Roland SC-88 Pro ■Effect data table

■Effect data table

	1	2	3	4	5	6	7	8	9	10	11	12	13	14
	Pre Delay	Delay	Delay	Delay	Delay				Cutoff	EQ
Value(H)	Time	Time 1	Time 2	Time 3	Time 4	Rate1	Rate2 HF Damp		Freq	Freq	LPF Manual		Azimuth	Accl
	(ms)	(ms)	(ms)	(ms)	(ms)	(Hz)	(Hz)	(Hz)	(Hz)	(Hz)	(Hz)	(Hz)	(deg)
00	0.0	200	200	0.0	0	0.05	0.05	315	250	200	250	100 L180(=R180)		0
01	0.1	205	205	0.1	5	0.10	0.10	"	"	"	"	110	"	"
02	0.2	210	210	0.2	10	0.15	0.15	"	"	"	"	120	"	"
03	0.3	215	215	0.3	15	0.20	0.20	"	"	"	"	130	"	"
04	0.4	220	220	0.4	20	0.25	0.25	"	"	"	"	140	"	"
05	0.5	225	225	0.5	25	0.30	0.30	"	"	"	"	150	"	"
06	0.6	230	230	0.6	30	0.35	0.35	"	"	"	"	160	L168	"
07	0.7	235	235	0.7	35	0.40	0.40	"	"	"	"	170	"	"
08	0.8	240	240	0.8	40	0.45	0.45	400	315	250	315	180	"	1
09	0.9	245	245	0.9	45	0.50	0.50	"	"	"	"	190	"	"
0A	1.0	250	250	1.0	50	0.55	0.55	"	"	"	"	200	L156	"
0B	1.1	255	255	1.1	55	0.60	0.60	"	"	"	"	210	"	"
0C	1.2	260	260	1.2	60	0.65	0.65	"	"	"	"	220	"	"
0D	1.3	265	265	1.3	65	0.70	0.70	"	"	"	"	230	"	"
0E	1.4	270	270	1.4	70	0.75	0.75	"	"	"	"	240	L144	"
0F	1.5	275	275	1.5	75	0.80	0.80	"	"	"	"	250	"	"
10	1.6	280	280	1.6	80	0.85	0.85	500	400	315	400	260	"	2
11	1.7	285	285	1.7	85	0.90	0.90	"	"	"	"	270	"	"
12	1.8	290	290	1.8	90	0.95	0.95	"	"	"	"	280	L132	"
13	1.9	295	295	1.9	95	1.00	1.00	"	"	"	"	290	"	"
14	2.0	300	300	2.0	100	1.05	1.05	"	"	"	"	300	"	"
15	2.1	305	305	2.1	105	1.10	1.10	"	"	"	"	320	"	"
16	2.2	310	310	2.2	110	1.15	1.15	"	"	"	"	340	L120	"
17	2.3	315	315	2.3	115	1.20	1.20	"	"	"	"	360	"	"
18	2.4	320	320	2.4	120	1.25	1.25	630	500	400	500	380	"	3
19	2.5	325	325	2.5	125	1.30	1.30	"	"	"	"	400	"	"
1A	2.6	330	330	2.6	130	1.35	1.35	"	"	"	"	420	L108	"
1B	2.7	335	335	2.7	135	1.40	1.40	"	"	"	"	440	"	"
1C	2.8	340	340	2.8	140	1.45	1.45	"	"	"	"	460	"	"
1D	2.9	345	345	2.9	145	1.50	1.50	"	"	"	"	480	"	"
1E	3.0	350	350	3.0	150	1.55	1.55	"	"	"	"	500	L96	"
1F	3.1	355	355	3.1	155	1.60	1.60	"	"	"	"	520	"	"
20	3.2	360	360	3.2	160	1.65	1.65	800	630	500	630	540	"	4
21	3.3	365	365	3.3	165	1.70	1.70	"	"	"	"	560	"	"
22	3.4	370	370	3.4	170	1.75	1.75	"	"	"	"	580	L84	"
23	3.5	375	375	3.5	175	1.80	1.80	"	"	"	"	600	"	"
24	3.6	380	380	3.6	180	1.85	1.85	"	"	"	"	620	"	"
25	3.7	385	385	3.7	185	1.90	1.90	"	"	"	"	640	"	"
26	3.8	390	390	3.8	190	1.95	1.95	"	"	"	"	660	L72	"
27	3.9	395	395	3.9	195	2.00	2.00	"	"	"	"	680	"	"
28	4.0	400	400	4.0	200	2.05	2.05	1000	800	630	800	700	"	5
29	4.1	405	405	4.1	205	2.10	2.10	"	"	"	"	720	"	"
2A	4.2	410	410	4.2	210	2.15	2.15	"	"	"	"	740	L60	"
2B	4.3	415	415	4.3	215	2.20	2.20	"	"	"	"	760	"	"
2C	4.4	420	420	4.4	220	2.25	2.25	"	"	"	"	780	"	"
2D	4.5	425	425	4.5	225	2.30	2.30	"	"	"	"	800	"	"
2E	4.6	430	430	4.6	230	2.35	2.35	"	"	"	"	820	L48	"
2F	4.7	435	435	4.7	235	2.40	2.40	"	"	"	"	840	"	"
30	4.8	440	440	4.8	240	2.45	2.45	1250	1000	800	1000	860	"	6
31	4.9	445	445	4.9	245	2.50	2.50	"	"	"	"	880	"	"
32	5.0	450	450	5.0	250	2.55	2.55	"	"	"	"	900	L36	"
33	5.5	455	455	5.5	255	2.60	2.60	"	"	"	"	920	"	"
34	6.0	460	460	6.0	260	2.65	2.65	"	"	"	"	940	"	"
35	6.5	465	465	6.5	265	2.70	2.70	"	"	"	"	960	"	"
36	7.0	470	470	7.0	270	2.75	2.75	"	"	"	"	980	L24	"
37	7.5	475	475	7.5	275	2.80	2.80	"	"	"	"	1000	"	"
38	8.0	480	480	8.0	280	2.85	2.85	1600	1250	1000	1250	1100	"	7
39	8.5	485	485	8.5	285	2.90	2.90	"	"	"	"	1200	"	"
3A	9.0	490	490	9.0	290	2.95	2.95	"	"	"	"	1300	L12	"
3B	9.5	495	495	9.5	295	3.00	3.00	"	"	"	"	1400	"	"
3C	10	500	500	10	300	3.05	3.05	"	"	"	"	1500	"	"
3D	11	505	505	11	305	3.10	3.10	"	"	"	"	1600	"	"
3E	12	510	510	12	310	3.15	3.15	"	"	"	"	1700	0	"
3F	13	515	515	13	315	3.20	3.20	"	"	"	"	1800	"	"

Chapter 8. Appendix 183