Grup arge Rkr series User manual

RKR Series

Reactive Power Control Relay

User Manual

Version 1.2

ADDRESS: İkitelli OSB Mah. Environment 14th Block Street. Telas Blok

Exterior Door No: 1 Floor: 1-2 Başakşehir/Istanbul

Phone: +90 212 438 80 24 Fax: +90 212 438 80 25 [email protected]

Reactive Power Control Relay

Installation

S. Recognition

Compensa

Modbus

Alarm

Generator

Target Cos

Stage

Load

Add Power

Reactive Power Control Relay User Manual

CONTENTS

INTRODUCTION ............................................................................................................................................................. 5

INSTALLATION (SETUP) .................................................................................................................................................. 6

GENERAL FEATURES ...............................................................................................................................................................16

TECHNICAL FEATURES............................................................................................................................................................. 17

RKR 12/18/24 RELAY TECHNICAL DRAWING ................................................................................................................. 20

RKR 12/18/24 RELAY CONNECTION DIAGRAM ............................................................................................................. 21

RKR 12/18/24 CURRENT TRANSFORMER CONNECTION DIAGRAM ................................................................................ 22

USER ACCESS LEVELS .................................................................................................................................................... 23

1. QUICK MENU ............................................................................................................................................................. 24

1.1. STAGE MENU....................................................................................................................................................... ........ 24

1.1.1. Stage Powers ......................................................................................................................................................24

1.1.2. Stage Recognition ..............................................................................................................................................24

1.1.2.1. Recognizing All Stages ...................................................................................................................................................24

1.1.2.2. Single Stage Recognition................................................................................................................................................25

1.1.3. Manual Stage Control ........................................................................................................................................25

1.2. RESPONSE TIME ..............................................................................................................................................................25

1.3. MODBUS ADDRESS .......................................................................................................................................................... 25

1.4. INSTALLATION (SETUP)..................................................................................................................................................... 25

2. PIN .............................................................................................................................................................................. 26

2.1. INPUT PIN ...................................................................................................................................................................... 26

2.2. NEW PIN.....................................................................................................................................................................26

3. EVENTS ........................................................................................................................................................................26

3.1. LIST .............................................................................................................................................................................. 27

3.2. SET VALUES .....................................................................................................................................................................27

3.2.1. Low Voltage Limit ................................................................................................................................................27

3.2.2. High Voltage Limit ............................................................................................................................................... 27

3.2.3. High Temperature Limit ........................................................................................................................................28

3.3. DELETE.............................................................................................................................................................................28

4. STAGE ............................................................................................................................................................................28

4.1. STAGE POWER ...................................................................................................................................................................28

4.2. STAGE RECOGNITION ...........................................................................................................................................................28

4.2.1. All Stages ...............................................................................................................................................................29

4.2.1.1. Intelligent (Automatic) Recognition ...................................................................................................................................29

4.2.1.2. Sequential Recognition ......................................................................................................................................................29

4.2.1.3. Series Recognition ..............................................................................................................................................................29

4.2.2. Single Stage Recognition ........................................................................................................................................ 29

4.3. STAGE CONTROL ............................................................................................................................................................30

4.4. STAGE SETTINGS .................................................................................................................................................................30

4.4.1 Discharge Time ........................................................................................................................................................ 30

4.4.2. Stage Associate ......................................................................................................................................................30

4.4.3. Simultaneous Aging ...............................................................................................................................................30

4.4.3.1. Control ...............................................................................................................................................................................31

4.4.3.2. Percentage .........................................................................................................................................................................31

4.4.4. Stage Break Period .................................................................................................................................................31

4.4.5. Automatic Stage Recognition Setting .....................................................................................................................31

5. SETTINGS .........................................................................................................................................................................31

5.1. Transformer .......................................................................................................................................................................32

5.1.1. Current Transformer Value.....................................................................................................................................32

5.1.2. Voltage - Current Matching....................................................................................................................................32

5.1.3. Current Transformer Direction .............................................................................................................................. 32

5.1.4. Line Voltage ...........................................................................................................................................................32

5.1.5. Measuring Voltage .................................................................................................................................................33

5.1.6. Current Transformer Setting Menu.........................................................................................................................33

Reactive Power Control Relay User Manual

5.2. PROGRAM ...................................................................................................................................................................33

5.2.1. Penalty Limits .................................................................................................................................................... 33

5.2.1.1. Inductive Limit Value....................................................................................................................................................33

5.2.1.2. Capacitive Limit Value....................................................................................................................................................34

5.2.2. Response Time................................................................................................................................................... 34

5.2.2.1. Inductive Response Time .............................................................................................................................................34

5.2.2.2. Capacitive Response Time .............................................................................................................................................34

5.2.2.3. Normal Response Time.................................................................................................................................................34

5.2.3. Additional Power............................................................................................................................................... 35

5.2.3.1. Power............................................................................................................................................................................35

5.2.3.2. Duration........................................................................................................................................................................35

5.2.4. Target Cos(φ)..................................................................................................................................................... 3 5

5.2.5. Generator .......................................................................................................................................................... 35

5.2.5.1. Program .......................................................................................................................................................................36

5.2.5.2. Generator Cos(φ) .........................................................................................................................................................36

5.2.6. Hysteresis .......................................................................................................................................................... 36

5.2.6.1. Inductive Hysteresis Rate.............................................................................................................................................36

5.2.6.2. Capacitive Hysteresis Rate ..........................................................................................................................................36

5.2.6.3. Normal Hysteresis Rate...............................................................................................................................................37

5.2.7. Compensation Hysteresis ..................................................................................................................................37

5.3. MODBUS...................................................................................................................................................................37

5.3.1.Modbus Address ................................................................................................................................................ 37

5.3.2.Baud Rate Speed ................................................................................................................................................ 38

5.4. DISPLAY SETTINGS ..........................................................................................................................................................38

5.4.2. Language Menu ................................................................................................................................................40

5.4.3. Screen Type Selection........................................................................................................................................ 40

5.4.4. Display Cycle ....................................................................................................................................................40

5.4.3.1. Automatic....................................................................................................................................................................40

5.4.3.3. Duration.......................................................................................................................................................................40

5.5. PROFESSIONAL SETTINGS................................................................................................................................................. 38

5.5.1. Device Off-On .................................................................................................................................................... 41

5.5.2. Factory Settings ................................................................................................................................................ 41

5.5.3. Device Reset ...................................................................................................................................................... 41

5.5.4. Earnings Multiplier............................................................................................................................................ 41

5.5.5. Reset Response Time .......................................................................................................................................... 41

5.5.6. Next Response Time .......................................................................................................................................... 42

5.5.7. New Response Time ......................................................................................................................................... 42

5.5.8. Developer Menu .................................................................................................................................................42

5.6. INFORMATION ............................................................................................................................................................... 42

6. POWER FLOW PROFILE ............................................................................................................................................. 42

6.1. EXAMPLE .....................................................................................................................................................................43

6.2. DELETE........................................................................................................................................................................43

6.3. PERCENTAGE LIMIT ........................................................................................................................................................43

7. ANALYZER ................................................................................................................................................................ 43

7.1. DELETE ENERGY VALUES.................................................................................................................................................. 43

7.3. DELETE PEAK VALUES ....................................................................................................................................................44

7.4. DELETE DEMAND VALUES ..............................................................................................................................................44

8. INSTALLATION (SETUP)............................................................................................................................................. 44

8.1. START SETUP ............................................................................................................................................................... 45

8.2. SETUP SETTINGS ...........................................................................................................................................................45

8.2.1. Type.................................................................................................................................................................. 45

8.2.2. Automatic Voltage - Current Matching ............................................................................................................45

8.2.3. Number of Tests .............................................................................................................................................. 45

8.2.4. Automatic Control............................................................................................................................................46

8.3. SETUP PROFESSIONAL SETTINGS .......................................................................................................................................46

EVENT CODES AND DESCRIPTIONS ............................................................................................................................. 48

MODBUS MAP ............................................................................................................................................................ 49

TABLES ........................................................................................................................................................................ 50

Reactive Power Control Relay User Manual

PROPER USE AND SAFETY REQUIREMENTS

Cihaz panoya bağlanırken ve panodan sökülürken tüm enerjiyi kesiniz.

Cut all the power when connecting and disconnecting the device

to a panel.

Do not clean the device with a solvent or similar material. Only use a dry

cloth.

Please do not intervene to the device when a technical problem is

encountered and get in contact with a technical service within the shortest

time.

If the warnings are not taken into account, our company or the authorized

dealer shall not be held responsible for the negative consequences.

Do not dispose in the trash, the device must be delivered to the collection

centers (electronic device recycling centers). It should be recycled or

disposed of without harming human health and environment.

(See: RKR 12/18/24 current transformer connection diagram, sf:22)

The installation, assembly, activation and operation of the device should be done

and used by only expert professionals and in accordance with safety

regulations and instructions.

The device operates with current transformers. Do not strictly leave current

transformer tips unattached. Dangerous high voltage can occur.

The common supplies of the stage terminals must be connected to any phase

with a 6 Ampere fuse separately. We absolutely do not recommend parallel

connection! When separate fuses are connected to the partners, the fuse

protection will be activated in the event of a short circuit in the contactors

over time, and only the relevant stage blocks will be deactivated, allowing the

device to continue compensation with other blocks. Otherwise (when a single

fuse is used with parallel connection), all stages will be deactivated due to a

problem occurring in one contactor!

Current transformers should be placed immediately at the output of the main

switch of the enterprise.

Reactive Power Control Relay User Manual

INTRODUCTION

Preliminary information

main menu by pressing the Input Button.

can change the flashing selections using the Ok Buttons.

Enter the

The user

You can

The Exit

enter a desired sub-menu with the Enter button.

button is used to return to the next menu.

In order to follow the sub-menus, the numbering at the top of the screen is used.

oFor example, when the Input Button is pressed immediately after the

device is switched on, the numbering 1.--- will appear at the top of the screen.

arrow button is pressed, the top line will change to 2.---

oWhen the up

oWhen the Enter Button is pressed, 2.1--will appear on the top line,

oPress the exit button to return to the top menu in the form of 2.---

oThe numbering at the top of the screen can be followed in the user manual

to make it easier to understand the manual.

For example; if you want to recognize all stages sequentially with

the help of the submenu in 4.2.1.2’ it will be enough to follow the

path 4.2.1.2. yfrom the device screen.

IMPORTANT NOTE: Each heading number in the manual also refers to the

menu numbering in the device.

Recommendations for Installation with Capacitors:

In order to get results in a shorter

time during installation with

capacitors, it is recommended to

connect capacitors to the first stages

starting with three-phase large power

capacitors and reactors to the last

stages.

If compensators (capacitor or

reactor) are placed in stages in a

complex way, without taking into

account their characteristics, it is

recommended to switch off the

supply fuses of the reactors before

installation with capacitors.

Recommendations for Installation with Reactors:

During installation with reactors, it is

recommended to connect the reactors

to the first stages, starting with the

three-phase high power reactors, and

the capacitors to the last stages, in

order to obtain results in a shorter

time.

If compensators (capacitor or reactor)

are placed in a complex way in

stages, without taking into account

their characteristics, it is

recommended to switch off the

supply fuses of the capacitors before

the installation with reactors.

The factory default installation setting is set as installation with capacitors.

indicating that a sub-menu has been entered.

Reactive Power Control Relay User Manual

We are Starting the Installation (Setup)

After the device connections are made in accordance with the connection diagram, the device is

energized.

When the device is energized, the "Serial Number" screen shown in Figure 1 appears. By pressing

the Enter Button or after 3 seconds, it automatically switches to the next screen. "Current

Transformer" screen appears as shown in Figure 2. Select the current transformer value

using the Up/Down Ok Buttons and press the Enter Button.

The device then automatically starts setup, the flashing red "Setup" LED positioned on the left

side of the device lights up steadily after the setup starts. During the setup, the device checks

the line parameters such as current control, voltage control, voltage-current matching and

current directions as shown in Figure 3 and Figure 4. If no faulty situation is encountered, the

"StupxbAsArili" text appears on the screen and the relay automatically switches to stage

recognition.

When the device automatically moves to the stage recognition test after the installation is

complete

The "Setup" LED turns off and the red " Stage Recognition" LED lights up as shown in Figure 6.

Figure 1. The first opening screen

showing the "Serial Number" of

the device

Figure 2. Screen display that shows

the current transformer value

(Current Transformer Value) in X/5

format

Figure 4. Screenshot of "Current

Transformer Secondary Directions"

detected by the device during

installation

Figure 3. Matching during installation

Screenshot showing “Voltage-Current

Pairs”

Reactive Power Control Relay User Manual

Installation

S.. Recogniti Installation in progress

Relay Recognises

Stages

Weight

Compensa

Modbus

Alarm Relay

In Compensation

Generator

Target Cos

Inductive

Capacitive

Figure 5. Stage LEDs at the top of the device showing the status of the stages

The stage recognition process as shown in Figure 7 continues with the display of each

recognized stage value on the screen, while the information of which stage is activated can be

followed from the green colored Stage LEDs bar at the top of the device as shown in Figure 5,

and after the recognition process of the last stage is completed, the "Stage Recognition" LED

turns off and the green "Compensate" LED lights up. The device now starts to compensate with

the stages it recognizes.

If the compensator connected to the recognized stage is a capacitor, the capacitive red LED on

the left side of the device (as in Figure 7) and if it is a shunt reactor, the inductive blue LED on

the left side of the device lights up.

NOTE: During setup and stage recognition operations, if the Exit Key is held

down for 4 seconds, the current operation is canceled and terminated.

If an incorrect situation is encountered during installation; The device automatically

corrects some errors (e.g. voltage-current mismatch). In cases of incorrect connections that the

device cannot correct, the device stops the installation without completing the installation by

reporting the incorrect status as shown in Figure 8.

Example Error 4. The screenshot showing that the

voltage input of the first phase is empty

(Check the voltage connection of the first phase.)

Figure 7. The value of a stage

containing a capacitive characteristic

load screenshot showing

Figure 6. From the Status LEDs on

the left side of the device, the

"K.Recognition" LED is set to lights

up continuously during recognition.

Reactive Power Control Relay User Manual

Some Faulty Situations During Installation

Example Error 1. Screenshot showing

that the current of the third phase is

high

(Check the third phase current input

and current transformer value).

Example Error 2. Screenshot showing

that the currents of the second and third

phases are high

(Check the current inputs of the second

and third phases and the current

transformer value).

Example Error 3. Screenshot showing

that the currents of all phases are high

(Check the current inputs of all phases

and all current transformer values).

Example Error 4. Screenshot showing

that the voltage input of the first phase

is empty

(Check the voltage connection of the

first phase.)

Example Error 5. Screenshot showing

that the voltage inputs of the second

and third phases are empty

(Check the voltage connections of the

second and third phases).

Example Error 6. Screenshot showing

that the voltage inputs of the first and

third phases are empty

(Check the voltage connections of the

first and third phases.)

Example Error 7. Screenshot showing

that the voltage of the first phase is

low

(Check the voltage of the first phase.)

Example Error 8. Screenshot showing

that the voltages of the second and

third phases are low

(Check the voltages of the second and

third phases).

Example Error 9. Screenshot showing

that the voltages of the first and third

phases are low

(Check the voltages of the first and

third phases.)

Reactive Power Control Relay User Manual

Example Error 10. Screen display

showing that the current input of the

second phase is empty

(Check the current connection of the

second phase.)

Example Error 11. Screenshot

showing that the current inputs of the

first and third phases are empty

(Check the current connections of the

first and third phases.)

Example Error 12. Screenshot showing

that the current inputs of all phases are

empty

(Check the current connections of all

phases.)

Example Error 16. Screenshot showing

that the current transformer terminals of

the first and second phases are

connected by mixing them to form a loop

(Check the terminals of the current

transformers of the first and second

phases).

Example Error 17. Screenshot showing

that the current transformer terminals

of all phases are connected by mixing

them to form a loop among themselves

(Check the terminals of the current

transformers of all phases.)

Example Error 18. Screenshot

indicating that the installation could

not be completed with the available

stages

(Check the connections and steps and

repeat the installation).

Example additional Error 13.

Screen display showing Phase/

Neutral connection error

(Check phase inputs and neutral

connection.)

Example Error 14. Screenshot showing

stage connection error

(Check the stage connections.)

Example Error 15. Screen display

showing that the current transformer

is not connected

(Please connect the current

transformer.)

Reactive Power Control Relay User Manual

In cases of faulty connections that the device cannot correct automatically, the operator corrects

these errors by taking into account the warnings of the device and when the device is re-

energized, the device automatically starts the installation and automatically switches to the

stage recognition step if it does not encounter any errors.

NOTE: During setup and stage recognition operations, pressing and holding the Exit Key

for 4 seconds will cancel and terminate the operation.

Example Error 20. Screenshot

showing that the operating load is not

stable

(Perform your test when the

operating load is more stable.)

Example Error 21. Screenshot

showing that all stage partners are

empty

(Check the commonality of the

stages to be used.)

Example Error 24. Screenshot indicating

that the stage has exceeded the pull-up/

release limit

(Check the connections and repeat the

process at more stable current).

Example Error 22. Screen display

showing that the voltage-current

terminals of the 1st and 2nd phases are

not matched when automatic voltage-

current matching is off

(Make sure that the voltage and

current terminals of the 1st and 2nd

phases are connected in the correct

order).

Example Error 23. When automatic

current-voltage matching is off;

screenshot showing that the voltage-

current terminals of all phases are not

matched

(Make sure that the voltage and

current terminals of all phases are

connected in the correct order).

Example Error 19. Screenshot showing

that the voltages connected for the first

and second phases are in the same

phase

(Make the correct voltage connection to

the first and second phases.)

This manual suits for next models

Table of contents

Other GRUP ARGE Relay manuals

GRUP ARGE

GRUP ARGE ZMN32 User manual

GRUP ARGE

GRUP ARGE SMART 12 User manual

GRUP ARGE

GRUP ARGE SMART S12 User manual

GRUP ARGE

GRUP ARGE KKNT-2.5 Programming manual

GRUP ARGE

GRUP ARGE RKR NT-S12 User manual

Popular Relay manuals by other brands

Woodward

Woodward BU1-DC2 manual

ABB

ABB SSR32 product manual

Siemens

Siemens SIRIUS 3UG4633 operating instructions

Siemens

Siemens SIRIUS 3TK2824 A.20 Series Original operating instructions

Shelly

Shelly Pro Series user manual

GE MVAX 11 Technical manual

ABB

ABB RELION REF615R manual

Kemo Electronic

Kemo Electronic B197 quick guide

Seg

Seg MRM3 manual

Basler

Basler BE1-700C manual

CD Automation

CD Automation REVEX 2PH 280A user manual

ABB

ABB SPAJ 142 C User manual and technical description

Ruelco

Ruelco 1S04 Operation manual

Basler

Basler V3E Z1P B2C1F instruction manual

GE DGP instruction manual

Kyongbo Electronics

Kyongbo Electronics GDR-D01 user manual

Eaton

Eaton easyE4 series Application note

Siemens

Siemens BD2-AK03X/FS Series installation instructions

GRUP ARGE RKR Series User manual

Popular Relay manuals by other brands