REGO 无功补偿控制器使用手册

1、 11/11REGO 无功补偿控制器使用手册 REGO 0- 4.01 2004.3 1 1 . 2 “IL” “- - -”. 3 “IL” C.T. w/ C.T. 200/5 40 . 4 “+” “-” , DATA . 5 “FAS” 0 1 6 DUCATI ENERGIA 7 “COS ” 8 9 10 “C1” 11 “DATA” 12 13 “DATA” 14 15 “ALARM/RESET ” + “+” 16 “ALARM/RESET ” + “-” 17 “Pro” “+” “-” 1 18 “DATA ” 19 “PPC ” “+” “-” 20 “DATA ” 1

2、2 3 4 5 6 C.T. 7 8 9 10 11 12 12 1 12 2 12 3 12 4 / 12 5 12 6 12 7 12 8 12. 9 13 13 1 13 2 13 3 13 4 13 5 13 6 13 7 14 15 16 17 2 , DUCATI ENERGIA s.p.a. 3 REGO REGO “T2” PF “T2” REGO7 REGO12 “DUCATI” Rs485 PC REGO REGO7 REGO12 REGO AUTO/MAN + AUTO/MAN+ +AUTO/MAN 4 C.T. LED T1 C.T. C.T. 200mA COS” 5

3、. C.T. 7 REGO IL ( C.T. ) , 8.8.8 LEDs 7.1 “IL” “- - -” CT DATA IL C.T. 200/5, IL= 40 CT CT 300/5 IL=60; CT 350/5 IL=70; CT 400/5 IL=80. 7.2 “FAS ” “0” “1”; ALARM/RESET + 10.8 DATA 3 “COS” 8 8.8.8 LEDs “FAS” “0” “1”; C.T. (0 = / 1= ) 200mA REGO , “COS ” 9 LED LED cos ( 10.2 ) cos 1 cos . 10 N.B. DUC

4、ATI ENERGIA COS IL. + DATA 10.3 “UFF” = “UFF ” “400” 400 230 ALARM/RESET + DUCATI ENERGIA DATA 10.4 “IL” = C.T. “IL” C.T. 300/5 IL=60; C.T. 350/5 IL=70; C.T. 400/5 IL=80 DATA 10.5 “COn” = “COn” “FF1” FF1, FF2, F-n 5 DUCATI ENERGIA DATA U1/230V, U2/400V). DUCATI ENERGIA DATA 10.7 “FAS” = C.T. “FAS” “

5、0n” On/ blo/ C.T. DUCATI ENERGIA 10.8 “ACq” = “ACq ” “no ” DATA no = AUt = “Pro ” , 1 DATA 100kVAr 10-10-20-20-40 Pro = 26 ( 1) PFC = 10. DATA : cos LINEAR LOGIC 1 1 1 1 2 3 4 5 6 OFF ON ON ON OFF OFF 1:2:4 1 2 3 4 5 6 10 20 40 40 40 80 50 kVAr 70 kVAr 40 kVAr, 50 kVAr 1:2:2 , . 1 10.9 “s:s:s:” = 1:

6、1:1 DATA DATA DUCATI ENERGIA 2 Pr2 1.01.01 3 “ Pr3 1.01.01 4 “ Pr4 1.01.01 5 “ Pr5 1.01.01 6 “ Pr6 1.01.01 7 “ Pr7 1.01.01 8 “ Pr8 1.01.01 9 “ Pr9 1.01.01 10 “ Pr10 1.01.01 11 “ Pr11 1.01.01 12 “ Pr12 1.02.02 2 “ Pr13 1.02.02 3 “ Pr14 1.02.02 4 “ Pr15 1.02.02 5 “ Pr16 1.02.02 6 “ Pr17 1.02.02 7 “ Pr

7、18 1.02.02 8 “ Pr19 1.02.02 9 “ Pr20 1.02.02 10 “ Pr21 1.02.02 11 “ Pr22 1.02.02 12 “ Pr23 1.02.04 2 “ Pr24 1.02.04 3 “ Pr25 1.02.04 4 “ Pr26 1.02.04 5 “ Pr27 1.02.04 6 “ Pr28 1.02.04 7 “ Pr29 1.02.04 8 “ Pr30 1.02.04 9 “ Pr31 1.02.04 10 “ Pr32 1.02.04 11 “ Pr33 1.02.04 12 “ 1 N (10.1) Fr 50 or 60 H

8、z -/-. (10.2) COS 0.8IND 0.8CAP 0.95 (10.3) UFF 230 or 400 400 (10.4) IL C.T. CT 100/5 20 CT 200/5 40 1 (3000) (10.5) Con FF1 FF2 F-n FF1 (10.6) SUP U1 (230V) U2 (400V) U2 (10.7) FAS C.T. On= blo= On blo On (10.8) ACq no = AUt = Pr = no AUt Pr no (10.9) s:s:s: 1:1:1 1:2:2 1:2:4 -/- 2 11 cos. N.B. co

9、s “ C.O.S. ” “-.-.-.”. DATA “COS” “UFF” “IL” CT “PA” ( kW) “PL” ( kVAr) “thd” ( 1 1) “C” ( 1 ) 12 12.1 AUTO/MAN 2 LED REGO “r1” “On” “OFF” DATA DATA 12.2 DATA + “CP ” REGO “C1” kVAr DATA DATA 12.3 DATA + “ChP ” REGO REGO 25% LED “rSt ” ALARM/RESET REGO LEDs 12.4 / + AUTO/MAN / “Abi” +LEDs “r1” “On”

10、“OFF”). DATA DATA 12.5 + AUTO/MAN “Cnt” +LEDs “C1” “.” 12.7 “K ” “L ” DATA + AUTO/MAN “tSt ” AUTO/MAN LED AUTO/MAN LED 2 5 12.8 CT AUTO/MAN + C.T. LED LEDs Inu ” (INV) “On ” “OFF ” “On ” C.T. “OFF ” 12.9 IL 7 3 + DATA (1:1:1, 1:2:2, 1:2:4) ALARM/RESET 5 “CLr” “no”. DATA no = yes = LEDs 8.8.8. 13) RE

11、GO ALARM LED NC 13.1 1 “A.L.A.” “C.O.S. ” . ALARM LED UFF 1 30 A.r.) “A.L.A.” “U.F.F. ” ALARM/RESET 13.3 70 C 15 “A.L.A.” “.C. ” . “A.L.A.” “ t.h.d.” . ALARM LED t.h.d. 1 30 A.r.) “A.L.A.” “t.h.d.” ALARM/RESET 13.5 (40mS 50Hz, 33mS 60Hz) T1 “powerfail” REGO 13.6 + DATA “ALC” LED S LEDs (t.h.d.) (UFF

12、) DATA DATA 13.7 ON A.r.) ALARM/RESET OFF OFF A.r. - A.r. AUTO/MAN + “ALP” LED S LEDs / DATA (C, UFF, thd, COS) DATA 14) REGO C.T. + “IL” ALARM/RESET + DATA “t1” REGO “FAn” REGO DATA (“FAn”) N/O REGO-7 REGO-12 (“t1”) T1 (“t2”) T2 (“HU”) VT 10.3 -“UFF” “UFF” HU (“StH”) t.h.d. 1,2,3 1 2 3 (“bdr”) Rs48

13、5 0 9600bps “960” REGO-7 REGO-12 t1 5.255 30 t2 500mS) 1.600 2(=1S) HU VT 1.1000 1 StH 1.2.3 -/- Adr Rs485 1.99 1 bdr Rs485 1200 (960) 9600 3 15) or DATA + 10 ALARM/RESET 13 AUTO/MAN 12.1 DATA+ 12.2 DATA+ 12.3 +AUTO/MAN / 12.4 +AUTO/MAN ea. 12.5 ALARM/RESET+DATA 12.6 DATA+AUTO/MAN 12.7 AUTO/MAN+ 12.

14、8 +DATA 13.6 AUTO/MAN+ 13.7 4 16) “FAS” cos cos) cos - C.T. C.T. - C.T. 200mA - 10 IL C.T. - C.T. 200/5 IL=40) FAS “On” N.B. DUCATI ENERGIA 12.9 - 7 - - (Inu ) 12 8 - - 12 2 - 12 4 - / - “COS” 10.2 - - “t2” 14 17) REGO 5/7/12 380 415V 10% 220 240V 10% 50 60 Hz 8VA (REGO 5) 15VA (REGO 7/12) 250mA T 200mA) 5A 0.2.5A 3 In10 0.5VA (REGO 5) 1.5VA (REGO 7/12) RMS) 0.80 0.80 5.255s 5/7/12 N/O 5A - 250V 250Vac 1 N/C (3A-250V) N/O. 3kV/1 2200W 1500W - Cos 0.5 250V 2% (UFF)