Alpes Technologies ALPTEC 3.2 User manual

A Group brand
2014-AT3-5-01-ANG
Index
Introduction....................................................................................................................................................................................................................... 2
Description....................................................................................................................................................................................................................... 2
Keyboard functions........................................................................................................................................................................................................... 2
Display indications............................................................................................................................................................................................................ 2
Operating modes .............................................................................................................................................................................................................. 3
Measures.......................................................................................................................................................................................................................... 3
Keypad lock ...................................................................................................................................................................................................................... 4
Expandability .................................................................................................................................................................................................................... 5
IR programming port ........................................................................................................................................................................................................ 5
Parameter setting (setup) with PC.................................................................................................................................................................................... 5
Parameter setting (setup) from front panel....................................................................................................................................................................... 6
Rapid CT set-up ............................................................................................................................................................................................................... 7
Parameter table ................................................................................................................................................................................................................ 7
Alarms ............................................................................................................................................................................................................................ 12
Alarm description............................................................................................................................................................................................................ 12
Commands menu ........................................................................................................................................................................................................... 12
CX02 Dongle usage ....................................................................................................................................................................................................... 13
Installation ...................................................................................................................................................................................................................... 13
Wiring diagrams.............................................................................................................................................................................................................. 13
Terminals position........................................................................................................................................................................................................... 15
Mechanical dimensions and front panel cutout (mm) ..................................................................................................................................................... 15
Technical characteristics................................................................................................................................................................................................. 15
Automatic Power Factor Controller
ALPTEC 3.2 – ALPTEC 5.2
Warning!
– Carefully read the manual before the installation or use.
– This equipment is to be installed by qualified personnel, complying to current
standards, to avoid damages or safety hazards.
– Before any maintenance operation on the device, remove all the voltages from
measuring and supply inputs and short-circuit the CT input terminals.
– Products illustrated herein are subject to alteration and changes without prior notice.
– Technical data and descriptions in the documentation are accurate, to the best of our
knowledge, but no liabilities for errors, omissions or contingencies arising there from
are accepted.
– A circuit breaker must be included in the electrical installation of the building. It must
be installed close by the equipment and within easy reach of the operator. It must be
marked as the disconnecting device of the equipment: IEC /EN 61010-1 § 6.11.2.1.
– Clean the instrument with a soft dry cloth; do not use abrasives, liquid detergents or
solvents.
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2
Front keyboard
Description
– Automatic power factor controller.
– Flush-mount, standard 96x96mm housing.
– Backlit LCD screen.
– Versions:
•ALPTEC3 with 3 relays, Extandable to 5 max.
•ALPTEC5 with 5 relays, Extandable to 7 max.
– 4 navigation keys for function and settings.
– Alarm messages in 6 languages.
– Extansion bus with 1 slot for EXT series Extansion modules:
•RS485 communications interface.
•Additional relay outputs.
– High accuracy TRMS measurements.
– Wide selection of electrical measures, including voltage and current THD with harmonic analysis up to 15th order.
– Voltage input separated from power supply, suitable for VT connection in medium voltage applications.
– Wide-range power supply (100-440Vac)
– Front optical programming interface: galvanically isolated, high speed, waterproof, USB and WiFi dongle compatible.
– 2-level password protection for settings.
– Backup copy of original commissioning settings.
– Built-in temperature sensor.
– Tool-less panel mount.
Display indications
Introduction
The ALPTEC automatic power factor control unit has been designed to offer state-of-the-art functions for power factor compensation applications.
Built with dedicated components and Extremely compact, the ALPTEC combines the modern design of the front panel with practical installation and
the possibility of Extansion from the rear, where one EXT series module can be slotted. The LCD screen provides a clear and intuitive user interface.
MODE Key – Used to select among available measurements. Used also to access programming menus.
▲and ▼keys – Used to set values and to select steps.
MAN-AUT key – Used to select operating mode between manual and automatic.
Output
status
Cooling fan
status
Secondary
display
Active alarm
Automatic
mode
Manual
mode
Main display
Inductive /
capacitive
Bar graph
Alphanumeric
display
Step status
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Operating modes
There are two possible operating modes, listed below:
– If this display appears at the power On DO NOT USE THE ARROW ▲and ▼
– Press MODE during 3 seconds to exit this page and enter the setup parameter page. Please refer to page xx "Parameter settings from the front
panel" for more details.
Indication of
TEST mode
Total number
of steps
Firmware
revision
Model
variant
– MAN and AUT Modes
• The icons AUT and MAN indicate the operating mode automatic or manual.
• To change the mode, press the MAN / AUT button for 1 second in a row.
• The operating mode remains stored even after removing and reapplying the power supply voltage.
– MAN Mode
• When the unit is in manual mode, you can select one of the steps and manually connected or disconnect it.
• In addition to the specic icon, the alphanumeric display shows MAN in order to highlight the manual mode condition. Press MODE to view the
other measurements as usual.
• While the display shows MAN it is possible to select the step to be switched on or off. To select a step, use the ▲or ▼buttons. The selected step
will flash quickly.
• Press MODE to activate or deactivate the selected step.
• If the selected step has not yet exhausted the reconnection time, the MAN icon will ash to indicate that the transaction has been accepted and
will be conducted as soon as possible.
• Manual conguration of the steps is maintained even when the power supply voltage is removed. When the power returns, the original state of
the steps is restored.
Select step Change step status
MAN mode
icon
Connected
steps
Tot kvar
inserited in
MAN
Manual step
selection
enabled
– AUT Mode
• In automatic mode, the controller calculates the optimum conguration of capacitor steps in order to reach the set cos j.
• The selection criteria takes into account many variables such as: the power of each step, the number of operations, the total time of use, the
reconnection time etc.
• The controller displays the imminent connection or disconnection of the steps with the ashing of their identication number (above). The ashing
can last in cases in which the insertion of a step is not possible due to the reconnection time (discharge time of the capacitor).
• The device initiates automatic corrections when there is an average reactive power request (delta-kvar) higher than 50% of the smallest step, and
the measured cosphi is different from the setpoint.
Measures
– The ALPTEC provides a set of measurements displayed on the alphanumeric display, in conjunction with the current cosphi that is always
displayed on the main display.
– Press the MODE key to scroll through the measures in rotation.
– After 30 seconds without pressing any buttons, the display automatically returns to the default measurement defined by P.47.
– If P.47 is set on the ROT, then the measures rotate automatically every 5 seconds.
– At the bottom of the list of measures it is possible to set the setpoint of the cosphi, acting on the same value set with P.19.
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Measures (continued)
– Below is a table with the measurements displayed.
Measure Icon Description
Delta–kvar Δkvar Kvars needed to reach the cosphi setpoint.
If delta-kvar is positive cpacitors need to be
inserted, if negative to be disconnected.
kvar Total kvar of the plant.
ΔSTEP Number of equivalent steps.
Voltage V RMS voltage of the plant current.
V HI Maximum peak of measure.
Current A RMS current of the plant voltage.
A HI Maximum peak of measure.
Weekly PF WPF Weekly average power factor.
PF Instantaneous total power factor.
Cap. current %C.CU Calculated capacitor current, in % of their
nominal.
%C.HI Maximum peak of measure.
Temperature °C °F Temperature of internal sensor.
°CHI
°FHI
Maximum peak of measure.
Voltage THD THDV Total harmonic distortion % (THD) of plant
voltage.
VH02…
...VH1
5
% voltage harmonic content from 2.nd up to
15.th order
Current THD THDI Total harmonic distortion % (THD) of plant
current.
IH02…
…IH15
% Current harmonic content from 2.nd up to
15.th order
Cosphi setpoint IND
CAP
Setting of desired cosphi setpoint (same as
P.19).
Keypad lock
– A function to exclude all modification to operating parameters can be enabled; measurement viewing is still provided in any case.
– To lock and unlock the keypad, press and keep MODE key pressed.
Then press the ▲key three times and the ▼key twice and after that release MODE.
– The display will show LOC when the keypad is locked and UNL when it is unlocked.
– When the lock is enabled, it is not possible to make the following operations:
• Operation between automatic and manual mode
• Access to set-up menus
• Change of cosphi set-point
– By attempting to conduct the above operations, the display will view LOC to indicate the locked keypad state.
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Expandability
– Thanks to expansion bus, the ALPTEC can be expanded with one EXT… series module.
– To insert an Extansion module:
• Remove the power supply to ALPTEC.
•Remove the protecting cover of the Extansion slot.
•Insert the upper hook of the module into the fixing hole on the top of the expansion slot.
•Rotate down the module body, inserting the connector on the bus
•Push until the bottom clip snaps into its housing.
– When the ALPTEC is powered on, it automatically recognises the EXT module that has been mounted.
– The expansion modules provide additional resources that can be used through the dedicated setup menus.
– The setup menus related to the expansions are always accessible, even if the expansion modules are not physically fitted
– The following table indicates which models of expansion modules are supported
Module Type Code Function
ADDITIONAL STEPS Ext2Gr 2 STEP RELAYS
COMMUNICATION ExtRS485 RS–485
IR programming port
– The parameters of the ALPTEC can be configured through the front optical port, using the IR-USB code CX01 programming dongle, or with the
IR-WiFi code CX02 dongle.
– This programming port has the following advantages:
• You can congure and service the ALPTEC without access to the rear of the device or having to open the electrical panel.
• It is galvanically isolated from the internal circuits of the ALPTEC, guaranteeing the greatest safety for the operator.
• High speed data transfer.
• IP54 front panel protection.
• Limits the possibility of unauthorized access with device cong, since it is necessary to have the CX01 or CX02 dongles.
–Simply hold the CX.. dongle up to the front panel, connecting the plugs to the relevant connectors, and the device will be acknowledged as shown
by the LINK LED on the programming dongle flashing green.
USB programming dongle code CX01 WiFi programming dongle code CX02
Parameter setting (setup) with PC
– You can use the Alptec Remote control software to transfer (previously programmed) set-up parameters from the ALPTEC to the hard drive of the
PC and vice versa.
– The parameter may be partially transferred from the PC to the ALPTEC, transferring only the parameters of the specified menus.
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Parameter setting (setup) from front panel
To access the programming menu (setup):
– Prepare the controller in MAN mode, to disconnect all the steps.
– From the normal measurement display, press MODE for 3 seconds to recall the main menu. SET is displayed on the main display.
– Note: If you have set the password (P.21 = ON) instead of SET the display shows PAS. Set the password using ▲▼and then press MAN-AUT
to confirm
– If the password is correct the unit will show OK U or OK A depending on the entered password is user or advance level. The password can be
defined with parametersP22 and P23. Factorydefault is 001.
– If the entered password is wrong the unit will show ERR
– After having entered the password, the access is enabled until the unit is reinitialized or for 2minutes without pressing any key.
– After having entered the password, repeat the procedure to access the parameter setting.
–Press▲▼to select the desired submenu (BAS ➔ADV ➔ALA ..) that is shown on the alphanumeric display.
– The following table lists the available submenus:
Code Description
BAS Access to Base menu
ADV Accesso to Advanced menu
ALA Accesso to Alarm menu
CMD Access to Command menu
CUS Access to Custom menu (non available on this version)
EXIT Exits without saving (cancel)
SAVE Exits saving modifications.
– Press MAN- AUT to access the submenu.
– When you are in a submenu, the main display shows the code of the selected parameter (eg P.01 ), while the numeric/alphanumeric displays at the
bottom of the screen shows the parameter value and / or description.
– Press MAN- AUT to advance in the selection of items (such as scroll through parameters P.01 ➔P02 ➔P03… ), or press MODE to go back to the
previous parameter.
While a parameter is selected, with ▲ ▼ you can increase/decrease its value.
Backward Increment/decrement Forward
– Once you reach the last parameter of the menu, by pressing MAN-AUT once more will return you to the submenu selection.
– Using ▲▼select SAVE to save the changes or EXIT to cancel.
– Alternatively, from within the programming, holding MAN- AUT for three seconds will save the changes and exit directly.
– If the user does not press any key for more than 2 minutes, the system leaves the setup automatically and goes back to normal viewing without
saving the changes done on parameters (like EXIT).
– N.B.: a backup copy of the setup data (settings that can be modified using the keyboard) can be saved in the eeprom memory of the ALPTEC.
This data can be restored when necessary in the work memory. The data backup 'copy' and 'restore' commands can be found in the Commands
menu.
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Rapid CT set-up
– When the CT value is not known and only used at the moment of the installation, the P.01 parameter for CT primary can remain set at OFF while all the others
can be programmed.
– In this case, during the system installation and once the controller is powered up, the display will show a ashing CT (Current Transformer). By pressing ▲ ▼
the CT primary can be set directly.
Once programmed, press MAN/AUT to conrm. The unit will store the setting into P.01, and directly restart in automatic mode
Parameter table
– Below are listed all the programming parameters in tabular form. For each parameter are indicated the possible setting range and factory default, as well
as a brief explanation of the function of the parameter. The description of the parameter shown on the display can in some cases be dierent from what is
reported in the table because of the reduced number of characters available. The parameter code can be used however as a reference.
Note: The parameters shown in the table with a shaded background are essential to the operation of the system, thus they represent the minimum
programming required for operation.
BASE MENU
Cod Description ACC UoM DEF RANGE
P.01 CT primary Usr A OFF OFF / 1...10.000
P.02 CT secondary Usr A 5 1 / 5
P.03 CT read phase Usr L1 L1
L2
L3
P.04 CT wiring polarity Usr Aut Aut
Dir
Rev
P.05 Voltage read phase Usr L2-L3 L1-L2
L2-L3
L3-L1
L1-N
L2-N
L3-N
P.06 Smallest step power Usr Kvar 1.00 0.10 ... 10000
P.07 Rated capacitor voltage Usr V 410V 50 ... 50000
P.08 Nominal frequency Usr Hz Aut Aut
50Hz
60Hz
Var
P.09 Reconnection time Adv s 180 1 … 30000
P.10 Sensitivity Usr s 30 1 … 1000
P.11 Step 1 function Usr OFF OFF
1…32
ON
NOA
NCA
FAN
A01…A13
P.12 Step 2 function Usr OFF =
P.13 Step 3 function Usr OFF =
P.14 Step 4 function Usr OFF =
P.15 Step 5 function Usr OFF =
P.16 Step 6 function Usr OFF =
P.17 Step 7 function Usr OFF =
P.19 Cos-phi setpoint Usr 0.96
IND
0.50 Ind – 0.50 Cap
P.20 Alarm messages language Usr ENG ENG
ITA
FRA
SPA
POR
DEU
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Parameter table (continued)
P01 – VThe value of the primary current transformer. Example: with CT 800/5 set 800. If set to OFF, after the power-up the device will prompt you to set the CT
and allow direct access to this parameter.
P.02 - Value of the secondary of the current transformers. Example: with CT 800/5 set 5.
P.03 - Denes on which phase the device reads the current signal. The wiring of current inputs must match the value set for this parameter. Supports all
possible combinations of parameter P.05.
P.04 - Reading the connection polarity of the CT.
AUT = Polarity is automatically detected at power up. Can only be used when working with only one CT and when the system has no generator device.
Dir = Automatic detection disabled. Direct connection.
Rev = Automatic detection disabled. Reverse wiring (crossover).
P.05 - Denes on which and on how many phases the device reads the voltage signal. The wiring of voltage inputs must match the setting for this parameter.
Supports all possible combinations of parameter P.03.
P. 0 6 - Value in kvar of the smallest step installed (equivalent to the step weight 1). Rated power of the capacitor bank provided at the rated voltage specied in
P. 0 7 .
P.07 - Rated plate capacitor, which is delivered in specied power P.06. If the capacitors are used to a voltage dierent (lower) than nominal, the resulting
power is automatically recalculated by the device.
P.08 - Working frequency of the system:
Aut = automatic selection between 50 and 60 Hz at power on.
50Hz = xed to 50 Hz.
60Hz = xed to 60 Hz.
Var = variable, measured continuously and adjusted.
P.09 - Minimum time that must elapse between the disconnection of one step and the subsequent reconnection both in MAN or AUT mode. During this time
the number of the step on the main page is blinking.
P.10 - Connection sensitivity. This parameter sets the speed of reaction of the controller. With small values of P.10 the regulation is fast (more accurate around
the setpoint but with more step swithchings). With high values instead we’ll have slower reactions of the regulation, with fewer switchings of the
steps. The delay time of the reaction is inversely proportional to the request of steps to reach the setpoint: waiting time = (sensitivity / number of steps
required).
Example: setting the sensitivity to 60s, if you request the insertion of one step of weight 1 it is exptected 60s (60/1 = 60). If instead serve a total of 4 steps will
be exptected 15s (60/4 = 15).
P11 ... P18 - Function of output relays 1 ... 8:
OFF = Not used.
1..32=Weight of the step. This relay drives a bank of cpacitors which power is n times (n = 1…32) the smallest power dened with parameter P.06.
ON = Always on.
NOA = Alarm normally de-energized. The relay is energized when any alarm with the Global alarm property arises.
NCA = Alarm normally energized. The relay is de-energized when any alarm with the Global alarm property arises.
FAN = The relay controls the cooling fan.
A01 ... A13 = The relay is energized when the alarm specied is active.
P.19 - Setpoint (target value) of the cosphi. Used for standard applications.
P.20 - Language of scrolling alarm messages.
ADVANCED MENU
Cod Description ACC UoM DEF RANGE
P.21 Password enable Adv ON OFF
ON
P.22 User password Usr 001 0-999
P.23 Advanced password Adv 014 0-999
P.24 Wiring type Usr 3PH 3PH Threephase
1PH Singlephase
P.25 Step trimming Usr ON ON Activated
OFF
P.26 Setpoint clearance + Usr 0.00 0 – 0.10
P.27 Setpoint clearance - Usr 0.00 0 – 0.10
P.28 Step insertion mode Usr STD STD Standard
Lin Lineare
P.29 Cogeneration cosφ setpoint Usr OFF OFF /
0.50 IND – 0.50
CAP
P.30 Disconnection Sensitivity Usr s OFF OFF / 1 – 600
P.31 Step disconnection passing in MAN Usr ON OFF
ON Activated
P.32 Capacitor current overload alarm threshold(1) Adv % N.A. OFF / 100...150
P.33 Capacitor overload immediate disconnection
threshold(1)
Adv % N.A. OFF / 100.. 200
P.34 VT primary Usr V OFF OFF / 50-50000
P.35 VT secondary Usr V 100 50-500
P.36 Temperature UoM Usr °C °C °Celsius
F °Fahrenheit
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Parameter table (continued)
Cod Description ACC UoM DEF RANGE
P.37 Fan start temperature Adv ° 55 0 .. 100°C
(32...212°F)
P.38 Fan stop temperature Adv ° 50 0 .. 100°C
(32...212°F)
P.39 Temperature alarm threshold Adv ° 45 50 .. 100°C
(122...212°F)
P.40 Step failure alarm threshold Adv % 75 OFF / 25…100
P.41 Maximum voltage alarm threshold(1) Adv % N.A. OFF / 90...150
P.42 Minimum voltage alarm threshold(1) Adv % N.A. OFF / 60..110
P.43 THD V alarm threshold(1) Adv % N.A. OFF / 5..250
P.44 THD I alarm threshold(1) Adv % N.A. OFF / 5..250
P.45 Maintenance interval Adv h 4380 1 - 30000
P.46 Bar-graph function Usr Kvar ins/
tot
Kvar ins/tot
Corr att/nom
Delta kvar att/tot
P.47 Default auxiliary measure Usr V Deltakvar
V
A
WeekPF
Overload
Temp
THDV
THDI
ROT
P.48 Backlight ashing on alarm Usr ON OFF
ON
P.49 Serial node address Usr 01 01-255
P.50 Serial speed Usr bps 9.6k 1.2k
2.4k
4.8k
9.6k
19.2k
38.4k
P.51 Data format Usr 8 bit – n 8 bit, sans parité
8 bit, impair
8bit, pair
7 bit, impair
7 bit, pair
P.52 Stop bits Usr 1 1-2
P.53 Protocol Usr Modbus
RTU
Modbus RTU
Modbus ASCII
(1) Any modication of these parameters without written authorisation from Alpes excludes all warranty for the equipments
P.21 – If set to OFF, password management is disabled and anyone has access to the settings and commands menu.
P.22 – With P.21 enabled, this is the value to specify for activating user level access. See Password access chapter.
P.23 – As for P.22, with reference to Advanced level access
P.24 – Number of phases of the power correction panel.
P.25 - Enables the measurement of the actual power of the step, performed each time they are switched in. The measure is calculated, as the current
measurement is referred to the whole load of the plant. The measured power of the steps is adjusted (trimmed) after each switching and is displayed on
the step life statistic page.
P.26 – P.27 - Tolerance around the setpoint. When the cosphi is within the range delimited by these parameters, in AUT mode the device does not connect /
disconnect steps even if the delta-kvar is greater than the smallest step.
P.28 - Selecting mode of steps insertion.
Standard mode - Normal operation with free selection of the steps
Linear mode - the steps are connected in progression from left towards right only following the step number and according to the LIFO (Last In First
Out) logic. The controller will not connect a step when the system steps are of dierent ratings and by connecting the next step, the set-point value
would be exceeded.
P.29 - Setpoint used when the system is generating active power to the supplier (with negative active power / power factor ).
P.30 - Disconnection sensitivity. Same as the previous parameter but related to disconnection. If set to OFF the disconnection has the same reaction time of
connection set with the previous parameter.
P.31 - If set to ON, when switching from AUT mode to MAN mode, steps are disconnected in sequence.
P.32 – Trip threshold for the capacitors overload protection (alarm A08), that will arise after a integral delay time, inversely proportional to the value of the
overload.
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P.33 - Threshold beyond which the integral delay for tripping of the overload alarm is zeroed, causing the immediate intervention of the A08 alarm.
P.34 – P.35 – Data of VTs eventually used in the wiring diagrams.
Parameter table (continued)
P.37 – P.38 - Start and stop temperature for the cooling fan of the panel, expressed in the unit set by P.36.
P.39 - Threshold for generation of alarm A07 Panel temperature too high .
P.40 - Percentage threshold of the residual power of the steps, compared with the original power programmed in general menu. Below this threshold the
alarm A10 step failure is generated.
P.41 - Maximum voltage alarm threshold, referred to the rated voltage set with P.07, beyond which the alarm A06 Voltage too high is generated.
P.42 - Undervoltage alarm threshold, referred to the rated voltage set with P.07, below which the alarm A05 voltage too low is generated.
P.43 - Maximum plant voltage THD alarm threshold, beyond which the alarm A10 THDV too high is generated.
P.44 – Maximum plant current THD alarm threshold beyond which the alarm A05 voltage too low is generated.
P.45 – Maintenace interval in hours. When it is elapsed, the alarm A12 maintenance interval will be generated. The hours count increments as long as the
device is powered.
P.46 – Function of the semi-circular bar-graph.
Kvar ins/tot: The bar graph represents the amount of kvar actually inserted, with reference to the total reactive power installed in the panel.
Curr act/nom: Percentage of actual plant current with reference to the maximum current of the CT.
Delta kvar: bar graph with central zero. It represents the positive/negative delta-kvar needed to reach the setpoint, compared to the total kvar installed.
P.47 – Default measure shown on the secondary display. Setting the parameter to ROT, the dierent measures will be shown with a sequential rotation.
P.48 – If set to ON, the display backlight ashes in presence of one or more active alarms.
P.49 – Serial (node) address of the communication protocol.
P.50 – Communication port transmission speed.
P.51 – Data format. 7 bit settings can only be used for ASCII protocol.
P.52 – Stop bit number.
P.53 – Select communication protocol.
ALARM MENU
Cod Description ACC UoM DEF RANGE
P.61 Alarm activation A01 Adv ALA OFF
ON
ALA
DISC
A+D
P.62 Alarm delay A01 Adv 15 0-240
P.63 Delay UoM A01 Adv min Min
Sec
P.64 Alarm activation A02 Adv ALA OFF
ON
ALA
DISC
A+D
P.65 Alarm delay A02 Adv 120 0-240
P.66 Delay UoM A02 Adv Sec Min
Sec
P.67 Alarm activation A03 Adv ALA OFF
ON
ALA
DISC
A+D
P.68 Alarm delay A03 Adv 5 0-240
P.69 Delay UoM A03 Adv Sec Min
Sec
P.70 Alarm activation A04 Adv ALA OFF
ON
ALA
DISC
A+D
P.71 Alarm delay A04 Adv 120 0-240
P.72 Delay UoM A04 Adv Sec Min
Sec
P.73 Alarm activation A05 Adv A+D OFF
ON
ALA
DISC
A+D
P.74 Alarm delay A05 Adv 0 0-240
P.75 Delay UoM A05 Adv Sec Min
Sec
P.76 Alarm activation A06 Adv A+D OFF
ON
ALA
DISC
A+D
P.77 Alarm delay A06 Adv 0 0-240
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P.78 Delay UoM A06 Adv Sec Min
Sec
P.79 Alarm activation A07 Adv A+D OFF
ON
ALA
DISC
A+D
P.80 Alarm delay A07 Adv 30 0-240
P.81 Delay UoM A07 Adv Sec Min
Sec
P.82 Alarm activation A08 Adv A+D OFF
ON
ALA
DISC
A+D
P.83 Alarm delay A08 Adv 60 0-240
P.84 Delay UoM A08 Adv Sec Min
Sec
P.85 Alarm activation A09 Adv A+D OFF
ON
ALA
DISC
A+D
P.86 Alarm delay A09 Adv 0 0-240
P.87 Delay UoM A09 Adv Sec Min
Sec
P.88 Alarm activation A10 Adv A+D OFF
ON
ALA
DISC
A+D
P.89 Alarm delay A10 Adv 5 0-240
P.90 Delay UoM A10 Adv Sec Min
Sec
P.91 Alarm activation A11 Adv A+D OFF
ON
ALA
DISC
A+D
P.92 Alarm delay A11 Adv 5 0-240
P.93 Delay UoM A11 Adv Sec Min
Sec
P.94 Alarm activation A12 Adv ALA OFF
ON
ALA
DISC
A+D
P.95 Alarm delay A12 Adv 0 0-240
P.96 Delay UoM A12 Adv Sec Min
Sec
P.97 Alarm activation A13 Adv A+D OFF
ON
ALA
DISC
A+D
P.98 Alarm delay A13 Adv 5 0-240
P.99 Delay UoM A13 Adv Sec Min
Sec
P.61 - Enable alarm A01 and denes the behavior of the controller when the alarm is active:
OFF - Alarm disabled
ON - Alarm enabled
ALA - Alarm enabled, excitement global alarm relay (if set)
DISC - Alarm enabled, logo step
A+D=Excitement alarm relay and disconnection of the steps.
P.62 - Delay alarm A01.
P.63 - Unit of delay alarm A01.
P.64 – Like P.61 for alarm A02.
P.65 – Like P.62 for alarm A02.
P.66 – Like P.63 for alarm A02.
…
P.97 – Like P.61 for alarm A13.
P.98 – Like P.62 for alarm A13.
P.99 – Like P.63 for alarm A13.
Note: Any modication of these alarm settings without written authorisation from Alpes excludes all warranty for the equipments
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Commands menu
– The commands menu allows executing some occasional operations like reading peaks resetting, counters clearing, alarms reset, etc.
– If the Advanced level password has been entered, then the commands menu allows executing the automatic operations useful for the device conguration.
– The following table lists the functions available in the commands menu, divided by the access level required.
– With controller in MAN mode, press the MODE button for 5 seconds.
– Press ▲to select CMD.
– Press MAN-AUT to access the Commands menu.
– Select the desired command with MODE or MAN-AUT.
– Press and hold for three seconds ▲if you want to execute the selected command. ALPTEC shows OK? with a countdown.
– If you press and hold ▲until the end of the countdown the command is executed, while if you release the key before the end, the command is canceled.
COD COMMAND PWD.
ACCESS LEVEL DESCRIPTION
C01 RESET MAINTENANCE Adv Reset maintenance service interval.
C02 RESET STEP COUNT Adv Reset step operation counters.
C03 RESET STEP TRIMMING Adv Reload originally programmed power into step trimming.
C04 RESET STEP HOURS Adv Reset step operation hour meters.
C05 RESET MAX VALUES Adv Reset maximum peak values.
C06 RESET WEEKLY TPF Adv Resets weekly total power factor history.
C07 SETUP TO DEFAULT Adv Resets setup programming to factory default.
C08 SETUP BACKUP Adv Makes a backup copy of user’s setup parameters settings.
C09 SETUP RESTORE Adv Reloads setup parameters with the backup of user settings.
Alarm description
COD ALARM DESCRIPTION
A01 Undercompensation All the available steps are connected but the cosphi is still more inductive than the setpoint.
A02 Overcompensation All the steps are disconnected but the cosphi is still more capacitive than the setpoint.
A03 Current too low The current owing in the current inputs is lower than minimum measuring range. The plent should be
o-load.
A04 Current too high The current owing in the current inputs is higher than maximum measuring range.
A05 Voltage too low The measured voltage is lower than the threshold set with P.42.
A06 Voltage too high The measured voltage is higher than the threshold set with P.41.
A07 Panel temperature too high The panel temperature is higher than threshold set with P.39.
A08 Capacitor current overload The calculated capacitor current overload is higher than threshold set with P.32 and P.33.
A09 No-Voltage release A no-voltage release has occoured on the line voltage inputs, lasting more than 8ms.
A10 Voltage THD too high The THD of the plant voltage is higher than the threshold set with P.43.
A11 Current THD too high The THD of the plant current is higher than the threshold set with P.44.
A12 Maintenance requested The maintenance interval set with P.45 has elapsed. To reset the alarm use the command C.xx (see
Command menu)
A13 Step failure The residual power of step xx is lower than minimum threshold set with P.40.
COD DESCRIPTION ENABLE ALARM RELAY DISCONNECTION DELAY
A01 Undercompensation •• 15 min
A02 Overcompensation •• 120 s
A03 Current too low •• 5s
A04 Current too high •• 120 s
A05 Voltage too low •••0s
A06 Voltage too high •••0s
A07 Capacitor current overload •••30 s
A08 Temperature too high •••60 s
A09 No-Voltage release •••0s
A10 Voltage THD too high •••5s
A11 Current THD too high •••5s
A12 Maintenance requested •• 0s
A13 Step failure •••5s
Alarms
– When an alarm is generated, the display will show an alarm icon, the code and the description of the alarm in the language selected.
– If the navigation keys in the pages are pressed, the scrolling message showing the alarm indications will disappear momentarily, to reappear again after a
few seconds.
– Alarms are automatically resetted as soon as the alarm conditions that have generated them disappear.
– In the case of one or more alarms, the behaviour of the ALPTEC depends on the properties settings of the active alarms.
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Installation
– ALPTEC is designed for ush-mount installation. With proper mounting, it guarantees IP54 front protection.
– From inside the panel, for each four of the xing clips, position the clip in one of the two sliding guide, then press on the clip corner until the second guide
snaps in.
– Push the clip forward pressing on its side and making it slide on the guides until it presses completely on the internal surface of the panel.
– For the electrical connection see the wiring diagrams in the dedicated chapter and the requirements reported in the technical characteristics table.
CX02 Dongle usage
– The CX02 dongle oers WiFi Access point capability for connection to PC, Tablet or smartphones. In addition to this function it also oer the possibility to
store and transfer a block of data from/to the DCRL.
– Insert the interface CX02 into the IR port of DCRL on the front plate.
– Switch CX02 on by pressing the button for 2 sec.
– Wait until the LINK LED becomes orange ashing.
– Press 3 times consecutively and fast the dongle button.
– At this point the display of the DCRL shows the rst of the 6 possible commands (D1…D6).
– Press ▲▼to select the desired command.
– Press MAN-AUT to execute the selected command. The unit will prompt for a conrmation (OK?). Press once again MAN-AUT to conrm or MODE to cancel.
– The following table lists the possible commands:
COD COMMAND DESCRIPTION
D1 SETUP DEVICE ➔CX02 Copies Setup settings from DCRL to CX02.
D2 SETUP CX02 ➔DEVICE Copies Setup settings from CX02 to DCRL.
D3 CLONE DEVICE ➔CX02 Copies Setup settings and working data from DCRL to CX02.
D4 CLONE CX02 ➔DEVICE Copies Setup settings and working data from CX02 to DCRL.
D5 INFO DATA CX02 Shows information about data stored into CX02.
D6 EXIT Exits from dongle menu.
For additional details see CX02 Operating manual
Wiring diagrams
WARNING! Disconnect the line and the supply when operating on terminals.
Standard Three-phase wiring
Typical diagram - do not represent the internal connexion of our capacitor banks
THREE-PHASE CONNECTION TYPE “A” – P.11 set to A.con (default)
Default wiring conguration for standard applications.
Voltage measure 1 ph-to-ph voltage reading L1-L2
Current measure L3 phase
Phase angle oset Between V (L1-L2 ) and I (L3) ➔90°
Capacitor overload current measure 1 reading calculated on L1-L2
Parameter setting P.03 = L3
P.05 = L1-L2
P.24 = 3PH
NOTES : – For three-phase connection, the voltage input must be connected phase to phase; the current transformer must be connected on the remaining phase.
– The polarity of the current/voltage input is indierent.
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Wiring diagrams (continued)
Single-phase wiring
Typical diagram - do not represent the internal connexion of our capacitor banks
SINGLE-PHASE CONNECTION
Wiring conguration for single-phase applications
Voltage measure 1 phase voltage reading L1-N
Current measure L1 phase
Phase angle oset Between V (L1-N ) and I (L1) ➔0°
Capacitor overload current measure 1 reading calculated on L1-N
Parameter setting P.03 = L1
P.05 = L1-N
P.24 = 1PH
NOTES: – IMPORTANT: The polarity of the current/voltage input is indierent
Conguration with MV measurement and correction on LV side
Typical diagram - do not represent the internal connexion of our capacitor banks
Conguration with MV measurement and LV correction
Voltage measure 3 ph-to-ph voltage reading L1-L2, L2-L3, L3-L1
on MV side
Current measure L1-L2-L3 phase
Phase angle oset 90°
Capacitor overload current measure 1 reading on L1-L3, LV side
Parameter setting P.03 = L3
P.05 = L1-L2
P.24 = 3PH
P.34 = VT primary
P35 = VT secondary
NOTES: IMPORTANT! – The polarity of the current/voltage input is indierent.
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Terminals position
ALPTEC3 ALPTEC5
Mechanical dimensions and front panel cutout (mm)
Technical characteristics
Supply
Rated voltage Us 100 – 440 VA
110 – 250 V=
Operating voltage range 90 – 484 VA
93,5 – 300 V=
Frequency 45 – 66 Hz
Power consumption/dissipation 3,5 W / 9,5 VA
Novoltagerelease >=8ms
Immunity time for microbreakings < = 25ms
Recommended fuses F1A (rapide)
Voltage inputs
Maximum rated voltage Ue 600VAC L-L (346VAC L-N)
Measuring range 50…720V L-L (415VAC L-N)
Frequency range 45…65Hz – 360…440Hz
Measuring method True RMS
Measuring input impedance > 0.55M L-N
> 1,10M L-L
Wiring mode Single-phase, two-phase, three-
phase with or without neutral or
balanced three-phase system.
Recommended fuses F1A (fast)
Current inputs
Rated current Ie 1AAor 5 AA
Measuring range for 5A scale: 0.025 - 6AA
for 1A scale: 0.025 – 1.2AA
Type of input Shunt supplied by an External
current transformer (low voltage).
Max. 5A
Measuring method True RMS
Overload capacity +20% Ie
Overload peak 50A for 1 second
Power consumption <0.6VA
Measuring accuracy
Line voltage ±0.5% f.s. ±1digit
Relay output: ALPTEC3.2 OUT 1 - 2 / ALPTEC5.2 OUT 1 - 4
Contact type
ALPTEC3
ALPTEC5
2 x 1 NO + contact common
4 x 1 NO + contact common
UL Rating B300
30V= 1A Pilot Duty
Max rated voltage 440 VA
Rated current AC1-5 A 250 VAAC15-1,5 A 440 VA
Maximum current at contact
common
10 A
Relay output: ALPTEC3.2 OUT 3 / ALPTEC5.2 OUT 5
Contact type 1 changeover
UL Rating B300
30V= 1A Pilot Duty
Max rated voltage 415 VA
Rated current AC1- 5 A 250 VAAC15-1,5 A
440 VA(NO only)
Insulation voltage
Rated insulation voltage Ui 600 VA
Rated impulse withstand voltage
Uimp
9,5 kV
Power frequency withstand voltage 5,2 kV
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Technical characteristics (continued)
Ambient operating conditions
Operating temperature -20 - +60°C
Storage temperature -30 - +80°C
Relative humidity < 80 % (IEC/EN 60068-2-78)
Maximum pollution degree 2
Overvoltage category 3
Measurement category III
Climatic sequence Z/ABDM (IEC/EN 60068-2-61)
Shock resistance 15 g (IEC/EN 60068-2-27)
Vibration resistance 0,7 g (IEC/EN 60068-2-6)
Connections
Terminal type Plug-in / removable
Cable cross section (min… max) 0.2...2.5 mmq (24…12 AWG)
UL Rating 0.75...2.5 mm² (18…12 AWG)
Cable cross section (min… max) 0.56 Nm (5 LBin)
Housing
Version Flush mount
Material Polycarbonate
Degree of protection IP54 on front - IP20 terminals
Weight 350g
Certications and compliance
cULus Pending
Reference standards IEC/EN 61010-1, IEC/EN 61000-6-2
IEC/ EN 61000-6-3
UL508 and CSA C22.2-N°14
UL Marking Use 60°C/75°C copper (CU)
conductor only
AWG Range: 18 - 12 AWG stranded
or solid
Field Wiring Terminals Tightening
Torque:
4.5lb.in
Flat panel mounting on a Type 1
enclosure
Auxiliary supply connected to a line with a phase-neutral voltage ≤300V
P.A.E. Les Glaisins
7 rue des Bouvières
B.P. 332
74 943 ANNECY-LE-VIEUX cedex
FRANCE
Téléphone : + 33 (0)4.50.64.05.13.
FAX : + 33 (0)4.50.64.04.37.
Site : www.alpestechnologies.com
E-mail : [email protected]
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