0003 SEC

IN 1

--- NO

DHCP

NO

YEAR

AUTOCONF

NO

OV. U HYS I

110%

OV. F HYS I

103%

OV.P HYS I

0000 kVA

1RT

0180 SEC

IN 2

--- NO

IP 1-2

192.168.

MONTH

NEUTRAL

AUTO

UND. U

I

085%

UND. F

I

095%

OV.P

I I 0000 kVA

2FT

0003 SEC

IN 3

--- NO

IP 3-4

.002.001

DAY

ROT PH.

---

UND. U HYS I

095%

UND. F HYS I

097%

OV.P HYS

I I 0000 kVA

2RT

0005 SEC

IN 4

--- NO

GAT1-2 000.000.

HOUR

NOM. VOLT 400 V

UNB. U

I

00%

OV. F

I I

C

E

S

 

5

0

0

0

T

A

2

%

5

0

1

IN 5

--- NO

GAT3-4 .000.000

MINUTE

NOM. FREQ 50 Hz

UNB. U HYS I

00%

OV. F HYS

I I

C

E

S

 

0

8

1

0

T

C

2

%

3

0

1

IN 6

--- NO

MSK1-2 255.255.

SECOND

APP

M-G

OV. U

I I 115%

UND. F

I I

C

E

S

 

0

3

0

0

T

S

2

%

5

9

0

IN 7

--- NO

MSK3-4 .255.000

PRIO TON

NO

OV. U HYS

I I 110%

UND. F HYS

I I

O

N

-

-

-

8

 

N

I

C

E

S

 

3

0

0

0

T

D

O

%

7

9

0

ADDRESS 005

PRIO EON

NO

UND. U

I I

 

L

N

U

T

O

T

%

5

8

0

IN 9

--- NO

BDRATE

9600

PRIO NET

1

UND. U HYS

I I

C

E

S

 

0

1

0

0

T

O

T

%

5

9

0

IN10

--- NO

STOP BIT

1

RETRANS

NO

UNB. U

I I

 

C

E

S

 

0

0

0

0

T

3

T

%

0

0

IN11

--- NO

PARITY

NONE

CT PRI

100

UNB. U HYS

I I

 

L

N

U

T

F

T

%

0

0

IN12

--- NO

CT SEC

5

TFT

0600 SEC

IN13

--- NO

S1=SW2

NO

E1T

0005 SEC

IN14

--- NO

BACKLGHT

INT

E2T

UNL 

OUT 1 POP NO

CODE P

1000

E2T

0010 SEC

OUT 2 --- NO

CODE E

0000

E3T

0005 SEC

OUT 3 --- NO

BACKUP

SAVE

E5T

0005 SEC

OUT 4 --- NO

E6T

LIM 

OUT 5 --- NO

E6T

0600 SEC

OUT 6 --- NO

E7T

0005 SEC

OUT 7 --- NO

LST

0004 SEC

OUT 8 --- NO

EET

0168 H

OUT 9 --- NO

EDT

1800 SEC

1

3

2

N

1

3

2

1
2
3

1

3

1

N

1

  SETUP

2

  VOLT. LEVELS

3

  FREQ. LEVELS

4

  PWR. LEVELS

5

 TIMERS VALUE

6

 

I-O

7

 

COMM

8

 DATE/TIME

NETWORK

4NBL

OV. U

I

115%

OV. F

I

105%

OV.P

I

0000 kVA

1FT

0003 SEC

IN 1

--- NO

DHCP

NO

YEAR

AUTOCONF

NO

OV. U HYS I

110%

OV. F HYS I

103%

OV.P HYS I

0000 kVA

1RT

0180 SEC

IN 2

--- NO

IP 1-2

192.168.

MONTH

NEUTRAL

AUTO

UND. U

I

085%

UND. F

I

095%

OV.P

I I 0000 kVA

2FT

0003 SEC

IN 3

--- NO

IP 3-4

.002.001

DAY

ROT PH.

---

UND. U HYS I

095%

UND. F HYS I

097%

OV.P HYS

I I 0000 kVA

2RT

0005 SEC

IN 4

--- NO

GAT1-2 000.000.

HOUR

NOM. VOLT 400 V

UNB. U

I

00%

OV. F

I I

C

E

S

 

5

0

0

0

T

A

2

%

5

0

1

IN 5

--- NO

GAT3-4 .000.000

MINUTE

NOM. FREQ 50 Hz

UNB. U HYS I

00%

OV. F HYS

I I

C

E

S

 

0

8

1

0

T

C

2

%

3

0

1

IN 6

--- NO

MSK1-2 255.255.

SECOND

APP

M-G

OV. U

I I 115%

UND. F

I I

C

E

S

 

0

3

0

0

T

S

2

%

5

9

0

IN 7

--- NO

MSK3-4 .255.000

PRIO TON

NO

OV. U HYS

I I 110%

UND. F HYS

I I

O

N

-

-

-

8

 

N

I

C

E

S

 

3

0

0

0

T

D

O

%

7

9

0

ADDRESS 005

PRIO EON

NO

UND. U

I I

 

L

N

U

T

O

T

%

5

8

0

IN 9

--- NO

BDRATE

9600

PRIO NET

1

UND. U HYS

I I

C

E

S

 

0

1

0

0

T

O

T

%

5

9

0

IN10

--- NO

STOP BIT

1

RETRANS

NO

UNB. U

I I

 

C

E

S

 

0

0

0

0

T

3

T

%

0

0

IN11

--- NO

PARITY

NONE

CT PRI

100

UNB. U HYS

I I

 

L

N

U

T

F

T

%

0

0

IN12

--- NO

CT SEC

5

TFT

0600 SEC

IN13

--- NO

S1=SW2

NO

E1T

0005 SEC

IN14

--- NO

BACKLGHT

INT

E2T

UNL 

OUT 1 POP NO

CODE P

1000

E2T

0010 SEC

OUT 2 --- NO

CODE E

0000

E3T

0005 SEC

OUT 3 --- NO

BACKUP

SAVE

E5T

0005 SEC

OUT 4 --- NO

E6T

LIM 

OUT 5 --- NO

E6T

0600 SEC

OUT 6 --- NO

E7T

0005 SEC

OUT 7 --- NO

LST

0004 SEC

OUT 8 --- NO

EET

0168 H

OUT 9 --- NO

EDT

1800 SEC

1

3

2

N

1

3

2

1
2
3

1

3

1

N

1

  SETUP

2

  VOLT. LEVELS

3

  FREQ. LEVELS

4

  PWR. LEVELS

5

 TIMERS VALUE

6

 

I-O

7

 

COMM

8

 DATE/TIME

NETWORK

4NBL

OV. U

I

115%

OV. F

I

105%

OV.P

I

0000 kVA

1FT

0003 SEC

IN 1

--- NO

DHCP

NO

YEAR

AUTOCONF

NO

OV. U HYS I

110%

OV. F HYS I

103%

OV.P HYS I

0000 kVA

1RT

0180 SEC

IN 2

--- NO

IP 1-2

192.168.

MONTH

NEUTRAL

AUTO

UND. U

I

085%

UND. F

I

095%

OV.P

I I 0000 kVA

2FT

0003 SEC

IN 3

--- NO

IP 3-4

.002.001

DAY

ROT PH.

---

UND. U HYS I

095%

UND. F HYS I

097%

OV.P HYS

I I 0000 kVA

2RT

0005 SEC

IN 4

--- NO

GAT1-2 000.000.

HOUR

NOM. VOLT 400 V

UNB. U

I

00%

OV. F

I I

C

E

S

 

5

0

0

0

T

A

2

%

5

0

1

IN 5

--- NO

GAT3-4 .000.000

MINUTE

NOM. FREQ 50 Hz

UNB. U HYS I

00%

OV. F HYS

I I

C

E

S

 

0

8

1

0

T

C

2

%

3

0

1

IN 6

--- NO

MSK1-2 255.255.

SECOND

APP

M-G

OV. U

I I 115%

UND. F

I I

C

E

S

 

0

3

0

0

T

S

2

%

5

9

0

IN 7

--- NO

MSK3-4 .255.000

PRIO TON

NO

OV. U HYS

I I 110%

UND. F HYS

I I

O

N

-

-

-

8

 

N

I

C

E

S

 

3

0

0

0

T

D

O

%

7

9

0

ADDRESS 005

PRIO EON

NO

UND. U

I I

 

L

N

U

T

O

T

%

5

8

0

IN 9

--- NO

BDRATE

9600

PRIO NET

1

UND. U HYS

I I

C

E

S

 

0

1

0

0

T

O

T

%

5

9

0

IN10

--- NO

STOP BIT

1

RETRANS

NO

UNB. U

I I

 

C

E

S

 

0

0

0

0

T

3

T

%

0

0

IN11

--- NO

PARITY

NONE

CT PRI

100

UNB. U HYS

I I

 

L

N

U

T

F

T

%

0

0

IN12

--- NO

CT SEC

5

TFT

0600 SEC

IN13

--- NO

S1=SW2

NO

E1T

0005 SEC

IN14

--- NO

BACKLGHT

INT

E2T

UNL 

OUT 1 POP NO

CODE P

1000

E2T

0010 SEC

OUT 2 --- NO

CODE E

0000

E3T

0005 SEC

OUT 3 --- NO

BACKUP

SAVE

E5T

0005 SEC

OUT 4 --- NO

E6T

LIM 

OUT 5 --- NO

E6T

0600 SEC

OUT 6 --- NO

E7T

0005 SEC

OUT 7 --- NO

LST

0004 SEC

OUT 8 --- NO

EET

0168 H

OUT 9 --- NO

EDT

1800 SEC

1

3

2

N

1

3

2

1
2
3

1

3

1

N

1

  SETUP

2

  VOLT. LEVELS

3

  FREQ. LEVELS

4

  PWR. LEVELS

5

 TIMERS VALUE

6

 

I-O

7

 

COMM

8

 DATE/TIME

NETWORK

4NBL

OV. U

I

115%

OV. F

I

105%

OV.P

I

0000 kVA

1FT

0003 SEC

IN 1

--- NO

DHCP

NO

YEAR

AUTOCONF

NO

OV. U HYS I

110%

OV. F HYS I

103%

OV.P HYS I

0000 kVA

1RT

0180 SEC

IN 2

--- NO

IP 1-2

192.168.

MONTH

NEUTRAL

AUTO

UND. U

I

085%

UND. F

I

095%

OV.P

I I 0000 kVA

2FT

0003 SEC

IN 3

--- NO

IP 3-4

.002.001

DAY

ROT PH.

---

UND. U HYS I

095%

UND. F HYS I

097%

OV.P HYS

I I 0000 kVA

2RT

0005 SEC

IN 4

--- NO

GAT1-2 000.000.

HOUR

NOM. VOLT 400 V

UNB. U

I

00%

OV. F

I I

C

E

S

 

5

0

0

0

T

A

2

%

5

0

1

IN 5

--- NO

GAT3-4 .000.000

MINUTE

NOM. FREQ 50 Hz

UNB. U HYS I

00%

OV. F HYS

I I

C

E

S

 

0

8

1

0

T

C

2

%

3

0

1

IN 6

--- NO

MSK1-2 255.255.

SECOND

APP

M-G

OV. U

I I 115%

UND. F

I I

C

E

S

 

0

3

0

0

T

S

2

%

5

9

0

IN 7

--- NO

MSK3-4 .255.000

PRIO TON

NO

OV. U HYS

I I 110%

UND. F HYS

I I

O

N

-

-

-

8

 

N

I

C

E

S

 

3

0

0

0

T

D

O

%

7

9

0

ADDRESS 005

PRIO EON

NO

UND. U

I I

 

L

N

U

T

O

T

%

5

8

0

IN 9

--- NO

BDRATE

9600

PRIO NET

1

UND. U HYS

I I

C

E

S

 

0

1

0

0

T

O

T

%

5

9

0

IN10

--- NO

STOP BIT

1

RETRANS

NO

UNB. U

I I

 

C

E

S

 

0

0

0

0

T

3

T

%

0

0

IN11

--- NO

PARITY

NONE

CT PRI

100

UNB. U HYS

I I

 

L

N

U

T

F

T

%

0

0

IN12

--- NO

CT SEC

5

TFT

0600 SEC

IN13

--- NO

S1=SW2

NO

E1T

0005 SEC

IN14

--- NO

BACKLGHT

INT

E2T

UNL 

OUT 1 POP NO

CODE P

1000

E2T

0010 SEC

OUT 2 --- NO

CODE E

0000

E3T

0005 SEC

OUT 3 --- NO

BACKUP

SAVE

E5T

0005 SEC

OUT 4 --- NO

E6T

LIM 

OUT 5 --- NO

E6T

0600 SEC

OUT 6 --- NO

E7T

0005 SEC

OUT 7 --- NO

LST

0004 SEC

OUT 8 --- NO

EET

0168 H

OUT 9 --- NO

EDT

1800 SEC

1

3

2

N

1

3

2

1
2
3

1

3

1

N

1

  SETUP

2

  VOLT. LEVELS

3

  FREQ. LEVELS

4

  PWR. LEVELS

5

 TIMERS VALUE

6

 

I-O

7

 

COMM

8

 DATE/TIME

NETWORK

4NBL

OV. U

I

115%

OV. F

I

105%

OV.P

I

0000 kVA

1FT

0003 SEC

IN 1

--- NO

DHCP

NO

YEAR

AUTOCONF

NO

OV. U HYS I

110%

OV. F HYS I

103%

OV.P HYS I

0000 kVA

1RT

0180 SEC

IN 2

--- NO

IP 1-2

192.168.

MONTH

NEUTRAL

AUTO

UND. U

I

085%

UND. F

I

095%

OV.P

I I 0000 kVA

2FT

0003 SEC

IN 3

--- NO

IP 3-4

.002.001

DAY

ROT PH.

---

UND. U HYS I

095%

UND. F HYS I

097%

OV.P HYS

I I 0000 kVA

2RT

0005 SEC

IN 4

--- NO

GAT1-2 000.000.

HOUR

NOM. VOLT 400 V

UNB. U

I

00%

OV. F

I I

C

E

S

 

5

0

0

0

T

A

2

%

5

0

1

IN 5

--- NO

GAT3-4 .000.000

MINUTE

NOM. FREQ 50 Hz

UNB. U HYS I

00%

OV. F HYS

I I

C

E

S

 

0

8

1

0

T

C

2

%

3

0

1

IN 6

--- NO

MSK1-2 255.255.

SECOND

APP

M-G

OV. U

I I 115%

UND. F

I I

C

E

S

 

0

3

0

0

T

S

2

%

5

9

0

IN 7

--- NO

MSK3-4 .255.000

PRIO TON

NO

OV. U HYS

I I 110%

UND. F HYS

I I

O

N

-

-

-

8

 

N

I

C

E

S

 

3

0

0

0

T

D

O

%

7

9

0

ADDRESS 005

PRIO EON

NO

UND. U

I I

 

L

N

U

T

O

T

%

5

8

0

IN 9

--- NO

BDRATE

9600

PRIO NET

1

UND. U HYS

I I

C

E

S

 

0

1

0

0

T

O

T

%

5

9

0

IN10

--- NO

STOP BIT

1

RETRANS

NO

UNB. U

I I

 

C

E

S

 

0

0

0

0

T

3

T

%

0

0

IN11

--- NO

PARITY

NONE

CT PRI

100

UNB. U HYS

I I

 

L

N

U

T

F

T

%

0

0

IN12

--- NO

CT SEC

5

TFT

0600 SEC

IN13

--- NO

S1=SW2

NO

E1T

0005 SEC

IN14

--- NO

BACKLGHT

INT

E2T

UNL 

OUT 1 POP NO

CODE P

1000

E2T

0010 SEC

OUT 2 --- NO

CODE E

0000

E3T

0005 SEC

OUT 3 --- NO

BACKUP

SAVE

E5T

0005 SEC

OUT 4 --- NO

E6T

LIM 

OUT 5 --- NO

E6T

0600 SEC

OUT 6 --- NO

E7T

0005 SEC

OUT 7 --- NO

LST

0004 SEC

OUT 8 --- NO

EET

0168 H

OUT 9 --- NO

EDT

1800 SEC

1

3

2

N

1

3

2

1
2
3

1

3

1

N

1

  SETUP

2

  VOLT. LEVELS

3

  FREQ. LEVELS

4

  PWR. LEVELS

5

 TIMERS VALUE

6

 

I-O

7

 

COMM

8

 DATE/TIME

NETWORK

4NBL

OV. U

I

115%

OV. F

I

105%

OV.P

I

0000 kVA

1FT

0003 SEC

IN 1

--- NO

DHCP

NO

YEAR

AUTOCONF

NO

OV. U HYS I

110%

OV. F HYS I

103%

OV.P HYS I

0000 kVA

1RT

0180 SEC

IN 2

--- NO

IP 1-2

192.168.

MONTH

NEUTRAL

AUTO

UND. U

I

085%

UND. F

I

095%

OV.P

I I 0000 kVA

2FT

0003 SEC

IN 3

--- NO

IP 3-4

.002.001

DAY

ROT PH.

---

UND. U HYS I

095%

UND. F HYS I

097%

OV.P HYS

I I 0000 kVA

2RT

0005 SEC

IN 4

--- NO

GAT1-2 000.000.

HOUR

NOM. VOLT 400 V

UNB. U

I

00%

OV. F

I I

C

E

S

 

5

0

0

0

T

A

2

%

5

0

1

IN 5

--- NO

GAT3-4 .000.000

MINUTE

NOM. FREQ 50 Hz

UNB. U HYS I

00%

OV. F HYS

I I

C

E

S

 

0

8

1

0

T

C

2

%

3

0

1

IN 6

--- NO

MSK1-2 255.255.

SECOND

APP

M-G

OV. U

I I 115%

UND. F

I I

C

E

S

 

0

3

0

0

T

S

2

%

5

9

0

IN 7

--- NO

MSK3-4 .255.000

PRIO TON

NO

OV. U HYS

I I 110%

UND. F HYS

I I

O

N

-

-

-

8

 

N

I

C

E

S

 

3

0

0

0

T

D

O

%

7

9

0

ADDRESS 005

PRIO EON

NO

UND. U

I I

 

L

N

U

T

O

T

%

5

8

0

IN 9

--- NO

BDRATE

9600

PRIO NET

1

UND. U HYS

I I

C

E

S

 

0

1

0

0

T

O

T

%

5

9

0

IN10

--- NO

STOP BIT

1

RETRANS

NO

UNB. U

I I

 

C

E

S

 

0

0

0

0

T

3

T

%

0

0

IN11

--- NO

PARITY

NONE

CT PRI

100

UNB. U HYS

I I

 

L

N

U

T

F

T

%

0

0

IN12

--- NO

CT SEC

5

TFT

0600 SEC

IN13

--- NO

S1=SW2

NO

E1T

0005 SEC

IN14

--- NO

BACKLGHT

INT

E2T

UNL 

OUT 1 POP NO

CODE P

1000

E2T

0010 SEC

OUT 2 --- NO

CODE E

0000

E3T

0005 SEC

OUT 3 --- NO

BACKUP

SAVE

E5T

0005 SEC

OUT 4 --- NO

E6T

LIM 

OUT 5 --- NO

E6T

0600 SEC

OUT 6 --- NO

E7T

0005 SEC

OUT 7 --- NO

LST

0004 SEC

OUT 8 --- NO

EET

0168 H

OUT 9 --- NO

EDT

1800 SEC

1

3

2

N

1

3

2

1
2
3

1

3

1

N

1

  SETUP

2

  VOLT. LEVELS

3

  FREQ. LEVELS

4

  PWR. LEVELS

5

 TIMERS VALUE

6

 

I-O

7

 

COMM

8

 DATE/TIME

NETWORK

4NBL

OV. U

I

115%

OV. F

I

105%

OV.P

I

0000 kVA

1FT

0003 SEC

IN 1

--- NO

DHCP

NO

YEAR

AUTOCONF

NO

OV. U HYS I

110%

OV. F HYS I

103%

OV.P HYS I

0000 kVA

1RT

0180 SEC

IN 2

--- NO

IP 1-2

192.168.

MONTH

NEUTRAL

AUTO

UND. U

I

085%

UND. F

I

095%

OV.P

I I 0000 kVA

2FT

0003 SEC

IN 3

--- NO

IP 3-4

.002.001

DAY

ROT PH.

---

UND. U HYS I

095%

UND. F HYS I

097%

OV.P HYS

I I 0000 kVA

2RT

0005 SEC

IN 4

--- NO

GAT1-2 000.000.

HOUR

NOM. VOLT 400 V

UNB. U

I

00%

OV. F

I I

C

E

S

 

5

0

0

0

T

A

2

%

5

0

1

IN 5

--- NO

GAT3-4 .000.000

MINUTE

NOM. FREQ 50 Hz

UNB. U HYS I

00%

OV. F HYS

I I

C

E

S

 

0

8

1

0

T

C

2

%

3

0

1

IN 6

--- NO

MSK1-2 255.255.

SECOND

APP

M-G

OV. U

I I 115%

UND. F

I I

C

E

S

 

0

3

0

0

T

S

2

%

5

9

0

IN 7

--- NO

MSK3-4 .255.000

PRIO TON

NO

OV. U HYS

I I 110%

UND. F HYS

I I

O

N

-

-

-

8

 

N

I

C

E

S

 

3

0

0

0

T

D

O

%

7

9

0

ADDRESS 005

PRIO EON

NO

UND. U

I I

 

L

N

U

T

O

T

%

5

8

0

IN 9

--- NO

BDRATE

9600

PRIO NET

1

UND. U HYS

I I

C

E

S

 

0

1

0

0

T

O

T

%

5

9

0

IN10

--- NO

STOP BIT

1

RETRANS

NO

UNB. U

I I

 

C

E

S

 

0

0

0

0

T

3

T

%

0

0

IN11

--- NO

PARITY

NONE

CT PRI

100

UNB. U HYS

I I

 

L

N

U

T

F

T

%

0

0

IN12

--- NO

CT SEC

5

TFT

0600 SEC

IN13

--- NO

S1=SW2

NO

E1T

0005 SEC

IN14

--- NO

BACKLGHT

INT

E2T

UNL 

OUT 1 POP NO

CODE P

1000

E2T

0010 SEC

OUT 2 --- NO

CODE E

0000

E3T

0005 SEC

OUT 3 --- NO

BACKUP

SAVE

E5T

0005 SEC

OUT 4 --- NO

E6T

LIM 

OUT 5 --- NO

E6T

0600 SEC

OUT 6 --- NO

E7T

0005 SEC

OUT 7 --- NO

LST

0004 SEC

OUT 8 --- NO

EET

0168 H

OUT 9 --- NO

EDT

1800 SEC

1

3

2

N

1

3

2

1
2
3

1

3

1

N

1

  SETUP

2

  VOLT. LEVELS

3

  FREQ. LEVELS

4

  PWR. LEVELS

5

 TIMERS VALUE

6

 

I-O

7

 

COMM

8

 DATE/TIME

NETWORK

4NBL

OV. U

I

115%

OV. F

I

105%

OV.P

I

0000 kVA

1FT

0003 SEC

IN 1

--- NO

DHCP

NO

YEAR

AUTOCONF

NO

OV. U HYS I

110%

OV. F HYS I

103%

OV.P HYS I

0000 kVA

1RT

0180 SEC

IN 2

--- NO

IP 1-2

192.168.

MONTH

NEUTRAL

AUTO

UND. U

I

085%

UND. F

I

095%

OV.P

I I 0000 kVA

2FT

0003 SEC

IN 3

--- NO

IP 3-4

.002.001

DAY

ROT PH.

---

UND. U HYS I

095%

UND. F HYS I

097%

OV.P HYS

I I 0000 kVA

2RT

0005 SEC

IN 4

--- NO

GAT1-2 000.000.

HOUR

NOM. VOLT 400 V

UNB. U

I

00%

OV. F

I I

C

E

S

 

5

0

0

0

T

A

2

%

5

0

1

IN 5

--- NO

GAT3-4 .000.000

MINUTE

NOM. FREQ 50 Hz

UNB. U HYS I

00%

OV. F HYS

I I

C

E

S

 

0

8

1

0

T

C

2

%

3

0

1

IN 6

--- NO

MSK1-2 255.255.

SECOND

APP

M-G

OV. U

I I 115%

UND. F

I I

C

E

S

 

0

3

0

0

T

S

2

%

5

9

0

IN 7

--- NO

MSK3-4 .255.000

PRIO TON

NO

OV. U HYS

I I 110%

UND. F HYS

I I

O

N

-

-

-

8

 

N

I

C

E

S

 

3

0

0

0

T

D

O

%

7

9

0

ADDRESS 005

PRIO EON

NO

UND. U

I I

 

L

N

U

T

O

T

%

5

8

0

IN 9

--- NO

BDRATE

9600

PRIO NET

1

UND. U HYS

I I

C

E

S

 

0

1

0

0

T

O

T

%

5

9

0

IN10

--- NO

STOP BIT

1

RETRANS

NO

UNB. U

I I

 

C

E

S

 

0

0

0

0

T

3

T

%

0

0

IN11

--- NO

PARITY

NONE

CT PRI

100

UNB. U HYS

I I

 

L

N

U

T

F

T

%

0

0

IN12

--- NO

CT SEC

5

TFT

0600 SEC

IN13

--- NO

S1=SW2

NO

E1T

0005 SEC

IN14

--- NO

BACKLGHT

INT

E2T

UNL 

OUT 1 POP NO

CODE P

1000

E2T

0010 SEC

OUT 2 --- NO

CODE E

0000

E3T

0005 SEC

OUT 3 --- NO

BACKUP

SAVE

E5T

0005 SEC

OUT 4 --- NO

E6T

LIM 

OUT 5 --- NO

E6T

0600 SEC

OUT 6 --- NO

E7T

0005 SEC

OUT 7 --- NO

LST

0004 SEC

OUT 8 --- NO

EET

0168 H

OUT 9 --- NO

EDT

1800 SEC

1

3

2

N

1

3

2

1
2
3

1

3

1

N

1

  SETUP

2

  VOLT. LEVELS

3

  FREQ. LEVELS

4

  PWR. LEVELS

5

 TIMERS VALUE

6

 

I-O

7

 

COMM

8

 DATE/TIME

NETWORK

4NBL

OV. U

I

115%

OV. F

I

105%

OV.P

I

0000 kVA

1FT

0003 SEC

IN 1

--- NO

DHCP

NO

YEAR

AUTOCONF

NO

OV. U HYS I

110%

OV. F HYS I

103%

OV.P HYS I

0000 kVA

1RT

0180 SEC

IN 2

--- NO

IP 1-2

192.168.

MONTH

NEUTRAL

AUTO

UND. U

I

085%

UND. F

I

095%

OV.P

I I 0000 kVA

2FT

0003 SEC

IN 3

--- NO

IP 3-4

.002.001

DAY

ROT PH.

---

UND. U HYS I

095%

UND. F HYS I

097%

OV.P HYS

I I 0000 kVA

2RT

0005 SEC

IN 4

--- NO

GAT1-2 000.000.

HOUR

NOM. VOLT 400 V

UNB. U

I

00%

OV. F

I I

C

E

S

 

5

0

0

0

T

A

2

%

5

0

1

IN 5

--- NO

GAT3-4 .000.000

MINUTE

NOM. FREQ 50 Hz

UNB. U HYS I

00%

OV. F HYS

I I

C

E

S

 

0

8

1

0

T

C

2

%

3

0

1

IN 6

--- NO

MSK1-2 255.255.

SECOND

APP

M-G

OV. U

I I 115%

UND. F

I I

C

E

S

 

0

3

0

0

T

S

2

%

5

9

0

IN 7

--- NO

MSK3-4 .255.000

PRIO TON

NO

OV. U HYS

I I 110%

UND. F HYS

I I

O

N

-

-

-

8

 

N

I

C

E

S

 

3

0

0

0

T

D

O

%

7

9

0

ADDRESS 005

PRIO EON

NO

UND. U

I I

 

L

N

U

T

O

T

%

5

8

0

IN 9

--- NO

BDRATE

9600

PRIO NET

1

UND. U HYS

I I

C

E

S

 

0

1

0

0

T

O

T

%

5

9

0

IN10

--- NO

STOP BIT

1

RETRANS

NO

UNB. U

I I

 

C

E

S

 

0

0

0

0

T

3

T

%

0

0

IN11

--- NO

PARITY

NONE

CT PRI

100

UNB. U HYS

I I

 

L

N

U

T

F

T

%

0

0

IN12

--- NO

CT SEC

5

TFT

0600 SEC

IN13

--- NO

S1=SW2

NO

E1T

0005 SEC

IN14

--- NO

BACKLGHT

INT

E2T

UNL 

OUT 1 POP NO

CODE P

1000

E2T

0010 SEC

OUT 2 --- NO

CODE E

0000

E3T

0005 SEC

OUT 3 --- NO

BACKUP

SAVE

E5T

0005 SEC

OUT 4 --- NO

E6T

LIM 

OUT 5 --- NO

E6T

0600 SEC

OUT 6 --- NO

E7T

0005 SEC

OUT 7 --- NO

LST

0004 SEC

OUT 8 --- NO

EET

0168 H

OUT 9 --- NO

EDT

1800 SEC

1

3

2

N

1

3

2

1
2
3

1

3

1

N

1

  SETUP

2

  VOLT. LEVELS

3

  FREQ. LEVELS

4

  PWR. LEVELS

5

 TIMERS VALUE

6

 

I-O

7

 

COMM

8

 DATE/TIME

NETWORK

4NBL

OV. U

I

115%

OV. F

I

105%

OV.P

I

0000 kVA

1FT

0003 SEC

IN 1

--- NO

DHCP

NO

YEAR

AUTOCONF

NO

OV. U HYS I

110%

OV. F HYS I

103%

OV.P HYS I

0000 kVA

1RT

0180 SEC

IN 2

--- NO

IP 1-2

192.168.

MONTH

NEUTRAL

AUTO

UND. U

I

085%

UND. F

I

095%

OV.P

I I 0000 kVA

2FT

0003 SEC

IN 3

--- NO

IP 3-4

.002.001

DAY

ROT PH.

---

UND. U HYS I

095%

UND. F HYS I

097%

OV.P HYS

I I 0000 kVA

2RT

0005 SEC

IN 4

--- NO

GAT1-2 000.000.

HOUR

NOM. VOLT 400 V

UNB. U

I

00%

OV. F

I I

C

E

S

 

5

0

0

0

T

A

2

%

5

0

1

IN 5

--- NO

GAT3-4 .000.000

MINUTE

NOM. FREQ 50 Hz

UNB. U HYS I

00%

OV. F HYS

I I

C

E

S

 

0

8

1

0

T

C

2

%

3

0

1

IN 6

--- NO

MSK1-2 255.255.

SECOND

APP

M-G

OV. U

I I 115%

UND. F

I I

C

E

S

 

0

3

0

0

T

S

2

%

5

9

0

IN 7

--- NO

MSK3-4 .255.000

PRIO TON

NO

OV. U HYS

I I 110%

UND. F HYS

I I

O

N

-

-

-

8

 

N

I

C

E

S

 

3

0

0

0

T

D

O

%

7

9

0

ADDRESS 005

PRIO EON

NO

UND. U

I I

 

L

N

U

T

O

T

%

5

8

0

IN 9

--- NO

BDRATE

9600

PRIO NET

1

UND. U HYS

I I

C

E

S

 

0

1

0

0

T

O

T

%

5

9

0

IN10

--- NO

STOP BIT

1

RETRANS

NO

UNB. U

I I

 

C

E

S

 

0

0

0

0

T

3

T

%

0

0

IN11

--- NO

PARITY

NONE

CT PRI

100

UNB. U HYS

I I

 

L

N

U

T

F

T

%

0

0

IN12

--- NO

CT SEC

5

TFT

0600 SEC

IN13

--- NO

S1=SW2

NO

E1T

0005 SEC

IN14

--- NO

BACKLGHT

INT

E2T

UNL 

OUT 1 POP NO

CODE P

1000

E2T

0010 SEC

OUT 2 --- NO

CODE E

0000

E3T

0005 SEC

OUT 3 --- NO

BACKUP

SAVE

E5T

0005 SEC

OUT 4 --- NO

E6T

LIM 

OUT 5 --- NO

E6T

0600 SEC

OUT 6 --- NO

E7T

0005 SEC

OUT 7 --- NO

LST

0004 SEC

OUT 8 --- NO

EET

0168 H

OUT 9 --- NO

EDT

1800 SEC

1

3

2

N

1

3

2

1
2
3

1

3

1

N

Technical changes reserved

7.7.3 Overview programming menu structure

7.6.4 Modbus programming menu and parameters

HTG410H

Automatic Transfer Switch HIC4xxE

Note: the Comm menu is only visible and accessible when the  

Modbus module is installed. 

The minimum configuration parameters that must be programmed or 

checked before use are:

Setup menu: Type of network (default setting: 4NBL), nominal voltage 

(default setting: 400V), nominal frequency (default setting: 50Hz)

Has to be set:

 

- The communication address: select an address  

between 2 and 247

 

- The transfer rate: select the baud rate 9600, 19200 or 38400Bds.

 

- The communication stop bit: 1 or 2

 

- The communication parity: select EVE (Even parity)  

ODD or NO parity.

(Default value)

Summary of Contents for HTG410H

Page 1: ...Installation guide agardio manager Multi energy data logger and server HTG410H HTG411H ...

Page 2: ...2 ...

Page 3: ...entation 5 03 Relevant standards 5 04 Mechanical installation 6 05 Modbus and RS485 specific wiring rules 8 06 Power supply and Input output cabling 14 07 Devices installation and settings 21 08 Accessories 80 09 Acronyms 83 Installation guide Page ...

Page 4: ...sport The product reference number is conform to your order HTG411H HTG410H multi energy data logger µSD card inserted Warning without the micro card the energy server does not start Failure to follow these instructions can result in death serious injury equipment damage or permanent loss of data This user guide complete the installation instructions provided with the product delivery You can down...

Page 5: ...rt 8 1 Energy efficiency 2014 10 01 IEC 61557 12 Performance measuring and monitoring devices PMD 2001 08 15 IEC 62053 21 Static meters for active energy classes 1 and 2 2003 01 28 IEC 62053 22 Static meters for active energy classes 0 2 S and 0 5 S 2003 01 28 IEC 62053 31 Electricity metering equipment a c Particular requirements 1998 01 30 Document Electromagnetic compatibility directive Issue E...

Page 6: ...titude 2000 meters max Micro SD card Class 10 USB port 1 front face USB 2 0 Type A standard connector Length 5m max USB port 2 under the product USB 2 0 Type A standard connector Length 5m max The energy server is a modular product designed for standard DIN EN 60175 symmetrical mounting rail 35mm The product must be mounted in horizontal position it is snapped directly onto the rail with selflocki...

Page 7: ...45 67 44 0 75 2 5mm 10mm 2 5 mm 0 4 mm Technical changes reserved For the cable connection or removing please insert the screwdriver and push straight Mechanical dimensions Recommended space for the energy server installation Connections HTG410H Relevant standards QC QC small mm2 0 75 2 5 0 2 1 5 mm2 0 75 2 5 0 2 1 5 mm 10 8 ...

Page 8: ...e same serial bus A communication is always initiated by the master The slave will never transmit data without receiving a request from the master The slaves will never communicate with each other The master initiates only one transaction at the same time The master issues a request to the slave in two modes In unicast mode the master addresses an individual slave After receiving and processing th...

Page 9: ...ire RS485 Interface In such a Modbus system a master device and one or several slave devices communicate on a passive serial line On standard Modbus system all the devices are connected on a trunk cable constituted by 3 conductors Two of those conductors the two wire configuration form a balanced twisted pair on which bi directional data are transmitted typically at the bit rate of 9600 or 19200 b...

Page 10: ...485 standard specifies a hypothetical term of a unit load UL which represents a load impedance of approximately 12kΩ With this consideration up to 32 of these unit loads can be placed on the same network Device connection The system is called balanced because the signal on one wire is ideally the exact opposite of the signal on the second wire If one wire is transmitting a high the other wire will...

Page 11: ...s to respect for the bus are Screened twisted pair cable must be used minimal cross section 0 25mm or AWG 24 2 pairs 120Ω characteristic impedance Length of the bus maximal 1200m if using 0 34mm2 or AWG 22 cable or greater The cable must be terminated at each end with a 120Ω 1 4 W or greater resistor Daisy chained connection only 1 short stub allowed on the bus maximal length 30cm Maximum 32 devic...

Page 12: ... com munication module should be set on the ON position for the resistance activation Use always the same pair green yellow for the cabling cable re ference HTG485H Cable shield grounded only at the beginning of the bus by using the shielded connector with earth cable reference HTG465H Detail for the pin position at RJ45 jack and plug respectively SMxx ECxx ACB HIC4xx Remarks Line termination on t...

Page 13: ...e Modbus line the 2 dip switches on the com munication module should be set on the ON position for the resistance activation Use always the same pair green yellow for the D1 D0 cabling and the brown conductor for the common cable refe rence HTG485H Cable shield grounded only at the beginning of the bus by using the shielded connector with earth cable reference HTG465H Detail for the pin position a...

Page 14: ... output DC voltage The rated AC voltage of the power supply input must be 240 VAC Here under a global overview for the cabling possibilities and power supply preconisations HTG410H Power supply and Input Output cabling Recommendations You should protect the I O cabling in order to ensure the bus communication in the event of a short circuit on the actuator side F1 miniature fuse 5 20 rating 2 5A F...

Page 15: ...tates On Off or pulse counting HTG410H Power supply and Input Output cabling Length of cable Up to 100 m Minimum current in ON state 10 mA Maximum current in ON state 27 mA Supply voltage 24 VDC Pulse duration 30 ms tOn 120 ms tOff 30 ms Applicable standard IEC 62053 31E1 class A QC mm2 0 75 2 5 mm2 0 75 2 5 mm 10 mm2 Connections ...

Page 16: ...3 31E1 class A standard Single phase counter direct 32A products EC051 Single phase counter direct 63A products EC150 EC152 and EC154M Three phases counter direct 63A products EC350 and EC352 Three phases counter direct 100A products EC360 EC362 EC364M and EC365B Three phases counter via current transformer product EC370 and EC372 Note if you connect a EC051 you must wire a 1kΩ resistor not suppli...

Page 17: ...HTG410H Power supply and Input Output cabling 6 3 Digital output The energy server has 1 configurable alarm output NO contact Length of cable Up to 10 m Mechanical endurance 100000 cycles Rated voltage 5 30 VDC AC Rated current max 3 A Min contact load 5 VDC 10 mA QC mm2 0 75 2 5 mm2 0 75 2 5 mm 10 mm2 Connections ...

Page 18: ...ut 0 10V The energy server is able to provide a set point for any regulator connected to its 0 10V output Length and cross section Up to 10 m max 0 25 mm minimum Type of cable Screened twisted pair cable Load impedance 1 kΩ Accuracy 0 5 off full scale value Applicable standard EN 61131 2 Connections Application example Regulator set point 0 10V QC small mm2 0 2 1 5 mm2 0 2 1 5 mm 8 mm2 ...

Page 19: ... a resistance temperature device PT100 Reference HTG445H cable 3 meters Length and cross section Up to 3 m max 0 25 mm minimum Type of cable Screened twisted pair cable Reading frequency 1 Hz Amplitude 35 C to 100 C Accuracy 0 7 C Tolerance class B Applicable standard EN 60751 QC small mm2 0 2 1 5 mm2 0 2 1 5 mm 8 mm2 Connections Output Analog Input 1 Input 2 0 10 V 4 20 mA Input PT100 ...

Page 20: ...4 20 mA DC The use of 4 mA as the starting point for the transmitted signal is useful in trouble shooting as signal integrity is verified with 0 of input and output signal A failed current loop due to a lead break or open device can be immediately discerned as zero current flow which is a fail safe level outside of the signal range Length and cross section Up to 10 m max 0 25 mm minimum Type of ca...

Page 21: ...C700 7 4 Module de Communication HTC3x0H 7 5 Power Factor Correction Controller SPC06HM 7 6 Air Circuit Breaker A C B with option communication 7 7 Automatic Transfer Switch A T S HIC4xxE 7 8 Fusegear Silas smart kit 7 1 1 2 Network type first menu when opening programming mode Example NET 3NBL If the metering device is integrated into the RS485 daisy chain network as first or terminal device the ...

Page 22: ...7x 0 9 7 1 1 3 Current transformer CT Press button to access this configuration item The default value for the secondary side is 5 A Example Transformer ratio CT 1200 5 7 1 1 4 Modbus configuration 7 1 1 4 1 Communication address Press button to access this configuration item Example COM Adr 115 HTG410H Devices installation and settings PROG PROG ...

Page 23: ...tor of the ins tallation between 0 6 and 1 If the power factor of the installation falls outside this range the test cannot be performed In the case of 4 BL 3 BL 2 BL 1 BL only the connection of the current transformer is tested In the case of 4 NBL and 3 NBL the connection as a whole is controlled 7 1 1 4 4 Setting the stop bit Press button to access this configuration item Example COM StOP 2 Err...

Page 24: ...s installation and settings 7 1 1 6 2 Test with error detection Existing errors Err1 2 3 can be resolved automatically by selecting the corrective function this eliminates the need for re wiring For the Err 4 5 6 the modification must be performed manually by correcting the voltage connections Select the corrective function Select the corrective function Confirm input Close the test Back to displa...

Page 25: ...he back of the power meter in one of the two positions provided and to be wired Make sure that the power supply and the different connections are properly connected If you have a doubt please consult the SM102E instruction manual If the device is located at the beginning or termination of the Modbus line the 2 dip switches on the communication module must be set on the ON position for the resistan...

Page 26: ...r at least 3 seconds to access the configuration level 100 is configured as code by default 7 1 2 2 Network type first menu when opening programming mode The example shows the setting for a three phase network with asymmetric load NET 3NBL Advice Set or check at least these 2 configurations network type and current transformer as following For the complete programming please refer to the SM102E in...

Page 27: ...TG410H Devices installation and settings 7 1 2 3 Current transformer CT Press button to access this configuration item The multifunctional metering device SM102E is set by default to 5A on the secondary side Example Transformer ratio CT 1200 5 A confirm ...

Page 28: ... x 1 x 1 x 5 Technical changes reserved HTG410H Devices installation and settings 7 1 2 4 Modbus configuration 7 1 2 4 1 Communication address Press button to access this configuration item Example Adr 10 confirm ...

Page 29: ...par parity x 3 no without parity x 1 Technical changes reserved 7 1 2 4 2 Setting the transfer rate Press button to access this configuration item Example bdS 38 4 kbauds HTG410H Devices installation and settings 7 1 2 4 3 Setting the parity Press button to access this configuration item Example PAr EvEn confirm confirm ...

Page 30: ...ion between 0 6 and 1 If the power factor of the installation falls outside this range the test cannot be performed In the case of 4 BL 3 BL 2 BL 1 BL only the connection of the current transformer is tested In the case of 4 NBL and 3 NBL the connection as a whole is controlled Error Error description Err0 There is no error Err 1 2 3 Reversed polarity of current transformer on phase 1 phase 2 phas...

Page 31: ... operation without error Press and hold button Test for at least 3 seconds to start testing the connections If as shown in the example no error is found press and hold button Test again for at least 3 seconds to return to display mode HTG410H Devices installation and settings ...

Page 32: ...ting the corrective function This eliminates the need for re wiring For the Err 4 5 6 the modification must be performed manually by correcting the voltage connections Fig 10 19 Starting closing the function test Start the function test Select the corrective function Select the corrective function Confirm input Close the test Back to display mode Example Err 1 current transformer connection of pha...

Page 33: ... four positions provided and to be wired Make sure that the power supply and the different connections are properly connected If you have a doubt please consult the SM103E instruction manual HTG410H Devices installation and settings If the device is located at the beginning or termination of the Modbus line the 2 dip switches on the communication module must be set on the ON position for the resis...

Page 34: ... least 3 seconds to access the configuration level 100 is configured as code by default 7 1 3 2 Network type first menu when opening programming mode Advice Set or check at least these configurations network type current and voltage transformer as following For the complete programming please refer to the SM103E instruction manual The example shows the setting for a three phase network with asymme...

Page 35: ...multifunctional device SM103E can be set to 1 A or 5 A Example Transformer ratio CT 1500 5 A HTG410H Devices installation and settings 7 1 3 4 Voltage transformer UT if used Press button to access this configuration item The use of a voltage transformer must be enabled at this point Example Connection via voltage transformer YES NO Vt YES confirm confirm ...

Page 36: ...settings 7 1 3 4 1 Voltage transformer primary side Voltage transformer primary sides can be set up to 500 000 VAC Example Primary voltage 20000 V PR 20000 7 1 3 4 2 Voltage transformer secondary side The values shown in the example can be assigned to the voltage transformer s secondary side Example Secondary voltage 110 V PR 110 confirm confirm ...

Page 37: ...stallation and settings 7 1 3 5 Modbus configuration 7 1 3 5 1 Communication address Press button to access this configuration item Example COm ADR 007 7 1 3 5 2 Setting the transfer rate Press button to access this configuration item Example BDS 19200 bauds confirm confirm ...

Page 38: ...chnical changes reserved HTG410H Devices installation and settings 7 1 3 5 3 Setting the parity Press button to access this configuration item Example PAR Even 7 1 3 5 4 Setting the stop bit Press button to access this configuration item Example STOP 2 confirm confirm ...

Page 39: ...he installation falls outside this range the test cannot be performed In the case of 4 BL 3 BL 2 BL 1 BL only the connection of the current transformer is tested In the case of 4 NBL and 3 NBL the connection as a whole is controlled Error Error description Err0 There is no error Err 1 2 3 Reversed polarity of current transformer on phase 1 phase 2 phase 3 Err4 Reversed polarity of voltage between ...

Page 40: ...ting the corrective function this eliminates the need for re wiring For the Err 4 5 6 the modification must be performed manually by correcting the voltage connections Fig 10 19 Starting closing the function test Start the function test Select the corrective function Select the corrective function Confirm input Close the test Back to display mode Example Err 2 current transformer connection of pha...

Page 41: ...Used to scroll pages or during parameter s modification Long Press Keep the button pushed for at least 3 seconds Used to start and to confirm parameter s modifications Optical metrological LED Note If no button is pushed for at least 20 seconds the display goes back to the Main Page Parity Modification Procedure Address Modification Procedure Baud Rate Modification Procedure 1 sec Main Page Active...

Page 42: ...cedure In case of Modbus it is possible to select one of the following Baud Rates 1200 2400 4800 9600 19200 and 38400 In case of M Bus the available Baud Rates are 300 600 1200 2400 4800 and 9600 In the Baud Rate Page push the button for more than 3 seconds The value starts blinking Push shortly twice the button to change the value from 38400 to 2400 Then push again the button for at least 3 secon...

Page 43: ...p bits in case of No parity 8 bits per byte 1 Parity bit 1 Stop bits in case parity Odd or Even The other combinations work properly but are not compliant to Mod bus recommendation The combinations are selectable in the sequence None 1 None 2 Odd 1 Odd 2 Even 1 Even 2 back to None 1 For example suppose you want to modify the combination of values from Parity None and Stop Bits 2 to Parity Even and...

Page 44: ...with terminals Wiring diagram principle of ECA180X ECA3XXX RJ45 connection Commands OK button is used to confirm a modification of a parameter or of a digit of a numerical parameter or to answer to a question SCROLL button is used to scroll Menu pages or to modify the whole value or a digit of a parameter ESCAPE button is used to escape to main menu from anywhere or to skip back to the previous di...

Page 45: ...tegrated in agardio manager HTG41xH Error condition When partial energy blinks reset partial energy maximum partial energy register When the display shows the message ERROR N02 or ERROR N03 the meter has got a malfunction and must be replaced Structure of the Programming menu 7 2 2 1 Access to the programming mode 7 2 2 2 Adress modification procedure 7 2 2 3 Baud Rate modification procedure 7 2 2...

Page 46: ...h on the device For the commissioning we suggest to use the manual mode function A LCD display B Button for value scrolling C Program access menu Reset button to reset partial meter function not available for the EC 367M MID D Metrological LED 2 Wh impulse If the meter device is integrated into the RS485 daisy chain network as first or terminal device the resistor 120 Ω provided must be connected ...

Page 47: ...le addr 012 Scroll with button B to select the transfer rate Example bd 19200 Scroll with button B to select the parity Example Par odd Validate and continue with button C Prog Validate and continue with button C Prog Validate and continue with button C Prog Press button B for the selection Auto mode not recommended at the commissioning Otherwise press again the button C Prog PROG PROG PROG PROG P...

Page 48: ...d minimum current consumed on each phase 20 A Press and hold button B for at least 3 seconds The messages below indicate you the connection status of phases in the meter device Press button B for at least 3 seconds to exit this mode x1 3s Error Error description Err 0 no error Err 1 reversed phase connection 1 L1 L1 Err 2 reversed phase connection 2 L2 L2 Err 3 reversed phase connection 3 L3 L3 Er...

Page 49: ...ture Make sure that the different connections are properly connected as below before you switch on the device For the complete programming please refer to the EC376 user instructions For the commissioning we suggest to use the manual mode function A LCD B Button for value scrolling C Button for access to programm menu D Button for resetiing the daily meter E Metering LED 0 1 Wh pulse If the meter ...

Page 50: ...50 x12 0800 x13 1000 x14 1200 x15 1250 x16 1500 x17 1600 x18 2000 x19 2500 x20 3000 x21 4000 x22 5000 x23 6000 x24 0050 x25 0060 x26 0075 x27 0100 E AU UIVANT reset reset reset reset LED PROG X1 5s PROG x1 0125 x2 0150 x3 0160 x4 0200 x5 0250 x6 0300 x7 0400 x8 0500 x9 0600 x10 0700 x11 0750 x12 0800 x13 1000 x14 1200 x15 1250 x16 1500 x17 1600 x18 2000 x19 2500 x20 3000 x21 4000 x22 5000 x23 6000...

Page 51: ...25 0060 x26 0075 x27 0100 PASSAGE AU MENU SUIVANT CT value reset reset reset PROG PROG reset reset PROG X1 1Ln X2 2L X3 3L X4 3Ln reset PROG X1 bl X2 Ubl Technical changes reserved HTG410H Modbus energy meters 7 2 4 3 Setting the network type 7 2 4 4 Setting the network consumer 3 phases or 3ph N The power network type 1L N 2L 3L 3L N is displayed Press button B repeatedly to scroll the different ...

Page 52: ...0 0700 x11 0750 x12 0800 x13 1000 x14 1200 x15 1250 x16 1500 x17 1600 x18 2000 x19 2500 x20 3000 x21 4000 x22 5000 x23 6000 x24 0050 x25 0060 x26 0075 x27 0100 PASSAGE AU MENU SUIVANT CT value reset reset reset PROG PROG reset reset PROG x1 002 x11 012 x254 255 Technical changes reserved HTG410H Modbus energy meters 7 2 4 5 Selecting manual automatic mode Press button B repeatedly to scroll and se...

Page 53: ...1250 x16 1500 x17 1600 x18 2000 x19 2500 x20 3000 x21 4000 x22 5000 x23 6000 x24 0050 x25 0060 x26 0075 x27 0100 PASSAGE AU MENU SUIVANT CT value reset reset reset PROG PROG reset reset PROG x1 9600 bauds x2 19600 bauds x3 38400 bauds x4 4800 bauds reset PROG x1 odd x2 even x3 no Technical changes reserved HTG410H Modbus energy meters 7 2 4 7 Setting the transfer rate 7 2 4 8 Setting the communica...

Page 54: ... 0050 x25 0060 x26 0075 x27 0100 MENU SUIVANT CT value reset reset PROG PROG reset Technical changes reserved HTG410H Modbus energy meters 7 2 4 9 Setting communication stop bit 7 2 4 10 Quit and save programming Scroll with button B to select stop bit 1 or 2 Example StOP 2 Press button C Prog for at least 5 seconds x1 5s Warning The programming level is exited automatically after two minutes if n...

Page 55: ...he messages below indicate you the connection status of phases in the meter device Press button B for at least 3 seconds to exit this mode x1 3s Error Error description Err 0 no error Err 1 2 3 Reverse polarity of current transformer on phase 1 phase2 phase3 Err 4 Reversed polarity of voltage between V1 and V2 Err 5 Reversed polarity of voltage between V2 and V3 Err 6 Reversed polarity of voltage ...

Page 56: ...cture Make sure that the different connections are properly connected as below before you switch on the device For the complete programming please refer to the EC377M user instructions For the commissioning we suggest to use the manual mode function A LCD B Button for value scrolling C Button for access to programm menu D Metering LED 0 1 Wh pulse If the meter device is integrated into the RS485 d...

Page 57: ...press button C prog to open the subsequent menu 7 2 5 2 Setting the current transformer Scroll with button B to select the primary current transformer value 50 3000A Example CT 800 PROG x1 0125 x2 0150 x3 0160 x4 0200 x5 0250 x6 0300 x7 0400 x8 0500 x9 0600 x10 0700 x11 0750 x12 0800 x13 1000 x14 1200 x15 1250 x16 1500 x17 1600 x18 2000 x19 2500 x20 3000 x24 0050 x25 0060 x26 0075 x27 0100 PROG x1...

Page 58: ...work type 1L N 2L 3L 3L N is displayed Press button B repeatedly to scroll the different values and select the network type Example 3L On three phase installations the consumer is displayed as Balanced or Unbalanced symmetric or asymmetric Bl Unbl Press button B repeatedly to scroll the values and select one of them Example bL LED PROG N MENU Validate and continue with button C Prog Validate and c...

Page 59: ...rved HTG410H Modbus energy meters 7 2 5 6 Communication address 7 2 5 5 Selecting manual automatic mode Scroll with button B to select the address Example Addr 012 Press button B repeatedly to scroll and select the manual mode Validate and continue with button C Prog Validate and continue with button C Prog ...

Page 60: ...ical changes reserved HTG410H Modbus energy meters 7 2 5 7 Setting the transfer rate 7 2 5 8 Setting the communication parity Scroll with button B to select the transfer rate Example bd 19200 Scroll with button B to select the parity Example Par odd Validate and continue with button C Prog Validate and continue with button C Prog ...

Page 61: ...only be used if the power factor of the installation is between 0 6 and 1 and minimum current consumed on each phase 20 In Press and hold button B for at least 3 seconds The messages below indicate you the connection status of phases in the meter device Press button B for at least 3 seconds to exit this mode x1 3s Error Error description Err 0 no error Err 1 2 3 Reverse polarity of current transfo...

Page 62: ...700 7 3 1 Commissioning the EC700 7 3 2 Access to programming mode Make sure that the different connections are properly connected as above before you switch on the device For the complete program ming please refer to the EC700 user instructions If the concentrator is integrated into the RS485 daisy chain network as first or terminal device the resistor 120 Ω provided must be connected between the...

Page 63: ...5 In6 _ RS485 _ Vout 13 15 17 R 120Ω RS485 MENU PROG OK 7 In7 Output Aux supply 14 16 20 22 1 2 3 4 5 9 6 8 In1 In2 In3 In4 In5 In6 _ RS485 _ Vout 13 15 17 Scroll with button to select the JBus Modbus menu and validate with button OK Scroll with the 4 buttons to select the address 2 247 and validate with button OK 7 3 3 2 Enter the pass code 1000 with the button and validate with button OK Validat...

Page 64: ...S485 _ Vout 13 15 17 to select none even odd validate with button OK Press button OK for at least 3 seconds to save and quit programming mode Warning The programming level is exited automatically after two minutes if no input is made Changes will not be saved 7 3 3 5 Setting the transfer rate MENU PROG OK MENU PROG OK MENU PROG OK Com JBUS Stop 1 Parity NONE Baudrate 9600 Scroll with the buttons R...

Page 65: ...ompatible data collection system Modbus RTU It is especially indicated to interface with agardio manager HTG411H Check that the power supply and the different connections are correctly connected before putting the device into operation If any doubt please refer to the HTC3x0H instruction manual Architecture agardio manager Power Supply 24V DC HTG911H Modbus RTU communication cable HTG471H CIP cabl...

Page 66: ...integrate a 120 Ω resistor to integrate a termination impedance into the Modbus chain This resistor can be activated deactivated via a switch in front There are two versions with or without input and output digital inputs HTC310H without input and output contacts HTC320H with 2 digital inputs contacts and 2 contacts digital outputs Default setting of the communication module Modbus address 1 Bus s...

Page 67: ... housing cover with a suitable tool e g a small screwdriver 3 If not built in push the battery into the clamping bracket and make sure that it is inserted correctly and has the right polarity The must be in front of you 4 Put the upper housing cover back on and click it into place by pushing 5 Reconnect the device to the supply voltage Make sure that the power supply and the different connections ...

Page 68: ...1 Back F2 Module management F3 Bus parameters F4 Display language Main CT I primary I secondary Phase I Module management Induced CT F1 Back Ie primary Ie secondary Mode Bus Stage parameters Stage power Cabinet No Voltage transformer U primary U secondary Phase U Zero point creator Display Language F1 Back F2 LCD parameters F3 Language F4 Runtime clock Stage parameters Stufenleistung Verdrosselung...

Page 69: ... on off Firmware display LCD parameters Discharge time detuning Discharge time Detuning Special outputs Fan Alarm relay Language Runtime clock Clock date Daylight saving time Discharge time detuning Discharge time Detuning 1 Detuning 2 Operating cycles Operating cycles Number of overtemp switch offs Reset Discharge time Discharge time System type System type ...

Page 70: ...Extra SPC06HM 1 Modules Display F E 2 3 4 F1 back F2 ModuleManagement F3 Bus Parameter F4 Display Language Modul Bus Disp Technical changes reserved HTG410H Power Factor Correction Controller SPC06HM F1 POWER FACTOR CORRECTION F2 F3 F4 cos U I T MM St Uh Ih Extra SPC06HM 0 00 0 00 1 Cos Momentan F E 2 3 4 Ó cos Ó 7 5 3 Access to main menu Extra 7 5 4 Access to sub menu Settings touch F3 7 5 5 Acce...

Page 71: ... cos U I T MM St Uh Ih Extra SPC06HM 1 Commissioning F E 2 3 4 F1 back F2 Transformers F3 target cosine F4 Stages ÈÊ Cos Stage Technical changes reserved HTG410H Power Factor Correction Controller SPC06HM 7 5 7 To select Modbus touch F4 EDIT 7 5 8 Access to Modbus menu touch F3 ModB Validate with touch F2 YES The controller saves the changes and reboots the system Note during this operation the co...

Page 72: ... 7 5 10 Setting the communication address 7 5 11 Setting the communication parity and transfer rate 7 5 12 Setting the Modbus mode F1 back to previous menu F2 scroll to go to line 2 Para or line 3 Mode F3 scroll to go to the next digit F4 increase the value Touch F3 select the first second or third digit and with F4 increase to the desired value than go to the line 2 Para with the touch F2 The tra...

Page 73: ...or Correction Controller SPC06HM The controller saves the changes and reboots the system Note during this operation the connected capacitor stages are switch off and reconnected automatically Remark The stop bit 1 or 2 is automatically set by the controller Validate with F3 YES Warning The programming level is exited automatically after two minutes if no input is made Changes will not be saved ...

Page 74: ...ssioning the A C B 7 6 2 A C B display panel LCD SET button Whole LCD screen MENU button Cross button ENT button 41 A 42 B 32 Ground cable shield connection Reminder If the ACB is integrated into the RS485 daisy chain network as first or terminal device a resistor 120 Ω must be connected between the terminals 41 42 and MONI INST more 3 MONI IVP H INST DEMAND RESET MAX SETUP more TRIP AL S Press th...

Page 75: ...or down key of the cross button to change the digit After changing the ten s digit press ENT The unit s digit of the communication address will flash Scroll with to change the digit After changing the unit s digit press ENT SURE will start flashing press SET to save the modification If a communication address other than 01 to 31 is entered and SET is pressed the address setting will not change The...

Page 76: ...19 2kBds press ENT SURE will start flashing press SET to save the modification Press ENT to access to the different values scroll with to select the chosen parity Even odd none press ENT SURE will start flashing press SET to save the modification Remark The stop bit 1 or 2 is automatically set by the A C B Press several M menu to come back to the main display SETUP more SETUP more After transfer r...

Page 77: ...ne of the 4 slots provided in the ATS If the device is located at the beginning or termination of the Modbus line the 2 dip switches on the communication module must be set on the ON position for the resistance activation 0V terminal is a cable shield connection and not common 7 7 1 Commissioning the HIC4xxE Warning Before switching on the HIC4xxE the Modbus module SM211 is too fitted on the top o...

Page 78: ... for longer than 2 minutes it will automatically exit and return to the main menu without saving Programming Navigate to the parameter to be changed and press the validation key Note The product will request a password Input the password by using the up down keys to change the value and the left right keys to change the curser position The default factory setting is 1000 Press the validation key t...

Page 79: ...ST 0004 SEC OUT 8 NO EET 0168 H OUT 9 NO EDT 1800 SEC 1 N 5 TIMERS VALUE 6 I O 7 COMM 8 DATE TIME 1FT 0003 SEC IN 1 NO DHCP NO YEAR 1RT 0180 SEC IN 2 NO IP 1 2 192 168 MONTH 2FT 0003 SEC IN 3 NO IP 3 4 002 001 DAY 2RT 0005 SEC IN 4 NO GAT1 2 000 000 HOUR C E S 5 0 0 0 T A 2 IN 5 NO GAT3 4 000 000 MINUTE C E S 0 8 1 0 T C 2 IN 6 NO MSK1 2 255 255 SECOND C E S 0 3 0 0 T S 2 IN 7 NO MSK3 4 255 000 O ...

Page 80: ... information configuration and data Without the µSD card inserted the energy server does not start Warning In case of replacement the energy server must be switch off before the µSD card extracting The µSD card slot is located in the lower part of the energy server In case of replacement of the energy server the µSD card could be removed from the current energy server and placed within the new one...

Page 81: ...omputer with an Ethernet cable crossed uncrossed 6 Set the TCP IP connection on the computer Example for Windows 7 Professional Open Network and Sharing Center Click on Change adapter settings Click on Local Area connection Click on Properties Select Internet Protocol Version 4 TCP IPv4 and click on Properties On General tab make sure Obtain an IP address automatically and Obtain DNS server addres...

Page 82: ... on HTG140H 2 Execute a reset for the HTG410H by switching off on the power supply 3 Wait until the Power LED is fixed green 4 Connect the accessory on the USB port located on front of HTG410H 5 Connect to the new WiFi network called HTG410H in the WiFi Manager 6 Enter HagerHTG410H for the required security key 7 Activate the Web browser on the computer 8 Enter 192 168 3 1 as the url and connect y...

Page 83: ...ty EMI Electro Magnetic Interference IP Internetwork Protocol MAC address Media Access Control address MCB Miniature Circuit Breaker MCCB Molded Case Circuit Breaker Micro SD HC Micro Secure Digital Card high capacity and transfer speed Modbus RTU Remote Terminal Unit Modbus on TCP IP PLC Programmable Logic Controllers PMD Performance measuring and monitoring devices SELV Safety Extra Low Voltage ...

Page 84: ...01 2016 6LE002121A Hager Electro S A S Boulevard d Europe B P 3 67215 OBERNAI CEDEX France www hager com 09 2018 6LE002121B Hager Electro SAS 132 Boulevard de l Europe BP3 67210 OBERNAI CEDEX hager com ...

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