York YHVP Technical Manual Download Page 23

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YHVP-ECM

YHVP-ECM

Serie

Cooling emission

WT: 7/12 °C

WT: 8/13 °C

WT: 10/15 °C

WT: 12/17 °C

Model Vdc

Dp(c)

kW l/h

kPa kW

kW l/h

kPa kW

kW l/h

kPa kW

kW l/h

kPa

YHVP-

ECM

MAX

415

1,70

1,42

292

8,5

1,50

1,37

258

6,7

1,16

199

4,2

0,91

157

2,7

7,5

355

1,54

1,26

264

7,1

1,36

1,21

233

5,6

1,04

179

3,4

0,79

135

2,1

MED

290

1,34

1,08

231

5,5

1,18

1,03

203

4,4

0,90

155

2,7

0,67

116

1,6

240

1,18

0,93

202

4,4

1,03

0,88

178

3,4

0,78

135

2,1

0,58

100

1,2

MIN

190

1,00

0,77

171

3,2

0,87

0,73

150

2,5

0,66

113

1,5

0,49

0,9

YHVP-

ECM

MAX

510

1,93

1,65

331

10,6

1,71

1,60

294

8,5

1,33

228

5,3

1,11

191

3,9

7,5

440

1,76

1,48

303

9,0

1,56

1,43

268

7,2

1,20

207

4,5

0,97

166

3,0

MED

375

1,59

1,31

274

7,5

1,41

1,26

242

6,0

1,08

186

3,7

0,83

143

2,3

315

1,42

1,15

244

6,1

1,25

1,10

215

4,9

0,95

164

3,0

0,72

123

1,7

MIN

260

1,24

0,99

214

4,8

1,10

0,94

188

3,8

0,83

143

2,3

0,62

106

1,3

YHVP-

ECM

MAX

620

2,81

2,25

483

22,9

2,48

2,15

427

18,3

1,91

328

11,3

1,44

247

6,7

7,5

520

2,50

1,96

430

18,6

2,21

1,88

380

14,8

1,69

290

9,0

1,26

217

5,3

MED

420

2,16

1,66

371

14,3

1,90

1,58

328

11,3

1,44

1,43

248

6,8

1,07

185

4,0

345

1,88

1,42

323

11,1

1,65

1,35

284

8,8

1,25

1,21

215

5,3

0,92

159

3,0

MIN

270

1,57

1,17

270

8,1

1,38

1,10

237

6,4

1,04

0,98

178

3,8

0,76

131

2,1

YHVP-

ECM

MAX

770

3,21

2,63

551

29,1

2,85

2,54

490

23,4

2,20

379

14,6

1,67

288

8,8

7,5

665

2,93

2,37

504

24,8

2,59

2,27

446

19,8

2,00

344

12,3

1,51

259

7,3

MED

550

2,60

2,05

447

19,9

2,29

1,96

395

15,9

1,76

302

9,7

1,32

226

5,7

465

2,32

1,80

399

16,2

2,04

1,71

351

12,9

1,56

268

7,8

1,16

199

4,6

MIN

375

2,00

1,52

343

12,4

1,76

1,44

302

9,8

1,33

1,30

229

5,9

0,98

169

3,4

Entering air temperature: +25°C - Relative Humidity: 50%

WT: 70/60 °C

WT: 60/50 °C

WT: 50/40 °C

WT: 50/45°C

WT: 45/40°C

Model Vdc

Dp(c)

l/h

kPa kW

l/h

kPa kW

l/h

kPa kW

l/h

kPa kW

l/h

kPa

YHVP-

ECM

MAX

415

4,75

409

11,7

3,67

316

7,6

2,58

222

4,2

2,89

497

17,6

2,35

405

12,4

7,5

355

4,22

363

9,4

3,26

281

6,1

2,30

198

3,4

2,56

441

14,2

2,09

359

10,0

MED

290

3,59

309

7,0

2,79

240

4,6

1,97

169

2,6

2,18

375

10,6

1,78

306

7,5

240

3,08

265

5,3

2,39

206

3,5

1,70

146

2,0

1,87

322

8,1

1,53

263

5,7

MIN

190

2,54

219

3,8

1,98

170

2,5

1,41

121

1,4

1,54

265

5,7

1,26

217

4,0

YHVP-

ECM

MAX

510

5,55

477

15,4

4,28

368

10,0

3,00

258

5,5

3,37

580

23,3

2,74

472

16,3

7,5

440

4,97

427

12,6

3,83

330

8,2

2,70

232

4,5

3,02

519

19,1

2,46

423

13,4

MED

375

4,40

378

10,1

3,40

293

6,6

2,40

206

3,6

2,67

460

15,3

2,18

375

10,8

315

3,84

330

7,9

2,97

256

5,2

2,10

181

2,9

2,33

401

12,0

1,90

327

8,4

MIN

260

3,29

283

6,0

2,55

220

3,9

1,81

156

2,2

2,00

344

9,1

1,63

281

6,4

YHVP-

ECM

MAX

620

7,19

618

26,9

5,58

480

17,7

3,96

340

9,9

4,36

751

40,6

3,57

614

28,8

7,5

520

6,27

539

21,1

4,87

419

13,8

3,47

298

7,8

3,81

655

31,8

3,11

536

22,5

MED

420

5,29

455

15,5

4,12

354

10,2

2,94

253

5,8

3,21

553

23,4

2,63

452

16,6

345

4,51

388

11,6

3,52

303

7,7

2,52

216

4,4

2,74

471

17,5

2,24

386

12,5

MIN

270

3,68

316

8,1

2,87

247

5,4

2,06

177

3,1

2,23

383

12,1

1,83

315

8,7

YHVP-

ECM

MAX

770

8,45

727

36,1

6,55

564

23,6

4,64

399

13,1

5,14

884

54,5

4,20

722

38,6

7,5

665

7,58

652

29,6

5,88

506

19,4

4,17

359

10,8

4,61

792

44,7

3,76

647

31,7

MED

550

6,55

563

22,8

5,09

438

15,0

3,62

311

8,4

3,98

685

34,4

3,26

560

24,4

465

5,74

494

18,0

4,47

384

11,8

3,18

274

6,7

3,49

600

27,1

2,85

491

19,3

MIN

375

4,83

415

13,2

3,76

324

8,7

2,69

231

4,9

2,93

504

19,8

2,40

413

14,1

Entering air temperature: +20°C

Emissions

Legend

= Water temperature

Vdc

= Inverter power

= Emission

MAX

= High speed

= Cooling Total emission

MED

= Medium speed

= Cooling Sensible emission

MIN

= Low speed

= Water flow

= Air flow

Dp(c)

= Water side pressure drop

Heating emission

Summary of Contents for YHVP

Page 1: ...www eurovent certiﬁcation com www certiﬂash com YHVP High Wall Fan Coil Made in EU YHVP ECM YHVP YHVP ECM Fan Coil Technical Guide for internal distribution only ...

Page 2: ... colour allows the use of YHVP in any environment YHVP is available with standard AC motors or low energy EC motors and in the following versions with wired wall control infra red remote control MB electronic board for Modbus management and electric heating coil The units are for 2 pipe installations only All the YHVP models perform very low electric consumption and extremely quite sound levels ac...

Page 3: ... YHVP T version and with JTM B control in YHVP MB version Air Filter Washable regenerable synthetic filter readily accessible Fan Assembly Made of plastic tangential fan Electric motor The motor is for single phase supply and has six speeds three of which are connected with capacitor The motor is fitted on sealed for life bearings and is secured on anti vibration and self lubricating mountings Int...

Page 4: ...e Dimensions Weight Water content A 322 A 212 322 COIL CONNECTIONS ON THE LEFT 4 3 164 58 199 ø16 97 8 311 12 97 12 322 8 311 34 37 ø16 ø16 OUT IN 4 3 164 58 9 9 1 92 92 20 276 C 16 281 B MOUNTING DIMENSIONS Back sight ...

Page 5: ...0 950 1255 1255 Weight packed unit Weight unpacked unit MODEL YHVP 1 YHVP 2 YHVP 3 YHVP 4 YHVP 1 YHVP 2 YHVP 3 YHVP 4 without valve 12 12 16 16 10 10 13 13 with valve 13 13 17 17 11 11 14 14 MODEL YHVP 1 YHVP 2 YHVP 3 YHVP 4 litres 0 85 0 85 1 28 1 28 DIMENSIONS mm WEIGHT kg WATER CONTENT l Dimensions Weight Water content ...

Page 6: ...9 53 55 Sound pressure Lp dB A 26 32 37 39 43 44 30 34 38 40 44 46 MODEL YHVP 3 YHVP 4 Speed 1 E 2 E 3 4 E 5 6 1 2 E 3 4 E 5 6 E MIN MED MAX MIN MED MAX Air flow m3 h 280 375 480 545 730 780 300 440 500 610 675 790 Cooling total emission E kW 1 89 2 32 2 78 3 03 3 63 3 78 1 99 2 62 2 86 3 26 3 46 3 81 Cooling sensible emission E kW 1 35 1 69 2 06 2 27 2 81 2 95 1 43 1 93 2 12 2 47 2 66 2 98 Heatin...

Page 7: ...C for entering water temperatures below 6 C contact York technical department Max rated pressure 1000 kPa 10 bars Motor electrical data max absorption MODEL YHVP 1 YHVP 2 YHVP 3 YHVP 4 230 1 50Hz W 30 32 46 48 A 0 16 0 16 0 23 0 23 WORKING CONDITIONS Installation height m MODEL YHVP 1 4 Minimum 2 Maximum 3 ...

Page 8: ...c Ps Qw Dp c Pc Ps Qw Dp c Pc Ps Qw Dp c Pc Ps Qw Dp c m3 h kW kW l h kPa kW kW l h kPa kW kW l h kPa kW kW l h kPa YHVP 1 VI 500 2 14 1 68 368 12 9 1 91 1 63 329 10 4 1 49 1 49 256 6 6 1 14 1 14 196 4 1 V 470 2 06 1 61 355 12 0 1 84 1 56 316 9 7 1 43 1 43 246 6 1 1 09 1 09 188 3 8 IV MAX 375 1 80 1 37 310 9 4 1 60 1 31 275 7 6 1 24 1 22 213 4 7 0 94 0 94 161 2 8 III 340 1 69 1 27 291 8 4 1 50 1 2...

Page 9: ...83 0 83 142 2 5 Entering air temperature 25 C Relative Humidity 50 WT 70 60 C WT 60 50 C WT 50 40 C WT 50 45 C WT 45 40 C Model Speed Qv Ph Qw Dp c Ph Qw Dp c Ph Qw Dp c Ph Qw Dp c Ph Qw Dp c m3 h kW l h kPa kW l h kPa kW l h kPa kW l h kPa kW l h kPa YHVP 1 VI 500 5 46 470 15 0 4 22 363 9 7 2 96 254 5 3 3 32 571 22 6 2 71 466 15 9 V 470 5 22 449 13 8 4 03 346 9 0 2 83 244 4 9 3 17 545 20 8 2 58 4...

Page 10: ...ctrical heater can be used as an alternative or as a supplement to the hot water in the first case controls such as JWC T can be chosen in the second case controls such as JWC TQR The heater is hermetically sealed and supplied inside the battery pipes and therefore can be only factory mounted The electric heaters of the YHVP units are single phase 230V supply The electric heater is fitted with a o...

Page 11: ...flow l h Dp pressure drop kPa Kvs 2 5 Kvs 1 6 40 30 20 10 9 8 7 6 5 4 3 2 1 100 200 300 400 600 800 1000 2000 3000 4000 Dp Qw Accessories mod Valve Code DN Ø Kvs Not Fitted 1 2 15 1 2 1 6 9025321 3 4 20 3 4 2 5 9025323 mod Valve Code DN Ø Kvs Not Fitted 1 2 15 1 2 1 6 9025311 3 4 20 3 4 2 5 9025313 Height for vertical ﬂow m Water ﬂow l h depending on the length of horizontal ﬂow 5m 10 m 1 7 6 7 2 ...

Page 12: ...itch or by an automatic change over fitted on the water pipe Room thermostat for fan control ON OFF Room thermostat for 1 valve control Simultaneous thermostatic control of the valves and fan Room thermostat for chilled water valve SUMMER and electric heater WINTER control in winter only the heater is working Installation of electronic low temperature CUT OUT thermostat NTC Installation of bimetal...

Page 13: ...he electric heater managed as main heating element or as an integration element Energy saving function ID Code TMO 503 SV2 9060172 The TMO 503 SV2 control for fan coils with valves is designed to be installed in a 503 wall box The control is supplied integral with the external frame but it is possible to use frames of the most known brand on the market BTicino Vimar AVE Gewiss Manual or automatic ...

Page 14: ...ic controls Speed switch slave It allows to control up to 8 units with only one centralized thermostat using one speed switch for each unit For controls JWC T JWC TQR and TMO 503 SV2 ID Code SEL CVP 9025302 Speed switches YHVP version ...

Page 15: ...de NTC 3021090 TMM low temperature cut out thermostat To be installed in contact with the hot water circuit To be used with the following controls only JWC T For units working on heating only It stops the fan when the water temperature is lower than 30 C and it starts the fan when is higher than 38 C ID Code TMM 9053048 A B Legend A red B brown Change Over CH 15 25 Automatic summer winter switch t...

Page 16: ...a single unit the units can not be controlled in a network The MB version includes a wide range of controls including the infra red remote control optional extra which allows to manage one single unit or several units by using the Modbus RTU RS 485 communication protocol Units can be managed according to the Master Slave logic up to 20 units or by supervisory controls The system consists in a MB p...

Page 17: ... MB version Air Filter Washable regenerable synthetic filter readily accessible Fan Assembly Made of plastic tangential fan Electronic motor Electronic motor with three phase permanent magnet brushless electronic motor that is controlled with reconstructed current according to a BLAC sinusoidal wave The inverter board that controls the motor operation is powered by 230 Volt single phase and with a...

Page 18: ...M Serie Dimensions Weight Water content A 322 A 212 322 COIL CONNECTIONS ON THE LEFT 4 3 164 58 199 ø16 97 8 311 12 97 12 322 8 311 34 37 ø16 ø16 OUT IN 4 3 164 58 9 9 1 92 92 20 276 C 16 281 B MOUNTING DIMENSIONS Back sight ...

Page 19: ... 1255 Weight packed unit Weight unpacked unit MODEL YHVP ECM 1 YHVP ECM 2 YHVP ECM 3 YHVP ECM 4 YHVP ECM 1 YHVP ECM 2 YHVP ECM 3 YHVP ECM 4 without valve 12 12 16 16 10 10 13 13 with valve 13 13 17 17 11 11 14 14 MODEL YHVP ECM 1 YHVP ECM 2 YHVP ECM 3 YHVP ECM 4 litres 0 85 0 85 1 28 1 28 DIMENSIONS mm WEIGHT kg WATER CONTENT l Dimensions Weight Water content ...

Page 20: ... 52 40 44 47 51 55 Sound pressure Lp dB A 26 30 37 39 43 31 35 38 42 46 MODEL YHVP ECM 3 YHVP ECM 4 Inverter power 1 E 3 5 E 7 5 10 E 1 E 3 5 E 7 5 10 E MIN MED MAX MIN MED MAX Air flow m3 h 270 345 420 520 620 375 465 550 665 770 Cooling total emission E kW 1 83 2 20 2 53 2 93 3 29 2 34 2 72 3 05 3 43 3 75 Cooling sensible emission E kW 1 31 1 60 1 86 2 19 2 50 1 70 2 01 2 29 2 63 2 92 Heating E ...

Page 21: ...r entering water temperatures below 6 C contact YORK technical department Max rated pressure 1000 kPa 10 bars Motor electrical data max absorption MODEL YHVP ECM 1 YHVP ECM 2 YHVP ECM 3 YHVP ECM 4 230 1 50Hz W 15 21 20 30 A 0 14 0 19 0 18 0 26 WORKING CONDITIONS Installation height m MODEL YHVP ECM 1 4 Minimum 2 Maximum 3 ...

Page 22: ...c Ps Qw Dp c Pc Ps Qw Dp c Pc Ps Qw Dp c Pc Ps Qw Dp c m3 h kW kW l h kPa kW kW l h kPa kW kW l h kPa kW kW l h kPa YHVP ECM 1 10 MAX 415 1 92 1 47 330 10 5 1 70 1 42 293 8 5 1 32 1 32 227 5 3 1 01 1 01 173 3 2 7 5 355 1 74 1 31 299 8 8 1 54 1 26 265 7 1 1 19 1 17 205 4 4 0 90 0 90 155 2 6 5 MED 290 1 52 1 13 261 6 9 1 35 1 08 232 5 5 1 03 0 99 178 3 4 0 78 0 78 134 2 0 3 240 1 33 0 97 230 5 5 1 1...

Page 23: ...8 169 3 4 Entering air temperature 25 C Relative Humidity 50 WT 70 60 C WT 60 50 C WT 50 40 C WT 50 45 C WT 45 40 C Model Vdc Qv Ph Qw Dp c Ph Qw Dp c Ph Qw Dp c Ph Qw Dp c Ph Qw Dp c m3 h kW l h kPa kW l h kPa kW l h kPa kW l h kPa kW l h kPa YHVP ECM 1 10 MAX 415 4 75 409 11 7 3 67 316 7 6 2 58 222 4 2 2 89 497 17 6 2 35 405 12 4 7 5 355 4 22 363 9 4 3 26 281 6 1 2 30 198 3 4 2 56 441 14 2 2 09 ...

Page 24: ...ed 2 way valve YHVP ECM MB E 3V with MB electronic board with fitted 3 way valve The heater is hermetically sealed and supplied inside the battery pipes and therefore can be only factory mounted The electric heaters of the YHVP ECM units are single phase 230V supply The electric heater is fitted with a overheat protection The unit is fitted with two safety thermostats one thermostat with manual re...

Page 25: ...water flow l h Dp pressure drop kPa Kvs 2 5 Kvs 1 6 40 30 20 10 9 8 7 6 5 4 3 2 1 100 200 300 400 600 800 1000 2000 3000 4000 Dp Qw Accessories mod Valve Code DN Ø Kvs Not Fitted 1 2 15 1 2 1 6 9025321 3 4 20 3 4 2 5 9025323 mod Valve Code DN Ø Kvs Not Fitted 1 2 15 1 2 1 6 9025311 3 4 20 3 4 2 5 9025313 Height for vertical ﬂow m Water ﬂow l h depending on the length of horizontal ﬂow 5m 10 m 1 7 ...

Page 26: ...c Fan OFF with V 1 Vdc Signal 1 10 Vdc YHVP ECM electric wiring diagram Legend CONTROLLER Controller BLAC Inverter circuit board M Brushless electronic motor CM Motor fan connection CP Motor fan thermal protection connection ECM conﬁguration PE 9 7 15 N ECM board power supply 0 10Vdc Input signal W V U N 11 14 12 10 13 4 5 8 MFC M 6 0Vdc 10Vdc CONTROLLER L L Tp Tp PE A P 0 10VDC P15V P A 3 N 230Va...

Page 27: ...including the infra red remote control optional extra which allows to manage one single unit or several units by using the Modbus RTU RS 485 communication protocol Units can be managed according to the Master Slave logic up to 20 units or by supervisory controls The system consists in a MB power board mounted on models YHVP ECM MB and a series of controls such as the JTM B wall mounted control the...

Page 28: ...only in heating mode or heating and cooling mode Automatic switch of the operating mode by means of T2 water probe optional Seasonal switch by means of remote contact ON OFF of the fan coil by means of the remote contact window or clock contact Electric heater control By activating the cut out T3 probe function the fan is stopped in winter when the coil temperature is lower than 32 C and started w...

Page 29: ...ration control depending on the coil temperature cut out T3 probe fitted which can be activated only in heating mode or heating and cooling mode Automatic switch of the operating mode by means of T2 water probe optional Seasonal switch by means of remote contact ON OFF of the fan coil by means of the remote contact window or clock contact Electric heater control By activating the cut out T3 probe ...

Page 30: ...temperature which can be defined as a priority compared to the return air sensor on the fan coil The JTM B control features the following functions Switch the appliance ON and OFF Temperature set Modify the set point when used as a 3 variation of the set point configured from NET supervisory program or PSM DI Set the fan speed low medium high or autofan Set the operation mode fan only cooling heat...

Page 31: ...ed remote control supplied with separate packaging to be used with MB board only RS F 9025300 RT03 infra red remote control The infra red remote control allows setting by a remote position the fan coil operation parameters The RT03 infra red remote control features the following functions Switch the appliance ON and OFF Temperature set Set the fan speed low medium high or autofan Set the operation...

Page 32: ...han 30 C the electric heater is activated ID Code T2 9025310 A group of YHVP units with MB electronic board can be connected via a serial link and can consequently be managed at the same time by just one JTM B wall control or RT03 infra red remote control Using the special jumper present on the MB board one unit must be configured as the master and all the others as slaves The remote control must ...

Page 33: ...F at the same time or alternatively each unit individually change the operating mode fan only heating cooling automatic changeover change the set point modify the values and operation parameters of the fan speed Each function can then be sent to all the units connected or alternatively to each individual unit Different set points or operating modes can be set for each individual unit The PSM DI pa...

Page 34: ...rol tool that can be used as a replacement for the remote control or in parallel however the settings made using NET can have priority over those made using the remote control The program can be used to Create uniform groups groups of units on individual floors in offices or rooms Save weekly programs configured for different types of operation summer winter mid seasons closing periods etc these c...

Page 35: ... entire network can be called so as to make modifications to the operating mode and the set point The user can then check the operating status of each individual unit read the room temperature the coil temperature and the operating status of the condensate drain pump or any alarms MONITORING S CREEN The icon of the terminal unit provides the following information Unit name 00 01 01 Set temperature...

Page 36: ...used Belden 9841 RS 485 1x2x24 AWG SFTP 120 Ohm U U U I O I O I O J N 60 U Time bands are available for each day of the week The time and the type of operation to be performed by the unit can be set for each band The time and the operating parameters can then be displayed before being sent to the unit and implemented The Weekly Program can be used to set the unit operating parameters for each day ...

Page 37: ...aged by NET to a PSM DI panel one SIOS for each PSM DI panel ID Code SIOS 3021292 The Router S is an electronic board that allows creating networks with more than 60 units minimum 2 Router S are required or to divide the network per floor building etc allows creating a Master Slave sub network to be controlled as an indipendent group The Router S can be used only inside a network managed by NET Th...

Page 38: ......

Page 39: ... whilst maintaining the essential characteristics of the types described and illustrated to make at any time without the requirement to promptly update this piece of literature any changes that we consider useful for the purpose of improvement or for any other manufacturing or commercial requirements ...

Page 40: ...YHVP 04 16 CODE 99A4250142 E 04 16 ...

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