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K-PAM 5500 Series

14

15

Kyongbo Electric Co., Ltd.

Digital Integrated Protection Relay

 

K-PAM 10 Series

  Protection Relay Element Setting Method

▶ OCGR Setting Method

 ①  After selecting ‘OCGR (50N/51N)’ in Protection Relay Element Setting Method ③, press the RIGHT ( 

 

 

 ) Key to 

enter the setting screen.

 ②  Use the UP ( 

 ), DOWN ( 

 ) KEY to move the category you want to set, and then enter the ENTER ( 

ENTER

 ) 

KEY to pop up the password input screen. (initial password 0000)

 ③ Use the UP ( 

 ), DOWN ( 

 ) KEY to change the setting value and then input ENTER ( 

ENTER

 ) KEY.

 ④  After completing the setting, input the LEFT ( 

 

 

 ) KEY to check whether the setting has been changed.

     When ENTER ( 

ENTER

 ) KEY is input, the setting is saved, and when ESC ( 

ESC

 ) KEY is input, the setting is canceled.

Category

Setting Range

Description

FUNCTION

DISABLED, ENABLED

Whether to use the function

ID NAME

8 ASCII Characters

Protection element name setting

ALGORITHM

PHASOR, RMS

Relay calculation method setting

PICKUP

0.02 ~ 20.00pu (0.01pu STEP)

Pickup setting

MODE

INST, DT, INV

Operation mode setting

TIME DELAY

0.04 ~ 60.00s (0.01s STEP)

Operation delay time setting

CURVE

IEC_NI, .... IEEE_MI

Inverse curve setting

LEVER

0.01 ~ 10.00 (0.01 STEP)

Inverse lever setting

RESET DLY

0.00 ~ 60.00s (0.01s STEP)

Reset delay time setting

BLOCK

NONE, .... R/I16

Protection blocking condition setting

DO1-CB OPN

DISABLED, ENABLED

DO1 setting

DO2-CB CLS

DISABLED, ENABLED

DO2 setting

DO3

DISABLED, ENABLED

DO3 setting

DO4

DISABLED, ENABLED

DO4 setting

LED

NONE, ALARM, LED#1 ~ #8

LED setting

EVENT

DISABLED, OP, PKP+OP, OP+RST, ALL

EVENT record setting

Category

Setting Range

Description

FUNCTION

DISABLED, ENABLED

Setting whether to use the function

ID NAME

8 ASCII Characters

Protection element name setting

ALGORITHM

PHASOR, RMS

Relay calculation method setting

SOURCE

3I0, NCT

Zero sequence current source setting

3I0 : Internal calculation

NCT : N phase current

PICKUP

0.02 ~ 20.00pu (0.01pu STEP)

Pickup setting

MODE

INST, DT, INV

Operation mode setting

TIME DELAY

0.04 ~ 60.00s (0.01s STEP)

Operation delay time setting

CURVE

IEC_NI, .... IEEE_MI

Inverse curve setting (12ea)

LEVER

0.01 ~ 10.00 (0.01 STEP)

Inverse lever setting

RESET DLY

0.00 ~ 60.00s (0.01s STEP)

Reset delay time setting

I1 RESTRAINT

DISABLED, ENABED

Setting whether to use the current restraint 

function

※ Excluding single phase relay

-  Among the OCR setting methods, BLOCK ~ EVENT setting category are the same setting category for all protection 

elements.

 ① Press the MENU( 

MENU

 ) key on the initial screen

 ② Use the UP ( 

 ) and DOWN ( 

 ) keys to select ‘1. RELAY SETTING’ category, then input RIGHT ( 

 

 

 ) Key.

 ③ Use UP ( 

 ), DOWN ( 

 ) KEY to select the protection relay element to be set and then input the RIGHT ( 

 

 

 ) Key.

▶ OCR Setting Method  

 ①  After selecting ‘OCR1 (50/51)’ in Protection Relay Element Setting Method ③, press the RIGHT ( 

 

 

 ) Key to 

enter the setting screen.

 ②  Use the UP ( 

 ), DOWN ( 

 ) KEY to move the category you want to set, and then enter the ENTER ( 

ENTER

 ) 

KEY to pop up the password input screen. (initial password 0000)

 ③  Use the UP ( 

 ), DOWN ( 

 ) KEY to change the setting value and then input ENTER ( 

ENTER

 ) KEY.

 ④  After completing the setting, input the LEFT ( 

 

 

 ) KEY to check whether the setting has been changed.

      When ENTER ( 

ENTER

 ) KEY is input, the setting is saved, and when ESC ( 

ESC

 ) KEY is input, the setting is canceled.

Summary of Contents for K-PAM 10 Series

Page 1: ...K PAM 10 Series Digital Integrated Protection Relay User Manual...

Page 2: ...elay K PAM 10 Series K PAM10Seriesisamulti functionaldigitalIntegrated protection relay that provides high precision measurement and reliable protection relay function for power supply and distributio...

Page 3: ...E INPUT 7 EVENT LIST POWER D I STATUS CT RATIO OCR3 OVR2 REMOTE INPUT 1 DPR2 REMOTE INPUT 9 LED 1 DIGITAL OUTPUT 2 LEDS EVENT CLEAR FREQUENCY R I STATUS NCT RATIO OCGR2 UVR1 REMOTE INPUT 3 UPR2 REMOTE...

Page 4: ...O MENU OCR1 DOCGR2 OCR3 OVGR2 OCGR2 UBOCR OCR2 VOLTAGE CURRENT OVGR1 OCGR1 SGR DOCGR1 EVENT LIST EVENT CLEAR FAULT LIST FAULT CLEAR PROT STATUS D I STATUS R I STATUS CB STATUS D O STATUS CB DO COUNT C...

Page 5: ...a setting Right Key Used to move from the menu to the upper menu or to the right when setting Left Key Used to move from menu to sub menu or to move to the left when setting MENU Key Used to enter the...

Page 6: ...ntact Capacity AC 250V 5A DC 125V 10A 6 4a_NO 7 3_4_COM 8 5b_NC For System Error Contact Capacity AC 250V 5A DC 125V 1 9 5_COM 10 DI 1 User defined Input Contact 11 DI 2 12 DI 3 13 DI COM 14 RS 485 Se...

Page 7: ...t for details C I R C U I T B R E A K E R C O N T R O L E N T E R Y E S E S C N O C O N T R O L F A I L E D C B S T A T E D I S A B L E D If the front LOCAL REMOTE LED is lit as REMOTE pressing the L...

Page 8: ...P OP OP RST ALL EVENT record setting Category Setting Range Description FUNCTION DISABLED ENABLED Setting whether to use the function ID NAME 8 ASCII Characters Protection element name setting ALGORIT...

Page 9: ...REVERSE Operation direction setting MODE INST DT INV Operation mode setting TIME DELAY 0 04 60 00s 0 01s STEP Operation delay time setting CURVE IEC_NI IEEE_MI Inverse curve setting 12ea LEVER 0 01 1...

Page 10: ...00 60 00s 0 01s STEP Reset delay time setting UVR Setting Method After selecting UVR 27 in Protection Relay Element Setting Method press the RIGHT Key to enter the setting screen Use the UP DOWN KEY...

Page 11: ...position of the contact to be tested the contact will change from Off to On and the contact will be output When the ESC ESC key is pressed the output contact is reset 2 If you press the UP or DOWN KEY...

Page 12: ...T A T U S P K P O P 1 O C R 1 A B C 2 O C G R 1 3 D O C G R P R O T S T A T U S P K P O P 1 O C R 1 A B C A B C 2 O C G R 1 3 D O C G R P R O T S T A T U S P K P O P 1 O C R 1 A B C 2 O C G R 1 3 D O...

Page 13: ...voltage and frequency are 1 0 6 0 016 Hz and the frequency changed by 0 02Hz or more per at least 1 cycle is about 20 cycles about 0 3 sec for voltage A At this time the voltage should be at least 80...

Page 14: ...Terminal T1 D O4_NO D O3 4_COM D O2_NO D O2_COM Aux Power 1 2 Terminal T2 FG 3 CHASSIS V10 A L1 B L2 C L3 D O1_NO 1 2 3 4 5 6 7 8 9 14 15 16 COM RS 485 8 7 VN IA IB IC IN C L R EVT Terminal T1 D O1_C...

Page 15: ...rminal T2 FG 3 CHASSIS M11 9 10 11 12 13 14 15 16 CT A L1 B L2 C L3 D O1_NO 1 2 3 4 5 6 7 8 9 14 15 16 COM RS 485 1 2 VA 3 4 5 6 8 7 VB VC VN IA IB IC C L R EVT Terminal T1 D O1_COM D O3_NO D O5_NC D...

Page 16: ...bolts on the corners of the enclosure mounted on the panel Remove the handle cover of the product loosen the screw raise the handle vertically as shown in and attach it to the enclosure After inserti...

Page 17: ...K PAM 10 Series Digital Integrated Protection Relay User Manual...

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