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 27

RIS 400-700 P EKO 3.0 v2019.06

21.8.  RIS 700 PW R EKO 3.0

Color markings:

WH(BK) - White(Black)

RD - Red

GN(BU) - Green (Blue)

YE - Yellow

PV - supply air fan EC.

IV - extract air fan EC.

TL - outside air temperature sensor.

TJ - supply air temperature sensor.

TE - exhaust air temperature sensor.

DTJ100 - extract air hu temperature sensor.

T1 - Water heater antifreeze thermostat.

TV - Water heater antifreeze return heat carrier temperature sensor.

M1 - BYPASS damper actuator.

M2 - outside air damper actuator.

M3 - extract air damper actuator.

M4 - Water heater circulatory pump.

M5 - water cooler valve actuator.

M6 - Water heater valve actuator.

FA - fire alarm input.

P/U - "Transsmiter 1" supply air fan pressure transmitter

(0-10 VDC).

P/U - "Transsmiter 2" extract air fan pressure, CO2

transmitters (0-10 VDC).

P - DX cooler protection, differential pressure switch.

RG1 - controller PRV-V2.5.

Q1 - disconnector.

F1 - fuse 5A (size 5x20).

F2 - fuse 1A (size 5x20).

X3

3.

7

DM

P-

X3

3.

6

D

M

P+

X3

3.

8

D

M

P

X33.

15

X33.

16

C

O

M

A.

0.

10

L

X3

1

X4

1.

1

X4

1.

2

X3

9.

2

X3

9.

1

X3

3.

5

X3

3.

4

X3

3.

3

VAL

+

VAL

-

VAL

L

N

X2

5

X2

9

C

OM

T.

OU

T

R

S48

5_1

N

L

X8

C

OM

X33

.13

X1

0

EXT

-

EXT

+

AC.

N

X3

5.

5

X3

5.

4

X3

5.

3

X33

.21

X33

.22

TJ

T.

W

A

T

C

OM

X33

.20

X33

.19

TE

R

S48

5_2

X3

X4

X3

7.

4

X3

7.

3

V2

C

O

M

X37.

1

X3

7.

2

X4

2

X

15

C

O

M

V1

N

L

X3

8.

1

X3

8.

2

X4

0.

3

X4

0.

2

X4

0.

1

X3

4.

8

X3

4.

7

X3

4.

6

X3

4.

5

X3

4.

4

X3

4.

3

X3

4.

2

X3

4.

1

X3

3.

26

X3

3.

25

X3

3.

17

X3

3.

12

X3

3.

18

X3

3.

14

X3

3.

13

X3

5.

1

X3

5.

2

C

OM

B

.0.

10

23 24 25

FAN

C

OM

12

11

+2

4

X16.4 9 10

6

5

4

AN

TI.F

C

OM

X3

3.

11

AL

A

RM

X3

3.

10

C

OM

X3

3.

9

C

HI

L

X3

3.

2

M

IDL

X3

3.

15

C

OM

X3

2.

3

TI

ME

R

X3

2.

2

H

IGH

X3

2.

4

C

OM

X3

2.

1

LO

W

14

13

TA

RG1

L (

cl

os

e)

N

L (

ope

n)

A3

A3

A2

A2

A1

A1

A

C.

N

P

U

M

P

A4

A4

H

R

X16.2

X3

3.

22

X3

3.

21

C

OM

T.

set

28

27

26

X16.10

32 33 34

W2

X16.8

X2

1.

1

1

2 3

X16.9

35

36

X16.1

2

1

3

F1 5A

1

2

X37

20

18

17

19

X16.5

X16.6

21

22

RS485_1

E

XT

+

E

XT

-

E

XT

-

E

XT

+

N

N

X52

RS485_2

1

X3

2 3 4 5 6 7

15 16

...9

X23

PE

N

F2 1A

29 30 31

X16.7

24VDC

11

14

X16.3 7 8

R1

A1

A2

M4

1f, 230V AC

PE

L

N

3

1

P

DX Cooling

Jumper

BO

O

ST

ST

O

P-

 N

O

ST

AR

T-

N

C

Transmitter 1 (24 VDC)

23 - 24V DC,

24 - intput, 0-10V DC,

25 - GND,

Fan f

al

l

1.

2W

 m

ax

1.

2W

 m

ax

Fan r

un

P

24

VD

C

24

VD

C

26 - 24V DC,

27 - intput, 0-10V DC,

28 - GND,

Transmitter 2 (24 VDC)

P

N

L s

uppl

y

L c

ont

ro

l

N

L c

ont

rol

M2

M3

L

N

N L L

L s

upp

ly

230V AC

230V AC

ON/OFF

L

ON/OFF

G

M5

24VAC, 3-position

Y2

Y1

Y1 - Control OPEN (AC 24 V)

Y2 - Control CLOSE (AC 24 V)

G - System potential AC 24 V

TL

TJ

4

1

T1

TE

ModBus RTU

Remote control

RD WH

BK

1 - GND

2 - AC24V open

3 - AC24V close

M1

3

1

3-position

2

24VDC

1

1

+

PE

N
L

IV

GND

0-10V

in

8

7

6

5

4

3

2

2
3
4
5
6
7
8

0-10V

in

GND

PV

L

N

PE

+

X33

X32

B

OOS

T

S

TA

R

T-

NC

ST

OP

-N

O

Jumper

valve actuator

Water cooler

Y1 Y2 G

M5

24VAC, 3-position

Y1 - OPEN (24VAC)

Y2 - CLOSE (24VAC)

G - System potential 24VAC

Boost

Start/Stop

AHU status

AHU work

AHU stop

24V

D

C

24V

D

C

3

1

P

DX Cooling

X16.4

A

HU s

to

p

1.

2W

 m

ax

1.

2W

 m

ax

A

HU w

or

k

NTC

Supply air

TJ

temp.sensor

X16.6

N

M3

N L L

230V AC

ON/OFF

ON/OFF

L c

ont

ro

l

N

L c

ont

rol

L

Supply air

Extract air

damper actuator

damper actuator

Fire alarm

input

Extract air pressure

Air quality transmitter

CO2; Supply air pressure

Transmitter 2

26 - 24V DC,

27 - intput, 0-10V DC,

28 - GND,

P

X16.9

T1

TV

14

X16.8

24VDC, 0-10VDC

M6

G

Y

0

0 - GND,

Y - 0-10V,

G - 24VDC.

antifrost protect.

Water heater

valve actuator

Water heater

Water heater

circulation pump

N L

M4

PE

1f, 230V AC

23 - 24V DC,

24 - intput, 0-10V DC,

25 - GND,

Transmitter 1

P

Air quality transmitter

230V AC

L

N

M2

16

16

16

1

3

2

X16.1

1 2 3 4 5 6 7 8 9 10

10

9

8

7

6

5

4

3

2

1

X16.2

13 14

8

7

X16.3

4 5 6

10

9

X16.4

11 12

18 19 20 21

21

20

19

18

17

15

14

13

12

11

21 22

11 12 13 14 15

17

19

X16.5

17 18

15

X16.10

27

26

28

26 27

35

34

32 33

31

29 30

28

26 27

35

34

32 33

31

29 30

36

35

32 33 34

29

X16.7

30 31

25

25

X16.4

24

23

22 23 24

24

23

22

20

25

28

36

36

X16

supply cable

   Power 

1f, 230V AC

PE N L1

PE N L1

PE N L1

L1

N

PE

X16.7

CE7/7

Jumper

FA

1.738.0009A.0.1.0-L-1k

FA

Jumper

N

PE

L1

PE

PE

Q1

35

64

1

2

+5

V

TA

CO

M

RH

RH

U

TA

RD

WH

YE

GY

Summary of Contents for RIS 400 P EKO 3.0 Series

Page 1: ...RIS 400 700 P EKO 3 0 EN MOUNTING AND INSTALLATION INSTRUCTION...

Page 2: ...8 4 ELECTRICAL HEATER 12 19 AUTOMATIC CONTROL 12 19 1 SYSTEM PROTECTION 13 19 2 USING THE UNIT IN BMS NETWORK 13 19 3 MODBUS ADRESSES 14 19 4 ELECTRICAL CONNECTION OF THE HVAC UNIT 15 19 5 SYSTEM ADJU...

Page 3: ...IP xx xx kg Made in iauliai Lithuania AHU000000 BN xxxxxx 2019 01 01 Figure 2 2 Technical label place Figure 2 3 Indication for duct connection ODA outdoor air SUP supply air ETA extract air EHA exhau...

Page 4: ...hich draw air in from the room and duct exhaust gases out through a chimney or extraction ducting The heating appliance can be starved of oxygen impairing combustion In exceptional cases harmful gases...

Page 5: ...ed min 1 3230 3230 3230 3230 supply power current kW A 0 168 1 4 0 168 1 4 0 168 1 4 0 168 1 4 speed min 1 3230 3230 3230 3230 control input VDC 0 10 0 10 0 10 0 10 protection class IP 54 IP 54 IP 54...

Page 6: ...o 40 C o 3 C o 40 C o Figure 7 1 With external pre heater operating conditions 5 C o 40 C o 40 C o 40 C o 15 C o 40 C o 5 C o 40 C o 15 C 10 o o C 40 C o 15 C o 40 C o 3 C o 40 C o Figure 7 2 With in...

Page 7: ...the protective profiles After unpacking the unit examine it to make sure that it it has not been damaged during transportation The installation of damaged units is prohibited Verify that all ordered e...

Page 8: ...t the unit during transportation It is recommended to remove the film because other wise oxidation signs may occur Before every heating season the condensate tube shall be filled with water as indicat...

Page 9: ...ensor IV Exhaust fan TE Exhaust air temperature sensor KE1 Electric heater DTJ Extract air temperature and RH sensor PE1 Electric pre heater T2 Cooler changeover thermostat KV2 Water pre heater TV2 Wa...

Page 10: ...aged during installation all electrical devices are connected to power supply and fit for service all necessary automation elements are installed and connected to power supply and terminal blocks cabl...

Page 11: ...lerated wear on motor bearings and vibration Clean impeller and inside housing with mild detergent water and damp soft cloth Do not use high pressure cleaner abrasives sharp instruments or caustic sol...

Page 12: ...re Fans are started at maximum speed and BOOST is displayed in the remote control panel FLEX BOOST feature is inactive if the heat ex changer protection is triggered When triggering signal for this fu...

Page 13: ...tivated when air temperature exceeds 50 C and manual protection is activated when air temperature exceeds 100 C Automatic thermal protection 50 C is used to disconnect the electric heater if the tempe...

Page 14: ...eter mining the moisture content of 70 1 a c t i v e o passive 10 ReturnWater 01h_Read_Coils 10 1 Return water temperature sensor alarm 1 a c t i v e o passive 11 ToutDoor 01h_Read_Coils 11 1 Outside...

Page 15: ...power supply line is far from the unit the distance and voltage drop should be considered Device must be earthed Install the control panel at the designated place Install the supplied connection cable...

Page 16: ...mper actuator Fire alarm input CO2 Extract air pressure Air quality transmitter Supply air pressure Transmitter 2 26 24V DC 27 intput 0 10V DC 28 GND P X16 9 T1 TV X16 8 24VDC 0 10VDC M6 G Y 0 0 GND Y...

Page 17: ...LED2 Air damper close LED9 Medium fans speed LED2 LED3 Air damper open LED10 Minimal fans speed LED4 Water valve open LED11 Supply air fan speed reducing LED5 Water valve close LED12 Preheater LED6 B...

Page 18: ...2 3 HIGH BOOST increase the flow of air I X32 4 COM COM X33 1 TIMER Stop DI X33 2 COM COM M5 Water cooler valve actuator X33 3 VAL Cooling valve opening PWM 24v 50hz AO X33 4 VAL Cooling valve closing...

Page 19: ...re sensor AI X39 2 COM TE Exhaust air temperature sen sor X41 1 Exhaust air temperature sensor AI X41 2 COM PV Supply air fan X37 1 V1 Supply air fan 0 10V AO X37 2 COM COM IV Extract room s air fan X...

Page 20: ...X33 25 X33 17 X33 12 X33 18 X33 14 X33 13 X35 1 X35 2 Y1 Control OPEN AC 24 V Y2 Control CLOSE AC 24 V G System potential AC 24 V 24VDC X16 1 2 1 3 X33 5 X33 4 X33 3 VAL VAL VAL Y1 Y2 24VAC 3 position...

Page 21: ...N V1 COM X12 X42 X37 2 X37 1 COM V2 X37 3 X37 4 X4 X3 ModBus RTU RS485_2 RS485_2 A1 A1 A2 A2 A3 A3 TE TE X52 X33 19 X33 20 COM T WAT TJ X33 22 X33 21 X35 3 X35 4 X35 5 N L supply L control N N N EXT E...

Page 22: ...8 9 X22 2 1 2 3 X29 1 3x1000W 230V KE1 A2 A1 PWM 0 TK TK RG2 Lin Lout 9 8 7 6 24VDC 24VDC X41 1 X41 2 X39 2 X39 1 X38 1 X38 2 X40 3 X40 2 X40 1 X34 8 X34 7 X34 6 X34 5 X34 4 X34 3 X34 2 X34 1 X33 26 X...

Page 23: ...2 4 3 1 Q1 26 24V DC 27 intput 0 10V DC 28 GND Transmitter 2 24 VDC P 28 27 26 X33 22 X33 21 COM T set 16 15 X16 2 HR A4 A4 PUMP AC N L N V1 COM X12 X42 X37 2 X37 1 COM V2 X37 3 X37 4 X4 X3 ModBus RTU...

Page 24: ...connector Q2 circuit breakers F1 fuse size 5x20 Color markings WH BK White Black RD Red GN BU Green Blue YE Yellow 5V TA COM RH RD WH YE GY RH U TA Jumper FA 7 2 1 X21 YE GN BU RD PWM STOP NO START NC...

Page 25: ...fuse size 5x20 Air quality transmitter Supply air pressure Air quality transmitter CO2 Extract air pressure FA Jumper A2 A1 A2 A1 7 2 1 X21 YE GN BU RD PWM STOP NO START NC X33 15 X33 16 COM A 0 10 L...

Page 26: ...connector Q2 circuit breakers F1 fuse size 5x20 Color markings WH BK White Black RD Red GN BU Green Blue YE Yellow 5V TA COM RH RD WH YE GY RH U TA Jumper FA 7 2 1 X21 YE GN BU RD PWM STOP NO START NC...

Page 27: ...31 X16 7 24VDC 11 14 X16 3 7 8 R1 A1 A2 M4 1f 230V AC PE L N 3 1 P DX Cooling Jumper BOOST STOP NO START NC Transmitter 1 24 VDC 23 24V DC 24 intput 0 10V DC 25 GND Fan fall 1 2W max 1 2W max Fan run...

Page 28: ...5 1 W5 2 TL 1 2 TE 1 2 U RH TA GN YE RD WH GND RH 5V TA DTJ100 X10 X8 X42 X12 A4 1 A4 2 COM V1 T OUT COM X41 1 X41 2 COM V2 X40 1 X40 2 X40 3 X38 1 X38 2 RG1 V2 5 01 3 2 Components and cables indicate...

Page 29: ...3 position 24VAC DC Y1 open Y2 close G M5 M5 Jumper 24VDC 0 10VDC GND Transmitter 2 24VDC 0 10VDC GND Transmitter 1 FA NC NO COM TJ 1 2 24VDC 1 GND 2 open 3 close M1 M1 1 1 X16 2 1 2 2 1 3 2 1 4 2 1...

Page 30: ...nkin apsauga TK32 09 100 C X22 ki tukinis lizdas Wago 769 112 K1 Kontaktorius AC1 kategorija 20A DRAWN BY CHECKED BY SIGNATURE DUTIES NAME DATE SALDA UAB Drawing Book CHECKED BY 3 4 4 5 6 7 7 EI A kle...

Page 31: ...ue 0 75 White 0 5 Green yellow 0 75 Brown 0 75 DRAWN BY CHECKED BY SIGNATURE DUTIES NAME DA CHECKED BY 1 1 2 3 4 4 5 6 EI A klenikas EI D Aleksandravi ius Vent 224 1091 224 1091 0 1 0 PS Pricipal conn...

Page 32: ...W5 2 TL 1 2 TE 1 2 U RH TA GN YE RD WH GND RH 5V TA DTJ100 X10 X8 X42 X12 A4 1 A4 2 COM V1 T OUT COM X41 1 X41 2 COM V2 X40 1 X40 2 X40 3 X38 1 X38 2 RG1 V2 5 01 3 2 Components and cables indicated in...

Page 33: ...3 position 24VAC DC Y1 open Y2 close G M5 M5 Jumper 24VDC 0 10VDC GND Transmitter 2 24VDC 0 10VDC GND Transmitter 1 FA NC NO COM TJ 1 2 24VDC 1 GND 2 open 3 close M1 M1 1 1 X16 2 1 2 2 1 3 2 1 4 2 1...

Page 34: ...sauga TK32 09 100 C X22 ki tukinis lizdas Wago 769 112 K1 Kontaktorius AC1 kategorija 20A EK2 A1 A2 EK3 A1 A2 DRAWN BY CHECKED BY SIGNATURE DUTIES NAME DATE SALDA UAB Drawing Book CHECKED BY 3 4 4 5 6...

Page 35: ...0 75 White 0 5 Green yellow 0 75 Brown 0 75 DRAWN BY CHECKED BY SIGNATURE DUTIES NAME D CHECKED BY 1 1 2 3 4 4 5 6 EI A klenikas EI D Aleksandravi ius Vent 224 1091 224 1091 0 1 0 PS Pricipal connecti...

Page 36: ...V1 T OUT COM X41 1 X41 2 COM V2 X40 1 X40 2 X40 3 X38 1 X38 2 RG1 V2 5 01 3 2 Components and cables indicated in dotted line should be connected by the manufacturer or by the user X37 X37 X52 X52 Cab...

Page 37: ...2 3 position 24VAC DC Y1 open Y2 close G M5 M5 Jumper 24VDC 0 10VDC GND Transmitter 2 24VDC 0 10VDC GND Transmitter 1 FA NC NO COM TJ 1 2 24VDC 1 GND 2 open 3 close M1 M1 1 1 X16 2 1 2 2 1 3 2 1 4 2 1...

Page 38: ...2 ki tukinis lizdas Wago 769 112 K1 Kontaktorius AC1 kategorija 20A RG3 A1 A2 PWM 0 TK TK EK1 A1 A2 EK2 A1 A2 EK3 A1 A2 DRAWN BY CHECKED BY SIGNATURE DUTIES NAME DATE SALDA UAB Drawing Book CHECKED BY...

Page 39: ...te 0 5 Green yellow 0 75 Brown 0 75 DRAWN BY CHECKED BY SIGNATURE DUTIES NAME DA CHECKED BY 1 1 2 3 4 4 5 6 EI A klenikas EI D Aleksandravi ius Vent 224 1091 224 1091 0 1 0 PS Pricipal connection sche...

Page 40: ...OUT COM X41 1 X41 2 COM V2 X40 1 X40 2 X40 3 X38 1 X38 2 RG1 V2 5 01 3 2 Components and cables indicated in dotted line should be connected by the manufacturer or by the user X37 X37 X52 X52 Cable is...

Page 41: ...M2 3 position 24VAC DC Y1 open Y2 close G M5 M5 Jumper 24VDC 0 10VDC GND Transmitter 2 24VDC 0 10VDC GND Transmitter 1 FA NC NO COM TJ 1 2 24VDC 1 GND 2 open 3 close M1 M1 1 1 X16 2 1 2 2 1 3 2 1 4 2...

Page 42: ...S NAME DATE SALDA UAB Drawing Book CHECKED BY 1 1 2 3 4 4 5 6 7 7 EI A klenikas EI D Aleksandravi ius Pyn l PR 221 1284 221 1284 0 1 0 PS Pricipal connection scheme 1 01 2017 10 19 2017 10 19 2017 10...

Page 43: ...Green yellow 0 75 Brown 0 75 T1 1 4 TV 1 2 DRAWN BY CHECKED BY SIGNATURE DUTIES NAME DA CHECKED BY 1 1 2 3 4 4 5 6 EI A klenikas EI D Aleksandravi ius Vent 224 1091 224 1091 0 1 0 PS Pricipal connecti...

Page 44: ...Average kWh a 4410 4410 4410 4410 AHS Cold kWh a 8628 8628 8628 8628 AHS Warm kWh a 1994 1994 1994 1994 ErP Compliance 2018 2018 2018 2018 Internet address for disassembly instructions www salda lt R...

Page 45: ...EN 45 RIS 400 700 P EKO 3 0 v2019 06 AHS Warm kWh a 1990 1990 1990 1990 ErP Compliance 2018 2018 2018 2018 Internet address for disassembly instructions www salda lt...

Page 46: ...reduction LST EN 60204 1 2006 Safety of machinery Electrical equipment of machines Part 1 General requirements LST EN 60335 1 2012 Household and similar electrical appliances Safety Part 1 General re...

Page 47: ...ver the equipment to manufacturer Delivery costs should be covered by customer Manufacturer reserves the right to change this technical passport any time without prior notice if some typographic error...

Page 48: ...NANCE TABLE Product name LOT number Instalation Interval Datum Fan cleaning Once a year Heat exchanger cleaning Once a year Filter replacement Every 3 4 months Look at the product label At least NOTE...

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