RWX62... Universal Controller POLYGYR For comfort control in HVAC systems Page 1
Contents 1 2 3 4 5 Page 2
1 Y.. Q.. B1 B2 SEL Page 3
2 Power Supply 24V 0V Universal Type Analog 1xNI/2xNI/VOLT/0...1 (TEL SEL)/VOLT%/VOLT Digital AC24V(XPROT, ALTDIR) Digital Type AC24V Digital function G - G0 B1 B2 B3 B4 B5 E1 E2 RWX62.7036 Y1 Y2 Y3 Q1 Q2 Q3 Q4 Q5 Q6 Voltage Signal DC0...10V SEQREG Function VM / PM Contact AC24...230V, 4(3)A Function DIGREG/SEQREG/ +SXPROT ALM(Q1)/+DEVALM(Q6) B1 B2 B3 B4 Y1~Y3 M1 H1 H2 K1 Q1 N1 Page 4
3 1 Universal Digital Analog Digital RWX62.7036 RWX62.7034 RWX62.7032 RWX62.5030 2 Q3 Q4 Q1 Q2 Q1...Q6 Page 5
SEQ2 SEQ1 [SEQ1] SEQ3 SEQ4 SEQ1,2 SEQ3,4 SEQ1 10V 10V 0V 0% 100% 0V PMCYC Seg% (20/40s) XP MCYC MACPC MAXPC MAXPC MAXPC MAXPC 1s 1s 1s TIME Page 6
T1 T2 ON OFF T1 T1 T2 ON OFF T1 T2 Page 7
4, MODE MODE, 1. CO 2 (Configuration 2) CO 2 B.. FUNCT : B... INACT P ROT DIGREG LIMSP SEGREG LIMMAX TELSEL LIM ALTDIR MAXPRI S P ROT MULFUN B1 B2 B3 B4 B5 B.. TYPE : B... 1X Ni 2X Ni VOLT VOLT% VOLT DIG B1 B2 B3 B4 B5 TEL SEL, MAXPRI PROT S PROT 1XNI 0...130, VOLT 0...15 0Y + 0Q : Y... Q... Y... Q... Y... Q... Y... Q... SEQREG B1 SEQREG B.. SEQREG B.. DEVALM TYPE RWX62.7032:Q2 / RWX62.7034:Q4 / RWX62.7036:Q6 DIGREG B1 DIGREG B2 DIGREG B3 Page 8
CO 1 TEMP, K/ MINSCA... MAXSCA B1 B2 B3 B4 B5 MINSCA... MAXSCA B1 B2 B3 B4 B5 Activating various functions INACT/ACT B1 B.. B.. INACT/ACT PI/P SEQREG CASE SEQREG SEQREG ( SEQREG ( SEQREG SEQREG ) : CONST / COMP ) INACT/ABS/DIF MULFUN = ABS MULFUN - SEQREG = DIF ALTDIR = ABS MULFUN - ALTDIR = DIF Activating various functions VM/PM VM PM RAPFU MULFUN Q MAN B1 B.. B.. Y1: Y2: Y3: Q...: Q...: Q...: 0 1 3 4QSTEP LIN BIN Page 9
PA2Parameter CORSCA NZ T1 T2 MINSEL MAXSEL MAXEL : MINSEL(<-MAXSEL): B1 B..B.. MINCOM..MAXCOM MAXCOM : MINCOM(<-MAXCOM): MULFUN MAXCOM : MINCOM: B1 B..B.. MAXCOR Switchover delay XP P Seq.1 Seq.2 Seq.3 Seq.4 Page 10
XP PI B1 B..B.. XPFACT Seq.2 Seq.3 TN D Seq.4 PI XPFACT TN D Y1 Y2 Y3 VM Y MAXPOS MINPOS MAXPC PMCYC Page 11
2. CO 1 (Configuration 1) B1 B.. B.. B.. B.. B.. Q Q Q1 Q2 Q3 Q4 Q5 Q6 B1 B.. B.. B1 B.. B.. SELMAX SELMIN SELMAX SELMIN B1 B.. B.. COR COR Page 12
B1 B.. B.. DEVALM RAPFU B.. B.. B.. B.. LIM MAXLIM LIM MINLIM LIM RELLIM LIMSPE LIMMAX ALTABS B1 B.. B.. ALTDIF Page 13
3. RWX62... Q1 Q2 Q3 Q4 Q5 Q6 N1 B1 : N1 : CONF 2 MODUS 1 B1 FUNCT SEQREG 2 B1 TYP 1X NI 3 B1 SEQREG +B2 INACT 4 B1 1Y+0Q 5 B1 0Y+0Q 6 B1 0Y+0Q 7 B1 0Y+0Q 8 B2 SEQREG INACT 9 DEVALM INACT CONF 1 MODUS 1 TEMP / K 2 B1 SEQREG INACT 3 B1 SEQREG INACT 4 B1 SEQREG PI 5 B1 REVERS 6 B1 VM 7 B1 RAPFU INACT Page 14
PARA 2 MODUS 1 B1 SEQREG 0.0 CORSCA 2 B1 SEQREG 0.0 NZ 3 T1 1 4 T2 2 5 B1 MAXSEL 0.0...70 MINSEL 6 B1 40.0 XP PI 7 B1 SEQREG 2 TN MIN 8 B1 SEQREG 0 PI D 9 B1 MAXPOS 0...100% MINPOS 10 B1 1 MAXPS PARA 1 MODUS 1 50 B1 2 B1 Y Q1 ON??%...??% Y Q1 OFF Page 15
4. RWX62... Q1 Q2 Q3 Q4 Q5 Q6 N1 B1 : N1 : CONF 2 MODUS 1 B1 FUNCT SEQREG 2 B1 TYP VOLT 3 B1 SEQREG +B2 INACT 4 B1 1Y+0Q 5 B1 0Y+0Q 6 B1 0Y+0Q 7 B1 0Y+0Q 8 B2 SEQREG INACT 9 DEVALM INACT CONF 1 MODUS 1 TEMP / K 2 B1 MAXSCA 0...10 MINSCA 3 B1 SEQREG INACT 4 B1 SEQREG INACT 5 B1 SEQREG PI 6 B1 REVERS 7 B1 VM Page 16
PARA 2 MODUS 1 B1 SEQREG 0.0 NZ 2 B1 MAXSEL 0.0...10.0 MINSEL 3 B1 10.0 XP PI 4 B1 SEQREG 2 TN MIN 5 B1 SEQREG 0 PI D 6 B1 MAXPOS 0...100% MINPOS 7 B1 1 MAXPS PARA 1 MODUS 1 1 B1 Page 17
5. RWX62... Q1 Q2 Q3 Q4 Q5 Q6 N1 N2 N3 B1 : B2 : B3 : N1 : N2 : N3 : CONF 2 MODUS 1 B1 FUNCT SEQREG 2 B1 TYP 1X NI 3 B1 SEQREG +B2 MULFUN 4 B2 TYP 1X NI 5 B1 1Y+0Q 6 B1 0Y+0Q 7 B1 0Y+0Q 8 B3 SEQREG ACTIV 9 B3 TYP 1X NI 10 B3 SEQREG +B4 INACT 11 B3 1Y+0Q 12 B3 0Y+0Q 13 B3 1Y+0Q 14 B4 SEQREG INACTIV 15 DEVALM INACT Page 18
CONF 1 MODUS 1 TEMP / K 2 B1 SEQREG INACT 3 B3 SEQREG INACT 4 B1 SEQREG INACT 5 B3 SEQREG INACT 6 B1 SEQREG PI 7 B3 SEQREG PI 8 B1 SEQREG COMP 9 B3 SEQREG CONST 10 B1 DIRECT 11 B3 REVERS 12 B1 ABS B2 13 B3 INACT 14 B1 VM 15 B3 VM 16 B3 VM 17 B1 RAPFU INACT 18 B3 RAPFU INACT Page 19
PARA 2 MODUS 1 B1 SEQREG 0.0 CORSCA 2 B2 MULFUN 0.0 CORSCA 3 B3 SEQREG 0.0 CORSCA 4 B1 SEQREG 0.0 NZ 5 B3 SEQREG 0.0 NZ 6 B3 MAXSEL 0.0...35.0 MINSEL 7 B1 MAXCOM 20...25 MINCOM 8 B1 MAXCOM 20 + B2 MULFUN 9 B1 MINCOM 25 + B2 MULFUN 10 B1 MAXCOR 10.0 11 B3 1 MIN 12 B1 10.0 XP PI 13 B3 10.0 XP PI 14 B3 10.0 XPFACT 15 B1 SEQREG 2 TN MIN 16 B3 SEQREG 2 TN MIN 17 B1 SEQREG 0 PI D 18 B3 SEQREG 0 PI D 19 B1 MAXPOS 20...100% MINPOS 20 B3 MAXPOS 0...100% MINPOS 21 B3 MAXPOS 0...100% MINPOS 22 B1 1 MAXPS 23 B3 1 MAXPS 24 B3 1 MAXPS PARA 1 MODUS 1 B3 SELMAX 24 SELMIN 22 2 B1 0.0 B1 COR ALT 23 Page 20
5 ABS ALT ACT ALM ALTDIR AUTO B..TYP BIN B... B... CASC CO.. COMP CONF.../MODUS CONST COR CORSCA DEVALM DIF DIGREG DIRECT INACT LIM LIMMAX LIMSPE LIN MAN MAXCOM MAXCOR MAXLIM MAXPC MAXPOS MAXPRI MAXSCA MAXSEL MIN MINCOM MINLIM MINPOS MINSCA MINSEL MULFUN NZ PA.. PARA.../MODUS PM PMCYC Q.. RAPFU RELLIM REVERS SEC SEL SELMAX SELMIN SEGREG SI SIMUL/MODUS SPROT T.. TEL SEL TELE SEL TEMP TN VM WRG XP XPFACT PROT Page 21