AFFICHEURS DÉPORTÉS - REMOTE INTERFACES ATyS D10 & D20 Notice d utilisation - Operating instructions F GB MAKE YOUR BUSINESS SAFE SOCOMEC GROUP SWITCHING PROTECTION & UPS
F Sommaire PRÉSENTATION GÉNÉRALE ATyS D10 et D20 3 INSTALLATION ATyS D10 et D20 4 Montage 4 Raccordements 4 Caractéristiques 4 UTILISATION ATyS D10 5 Affichage 5 UTILISATION ATyS D20 6 Affichage 6 Clavier 7 Version logiciel 7 Programmation 8 Exploitation 18 Fonctionnement 20 Visualisation 20 GB Summary GENERAL PRESENTATION ATyS D10 & D20 23 INSTALLATION ATyS D10 & D20 24 Mounting 24 Connection 24 Characteristics 24 ATYS D10 25 Display 25 ATyS D20 26 Display 26 Keypad 27 Software version 27 28 Control and Test modes 38 Operational sequences 40 Visualisation 40 2
GENERAL PRESENTATION ATyS D10 & D20 ATyS D10 and D20 models are remote interfaces designed for easy integration on front panels. They can be connected to ATyS 6e, 6m and C30 products to allow remote access to display or control features. 23
INSTALLATION ATyS D10 & D20 Mounting Door fixing: 2 holes, diameter 22.5 mm Maximum thickness of the door: 20 mm 96 x 96 Ø 22.5 20 ATYS 161 A 40 36 = = ATYS 147 A 1 Door drilling (1) RJ45 plug for ATyS connection Connection Connection only on AtyS 6e, 6m or C30 products. > Cable RJ45 type 8/8 not isolated Type RJ45 ATyS C30 > Maximum cable length 3m > Tightning torque 4 N.m ATYS 313 A GB 4 3 2 1 ATyS D10/D20 Characteristics > IP IP21 standard IP54 using gasket > Operation Temperature: -10 to + 55 C hygrometry: 80% humidity at 55 C 95% humidity at 40 C 24
ATyS D10 Display ATyS D10 allows remote display of transfer system positions, sources availability and operational mode. and operations remain available directly on master product (ATyS 6e, 6m or C30). Source 1 available Power On ATyS Product faulty, transfer error Possible to reset after error disappearance the power supplies of the master product (ATyS 6e, 6m, C30) for 3 minutes Source 2 available Transfer system in position 1 ATYS 145 B Transfer system in Automatic mode Transfer system in position 0 Transfer system in position 2 25
ATyS D20 Display Keypad Software version Control and Test modes Operational sequences Visualisation Display ATyS D20 allows remote display of transfer system positions, sources availability, operational mode and metering. and operations (Test and Control) are also available. Master product (ATyS 6e, 6m or C30) display is deactivated as soon as the remote interface is connected. Power On Manual mode active Padlock* Product faulty, transfer error Possible to reset after error disappearance: switch off the power supplies of the master product (ATyS 6e, 6m, C30) for 3 minutes Source 1 available Source 2 available Transfer system in position 1 Transfer system in position 2 Transfer system in position 0 Transfer system in automatic mode ATYS 146 B Control mode active Test mode active mode active * only on ATyS 6e and 6m 26
Display Priority source Phases (wires) displayed Units Informations source 1 source 2 sources 1 & 2 (split screen) Power factor Capacitive or inductive Signed values (power) Values Keypad ATYS 146 C ATYS 318 A Access to AUT, Test, Control and Prog modes Direct Access to Test and Control functionalities or navigation Allows main menu access in visualisation mode or validation Software version Software version of the master product is displayed immediately after ATyS 6e, 6m or C30 power on. ATYS 319 A 27
ATyS D20 Display Keypad Software version Control and Test modes Operational sequences Visualisation > Enter into programming mode Step 1: Press the mode push button until Prog led is blinking Step 2: Press validation push button. PROG led becomes fixed and access code is displayed Step 3: Enter access code (1000 factory default) using keypad left, right, top and bottom Step 4: Press validation push button to enter programming mode > mode exit Step 1: Press the ESC push button when not entering any value, to come back to main programming menu Step 2: Press again on ESC push button to exit programming New Active mode (Automatic or Manual) depends on information from the master device (ATyS 6e, 6m ou C30) 28
> Navigation in programming mode Step 1: To access required menu, press navigation push buttons left and right Step 2: To access parameter to modify press navigation push buttons top and bottom Step 3: To modify the parameter, press push button right to make the required parameter blinking Step 4: Press push buttons top and bottom to increment or decrement the value of the parameter Step 5: Press validation push button to validate In case of parameter displayed on 2 lines, press validation push button after first line modification to access next one ESC push button allows to come back to main menu or to cancel the modification 29
ATyS D20 Display Keypad Software version Control and Test modes Operational sequences Visualisation ARCHITECTURE OF THE PROGRAMMING MENU ATYS 327 A * 30
* * * * only on Atys 6m option on ATyS 6e & 6m * only on ATyS C30 visible if option LS selected and active 31
ATyS D20 Display Keypad Software version Control and Test modes Operational sequences Visualisation VARIABLES CHARACTERISTICS > Setup LCD Denomination Setting range Default values nt Type of network 1BL, 2BL, 2NBL 4NBL (cf. ATyS 6 or C30 instruction manual) 3NBL, 4NBL, 41NBL, 42NBL Un Network Nominal voltage 100 to 480 V 400 V Phase-Neutral voltage for 1BL & 41NBL Phase-Phase voltage for others ScE Source 1 - Switch I or II configuration I, II I Source 1 (controlled and displayed) linked to switch I or II (depending on cabling) Fn Network nominal Frequency 50 or 60 Hz 50 Hz Ct* CTs primary current 50 to 5000/5 A 500/5 A (5 A secondary CT) Gen Genset start signal state NO, NC NO Normally opened or closed Pri Network priority selection 1, 2 1 Keypad selection (1 or 2) Also possible via external contact Using option Mtf Manual Retransfer Yes, No No Activation of the feature LoG Type of control logic selection IMP, CON, bre* IMP Impulse, contactor or breaker* AC* Number of position auxiliary contacts used, depending on transfer 0, 2, 3 2 device type (switch, contactor, breaker) rn1 Allows 0 position command after loss of main source (source 1) Yes, No No rn2 Allows 0 position command after loss of emergency source (source 2) Yes, No No CrS Number of permutation counter Reset Yes, No No CP code modification 0001 to 9999 1000 Possible to change the code * only on AtyS 6m only on ATyS 6e & 6m * only on ATyS C30. 32
> Voltage thresholds LCD Denomination Setting range Default values ou Network 1 over voltage threshold 102-120% 115% ouh Network 1 over voltage threshold hysteresis 101-119% 110% (< ou) uu Network 1 under voltage threshold 80-98% 85% uuh Network 1 under voltage threshold hysteresis 81-99% 95% (> uu) ou Network 2 over voltage threshold 102-120% 115% ouh Network 2 over voltage threshold hysteresis 101-119% 110% (< ou) uu Network 2 under voltage threshold 80-98% 85% uuh Network 2 under voltage threshold hysteresis 81-99% 95% (> uo) Values defined are % of nominal values. Hysteresis thresholds must be programmed according to over and under voltage thresholds (respectively under & above). > Frequency thresholds LCD Denomination Setting range Default values of Network 1 over frequency threshold 101 to 120% 105% ofh Network 1 over frequency threshold hysteresis 100.5-119.5% 103% (< of) uf Network 1 under frequency threshold 80-99% 95% ufh Network 1 under frequency threshold hysteresis 80.5-99.5% 97% (> uf) of Network 2 over frequency threshold 101-120% 105% ofh Network 2 over frequency threshold hysteresis 100.5-119.5% 103% (< of) uf Network 2 under frequency threshold 80-99% 95% ufh Network 2 under frequency threshold hysteresis 80.5-99.5% 97% (> uf) Values defined are % of nominal values. Hysteresis thresholds must be programmed according to over and under frequency thresholds (respectively under & above). 33
ATyS D20 Display Keypad Software version Control and Test modes Operational sequences Visualisation > Timers LCD Denomination Setting range Default values Mft Main Failure Timer From 0 to 60 s 5 s Delays priority network failure detection dtt Delay on transfer timer From 0 to 60 s 5 s Emergency network stability validation before transfer OMf O Main Failure Timer From 0 to 20 s 0 s Rest in O position when transferring from main network to emergency network Mrt Main Return Timer From 0 to 30 min 1 min Main network stability validation before re-transfer OMr O Main Return Timer From 0 to 20 s 5 s Rest in O position when re-transferring from emergency network to main network Cdt Cool Down Timer From 0 to 10 min 4 min Allows generator cooling down period after load s retransfer from emergency source (generator) to Main source > Communication Only on ATyS 6e or 6m in case of optional communication module. LCD Denomination Setting range Default values Add Device address 1 to 247 5 bd Communication speed 2400, 4800, 9600, 9600 19200, 38400 StoP Stop bit 1, 2 1 PAr Parity bit No, Odd, Even No 34
> Inputs/Outputs 2 inputs (In1, In2) and 2 outputs (Ou1, Ou2) as standard on ATyS C30. Possibility to connect 2 modules 2 Inputs/2 Outputs on ATyS 6e & 6m. - First module: In1, In2, Ou1, Ou2 - Second module In3, In4, Ou3, Ou4. Refer to ATyS C30, 6e or 6m instruction manual for terminals identification. Input/ Output Function Relay State I1 to I4 Ft1, Ft2, Ft3, Ft4, Pri, NO or NC Mtf, S2A, Man, TOL, TFL, EJP, CTS O1 to O4 S1A, S2A, LS, / NO Input (In2, Ft2) and output (Ou1, S1A) programming example: Step 1: Press right push button to make first variable blinking (Ft2 ou S1A) Step 2: press top and bottom push buttons to modify the variable Step 3: press validation Step 4: press bottom push button to acces no variable selection ATYS 328 A 35
ATyS D20 Display Keypad Software version Control and Test modes Operational sequences Visualisation Variables description Inputs Variable Ft1 Ft2 Ft3* Ft4* Pri Mtf S2A Man CTS TOL TFL Description Fault input 1. The fault led is blinking as soon as the input is active and Ft1 is displayed on LCD. Reset when the input is de-activated Fault input 2. The fault led is blinking as soon as the input is active and Ft2 is displayed on LCD. Reset when the input is de-activated Fault input 3. The fault led is blinking as soon as the input is active and Ft3 is displayed on LCD. The transfer switch is immediately driven in 0 position. Keypad action (Esc) necessary to Reset the fault Fault input 4. The fault led is blinking as soon as the input is active and Ft4 is displayed on LCD. The transfer switch is immediately driven in 0 position. Keypad action (Esc) necessary to Reset the fault Priority network selection. Network 1 has priority when input is not activated. Network 2 has priority if input is active Remote manuel re-transfer. Feature identical to manual re transfert on keypad. Re-transfer from priority network to backup network is allowed from input activation (1 s front). The Mtf variable in the setup menu must be selected (Yes) to allow input recognition Information source 2 available (Genset) used instead of voltage/frequency measurement from ATyS (inhibited when S2A is selected) Information transfer system in manual mode. All automatic commands (+ test on load and control commands) are inhibited as soon as the input is activated Remote transfer control. Possible to initiate transfer from priority source to backup source before DTT ends. If DTT is set to its maximum value (60s), the transfer is initiated as soon as the input is activated (1 s front) Remote test on load. Started from input activation. Re-transfer is blocked until input de-activation Remote test off load. Started from input activation (remote genset start/stop) EJP 2 inputs one automatically affected to EJP input 1 for EJP advice, to start generator input 2 to transfer on emergency source Retransfer is activated when input 2 disapears * only on ATyS C30, specific fault operation (Ft2 and Ft3) only as option on ATyS C30, standard features on ATyS 6e et 6m. Outputs Variable S1A S2A LS Description Source 1 available. Output activated as soon as source 1 is considered available (similar to front led source 1) Source 2 available. Output activated as soon as source 2 is considered available (similar to front led source 2) Load shedding relay. LS timer corresponds to time available to disconnect the shed loads. The relay is activated before permutation on standby network according to LS timer. The relay is de-activated after retransfer on mains network and LS timer countdown 36
LOAD SHEDDING CONFIGURATION LS variable allows associated LS timer configuration. Output Associated funciton Setting range Default value O1 to O4 LS 0 to 60 s ( DTT)* 2 * In case of DTT variable configuration below LS, LS will be automatically set to to DTT value. > Example: load shedding configuration Step 1: Press right push button to make first variable blinking (LS) function Step 2: press push buttons top and bottom to modify the variable Step 3: Press validation Step 4: Press bottom push button to access timer value configuration ATYS 329 A GB timer 37
ATyS D20 Display Keypad Software version Control and Test modes Operational sequences Visualisation Control and Test modes It is possible to start test sequences or to control electrically the changeover system from keypad. NAVIGATION > Enter Control or Test modes Step 1: Press mode push button to make test or control led blinking Step 2: Press validation push button to make control or test led become fixed CONTROL MODE Access code is displayed directly TEST MODE It is possible to test leds and LCD without entering any code by pressing directly Test on load or test off load access codes are displayed after pressing or Enter the code 4000 using left, right, top and bottom push buttons Press validation push button to enter 38
Control and Test modes > Exit control or test modes Press ESC push button The new operational mode (automatic or manual) depends on information from master ATyS (6e, 6m ou C30) > Control or Test modes use Direct access by pressing and To start a test (off load or on load) or to control the changeover switch electrically, press, and push buttons 39
ATyS D20 Display Keypad Software version Control and Test modes Operational sequences Visualisation Operational sequences Refer to ATyS 6e, 6m or C30 manuals for more information on operational sequences and controls: sources control, tests cycles, loss of priority source sequence, priority source return sequence. Visualisation It is possible to display controlled parameters in both automatic and manual modes (but not during programming). No code is required to perform visualisation. Permutation cycles have priority over visualisation and display timer countdown during cycle operation. > If both sources are available: One visualisation screen is split into 2 parts and displays simultaneously voltage and frequency values on both networks. If a timer is active, on one of the source, its countdown is displayed instead of voltage and frequency values. Examples: Without keypad activation or any operational sequence during 5 minutes, the LCD comes back to default display mode and stops the backlight. > If only one source is present: During permutation cycle, voltage and frequency values of the available source (active) are displayed on 2 lines. The name of the active timer and its countdown are displayed on remaining 2 lines. Out of a permutation cycle, phase to phase voltages and frequency are displayed. Examples: ATYS 331 A ATYS 332 A Press left, right, top & bottom push buttons to access available screens Press navigation push button to navigate in visualisation, displaying all available screens 40
Visualisation ARCHITECTURE OF VISUALISATION MENU * * * * * * ATYS 333 A * only on AtyS 6e & 6m only U3-1 on AtyS C30 * only on ATyS 6m visible if option LS selected and active 41
SOCOMEC - Ref.: 532 212 A - 02/05 HEAD OFFICE SOCOMEC GROUP SWITCHGEAR AND UPS S.A. capital 10 923 800 - R.C. Strasbourg 548500 149 B 1, rue de Westhouse - B.P. 10-67235 Benfeld Cedex Tél. +33 03 88 57 41 41 Fax +33 03 88 57 78 78 SALES MANAGEMENT DIVISION SOCOMEC 95, rue Pierre Grange 94132 Fontenay-sous-Bois Cedex Tél. +33 01 45 14 63 90 Fax +33 01 45 14 63 38 www.socomec.com This document is not contractual. SOCOMEC reserves the right to modify features without prior notice in view of continued improvements.