background image

5

Level 1

PASS WORD

CHNG PSWD

NETW SELN

NEW PSWD

LEVL

Display

Condition

Password

Change

Password

Network

Selection

New

Password

Level

Indication

Parameter

1000 (PW1) ;
2000 (PW2)

NO

3P4W

0

LEVL 1

Default Value

0000 – 9998

YES / NO

3P4W / 3P3W /

1P2W / 2P2W

0000 – 9998

Range      

CT SEC

CT PRIM

PT SEC

PT PRIM

PHSE COMP

Only Valid for

1P2W & 2P2W

TH VOLT

NOM VOLT

CT Secondary

CT Primary

PT Secondary

PT Primary

Phase

Compensation Angle

Threshold

Voltage

Nominal

Voltage

Auto

Initialization

AUTO INIT

5A

5A

350V

350V

0

0%

For 1P2W/3P4W-240V

For 3P3W/2P2W-415V

YES

1A / 5A

1A / 5A-9999A

100V – 500V

100V to 500KV

0, 90, 120,

210, 240, 330

0 – 100%

50 – 440V

YES / NO

Display

Condition

Parameter

Default Value

Range

Relays Count

Control Mode

Target

Power Factor

Step time

Discharge Time

(Reconnection

time)

Control

Sensitivity

settings

Slave ID

RLY CNT

CNTL MODE

TRGT PF

STEP TIME

DSHG TIME

SLVE ID

CNTL SENS

12

Auto

1.000

5 S

180 S

1

60%

1 – 12 / 14

Auto / Manual

0.800 to -0.800

1 S to 999 S

1 S to 9999 S

001 – 255

55% to 100%

Parity

Baud Rate

Stop Bits

Backlight

Low Current

PAR-ITY

BAUD RATE

STOP BITS

BACK LGHT

Low Curr

NONE

9600

1

0

0

NONE / ODD /

EVEN

300/600/1200/

2400/4800 /

9600/19K2

1 or 2

0 to 7200 Sec

0-50%

Level 3 accessible
only when control
mode is manual

Switching

Program

SWNG PROG

Auto

Auto / Linear /

Rotational

Level 2

Refer only if trip time setting is ON 

else all tripping are instantaneous 

Over Voltage setting

Under Voltage

Under Voltage setting

Total Harmonic Distortion

Over Compensate

Under Compensate

Step Error

Step Error Setting

STEP ERR

STEP ERR.S

CT Polarity error

Hysteresis voltage

Hysteresis PF

Factory Default

Reset Energy Pass word

THD I Range

Reset Energy

Reset kWh

Reset kVAh

Reset kVArh

Over Temperature

SET O.VLT

UNDR VOLT

SET U.VLT

THDI ERR

OVER COMP

UNDR COMP

CT ERR

TEMP RNGE

THDI RNGE

FAN SET

HYS VOLT

HYS PF

FACT DFLT

RSET ENGY

RSET ENGY

RSET kWh

RSET kVAh

RSET VArh

OVER TEMP

190V (L-N)

340 (L-L)

OFF

260V (L-N)

460 (L-L)

ON

OFF

ON

ON

20

ON

65 C

OFF

OFF

2

1

NO

NO

NO

NO

NO

2001

OFF

All capacitor banks are blocked

Disconnect All steps

(For Nominal Voltage)

Prompted only if over TEMP is off

FAN ON

Only Valid if customer wants

to reset energy

5min

5min

Inst

5min

5min

NA

Inst

5min

2.5min

1min

Inst

1min

1min

NA

Inst

50 - 240V (L-N)

85 - 415 (L-L)

ON / OFF

50 - 277V (L-N)

85 - 480 (L-L)

ON / OFF

ON / OFF

ON / OFF

ON / OFF

20 to 80%

ON / OFF

0-100

ON / OFF

ON / OFF

1 to 10%

1 to 5%

20 - 100%

50%

YES / NO

YES / NO

YES / NO

YES / NO

YES / NO

0001 – 9999

ON / OFF

Name of Parameter

No Voltage Release

Trip time setting

TRIP TIME

Over Voltage

Nomenclature

Default Value

Range

NO VOLT

OVER VOLT

ON

OFF

When any phase is missing

Disconnect All steps

ON / OFF

ON / OFF

Activate

Deactivate

Action to be take n by A PFC

Fan Setting

Over Temperature Setting

Disconnect All steps

For resetting energy parameters user will be prompted the password. This password will be value which will be greater than the technical password by 1.

Leve l 3

Prompted

only if

mode is

set to

manual.

Name of Parameter

Default Value

Range

Condition

OFF

ON / OFF

Relay 8

OFF

OFF

OFF

OFF

ON / OFF

ON / OFF

ON / OFF

ON / OFF

Nomenclature

RLY8

RLY9

RLY10

RLY11

RLY12

RLY13

RLY14

OFF

OFF

ON / OFF

ON / OFF

Relay 14

*

*

Relay 12

Relay 11

Relay 10

Relay 9

Relay 13

*

*

Prompted

only if

mode is

set to

manual.

Name of Parameter

Default Value

Range

Condition

OFF

ON / OFF

OFF

OFF

OFF

OFF

ON / OFF

ON / OFF

ON / OFF

ON / OFF

Nomenclature

OFF

OFF

ON / OFF

ON / OFF

Relay 4

Relay 5

Relay 6

Relay 7

Relay 1

Relay 2

Relay 3

RLY4

RLY5

RLY6

RLY7

RLY1

RLY2

RLY3

*

*

13 & 14th relay will be used for control switching only when customer selects 14 relay in config. else for FAN & ALM respectively.

Fan Settings

Setting

Description

None

Fixed On

Fan output permanently off.

Fan output permanently on.
Fan output will turn on when the
temperature exceed user set value.

Temperature ON/OFF (Setting range = 0 C - 100 C)

o

o

NOTE :

2.5min

35 m sec

90 sec

A.INT will be update to 'NO' automatically in configure after auto initialization completion.
Reauto - Initialization will be done by only changing A.INT - Yes in configure manually.
If DI is high controller work in manual mode & if Low return to 'Auto' mode.
Recommended that number of relays not to be changed during normal operation If done so,
restart the unit.



Recommended to restart the unit if Switching program (SWP) is changed during normal operation
for proper functionality in accordance with the chosen control mode.

#

# Response time is 3-5 sec.

8 / 12 / 14

8 / 12

'8' for 7UG0571..
'12' for 7UG0572.

.

*

Not applicable for 7UG0571-1FT20

*

*
*

*

Summary of Contents for 7UG0571-1FT20

Page 1: ...e 50 to 440 VAC L L 30 to 250 VAC L N AC Network 3Φ 4W 3Φ 3W 2Φ 2W 1Φ 2W Display parameters Power Factor True RMS voltage Current Frequency Power KW KVA KVAr Energy KWh KVAh Temperature Control Supply 90 to 250 VAC 50 60Hz Power consumption 15VA Frequency range 50 60Hz Operating temperature 0 C to 60 C Humidity upto 95 without moisture condensation Alarm mode relay output Over voltage Under voltag...

Page 2: ...col Communication address Transmission Mode Data types Transmission distance Transmission speed Parity Stop bits RS AND 485 MODBUS RTU 1 to 255 Half duplex Float and Integer 500 Meter maximum 300 600 1200 2400 4800 9600 19200 in bps None Odd Even 1 or 2 7UG057 L N V I R C NO RS485 T1 T2 0 5 Nm 0 4 Nm 5 Solid 1 x 0 75 to 2 5 mm2 2 x 0 5 to 2 x 1 5 mm2 0 5 mm2 5 Stranded with end sleeve 1 x 0 5 to 2...

Page 3: ...phase Displays current of 1st phase Displays THD of current of 1st phase Press key 1st time Displays active power of 1st phase Displays reactive power of 1st phase Displays apparent power of 1st phase Press key 3rd time Press key 2nd time Displays active energy of 1st phase Displays reactive energy of 1st phase Displays apparent energy of 1st phase Displays temperature OK OK OK Parameter Key Key P...

Page 4: ...Trip Time No Yes Under Voltage Set No Yes Harmonics Range No Yes No Yes Over Voltage Set Step Error Step Error Setting CT Polarity Error Over Temperature Hysteresis Voltage Hysteresis PF Factory Default Yes No Temperature Range Setting Fan Setting Reset kVAh Reset Energy Password Correct Reset kWh No Yes Yes No Reset kVArh Bank 1 Bank 2 Bank 5 Bank 6 Bank 7 Bank 3 Bank 13 Bank 14 Bank 4 Bank 8 Ban...

Page 5: ... customer wants to reset energy 5min 5min Inst 5min 5min NA Inst 5min 2 5min 1min Inst 1min 1min NA Inst 50 240V L N 85 415 L L ON OFF 50 277V L N 85 480 L L ON OFF ON OFF ON OFF ON OFF 20 to 80 ON OFF 0 100 ON OFF ON OFF 1 to 10 1 to 5 20 100 50 YES NO YES NO YES NO YES NO YES NO 0001 9999 ON OFF Name of Parameter No Voltage Release Trip time setting TRIP TIME Over Voltage Nomenclature Default Va...

Page 6: ...02 CT Secondary A 1 100 100 1 9999 500 500000 1 255 1 5 Integer Integer 1 0x0000 0x0001 1 2 40010 1 0x0000 0x0001 0x0002 None Odd Even 40009 0x09 0x0A Parity Stop bit 0x0005 0x0006 9600 19200 Meaning Value Integer 1 0x0000 300 40008 0x08 Baud rate bps 0x0001 600 0x0002 1200 0x0003 2400 0x0004 4800 Formula to find address of individual Harmonic Note For Error 0 No Error 1 Error Present Meaning Cons...

Page 7: ...irst out sequence This option will automatically switch in and out the capacitors according to the targeted power factor sensitivity setting and the re connection time setting This automatic switching program uses intelligent switching sequence The step switching sequence is not fixed and the program automatically selects the most appropriate steps to switch in or out in order to achieve shortest ...

Reviews: