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RVA63.242
Siemens RVA63.242 Manuals
Manuals and User Guides for Siemens RVA63.242. We have
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Siemens RVA63.242 manual available for free PDF download: User Manual
Siemens RVA63.242 User Manual (218 pages)
Boiler and Heating Circuit Controllers
Brand:
Siemens
| Category:
Controller
| Size: 1.03 MB
Table of Contents
Table of Contents
3
1 Summary
10
Brief Description
10
Features
10
Range of Products
12
Field of Use
13
Product Liability
13
2 Handling
14
Installation
14
Regulations for Installation
14
Mounting Location
14
Mounting Procedure
14
Required Cut-Out
16
Orientation
16
Electrical Installation
17
Regulations for Installation
17
Wiring
17
Commissioning
19
Functional Checks
19
Parameter Settings for the End-User
23
Overview of End-User Parameters
24
Parameter Settings for the Heating Engineer
26
Overview of Heating Engineer Parameters
27
Parameter Settings for the OEM
32
Overview of OEM Parameters
33
Operation
35
Operating Elements
35
Operational Faults
37
3 Description of End-User Settings
39
User Interface
39
Operating Modes of Heating Circuit
39
Operating Mode of D.h.w. Heating
41
Nominal Room Temperature Setpoint
42
Temperature Adjustment Via Room Unit
43
Chimney Sweep
44
Manual Operation
45
Setting the Clock
46
Time of Day
46
Weekday
46
Date (Day, Month)
47
Year
47
Time Switch Program 1
48
Preselection of Weekday for Time Switch Program 1
48
Switching Times of Time Switch Program 1
50
Time Switch Program 2
51
Preselection of Weekday for Time Switch Program 2
51
Switching Times of Time Switch Program 2
52
Time Switch Program 3 (D.h.w.)
53
Preselection of Weekday for Time Switch Program 3 (D.h.w.)
53
Switching Times of Time Switch Program 3 (D.h.w.)
54
Values
55
Nominal Setpoint of D.h.w. Temperature (Tbww)
55
Heating Circuits
56
Reduced Setpoint of Room Temperature (Trrw)
56
Frost Protection Setpoint of Room Temperature (TRF)
57
Summer / Winter Changeover Temperature Heating Circuit 1 (THG1)
58
Heating Curve Slope Heating Circuit 1 (S1)
59
Summer / Winter Changeover Temperature of Heating Circuit 2 (THG2)
60
Heating Curve Slope Heating Circuit 2 (S2)
61
Display of Actual Values
62
Actual Value of Room Temperature (Trx)
62
Actual Value of Outside Temperature (Tax)
62
Display of Burner Data
63
Burner Hours Run Stage 1 (Tbr1)
63
Counting the Hours Run
63
Average Burner Running Time
63
Burner Hours Run Stage 2 (Tbr2)
64
Counting the Hours Run
64
Number of Burner Starts Stage 1
64
Number of Burner Starts Stage 2
65
Maintenance
66
Standard Times
66
Holidays
67
Holiday Period Heating Circuits 1 and 2
68
Start and End of Holiday Period Heating Circuits 1 and 2
68
Indication of BMU Error Code
69
Indication of Faults
70
4 Description of Heating Engineer Settings
72
Service Values
72
Output Test
72
Input Test
73
Display of Plant Type
74
Actual Values
75
Actual Value of Flow Temperature (B1)
75
Actual Value of Boiler Temperature
75
Actual Value of Common Flow Temperature
75
Actual Value of Return Temperature (B7)
76
Actual Value 1 (Top) of Buffer Storage Tank Temperature
76
Actual Value 2 (Bottom) of Buffer Storage Tank Temperature
76
Actual Value 1 of D.h.w. Temperature (Tbwx)
76
Actual Value 2 of D.h.w. Temperature
77
Display of Maximum Flue Gas Temperature (Tgxmax)
77
Actual Value of Collector Temperature (B6)
77
Attenuated Outside Temperature (Taged)
78
Composite Outside Temperature (Tagem)
78
Outside Temperature Source
78
Setpoints
79
Display of Boiler Temperature Setpoint
79
Display of Common Flow Temperature Setpoint
79
Display of D.h.w Temperature Setpoint
80
Display of Nominal Room Temperature Setpoint HK1
80
Display of Nominal Room Temperature Setpoint HK2
81
Display of Room Temperature Setpoint HK1 (Trw)
81
Display of Room Temperature Setpoint HK2 (Trw)
81
Display of Flow Temperature Setpoint HK1 (Trw)
82
Display of Flow Temperature Setpoint HK2 (Tvw)
82
Floor Curing Data HK1
82
Heat Generating Equipment
83
Type of Heat Source
83
Minimum Limitation of the Boiler Temperature (Tkmin)
86
Extra Heating for the Bathroom
87
Configuration of Plant
88
Pump Function Output K6
88
Pump Function Output K7
92
Solar Application
95
Sensor Input B8/B6
95
Heating Circuit
96
Parallel Displacement of Heating Curve
96
Room Influence
97
Switching Differential of the Room Temperature (SDR)
98
Operating Mode of Room Unit
99
Room Unit Values
100
Minimum Limitation of Flow Temperature Setpoint HK1 (Tvmin)
102
Minimum Limitation of Flow Temperature Setpoint HK2 (Tvmin)
102
Maximum Limitation of Flow Temperature Setpoint HK1 (Tvmax)
103
Maximum Limitation of Flow Temperature Setpoint (Tvmax) HK2
103
Maximum Forward Shift of Optimum Start Control
104
Maximum Forward Shift of Optimum Stop Control
106
Type of Building Construction
107
Adaption of Heating Curve
108
Locking Signal Gain
109
Floor Curing HK1
110
112
112
Reduced Setpoint of D.h.w. Temperature (TBWR)
112
D.h.w
112
Heating Program
113
Switching Program Selection Circulating Pump
115
Assignment of D.h.w. Heating
116
Charging
117
Type of D.h.w. Demand
118
Boost of the Flow Temperature Setpoint for D.h.w. Heating (UEBW)
119
Priority
120
Controlling Element for D.h.w
123
Separate D.h.w. Circuit
124
Cascade
125
Changeover of Boiler Sequence in a Cascade 2 X Single-Stage
125
Release Integral for Boiler Sequence
126
Reset Integral of Boiler Sequence
127
LPB / System
128
LPB Device Address
128
LPB Segment Address
129
LPB Power Supply
129
Display of LPB Power Supply
130
Range of Action of Central Changeover
130
Automatic Summer / Winter Changeover
131
Central Stand-By Switch
132
Clock Mode
133
Winter- / Summertime Changeover
134
Summer- / Wintertime Changeover
134
Display of PPS Communication (A6)
135
Solar / Puffer
136
Temperature Differential Solar on (Tsdein)
136
Temperature Differential Solar off (Tsdaus)
136
Charging Temperature Level Solar Charging Strategy
137
Maximum Solar Charging Temperature
138
Demand for Heat with Reduced D.h.w. Setpoint
139
Multi-Functional Inputs
140
Input H1
140
Minimum Flow Temperature Setpoint Contact H (Tvhw)
144
Maximum Value of Heat Demand Signal (DC 0
145
Operating Action Contact H1 and H2
145
Input B31 / H2 / B41
146
5 Description of OEM Settings
148
Heat Generating Equipment
148
Minimum Limitation of Boiler Temperature (Tkmin )
148
Maximum Limitation of Boiler Temperature (Tkmax)
148
Switching Differential of the Boiler Temperature
149
Single-Stage Burner
150
2-Stage Burner
150
Minimum Limitation of the Burner Running Time
151
Release Integral of Burner Stage 2
152
Temperature-Time Integral
152
Reset Integral of Burner Stage 2
153
Temperature-Time Integral
153
Pump Overrun Time
154
Operating Mode of Boiler
155
Extended Burner Running Time
155
Protective Boiler Start-Up
156
Impact on 2-Position Loads
156
Impact on Modulating Loads
157
Temperature-Time Integral
158
Control of Boiler Pump
159
Modulating Burner
160
Running Time of Damper Actuator
160
Proportional Band (Xp)
161
Integral Action Time (Tn)
161
Derivative Action Time (Tv)
161
Switching Differential of Damper Actuator
162
Maintained Boiler Return Temperature
163
Maintained Boiler Return Temperature with Mixing Valve
163
Maintained Boiler Return Temperature with Consumer Influence
163
Minimum Limitation of the Boiler Return Temperature
164
Switching Differential of Bypass Pump
164
Control of the Bypass Pump
165
Parallel with the Burner Setting 0
165
According to the Boiler Return Temperature Setting 1
166
Temperature-Time Integral
168
Heating Circuit
169
Boost of the Flow Temperature Setpoint Mixing Valve (UEM)
169
Gain Factor of Room Influence (KORR)
170
Constant for Quick Setback and Optimum Start Control (KON)
170
Quick Setback Without Room Influence
171
Optimum Start Control Without Influence
171
Boost of Room Temperature Setpoint (DTRSA)
172
Boost Heating
172
Frost Protection for the Plant (HK1 and HK2)
173
Frost Protection for the Plant
173
Control Mode of Actuator
174
Switching Differential of Actuator
175
Control of Mixing Valve Actuator
175
Overtemperature Protection for the Pump Heating Circuit
176
Heat Gains (Tf)
177
Adaption Sensitivity 1 (ZAF1)
177
Adaption Sensitivity 2 (ZAF2)
178
P-Band of Mixing Valve (Xp)
179
Integral Action Time of Mixing Valve Y1 (Tn)
179
Actuator Running Time Mixing Valve Y1
179
180
180
Maximum Nominal Setpoint of D.h.w. Temperature (Tbwmax)
180
Switching Differential of D.h.w. Temperature (SDBW)
181
Temperature Control
181
Temperature Control with 2 Sensors
182
Legionella Function
183
Setpoint of Legionella Function
184
Discharge Protection During D.h.w. Heating
184
Service
185
Continuous Display
185
Software Version
185
Device Operating Hours
185
6 General Control Processes
186
Generation of the Boiler Temperature Setpoint
186
Maintained Boiler Return Temperature
187
Modulating Burner Control
188
Setting Rules for Xp, Tn and Tv
188
Checking the Control Function
188
Control Action too Slow
188
Control Action too Fast
189
Automatic 24-Hour Heating Limit
190
Without Room Influence
190
With Room Influence
190
Quick Setback with Room Sensor
192
Overtemperature Protection Mixing Heating Circuit
192
Attenuated Outside Temperature
193
Composite Outside Temperature
194
Push
195
Pump and Valve Kick
196
Protection against Discharging after D.h.w. Heating
196
Buffer Storage Tank Operation
197
Overview of Pump Operation
198
Frost Protection
199
For the Boiler
199
For the D.h.w
199
For the Heating Circuit
200
7 Application Examples
201
Structure of Plant Diagrams
201
Heat Source Variants
202
Pps-Bmu
202
Multi-Stage Burner
203
Modulating Burner
203
Cascade 2 X 1
204
Cascade Slave
204
Plant Types
205
Without System Pump
205
System Pump before D.h.w
206
System Pump after D.h.w
207
System Pump with External Heat Demand
208
Diverting Valve
209
Cascade 2 X 1
210
Supplementary Information on the Plant Types Listed
210
Legend to Plant Types
211
Electrical Connections
212
8 Dimensions
213
Panel Cut-Out
213
Combination of Controllers
213
9 Technical Data
214
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