background image

DER1 digital regulator instruction manual - rev. 03 - pag. 20 

NOTE 1: depending on the sensing and nominal frequency

 

Tabella 8: Funzioni dei bit della Quarta Word di stato (Configurazione attiva)

 

TABLE 10 :STANDARD VALUES OF THE FOURTH STATUS WORD (LOCATION L[39]) 

 

 
Sensing 

50Hz 

60Hz 

Single phase 

7956 

24340 

Three phase 

8016 

24400 

Rated frequency:  

Bit 

Function 

Value 

/

B0 

Not used 

B1 

Bit activating a periodical variation of reference voltage

 

B2 

Bit activating automatic compensation of the offset in voltage acquisition channels

 

0/1 

 

 

B3 

Not used 

B4 

Bit enabling reading of 50/60 Hz jumper hardware 

16 

B5 

Free for future use 

32 

B6 

Three phase sensing active 

64 

B7 

Voltage remote control by RAM location L[49] or input saturation ( in case of overflow ) 

128 

B8 

Bit enabling reading of reference voltage by VOLT Trimmer 

256 

B9 

Bit enabling reading of stability parameter by STAB Trimmer

 

512 

B10  Bit enabling reading of underspeed protection threshold by Hz Trimmer

 

1024 

B11  Bit enabling reading of excitation current threshold by AMP Trimmer 

2048 

B12  Bit enabling reading of external voltage input

 

4096 

B13  Bit enabling DAC 

8192 

B14  60Hz active setting (jumper 60Hz closed and/or 60Hz active setting on configuration menu) 

16384 

0/1 

 

 

B15  Reserved 

32768 

TABLE 11 : BIT FUNCTION OF THE FOURTH STATUS WORD L[39] ( ACTIVE CONFIGURATION ) 

4. Volatile memory addresses 

 --'

Add name 

Range 

Access 

Description 

32  VOLT Trimmer 

0..32767  Read only 

VOLT Trimmer Position 

33  STAB Trimmer 

0..32767  Read only 

STAB Trimmer Position 

34  Hz Trimmer 

0..32767  Read only 

Hz Trimmer Position 

35  AMP Trimmer 

0..32767  Read only 

AMP Trimmer Position 

36  First status word  

0..3200 

Read only 

Regulated voltage [tenths of volts] 

37  Second status word 

0..900 

Read only 

Frequency [tenths of Hz] 

38  Third status word

 

16bit 

Read only 

Active alarms                   

39  Fourth status word 

16bit 

Read only 

Active configuration                   

40  Commands 

16bit 

Write 

Reserved Word Commands – Do not use

 

41  Pext/Vext Inputs 

0..32767  Read only 

Analogical input or external potentiometer value 

42  Setpoint 

0..32767

 

Read only 

Setpoint value 

43  Setpoint 

0..32767  Read only 

!8#  '   

44  Measured Voltage 

0..32767  Read only 

Internal variable 

45  Estimated temperture 

0..32767  Read only 

Estimates temperature of exciter windings 

…  … 

 

 

… 

49 

 !- 

0..32767  Write 

Used  if  Vext  input  is  disabled  and  voltage  remote 
control by RAM location is enabled  (P[10]-Bit B7=1) 

50  Peak to peak voltage   

0..32767  Read only 

Internal variable 

51 

$  "     

0..32767  Read only 

Internal variable 

52  Offset voltage  

0..32767  Read only 

Internal variable (active only in single phase sensing) 

…  … 

0..32767   

… 

TABLE 9 : VOLATILE MEMORY ADDRESSES

 

 

5. Fourth Status Word (Location L[39]) 

 

Location L[39] indicates (almost in real time) the active configuration at any given time; it is not a simple 
replication of the value recorded in parameter P[10], however, inasmuch as the bits B2, B6 and B14 adjust 
their  value  only  on  the  basis  of  the  configuration  set,  but  also  of  the  effective  operational  status  of  the 
DER1 at that time; for example, if the regulator is connected with three phase sensing, even if bit B6 of the 
configuration word is set on 0 (automatic recognition of single phase – three phase activation), bit B6 of 
location L[39] will have a value of 1; similarly, if the 60 Hz jumper is engaged and reading is enabled 8Bit 
B4 of parameter P[10] set on 1), bit B14 of location L[39] will have a value of 1 even if the corresponding 
bit B14 of the configuration word is set on 0. 
The values of the fourth word of status (location L[39]) are shown in table 10, on the basis of the type of 
sensing and nominal frequency. 

Содержание DER1

Страница 1: ...64 93 8552 20 53 41 831 429 08 12 3843 20 46 81 383 227 86 73 3812 21 46 40 4862 44 53 42 3532 37 68 04 8412 22 31 16 342 205 81 47 863 308 18 15 4912 46 61 64 846 206 03 16 812 309 46 40 845 249 38 7...

Страница 2: ...Status Word Location L 39 pag 18 SETTING OF VOLT STAB AMP and Hz PARAMETERS pag 19 1 Voltage pag 19 1 1 Setting voltage pag 19 1 2 Soft Start pag 19 1 3 Slow voltage variations pag 20 2 Stability pag...

Страница 3: ...gured to obtain the best performance most of the settings are stored in a non volatile integrated memory EEPROM The first time the regulator is turned on a default configuration will be present which...

Страница 4: ...ized conditions load temperature Transient voltage drop and overvoltage within 15 Voltage recovery time within 3 of the value set in less than 300 msec Programmable Soft start Parameters VOLT STAB AMP...

Страница 5: ...Range 2 TABLE 2 CONNECTOR CN3 23 Common Active protections output Current 100mA Voltage 30V Max length 30m 3 Both activating alarm and delay time are programmable 24 A P O 25 Common Jumper 50 60Hz Typ...

Страница 6: ...ation overcurrent protection TABELLA 3 TRIMMERS Fig 1 INSTALLATION Upon receipt of the digital regulator perform a visual inspection to ensure that no damage has been sustained during transportation a...

Страница 7: ...or connections depend on the application and excitation system Figure 1 shows the functional aspect of the connection points to the regulator An error in connection may have deadly consequences for th...

Страница 8: ...tes Series star H SCC0160 H SCC0158 F N A F N A 530 550 575 600 690 760 800 920 960 from 520 to 1000 F SCC0161 F SCC0159 1200 from 1100 to 2000 F SCC0202 2 channels in series Parallel star 190 200 208...

Страница 9: ...rom the Configuration Menu 4 The parameter present in parameter P 5 if three phase sensing or p 6 if single phase sensing has to be calibrated Calibration should be adjust in order to obtain 225V from...

Страница 10: ...DER1 digital regulator instruction manual rev 03 pag 10 SCC0158 Three phase sensing 75V 150V...

Страница 11: ...DER1 digital regulator instruction manual rev 03 pag 11 SCC0159 Three phase sensing 150V 300V...

Страница 12: ...DER1 digital regulator instruction manual rev 03 pag 12 SCC0160 Single phase sensing 75V 150V...

Страница 13: ...DER1 digital regulator instruction manual rev 03 pag 13 SCC0161 Single phase sensing 150V 300V...

Страница 14: ...DER1 digital regulator instruction manual rev 03 pag 14 SCC0202 Single phase sensing 300V 600V...

Страница 15: ...DER1 digital regulator instruction manual rev 03 pag 15 SCC0203 Single phase sensing 300V 600V generator in threephase ZIG ZAG connection...

Страница 16: ...voltage can be controlled by software as well with the P 19 The excursion range and gain of the remote control can be set independently by software despite the output voltage control device system us...

Страница 17: ...protection of up to 20 with respect to the nominal speed value set by the 50 60 jumper if activated or by the 50 50 box in the Configuration menu at 50 Hz the threshold can be calibrated from 40 Hz to...

Страница 18: ...6 126 126 18 Step limitation reference 20 20 0 8 19 Vout Reference 6 9 9 0 0 8 20 Stability 6 9 9 16384 16384 8 21 A D A 6 9 9 16384 16384 FG 8 22 4 6 9 9 16384 16384 8 23 2 6 9 9 9000 9000 2 24 2 6...

Страница 19: ...ltage reaches the limit foreseen for input to which it is applied see Para 8 Remote control of voltage If saturation is enabled in the event of removal of the Vext Pext connection due to accidental op...

Страница 20: ...ated voltage tenths of volts 37 Second status word 0 900 Read only Frequency tenths of Hz 38 Third status word 16bit Read only Active alarms 39 Fourth status word 16bit Read only Active configuration...

Страница 21: ...cale H on sensing inputs 4 5 9 10 11 12 14 17 and 19 22 between 150 300 Vac scale F There are two ways to set from minimum to maximum value 1 With the VOLT trimmer which must be enabled by the Configu...

Страница 22: ...to obtain the desired gain i e parameter P 11 4 coefficient 24 16 The regulator diagram is shown in figure 6 KP KI s Ref Feedback Error PIout figure 6 Regulator Diagram 3 EXCITATION OVERCURRENT 3 1 D...

Страница 23: ...nderspeed protection threshold rotating the Hz trimmer counter clockwise if it has been enabled from the Configuration Menu or by entering 0 at parameter P 21 2 Rotate the AMP trimmer completely in th...

Страница 24: ...proportionately reduced as indicated in figure 8 Parameter P 23 sets the slope of the voltage frequency curve the default value is 9000 An increase in the value of P 23 involves a greater reduction of...

Страница 25: ...ues between 65535 1 and 32768 32767 lower the threshold proportionately to 50 Hz and 60 Hz respectively values between 0 and 32767 raise the threshold proportionately respectively to 60 Hz and 72 Hz r...

Страница 26: ...ge a decrease in the value of P 24 will cause a lower reduction in voltage up to the limit of P 24 0 which means that no reduction in voltage will take place WARNING If the voltage is not lowered enou...

Страница 27: ...age 5 Excitation Overcurrent APO Reduction of excitation current 6 Underspeed APO V F Ramp 7 Overspeed APO TABLE 12 ALARMS LIST TABLE 13 ALARM FLAGS AT LOCATION L 38 6 5 J 9 6 6 9 J 6J J 5 5 J J 12 1...

Страница 28: ...ted short circuit time goes from 0 1 to 25 5 seconds programmable in 100 ms steps then the regulator is blocked after saving DD and TT and signals the STOP status With the time in short circuit set on...

Страница 29: ...for which the APO must be activated obtaining a number B Example since it is desired to activate the APO in the case of over voltage and overspeed the formula is B 2 64 66 b Multiply the delay it is...

Страница 30: ...serial interfaces available on the DI1 communications unit are RS232 without handshake 3 wires on CN3 connector _____ RS485 two wires half duplex on CN4 connector DTE 1 Tx RTSRx RTS The connection be...

Страница 31: ...ector CN1 terminals 1 and 4 1 through a dedicated source AC 40V 15Hz 270V 72Hz or DC 40V 380V 3 Alternatively on connector CN5 terminals 1 and 2 through a completely isolated source in DC 9 14V WARNIN...

Страница 32: ...ational parameters reading of stored alarms A standard serial cable may be used with 9 pins SUB D connectors TABLE 18 CONNECTOR CN4 Pin N Description Notes 1 485 A RS485 channel A Insulated 2 485 B RS...

Страница 33: ...regulator instruction manual rev 03 pag 33 Fig 12 RS232 connection between one DSR regulator and PC through DI1 digital interface Fig 13 R485 connection between DSR regulators and PC through DI1 digit...

Страница 34: ...tor 15 goes from red to green IMPORTANT The communication may take place only if all three of the indicators Connected 16 Com STAT 15 and Com ERROR 14 are green The ADDRESS window indicates the slave...

Страница 35: ...tings files to and from the regulator which have the extension dat The list of parameters is shown in table 6 There are three possible options 1 Upload Data The Upload window opens The key Open allows...

Страница 36: ...equency protection threshold equivalent to Hz 22 16384 Excitation overcurrent threshold equivalent to AMP 23 9000 V F slope 24 6000 V F slope at start up 25 20 Short circuit time in tenths of a second...

Страница 37: ...1 digital regulator instruction manual rev 03 pag 37 Fig 15 DSR Terminal User Interface Fig 16 Configuration Menu 1 3 2 4 6 5 9 8 7 12 14 16 17 15 11 10 13 31 18 19 20 21 22 23 32 33 24 25 26 27 28 29...

Страница 38: ...parameters requested from the regulator 9 Activation of updating almost in real time 10 Visualisation of the regulator status voltage frequency active alarms configuration 11 50 60Hz Jumper inserted...

Отзывы: