WiMo 6CP10 Quick guide

WIMO 6CP10
Secondary substation measuring and
monitoring unit
Operation and configuration
instructions
Technical description

WIMO 6CP10 Measuring and monitoring unit
Operation and configuration Wimotec Ltd
2Wimotec 24h support phone [phone] WM6CP10.EN001

WImotec Ltd Measuring and monitoring unit
Operation and configuration WIMO 6CP10
WM6CP10.EN001 Wimotec 24h support phone [phone]
Table of Contents
1. General...................................................................................4
1.1. Unit features........................................................................4
1.2. Operating Safety................................................................4
2. User interface .........................................................................5
2.1. General................................................................................5
2.2. WIMO 6CP10 front panel ..................................................5
2.2.1. Display.........................................................................6
2.2.2. Keypad........................................................................7
2.2.3. Indicators ....................................................................7
3. Local panel operations .........................................................8
3.1. Navigating in menus..........................................................8
3.2. Operating levels.............................................................. 10
3.2.1. Opening configuration level................................. 10
3.2.2. Password handling ................................................. 11
4. Operating measures............................................................12
4.1. Default displays ............................................................... 12
4.2. Measured data ............................................................... 12
4.3. Operation indicators ...................................................... 17
4.4. Reading event register................................................... 18
4.5. Adjusting display contrast.............................................. 18
5. Configuration and parameter setting................................19
5.1. Principle of parameter setting ...................................... 20
5.2. Disturbance recorder menu DR.................................... 21
5.3. Configuring digital inputs DI .......................................... 22
5.4. Configuring digital output ............................................. 22
5.5. Configuration menu CONF............................................ 22
5.6. Protocol menu Bus.......................................................... 23
6. PC software...........................................................................26
6.1. PC user interface............................................................. 26
6.1.1. Using VAMPSET program ....................................... 26
6.2. Remote control connection.......................................... 26
7. Commissioning configuration.............................................27
7.1. Factory settings................................................................ 27
7.1.1. Configuration during commissioning .................. 27

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1. General
This part of the manual describes the functions of the
secondary substation measuring and monitoring unit WIMO
6CP10 and includes the unit operation instructions. It also
contains instructions for parameterization and configuration of
the unit and instructions for changing settings.
The second part of the publication includes detailed protection
function descriptions as well as application examples,
accessories and technical data sheets.
1.1. Unit features
WIMO 6CP10 secondary substation measuring and monitoring
unit is a compact multi-function monitoring device with
extensive measuring and calculation functions. Setting and
programming possibilities are comprehensive and versatile.
WIMO 6CP10 is ideal for secondary substation measuring and
monitoring management.
The unit measures currents, voltages and frequencies and
calculates following values:
•Active, reactive and apparent power
•Active and reactive energy
•Harmonics and THD of currents and voltages
•Programmable average value calculations
•One change over relay output
Further, the unit includes 3 configurable digital channels.
WIMO 6CP10 communicates with other systems using common
protocols, such as the Modbus RTU, ModbusTCP, Profibus DP,
IEC 60870-5-103 SPA bus, DNP 3.0.
1.2. Operating Safety
The terminals on the rear panel of the unit may
carry dangerous voltages, even if the auxiliary
voltage is switched off. A live current transformer
secondary circuit must not be opened.
Disconnecting a live circuit may cause dangerous
voltages! Any operational measures must be carried
out according to national and local handling
directives and instructions.
Carefully read through all operation instructions before any
operational measures are carried out.

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2. User interface
2.1. General
WIMO 6CP10 secondary substation measuring and monitoring
unit can be controlled in three ways:
•Locally with the push-buttons on the device front panel
•Locally using a PC connected to the serial port on the front
panel or on the rear panel of the device (both cannot be used
simultaneously)
•Via remote control over the remote control port on the unit
rear panel.
2.2. WIMO 6CP10 front panel
The figure below shows the front panel of the unit and the
location of the user interface elements used for local control.
Figure 2.2-1. WIMO 6CP10 front panel
1. LCD dot matrix display
2. Keypad
3. LED indicators
4. RS 232 serial communication port for PC

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2.2.1. Display
WIMO 6CP10 is provided with a backlit LCD dot matrix
display. The display has 128 x 64 dots, which enables showing
21 characters in one row and eight rows at the same time. The
display is divided into sections as shown in the next figure
Figure 2.2.1-1 Sections of the LCD dot matrix display
1. Main menu column
2. Heading of active menu
3. Possible navigating directions (push buttons)
4. Measured/adjustable quantity
5. Measured/set value

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2.2.2. Keypad
You can navigate in the menu and set the required parameter
values using the keypad and the guidance given in the display.
The key pad is composed of four arrow keys, one cancel key and
one enter key.
Figure 2.2.2-1 Keys on the keypad
1. Enter and confirmation key (ENTER)
2. Cancel key (CANCEL)
3. Up/Down [Increase/Decrease] arrow keys (UP/DOWN)
4. Keys for selecting submenus [selecting a digit in a
numerical value] (LEFT/RIGHT)
NOTE!
The term, which is used for the buttons in this manual, is
inside the brackets.
2.2.3. Indicators
The unit is provided with two LED indicators:
Figure 2.2.3-1. Operation indicators of the unit
Power Auxiliary voltage switched on
Alarm Programmable alarm indicator

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3. Local panel operations
The local panel is being used to read measured values, to set
parameters and to configure unit functions. Some parameters,
however, can only be set by means of a PC connected to one of
the local communication ports. Further some parameters are
factory set.
3.1. Navigating in menus
All the menu functions are based on the main menu/submenu
structure:
1. Use the arrow keys UP and DOWN to move up and down in
the main menu.
2. For moving to a submenu, repeatedly push the RIGHT key
until the required submenu is shown. Correspondingly,
push the LEFT key to return to the main menu.
3. Push the ENTER key to confirm the selected submenu.
4. Push the CANCEL key to cancel a selection.
5. Pushing the UP or DOWN key in any position of a sub-
menu, when it is not selected, brings you directly one step
up or down in the main menu.
The active main menu selection is indicated with black back-
ground color. The possible navigating directions in the menu
are shown in the upper-left corner by means of black triangular
symbols.

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Figure 3.1-1. Principles of the menu structure and navigation in the menus
6. Push the INFO key to obtain additional information about
any menu item.
7. Push the CANCEL key to revert to the normal display.

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3.2. Operating levels
The unit has two operating levels: User level and Configuration
level . The purpose of the configuration level is to prevent
accidental change of unit configurations, parameters or
settings.
USER level
Use: Possible to read e.g. parameter values,
measurements and events
Opening: Level permanently open
Closing: Closing not possible
CONFIGURATION level
Use: The configuration level is needed during the
commissioning of the unit. E.g. the scaling of
the voltage and current transformers can be
set.
Opening: Default password 0002
Setting state: Push ENTER
Closing: The level is automatically closed after 10
minutes idle time. Giving the password 9999
can also close the level.
3.2.1. Opening configuration level
1. Push the LEFT key and the RIGHT key on the front panel
simultaneously.
Figure 3.2.1-1. Opening the operating level
2. Enter the password needed for the desired level: the
password can contain four digits. The digits are supplied
one by one by first moving to the position of the digit using
the RIGHT key and then setting the desired digit value
using the UP key.
3. Push the ENTER key.

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3.2.2. Password handling
The passwords can only be changed using VAMPSET software
connected to the local RS-232 port on the unit.
It is possible to restore the password(s) in case the password is
lost or forgotten. In order to restore the password(s),
VAMPSET software is needed. The serial port settings are
38400 bps, 8 data bits, no parity and one stop bit. The bit rate
is configurable via the front panel.
Command Description
get pwd_break Get the break code (Example:
6569403)
get serno Get the serial number of the
unit (Example: 12345)
Send both numbers to [email protected]. A device specific
break code is sent back to you. The break code will be valid for
the next two weeks.
Command Description
set pwd_break=4435876 Break the passwords (The
number “4435876” is sent by
VAMP Ltd.)
Now the passwords are restored to the default values (See
chapter 3.2).

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4. Operating measures
Study carefully the operating instructions presented in
chapters 1 to 3 in this manual before taking any operating
measures or changing any unit settings or functions.
WIMO 6CP10 can be controlled via the unit front panel, a PC
running the VAMPSET software, a PC running suitable unit
software or via a remote control system.
4.1. Default displays
WIMO 6CP10 has 5 default displays.
Display 1/5 contains IL1, IL2, IL3 and Io.
Display 2/5 contains U12, U23, U31 and Uo.
Display 3/5 contains UL1, UL2, UL3 and Uo.
Display 4/5 contains f, P, Q and S.
Display 5/5 contains PF and CosPhi.
You can change these default values VIA vampset software.
See the chapter 7.1.1.
4.2. Measured data
The measured values can be read from the P, E, I and U menus
and their submenus. Some of these values can also be seen in
default displays 1-5.
Value Menu/Submenu Description
P P/POWER Active power [kW]
Q P/POWER Reactive power [kvar]
S P/POWER Apparent power [kVA]
ϕP/POWER Active power angle [°]
P.F. P/POWER Power factor [ ]
f P/POWER Frequency [Hz]
Prms P/RMS POWER RMS of active power
Qrms P/RMS POWER RMS of reactive power
Srms P/RMS POWER RMS of apparent power
Diagram P/PQ DIAGRAM Active and reactive power
diagram
Pda P/POWER DEAMAND Active power demand value
Qda P/POWER DEAMAND Reactive power demand value
Sda P/POWER DEAMAND Apparent power demand value
PFda P/POWER DEAMAND Power factor demand value
fda P/POWER DEAMAND Frequency demand value
Prmsda RMS POWER DEMAND Active power RMS demand value
Qrmsda RMS POWER DEMAND Reactive power RMS demand
value

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Value Menu/Submenu Description
Srmsda RMS POWER DEMAND Apparent power RMS demand
value
PL1 P/POWER/PHASE 1 Active power of phase 1 [kW]
PL2 P/POWER/PHASE 1 Active power of phase 2 [kW]
PL3 P/POWER/PHASE 1 Active power of phase 3 [kW]
QL1 P/POWER/PHASE 1 Reactive power of phase 1 [kvar]
QL2 P/POWER/PHASE 1 Reactive power of phase 2 [kvar]
QL3 P/POWER/PHASE 1 Reactive power of phase 3 [kvar]
SL1 P/POWER/PHASE 2 Apparent power of phase 1 [kVA]
SL2 P/POWER/PHASE 2 Apparent power of phase 2 [kVA]
SL3 P/POWER/PHASE 2 Apparent power of phase 3 [kVA]
PF_L1 P/POWER/PHASE 2 Power factor of phase 1 [ ]
PF_L2 P/POWER/PHASE 2 Power factor of phase 2 [ ]
PF_L3 P/POWER/PHASE 2 Power factor of phase 3 [ ]
Cos P/COS & TAN Cosine phi [ ]
tan P/COS & TAN Tangent phi [ ]
cosL1 P/COS & TAN Cosine phi of phase L1 [ ]
cosL2 P/COS & TAN Cosine phi of phase L2 [ ]
cosL3 P/COS & TAN Cosine phi of phase L3 [ ]
Iseq P/PHASE SEQUENCIES
Actual current phase sequency
[OK; Reverse; ??]
Useq P/PHASE SEQUENCIES
Actual voltage phase sequency
[OK; Reverse; ??]
Io P/PHASE SEQUENCIES
Io angle [˚]
fAdop P/PHASE SEQUENCIES Adopted frequency [Hz]
PDir P/PHASE SEQUENCIES Power direction
Diagram P/PL1 DIAGRAM Diagram of active power PL1
Diagram P/PL2 DIAGRAM Diagram of active power PL2
Diagram P/PL3 DIAGRAM Diagram of active power PL3
Diagram P/ ACTIVE POWER
TREND
Trend of active power
Diagram P/ REACTIVE POWER
TREND
Trend of reactive power
Diagram P/ APPARENT POWER
TREND
Trend of apparent power
E+ E/ENERGY Exported energy [MWh]
Eq+ E/ENERGY Exported reactive energy [Mvar]
E- E/ENERGY Imported energy [MWh]
Eq- E/ENERGY Imported reactive energy [Mvar]
E+.nn E/DECIMAL COUNT Decimals of exported energy [ ]
Eq.nn E/DECIMAL COUNT Decimals of reactive energy [ ]
E-.nn E/DECIMAL COUNT Decimals of imported energy [ ]
Ewrap E/DECIMAL COUNT Energy control
E+ E/E-PULSE SIZES Pulse size of exported energy
[kWh]
Eq+ E/E-PULSE SIZES Pulse size of exported reactive
energy [kvar]

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Value Menu/Submenu Description
E- E/E-PULSE SIZES Pulse size of imported energy
[kWh]
Eq- E/E-PULSE SIZES Pulse duration of imported
reactive energy [ms]
E+ E/E-PULSE DURATION
Pulse duration of exported energy
[ms]
Eq+ E/E-PULSE DURATION
Pulse duration of exported
reactive energy [ms]
E- E/E-PULSE DURATION
Pulse duration of imported energy
[ms]
Eq- E/E-PULSE DURATION
Pulse duration of imported
reactive energy [ms]
E+ E/Epulse TEST You may give test pulse
Eq+ E/Epulse TEST You may give test pulse
E- E/Epulse TEST You may give test pulse
Eq- E/Epulse TEST You may give test pulse
IL1 I/PHASE CURRENTS Phase current IL1 [A]
IL2 I/PHASE CURRENTS Phase current IL2 [A]
IL3 I/PHASE CURRENTS Phase current IL3 [A]
IL1da I/PHASE CURRENTS 15 min average for IL1 [A]
IL2da I/PHASE CURRENTS 15 min average for IL2 [A]
IL3da I/PHASE CURRENTS 15 min average for IL3 [A]
Angle
diagram
I/ANGLE DIAGRAM Angle of currents IL1-IL3
Io I/SYMMETRIC
CURRENTS
Primary value of zerosequence/
residual current Io [A]
IoC I/SYMMETRIC
CURRENTS
Calculated Io [A]
I1 I/SYMMETRIC
CURRENTS
Positive sequence current [A]
I2 I/SYMMETRIC
CURRENTS
Negative sequence current [A]
I2/I1 I/SYMMETRIC
CURRENTS
Negative sequence current related
to positive sequence current (for
unbalance protection) [%]
THDIL I/HARM. DISTORTION Total harmonic distortion of the
mean value of phase currents [%]
THDIL1 I/HARM. DISTORTION Total harmonic distortion of phase
current IL1 [%]
THDIL2 I/HARM. DISTORTION Total harmonic distortion of phase
current IL2 [%]
THDIL3 I/HARM. DISTORTION Total harmonic distortion of phase
current IL3 [%]
Diagram I/HARMONICS of IL1 Harmonics of phase current IL1
[%]
Diagram I/HARMONICS of IL2 Harmonics of phase current IL2
[%]
Diagram I/HARMONICS of IL3 Harmonics of phase current IL3
[%]
Diagram I/IL1 WAVEFORM Waveform of IL1

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Value Menu/Submenu Description
Diagram I/IL2 WAVEFORM Waveform of IL2
Diagram I/IL3 WAVEFORM Waveform of IL3
Diagram I/IL1 TREND Trend of IL1
Diagram I/IL2 TREND Trend of IL2
Diagram I/IL3 TREND Trend of IL3
Uline U/LINE VOLTAGES Average value for the three line
voltages [V]
U12 U/LINE VOLTAGES Phase-to-phase voltage U12 [V]
U23 U/LINE VOLTAGES Phase-to-phase voltage U23 [V]
U31 U/LINE VOLTAGES Phase-to-phase voltage U31 [V]
UL U(PHASE VOLTAGES
Average for the three phase
voltages [V]
UL1 U/PHASE VOLTAGES Phase-to-earth voltage UL1 [V]
UL2 U/PHASE VOLTAGES Phase-to-earth voltage UL2 [V]
UL3 U/PHASE VOLTAGES Phase-to-earth voltage UL3 [V]
Diagram U/ ANGLE DIAGRAM 1 Diagram of line voltages
Diagram U/ ANGLE DIAGRAM 2 Diagram of phase voltages
Uo U/SYMMETRIC
VOLTAGES
Uo value [%]
U1 U/SYMMETRIC
VOLTAGES
Positive sequence voltage [%]
U2 U/SYMMETRIC
VOLTAGES
Negative sequence voltage [%]
U2/U1 U/SYMMETRIC
VOLTAGES
Negative sequence voltage related
to positive sequence voltage [%]
THDU U/HARM. DISTORTION
Total harmonic distortion of the
mean value of voltages [%]
THDUa U/HARM. DISTORTION
Total harmonic distortion of the
voltage input a [%]
THDUb U/HARM. DISTORTION
Total harmonic distortion of the
voltage input b [%]
THDUc U/HARM. DISTORTION
Total harmonic distortion of the
voltage input c [%]
Diagram U/HARMONICS of Ua Harmonics of voltage input Ua [%]
Diagram U/HARMONICS of Ub Harmonics of voltage input Ub [%]
Diagram U/HARMONICS of Uc Harmonics of voltage input Uc [%]
Enable U/VOLTAGE SAG &
SWELL
On/off
Status U/VOLTAGE SAG &
SWELL
Voltage status
U< U/VOLTAGE SAG &
SWELL
Alarm level [%]
U> U/VOLTAGE SAG &
SWELL
Alarm level [%]
Delay U/VOLTAGE SAG &
SWELL
Delay in seconds [s]
LVBlck U/VOLTAGE SAG &
SWELL
Block level [%]
SagOn U/VOLTAGE SAG &
SWELL
Sag on event

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Value Menu/Submenu Description
SagOff U/VOLTAGE SAG &
SWELL
Sag off event
SwelOn U/VOLTAGE SAG &
SWELL
Swell on event
SwelOf U/VOLTAGE SAG &
SWELL
Swell off event
Status U/SAG & SWELL CNTRS High
Count U/SAG & SWELL CNTRS Sag counter
Total U/SAG & SWELL CNTRS Total sag length in seconds
Count U/SAG & SWELL CNTRS Swell counter
Total U/SAG & SWELL CNTRS Total swell length in seconds
U/SAG LOG Date of sag [yyyy:mm:dd]
U/SAG LOG Time of sag [hh:mm:ss:ms]
Type U/SAG LOG Type of sag [Phases]
Duration U/SAG LOG Duration of sag [s]
Min1 U/SAG LOG Minimum phase1 % of Un
Min2 U/SAG LOG Minimum phase2 % of Un
Min3 U/SAG LOG Minimum phase3 % of Un
Ave1 U/SAG LOG Mean phase1 % of Un
Ave2 U/SAG LOG Mean phase2 % of Un
Ave3 U/SAG LOG Mean phase3 % of Un
Max1 U/SAG LOG Maximum phase1 % of Un
Max2 U/SAG LOG Maximum phase2 % of Un
Max3 U/SAG LOG Maximum phase3 % of Un
U/SWELL LOG Date of swell [yyyy:mm:dd]
U/SWELL LOG Time of swell [hh:mm:ss:ms]
Type U/SWELL LOG Type of swell [Phases]
Duration U/SWELL LOG Duration of swell [s]
Max1 U/SWELL LOG Maximun phase1 % of Un
Max2 U/SWELL LOG Maximun phase2 % of Un
Max3 U/SWELL LOG Maximun phase3 % of Un
Ave1 U/SWELL LOG Mean phase1 % of Un
Ave2 U/SWELL LOG Mean phase2 % of Un
Ave3 U/SWELL LOG Mean phase3 % of Un
Min1 U/SWELL LOG Minimum phase1 % of Un
Min2 U/SWELL LOG Minimum phase2 % of Un
Min3 U/SWELL LOG Minimum phase3 % of Un
Count U/VOLT. INTERRUPTS Voltage interrupts counter [ ]
Prev U/VOLT. INTERRUPTS Previous interruption [ ]
Total U/VOLT. INTERRUPTS
Total duration of voltage
interruptions [days, hours]
Prev U/VOLT. INTERRUPTS
Duration of previous interruption
[s]
Status U/VOLT. INTERRUPTS Voltage status [LOW; NORMAL]
U1 U/ VOLT INT SETTING Current state of U1
U1< U/ VOLT INT SETTING Voltage interrupt limit [%]
Period U/ VOLT INT SETTING 8h/day/week/month/year
Date U/ VOLT INT SETTING Year-month-day

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Value Menu/Submenu Description
Time U/ VOLT INT SETTING Hours-minutes-seconds
Event U/ VOLT INT SETTING Enabled
I_On U/ VOLT INT SETTING Interrupt on event
I_Off U/ VOLT INT SETTING Interrupt off event
Figure 4.2-1. Example of harmonics bar display
4.3. Operation indicators
LED indicator Meaning Measure/ Remarks
Power LED lit The auxiliary power has
been switched on
Normal operation state
Alarm LED lit One or several signals of
the output relay matrix
have been assigned to
output Al and the output
has been activated by one
of the signals.
The LED is switched off
when the signal that
caused output Al to
activate, e.g. the START
signal, is reset. The
resetting depends on the
type of configuration,
connected or latched.
Resetting latched alarm indicator
The alarm indicator can be given a latching function in the
configuration.
There are several ways to reset latched alarm indicator:
•From the alarm list, move back to the initial display by
pushing the CANCEL key for approx. 3 s. Then reset the
latched alarm indicator by pushing the ENTER key.
•Acknowledge each event in the alarm list one by one by
pushing the ENTER key equivalent times. Then, in the
initial display, reset the latched alarm indicator by pushing
the ENTER key.
The latched alarm indicator can also be reset via a remote
communication bus or via a digital input configured for that
purpose.

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4.4. Reading event register
The event register can be read from the Evnt submenu:
1. Push the RIGHT key once.
2. The EVENT LIST appears. The display contains a list of all
the events that have been configured to be included in the
event register.
Figure 4.4-1Example of an event register
3. Scroll through the event list with the UP and DOWN keys.
4. Exit the event list by pushing the LEFT key.
It is possible to set the order in which the events are sorted. If
the “Order” -parameter is set to “New-Old”, then the first event
in the EVENT LIST is the most recent event.
4.5. Adjusting display contrast
The readability of the LCD varies with the brightness and the
temperature of the environment. The contrast of the display
can be adjusted via the PC user interface.
Open VAMPSET software, proceed to the DEVICE INFO menu
and set desired contrast value to the display contrast block.
More about VAMPSET in chapter 6 on page 26.

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5. Configuration and parameter
setting
Operating level: CONFIGURATION
•Choose and configure the digital inputs in the DI submenu.
•Configure the NO relay output in the DO submenu.
•Set the ”Device Setup”, the scaling (for example Inom, Isec,
etc.) and the date and time in the CONF submenu.
•Choose and configure the communication buses in the Bus
submenu.
Some of the parameters can only be changed via the RS-232
serial port using the VAMPSET software. Such parameters,
(for example passwords) are normally set only during
commissioning.
Some of the parameters require the restarting of the unit. This
restarting is done automatically when necessary. If a
parameter is tried to change the unit will inform about the
auto-reset feature (see Figure 5-1).
Figure 5-1. Example of auto-reset display
Press CANCEL to return to the setting view. If a parameter
must be changed, press the ENTER key again. The parameter
can now be set. When the parameter change is confirmed with
the ENTER key, a [RESTART]- text appears to the top-right
corner of the display. This means that auto-resetting is
pending. If no key is pressed, the auto-reset will be executed
within few seconds.

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5.1. Principle of parameter setting
1. Move to the setting state of the desired menu (for example
CONF/CURRENT SCALING) by pushing the ENTER key.
The Pick text appears in the upper-left part of the display.
2. Enter the password associated with the configuration level
by pushing the LEFT and RIGHT keys simultaneously and
then using the arrow keys and the ENTER key (default
value = 0002). For more information about the operating
levels, please refer to 3.2.
3. Scroll through the parameters using the UP and DOWN
keys. A parameter can be set if the background color of the
line is black. If the parameter cannot be set the parameter
is framed.
4. Select the desired parameter (for example Inom) with the
ENTER key.
5. Use the UP and DOWN keys to change a parameter value.
If the value contains more than one digit, use the LEFT and
RIGHT keys to shift from digit to digit, and the UP and
DOWN keys to change the digits.
6. Push the ENTER key to accept a new value. If you want to
leave the parameter value unchanged, exit the edit state by
pushing the CANCEL key.
Figure 5.1-1.Changing parameters