Sime C Series - Page 105

105
Line Function Range Unit Resolution Factory setting
128 Separate circuit d.h.w. 0/1 – 1 0
0 OFF 1 ON
129 Demand for heat with reduced d.h.w. setpoint 0/1 – 1 1
0 No (application with buffer storage tank)
1 Yes
Cascade settings
130 Changeover of boiler sequence in cascades –––/10…990 –/h 10 500
––– No automatic changeover (fixed boiler sequence)
10…990 Changeover according to the selected number of hours
131 Exclusion with autom. changeover of boiler
sequence 0…3 – 1 0
0 none 1 first boiler
2 last boiler 3 first and last boiler
132 Lead boiler with the fixed sequence 0.01..16.3 – 01.1
(only if automatic rotation is excluded)
136 Release integral for boiler sequence 0...500 K*min 1 200
137 Reset integral of boiler sequence 0...500 K*min 1 50
LPB / system
140 LPB device address 0…16 – 1 1
0 Standalone
1 MASTER device
2...16 Device number
141 LPB segment address 0…14 – 1 0
0 Central segm. (heat generation) 1…14 Segment (heat consumers)
142 Bus power supply 0 / 1 – 1 1
0 off 1 automatic (by controller)
143 Display of LPB power supply ON / OFF – – –
144 Display of LPB communication ON / OFF – – –
145 Range of action of central changeover 0/1 – 1 1
0 In the segment
1 In the system (if segment address = 0)
146 Automatic summer / winter changeover 0/1 – 1 0
0 Effect on local heating circuit only 1 Central changeover of all heating circuits
147 Central standby switch 0/1 – 1 0
0 off 1 on
148 Clock mode 0...3 – 1 3
0 Autonomous clock
1 System time without remote adjustment
2 System time with remote adjustment
3 System clock (master)
149 Winter- / summertime changeover 01.01 ..... 31.12 Day month 1 25.03
150 Summer- / wintertime changeover 01.01 ..... 31.12 Day month 1 25.10
Input H1
170 Input H1 0...4 – 1 0
0 Changeover of operating mode (HC standby / d.h.w. off)
1 Changeover of operating mode (HC standby)
2 Minimum setpoint of flow temperature (setting on line 171)
3 Heat generation lock
4 Demand for heat 0...10 V
171 Minimum setpoint of flow temperature contact H1 8...TKmax °C 1 70
If activated at input H1 (setting 2)
172 Maximum value of heat demand 5..130 °C 1 100
If activated at input H1 (setting 4)
173 Operating action of contact H1 0/1 – 1 1
0 N.C. contact
1 N.O. contact