Viessmann Vitodens 222-F B2TB Скачать руководство пользователя страница 17 | Manualshive

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The Vitodens 222-F, B2TB is designed for closed loop,
forced circulation hot water heating systems only. Use
standard friction loss method for pipe sizing. Observe
boiler maximum and minimum flow rate limitations. If
system flow rate exceeds boiler maximum flow rate
(as stated below), falls below the minimum flow rate
or if system flow rate is unknown, Viessmann strongly
recommends the installation of a low-loss header.
An alternative method may be used, such as primary
secondary piping using closely spaced tees.

A low-loss header offers additional benefits not provided
by a pair of closely spaced tees. Viessmann therefore
strongly recommends and prefers the use of a low-loss
header over closely spaced tees. Once the low-loss header
is connected, the built-in low-loss header logic of the
Vitodens 222-F boiler ensures the required

U

t across the

system through the sensory communication between the
low-loss header and the boiler.

Pressure drop (primary circuit) for
Vitodens 222-F, B2TB 19 and 35

Boiler maximum flow rate 6.2 GPM (1400 L/h)

Boiler maximum flow rate 6.2 GPM (1400 L/h)

Model B2HB 19

1 boiler

Output (NG/LPG)
MBH

64

U

t for NG/LPG

20ºF (11ºC) rise GPM (L/h)

6.4 (1453)

25ºF (14ºC) rise GPM (L/h)

5.1 (1163)

30ºF (17ºC) rise GPM (L/h)

4.3 (969)

35ºF (19.5ºC) rise GPM (L/h)

3.7 (830)

40ºF (22ºC) rise GPM (L/h)

3.2 (727)

Model B2HB 35

1 boiler

Output (NG/LPG)
MBH

117

U

t for NG/LPG

20ºF (11ºC) rise GPM (L/h)

11.7 (2657)

25ºF (14ºC) rise GPM (L/h)

9.4 (2126)

30ºF (17ºC) rise GPM (L/h)

7.8 (1771)

35ºF (19.5ºC) rise GPM (L/h)

6.7 (1518)

40ºF (22ºC) rise GPM (L/h)

5.9 (1328)

Flow rate

Supply head pressure (water)

Waterside Flow (primary circuit)

Vitodens 222-F, B2TB 19 and 35 Technical Data

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Содержание Vitodens 222-F B2TB

Страница 1: ...Vitoden ns 2 2 2 22 2 2 22 2 2 2 F F F F B B B B2 2 2 2T T T TB B B B Resi id den nt ti ia al l B Bo oi il le er r ...

Страница 2: ......

Страница 3: ...ibility of the installing contractor to ensure all aspects of the system comply with the local authorities having jurisdiction 2017 by Viessmann All rights reserved No part of this book may be used or reproduced in any manner whatsoever without prior written permission For information contact Viessmann Manufacturing Company Inc 750 McMurray Road Waterloo ON N2V 2G5 Canada Phone 519 885 6300 Toll F...

Страница 4: ...IV ...

Страница 5: ...s and a long service life All Viessmann products have one thing in common they are based on a modular technology strategy with one common platform This way different product versions can be created to fulfill each customer s specific requirements In short Viessmann takes care of all your needs from start to finish Part of that is a comprehensive support program A knowledgeable Viessmann sales repr...

Страница 6: ...il Generation of Boiler Consecutive Number A B C Heat Only Circuit Combi Combi Comfort Coiled Tubing Tank Stratified Loading tank Solar Heating For DHW Solar Heating Wall Mounted G H J K L Floor Standing R S T U V Series P Segment 100 1 200 2 300 3 Identifying Boiler Nomenclature ...

Страница 7: ...n the system Drawing version How system is zoned ZP Pumps ZV Zone valves TV Thermostatic Radiator Valves C Combination Boiler Segment VD Vitodens CU CM Vitocrossal CT VR Vitorond Segment Series 1 100 Series 2 200 Series 3 300 Series Domestic Capability X No DHW I With indirect DHW C On demand DHW T Stratified loading tank 1 1 Identifying Application Codes ...

Страница 8: ...ut not T T ice Best Choice Possible with limitations Not recommended 1 Limited maximum boiler supply water temperature 2 Ensure boiler protection to prevent against low return water temperature Baseboard Fan Coil Cast Iron Radiator Panel Radiator Radiant Floor Heating Indirect DHW Air Handlers Vitodens 100 Vitodens 200 222 F Vitorond 100 Vitocrossal 300 CU3A Typical Supply Temperature Application ...

Страница 9: ...check valve Hot water baseboard radiator Thermostat Temperature sensor Boiler water feed with double back check valve Air eliminator Expansion tank Viessmann Vitotrol Multi zone control Purge assembly sediment faucet and ball valve Zone valve Hydronic air handler 24V zone valve Circulator Towel radiator Viessmann 3 Way mixing valve with actuator motor Plate and frame heat exchanger 120 Volt power ...

Страница 10: ...6 ...

Страница 11: ...tion Application Code Page Application 1 VD2T 1HC1T1ZP 01 22 Application 2 VD2T 1HC1T4ZV 01 26 Application 3 VD2T 1HC1T4ZP 01 30 Application 4 VD2T 2HC2T2ZP 01 34 Application 5 VD2T 2HC2T2ZP 02 38 Application 6 VD2T 3HC3T3ZP 01 42 ...

Страница 12: ...or high operational reliability a long service life and high heating output in the smallest space B Modulating MatriX cylinder gas burner for extremely clean combustion C Integral diaphragm expansion tank D Digital boiler control unit E Integral 3 speed high efficiency circulation pump F Stainless steel DHW primary storage tank Product Information Vitodens 222 F B2TB 19 and 35 Technical Data ...

Страница 13: ...er temperature Adjustable high limit AHL range space heating steady state Fixed high limit FHL ºF ºC ºF ºC 68 to 165 20 to 74 210 99 68 to 165 20 to 74 210 99 Boiler connections Boiler heating supply and return Pressure relief valve Drain valve Boiler supply return for indirect fired DHW storage tank field supplied Gas valve connection NPTM NPTF male thread NPT NPTF 1 Output based on 140ºF 60ºC 12...

Страница 14: ...10 Technical Data Vitodens 222 F B2TB 19 and 35 Technical Data ...

Страница 15: ...n mm 16 1 410 d 1 in mm 52 6 1337 n in mm 8 8 224 f 1 in mm 57 0 1447 o in mm 15 3 389 g in mm 2 0 50 p in mm 14 2 361 h 1 in mm 59 1 1502 q in mm 12 6 320 i 1 in mm 64 2 1630 r in mm 13 0 330 j 1 in mm 65 6 1666 s in mm 8 7 220 Legend A Condensate Drain side 1 Note All height dimensions of the boiler have a tolerance of 6 in 15 mm due to the factory installed adjustable feet 1 Add 1f in 40 mm whe...

Страница 16: ...arance to combustibles for the Vitodens boiler supercedes the clearance to combustibles listing that appears on the special venting system label The back or side clearance shall be increased if piping installation is required Recommended minimum service clearances See the Vitodens 222 F B2TB Venting System Installation Instructions for details Boiler model B2TB 19 35 Top 0 0 Sides left and right 0...

Страница 17: ...the low loss header is connected the built in low loss header logic of the Vitodens 222 F boiler ensures the requiredUt across the system through the sensory communication between the low loss header and the boiler Pressure drop primary circuit for Vitodens 222 F B2TB 19 and 35 Boiler maximum flow rate 6 2 GPM 1400 L h Boiler maximum flow rate 6 2 GPM 1400 L h Model B2HB 19 1 boiler Output NG LPG ...

Страница 18: ...TB 19 1 6 2 1400 System Flow Rate LLH Required LLH Model GPM L h 6 4 1453 Yes 80 60 5 1 1163 Optional 80 60 4 3 969 Optional 80 60 3 7 830 Optional 80 60 3 2 727 Optional 80 60 included B2TB 35 1 6 2 1400 System Flow Rate LLH Required LLH Model GPM L h 11 7 2657 Yes 80 60 9 4 2126 Yes 80 60 7 8 1771 6 Yes 80 60 6 7 1518 Yes 80 60 5 9 1328 Optional 80 60 included Note The Vitodens 222 F comes equip...

Страница 19: ... Vitodens 222 F B2TB boilers in the factory setting the pump speed is preset to speed three Speed One Speed Three Speed Two Flow Q gpm Ft of Head Performance chart courtesy of Grundfos Grundfos UPS15 78 residual head pressure Residual head of built in three speed pump used with Vitodens 222 F B2TB Flow Q gpm Ft of Head Hydronic Components Heating Circuit Pumps Vitodens 222 F B2TB 19 and 35 Technic...

Страница 20: ... system pressure is 14 psig Chemical corrosion protection products Corrosion does not typically occur in sealed heating systems which have been correctly installed and are correctly operated Many manufacturers of plastic pipes recommend the use of chemical additives In this case only those commercially available corrosion protection products approved for boilers with domestic hot water heating via...

Страница 21: ...erature for space heating and DHW production is 165 F 74 C for models B2TB 19 and 35 To minimize distribution losses Viessmann recommends that the heating and domestic hot water systems be based on a maximum boiler supply temperature of 158 F 70 C Due to the low return temperatures required for gas condensing no mixing valves should be used in the heating circuit whenever possible If mixing valves...

Страница 22: ... used 40A 40 Notes Comments 1 When multiple 145 communication accessories are being installed 145 cables will need to be run from device to device Daisy Chain 2 Ensure to set the S1 switch to assign the mixing valve heating circuit Product Information Wiring a Mixing Valve Controller ...

Страница 23: ... turn the hot water tap on to rinse a glass or better yet trickle a little bit of hot water while you shave A typical on demand type water heater would short cycle or may not even turn on for such a small amount of DHW The 26 gallon storage tank on the 222 F addresses this by simply storing a small amount of hot water 1 for these types of situations Therefore the small volume of hot water 2 is tak...

Страница 24: ...5 3 4 GPM As a result of the drop tube design in the storage tank 1 the boiler has the ability to recharge the storage tank and satisfy the DHW demand simultaneously when under small loads Heres how this works If a DHW load of 1 8 GPM is exiting the boiler 2 then 1 8 GPM of cold water must enter the boiler 3 Now because the DHW circulator 4 is drawing in 3 3 GPM of cold water it will take the 1 8g...

Страница 25: ...d load Consider a bath tub that requires a flow rate of 4 4 GPM 1 Since the DHW circulator 2 is preset to 3 4gpm the addi tional 1 gpm of cold water will enter into the tank 3 As the 3 4g of hot water enters the tank it immediately enters the DHW outlet 4 Since this 3 4g is not enough to satisfy the demand 1gpm is taken from the tank to meet this target outlet flow rate This allows for a ten minut...

Страница 26: ...eparating the flow of the boiler and system with closely spaced tees or a low loss header ensures that the boiler and system flows do not affect each other 2 The P1 boiler circulator is integrated into the boiler For more information related to sizing and flow please refer to page 13 15 3 Refer to component index on Page 5 Pressure Drop B2TB ...

Страница 27: ...sor Optional Vitotrol OR X11 Outdoor Sensor Low Loss Header Sensor Notes Comments 1 For a simplified installation and more intelligent operation the Vitotrol 200 A and Vitotrol 300 A can be used in place of a traditional thermostat 2 indicates optional connection Application Code VD2T 1HC1T1ZP 01 ...

Страница 28: ...ally separate the system flow from the boiler flow This can be achieved by using a low loss header or closely spaced tee s on the system loop A low loss header sensor can be installed allowing better system control and increased efficiency To program the boiler for this type of application please complete the following procedure Type Option Step Description Parameter Set to Setup Location Vitotrol...

Страница 29: ...25 Application 1 Operational Setup continued Notes Comments ...

Страница 30: ...flow of the boiler and system with closely spaced tees or a low loss header ensures that the boiler and system flows do not affect each other 2 The P1 boiler circulator is integrated into the boiler For more information related to sizing and flow please refer to page 13 15 3 Refer to component index on Page 5 Pressure Drop B2TB ...

Страница 31: ...alves 2 The transformer zone valves will only have power when the boiler is powered Therefore if the power supply to the boiler is turned off for service all zone valves thermostats will be inactive 3 This application can also be achieved through the use of a zone valve multi zone control as shown in application 3 Application Code VD2T 1HC1T4ZV 01 ...

Страница 32: ...rculator that will adjust flow based on opening closing zone valves If a single speed pump is being used ensure a pressure differential bypass is incorporated into the system to avoid over pumping a circuit when a single zone is calling for heat To setup the boiler for this application you will need to compete the following Type Option Step Description Parameter Set to Setup Location 1 Assign P3 a...

Страница 33: ...29 Application 2 Operational Setup continued Notes Comments ...

Страница 34: ...ow of the boiler and system with closely spaced tees or a low loss header ensures that the boiler and system flows do not affect each other 2 The P1 boiler circulator is integrated into the boiler For more information related to sizing and flow please refer to page 13 15 3 Refer to component index on Page 5 Pressure Drop B2TB ...

Страница 35: ...LT CIRCULATORS ZONE4 ZONE3 ZONE2 ZONE1 PRIMARY ZC ZR H H N H N H N H N H N H N H INP UT 120 VAC 120 VAC LED INDICATORS POWER ZONE 1 ZONE 2 ZONE 3 ZONE 4 FU SE 6 A MP FU SE 6 A MP FU SE 6 A MP FU SE 6 A MP FU SE 6 A MP FU SE 6 A MP ACCESSORY PORT Multizone Control P P P P Outdoor Sensor Low Loss Header Sensor X11 O tdoor Low Loss Header Vitodens 222 F Application 3 Notes Comments 1 Connection betwe...

Страница 36: ...temperature at the low loss header it is taken out of standby mode until the call for heat is satisfied This is a very simple control solution for single temperature applications To setup this boiler for this application you will need to complete the following Type Option Step Description Parameter Set to Setup Location Without the DE Contact 1 Setup HC1 Outdoor Reset Curve Set in heating sub menu...

Страница 37: ...33 Application 3 Operational Setup continued Notes Comments ...

Страница 38: ...of the boiler and system with closely spaced tees or a low loss header ensures that the boiler and system flows do not affect each other 2 The P1 boiler circulator is integrated into the boiler For more information related to sizing and flow please refer to page 13 15 3 Refer to component index on Page 5 Pressure Drop B2TB ...

Страница 39: ...rol Vitodens 222 F Application 4 Notes Comments 1 The P3 circulator in Heat circuit 2 is controlled by the air handler 2 Heat demand contact from air handler must be a dry contact potential free 3 The dry contact for the radiant heat circuit could come from a device such as a thermostat zone valve or multi zone controller Application Code VD2T 2HC2T2ZP 01 ...

Страница 40: ... water temperatures when HC2 is operat ing so don t forget to include the thermostatic mixing valve To setup the boiler for this application you will need to complete the following Type Option Step Description Parameter Set to Setup Location 1 Set DHWTemperature Set in heating sub menu HC1 Programming 2 Designate 28 20 Contact as HC1 Pump P4 53 02 Set in Level 2 Coding 3 Conﬁgure boiler to operate...

Страница 41: ...37 Application 4 Operational Setup continued Notes Comments ...

Страница 42: ...of the boiler and system with closely spaced tees or a low loss header ensures that the boiler and system flows do not affect each other 2 The P1 boiler circulator is integrated into the boiler For more information related to sizing and flow please refer to page 13 15 3 Refer to component index on Page 5 Pressure Drop B2TB ...

Страница 43: ...ication 5 Notes Comments 1 1 For more information regarding the wiring of the Mixing Valve Module see page 17 2 The thermostats on this application can be substituted for Vitotrols This simplifies setup and offers the user additional control of the space 3 Don t forget about the jumper between the 40A plug and the 157 Plug Application Code VD2T 2HC2T2ZP 02 ...

Страница 44: ...3 Setup HC1 Outdoor Reset Curve Set in heating sub menu 4 Setup HC2 Outdoor Reset Curve 5 Set DHWTemperature 6 Setup Vitotrols or UsingThermostat End Switch 1 Designate 28 20 output as HC1 Pump P4 52 02 Set in Level 2 Coding HC1 2 Conﬁgure boiler to operate upon a call for heat from HC1 Activates DE1 Contact 3A 01 Initiates Changeover D5 01 Contact D8 01 Time limit for changeover F2 0 Changeover F...

Страница 45: ...41 Application 5 Operational Setup continued Notes Comments ...

Страница 46: ...fer to component index on page 5 2 External flow check valves are not necessary if built into the circulators 3 The P1 boiler circulator is integrated into the boiler For more information related to sizing and flow please refer to page 13 15 P5 P4 M2 P3 M1 HC3 HC2 HC1 Pressure Drop B2TB ...

Страница 47: ... HC2 T stat HC1 T stat HC1 P3 Vitodens 222 F Application 6 Notes Comments 1 To minimize system setup the thermostats can be substituted with Vitotrol room controls This provides a communicating room control that will increase the comfort of the space 2 A single control must be selected for each heat circuit i e Thermostat or Vitotrol Application Code VD2T 3HC3T3ZP 01 ...

Страница 48: ...witc 1 Designate 28 20 output as HC1 Pump P4 52 02 Set in Level 2 Coding HC1 2 Conﬁgure boiler to operate upon a call for heat from HC1 Activates DE1 Contact 3A 01 Initiates Changeover D5 01 Identiﬁes changeover based on DE1 contact D8 01 Time limit for changeover F2 0 Temperature Limit for disabling changeover F8 61 Adjust Daytime schedule Set In Heating Sub Menu Set Reduced room temperature 3 C ...

Страница 49: ...45 Application 6 Operational Setup continued Notes Comments ...

Страница 50: ...rent comprehensive product range Viessmann is offering a multi level program of high tech state of the art heating products Wall mounted gas fired condensing boilers floor standing oil or gas fired hot water heating boilers solar thermal systems control technology and DHW storage tanks all designed to achieve superior performance reliability and energy savings Accountability for the environment an...

Страница 51: ...47 47 Global presence Local commitment ...

Страница 52: ... Canada 1 800 387 7373 www viessmann ca Viessmann Manufacturing Company Inc USA Warwick RI 02886 USA 1 800 288 0667 info viessmann us com www viessmann com Technical information subject to change without notice Printed in Canada 5790 321 01 12 2016 ...

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