Installation Instructions

ManualsBrandsSiemens ManualsAir ConditioningRVP350

74 319 0815 0

G2545

Heating controller for 1 heating circuit

RVP34..

Siemens Building Technologies 74 319 0815 0 a CE1G2545en 28.02.2011 1/12

Heating controller for 1 heating circuit

and d.h.w.

RVP35..

Keep these instructions with the controller!

Installation

Place of installation

• In a dry room (e.g. in the boiler room)

• Installation choices:

– In a compact station

– In a control panel (panel front, inner wall,

or on a top hat rail)

– In a control cabinet

– In the sloping front of a control desk

• Permissible ambient temperature: 0...50 °C

Electrical installation

• Local regulations for electrical installations must be

complied with

• Only qualified personnel may carry out the electrical

installation

• Cable strain relief must be ensured

• Cable glands must be made of plastic

• Cables from the controller to the actuating devices

and pumps carry mains voltage

• Sensor cables must not be run parallel to mains

carrying cables

• A defective or apparently damaged unit must

immediately be disconnected from power

Permissible cable lengths

• For all sensors and thermostats:

Copper cable 0.6 mm dia. max. 20 m

Copper cable 1.0 mm

max. 80 m

Copper cable 1.5 mm

max. 120 m

• For room units:

Copper cable 0.25 mm

max. 25 m

Copper cable from 0.5 mm

max. 50 m

• For the data bus: As per Siemens specification in

Basic System Data N2030 and

Basic Engineering Data N2032

Mounting and wiring the base

Wall mounting

1. Remove base from controller.

2. Hold base against the wall. Marking TOP must

be at the top!

3. Mark fixing holes on the wall.

4. Drill holes.

5. If required, knock out holes on the base to fit

the cable glands.

6. Screw base to the wall.

7. Wire up the base.

Rail mounting

1. Fit top hat rail.

2. Remove base from controller.

3. If required, knock out holes on the base to fit the

cable glands.

4. Fit base to the rail. Marking TOP must be at the top!

5. If required, secure the base (depending on the type

of rail used).

6. Wire up the base.

Flush-panel mounting

• Maximum thickness of front panel: 3 mm

• Required panel cutout: 138 × 92 mm

1. Remove base from controller.

2. If required, knock out holes on the base to fit the

cable glands.

3. Insert base in the panel cutout from behind until

stop is reached. Marking TOP must be at the top!

4. Push lateral tongues behind the front panel (see

illustration).

2462Z06

Wrong Correct

Place left and right tongue correctly – must not protrude

inside the cutout!

5. Wire up the base. Cable lengths should be chosen

such that sufficient space is left to open the control

panel door.

Securing the controller to the base

1. Ensure correct position and location of the levers

by turning the fixing screws. Symbol on lateral wall

of the controller:

2540Z04

2. Insert controller in the base until stop is reached.

Marking TOP must be at the top!

3. Tighten fixing screws alternately.

Summary of content (12 pages)

PAGE 1
74 319 0815 0 G2545 en Installation Instructions RVP34.. RVP35.. Heating controller for 1 heating circuit Heating controller for 1 heating circuit and d.h.w. Keep these instructions with the controller! Installation Place of installation • In a dry room (e.g. in the boiler room) • Installation choices: – In a compact station – In a control panel (panel front, inner wall, or on a top hat rail) – In a control cabinet – In the sloping front of a control desk • Permissible ambient temperature: 0...
PAGE 2
Commissioning Preparatory checks 1. Do NOT turn on power yet. 2. Check wiring to ensure it accords with the plant’s connection diagram. 3. Check each actuating device to see if … – it is correctly installed (observe direction of flow indicated on the valve body), – manual control is disengaged. 4. Exercise caution in connection with floor and ceiling heating systems! The limit thermostat must be correctly set.
PAGE 3
Connection diagrams Low-voltage side RVP340 RVP350, RVP351 * LPB only RVP350 Mains voltage side RVP340 RVP350, RVP351 A6 B1 B2 B31 B32 B5 B6 B7 B9 E1 Room unit Flow sensor Boiler sensor (only RVP35..) D.h.w. storage tank sensor / thermostat (only RVP35..) D.h.w. storage tank sensor / thermostat (only RVP35..) Room sensor Collector sensor (only RVP35..) Return sensor Outside sensor 2-stage burner (only RVP35..
PAGE 4
"End-user" level To activate the "End-user" level, press or . Note: The settings made on the controller should be entered on the following parameter list, and the Installation Instructions should be kept with the controller or in a suitable place. Line Function, display 1 2 3 4 5 6 7 8 9 10 12 Room temp. setpoint for NORMAL heating Room temp. setpoint for REDUCED heating Room temp.
PAGE 5
38 Time of day 39 Weekday 40 Date 41 Year 50 Faults Siemens Building Technologies hh:mm ........................ (00:00…23:59) Display function 1 = Monday 2 = Tuesday, etc. dd.mm ........................ (01.01…31.12) yyyy ........................
PAGE 6
"Heating engineer" level To activate the "Heating engineer" level, press and simultaneously for 3 seconds. This level is used to configure the plant type and to set the plant-specific variables. • The "End-user" level also remains activated when on the "Heating engineer" level. Note: The heating engineer should enter the function of "Scheduler program 2" in the Operating Instructions. Configuring the plant type: Select the required plant type on operating line 51 (see the following plant diagrams).
PAGE 7
Function block "Plant configuration" 51 Plant type RVP340 1-0 (1-0...2-0) ....................... See the plant diagrams above RVP35.. 3-1 (1-1...3-1) Function block "Space heating" 61 62 63 Heating limit NORMAL (ECO day) Heating limit REDUCED (ECO night) Building time constant 17.0 °C (--- / –5.0…25.0) 5.0 °C (--- / –5.0…25.0) 20 h (0…50) 64 Quick setback 65 Room temperature source 66 Type of optimization 67 Maximum heating up period 0:00 h (0:00...
PAGE 8
Function block "Boiler" 91 Boiler operating mode 92 Maximum limitation boiler temperature 93 Minimum limitation boiler temperature 94 Switching differential boiler 0 (0…2) 95 Minimum limitation burner running time 96 Burner stage 2 release integral 95 °C (25…140) 10 °C (5…140) 6K (1…20) 4 min (0…10) 50 °Cxmin (0…500) 97 Burner stage 2 reset integral 10 °Cxmin (0…500) 98 Burner stage 2 locking time 99 Operating mode pump M1 20 min (0…40) 1 (0 / 1) .......................
PAGE 9
126 D.h.w. storage tank sensor / thermostat 0 (0…5) 127 Boost d.h.w. charging temperature 128 Switching differential d.h.w. 10 K (0…50) 8K (1…20) 60 min (--- / 5…250) --- °C (--- / 20…100) 0 (0 / 1) 129 Maximum time d.h.w. charging 130 Setpoint legionella function 131 Forced charging ........................ 0= 1= 2= 3= 4= 5= one sensor two sensors one thermostat two thermostats one sensor with solar d.h.w. heating two sensors with solar d.h.w. heating K .................... K ...................
PAGE 10
Function block "Service functions and general settings" 161 Simulation of outside temperature 162 Relay test --.- °C (--.- / –50.0...50.0) RVP340 0 (0…5) Simulation is automatically ended after °C 30 minutes --.- = no simulation RVP340 0 = normal operation (no test) 1 = all relays deenergized 2 = relay Y1 energized 3 = relay Y2 energized 4 = relay Q2 energized 5 = relay K6 energized ................. RVP35..
PAGE 11
172 Operating mode when terminals H1–M are bridged 173 Locking signal gain Plant types x-0 0 (0…3) Plant types x-1 0 (0...9) 100% (0...200) 6 min (0…40) 0 (0 / 1) 25.03 (01.01...31.12) 25.10 (01.01...31.12) 0 (0...3) 174 Pump overrun time 175 Pump kick 176 Changeover winter- / summertime 177 Changeover summer- / wintertime 178 Clock mode ........................ % .................. Operating mode heating circuit 0= PROTECTION MODE D.h.w.
PAGE 12
Dimensions [mm]  2011 Siemens Switzerland Ltd 12/12 28.02.