Cairox SOLANO CEILING-W-100 Guide

AIR CURTAIN
TECHNICAL DOCUMENTATION

2
TABLE OF CONTENT
Thank you for purchasing the air curtain SOLANO CEILING.
This operation manual has been issued by the OUEST VENTIL, Z.I. de la Rangle, 27460 Alizay. The manufacturer reserves the
right to make revisions and changes in the operation manual at any time and without notice, and also to make changes in
the device without influencing its operation.
This manual is an integral part of the device and it must be delivered to the user together with the device. In order to ensure
correct operation of the equipment, get thoroughly acquainted with this manual and keep it for the future.
RECOMMENDATIONS AND REQUIRED SAFETY MEASURES
• Get acquainted with this operation manual before performing any works at the device.
• The device may only be installed by qualified personnel with adequate authorisations and skills.
• In the building where ventilation causes underpressure, air cutrain may have limited efficiency
• When performing works at the device, remember about your own safety.
• During installation, electrical connection, connection to the heating medium, start-up, repairs and maintenance
of air curtains, observe the commonly recognized safety standards and regulations.
1. TECHNICAL DATA............................................................................................................................................................................................................................................................................................................................................3
2. TECHNICAL DATA............................................................................................................................................................................................................................................................................................................................................3
2.1.CONSTRUCTION.....................................................................................................................................................................................................................................................................................................................................3
2.2.DIMENSIONS...............................................................................................................................................................................................................................................................................................................................................4
2.3.ACOUSTIC PRESSURE LEVEL.................................................................................................................................................................................................................................................................................................4
2.4.AIR VOLUME.................................................................................................................................................................................................................................................................................................................................................4
2.5.AIR FLOW SPEED....................................................................................................................................................................................................................................................................................................................................5
3. HEAT OUTPUT DATA....................................................................................................................................................................................................................................................................................................................................5
3.1. AIR COURTAIN SOLANO CEILING-W-100.........................................................................................................................................................................................................................................................5
3.2. AIR COURTAIN SOLANO CEILING-W-150.........................................................................................................................................................................................................................................................6
3.3. AIR COURTAIN SOLANO CEILING-W-200.........................................................................................................................................................................................................................................................6
4. INSTALLATION.....................................................................................................................................................................................................................................................................................................................................................7
5. CONTROL SYSTEMS....................................................................................................................................................................................................................................................................................................................................9
5.1. CONTROL ELEMENTS...................................................................................................................................................................................................................................................................................................................9
5.2. CONNECTING GUIDE................................................................................................................................................................................................................................................................................................................10
5.3. CONTROL SYSTEM S-ECM.................................................................................................................................................................................................................................................................................................11
5.3.1. REGULATION S-C - WIRING DIAGRAMS SOLANO CEILING-W/N..........................................................................................................................................................................12
5.3.2. REGULATION S-C - WIRING DIAGRAMS SOLANO CEILING-E.....................................................................................................................................................................................13
5.3.3. REGULATION S-TOUCH - WIRING DIAGRAMS SOLANO CEILING-W/N........................................................................................................................................................14
5.3.4. REGULATION S-TOUCH - WIRING DIAGRAMS SOLANO CEILING-E..................................................................................................................................................................15
5.3.5. CONTROL SYSTEM - MASTER-SLAVE COMMUNICATION................................................................................................................................................................................................16
5.3.6. CONTROL - BMS CONNECTION...........................................................................................................................................................................................................................................................................16
5.3.7. CHAINING APPLIANCES..................................................................................................................................................................................................................................................................................................17
5.3.8. SETTING BMS ADDRESS..................................................................................................................................................................................................................................................................................................18
5.3.9. BMS REGISTERS............................................................................................................................................................................................................................................................................................................................18
6. DOOR CONTACT INSTALLATION..........................................................................................................................................................................................................................................................................................19
7. GUIDELINES FOR CONNECTION WITH POWER SUPPLY.....................................................................................................................................................................................................................19
8. GUIDELINES FOR CONNECTION WITH PIPELINE...........................................................................................................................................................................................................................................19
9. OPERATION.........................................................................................................................................................................................................................................................................................................................................................20
10.CLEANING AND CONSERVATION........................................................................................................................................................................................................................................................................................20
11.OUTLET GRILL ADJUSTING..........................................................................................................................................................................................................................................................................................................20

3
1. GENERAL INFORMATION
2. TECHNICAL DATA
2.1. CONSTRUCTION
Purpose of SOLANO CEILING is to minimalize heat losses (or unwanted heat gains) by door openings. Solano
Ceiling is a recessed type and can be a part suspended ceiling.
La gamme de rideaux d’air SOLANO CEILING types:
CEILING-W-100 – curtain with water heat exchanger max. range 5 m;
CEILING-N-100 – curtain with water heat exchanger max. range 5 m;
CEILING-E-100 – curtain with electrical heat exchanger max. range 5 m;
CEILING-W-150 – curtain with water heat exchanger max. range 5 m;
CEILING-N-150 – curtain with water heat exchanger max. range 5 m;
CEILING-E-150 – curtain with electrical heat exchanger max. range 5 m;
CEILING-W-200 – curtain with water heat exchanger max. range 5 m;
CEILING-N-200 – curtain with water heat exchanger max. range 5 m;
CEILING-E-200 – curtain with electrical heat exchanger max. range 5 m.
* CEILING-W temperature increase at inlet air 10oC and heating agent temperature 90/70oC / CEILING-E temperature
increase at inlet air 10ºC
W-100 N-100 E-100 W-150 N-150 E-150 W-200 N-200 E-200
Power supply [V/Hz] 230 / 50 3x400
/ 50 230 / 50 3x400 / 50 230 / 50 3x400 / 50
Power consumption [kW] 0,34 0,42 7,5 0,36 0,44 11,5 0,38 0,49 15,5
Current consumption [A] 1,5 1,9 11 1,6 2 16,6 1,7 2,2 22,4
IP / Insulation class 21 / F
Connecting stub [”] ½ - - ½ - - ½ - -
Max. water temperature [oC] 95 - - 95 - - 95 - -
Max. water pressure [MPa] 1,6 - - 1,6 - - 1,6 - -
Temperature increase (T) [ºC]* 15 - 11 15 - 12 16 - 13
Weight [kg] 32,3 31,7 34,5 41,2 38,9 42,4 50 47,2 53,2
Weight of unit filled with water [kg] 33,1 - - 42,4 - - 51,6 - -
• Fan – motor with plastic rotor;
• Heat exchanger – copper-aluminium, connecting stub ½”; electrical heaters PTC;
• Casing – sheet steel RAL; color white RAL 9016,
– back elements - expanded polypropylene EPP; colour - grey
– air inlet ns - anodized aluminum

4
2.2. DIMENSIONS
2.3. ACOUSTIC PRESSURE LEVEL
2.4.AIR VOLUME
step W-100;
E-100; N-100; W-150; E-150; N-150; W-200; E-200; N-200;
3 62 dB(A) 64 dB(A) 63 dB(A) 65 dB(A) 64 dB(A) 66 dB(A)
2 58 dB(A) 60 dB(A) 59 dB(A) 60 dB(A) 61 dB(A) 63 dB(A)
1 54 dB(A) 56 dB(A) 55 dB(A) 56 dB(A) 56 dB(A) 58 dB(A)
A B C D E* F
CEILING-W/N/E-100 1057 mm 600 mm 561 mm 770 mm
97 mm 96 mm
CEILING-W/N/E-150 1546 mm 600 mm 561 mm 1207 mm
297 mm 84 mm
CEILING-W/N/E-200 2034 mm 600 mm 561 mm 1621 mm
297 mm 157 mm
step W-100;
E-100; N-100; W-150; E-150; N-150; W-200; E-200; N-200;
3 2600 m3/h 3500 m3/h 4000 m3/h 4800 m3/h 5200 m3/h 6600 m3/h
2 2500 m3/h 2700 m3/h 3500 m3/h 4000 m3/h 4300 m3/h 4300 m3/h
1 2200 m3/h 2300 m3/h 3200 m3/h 3200 m3/h 4000 m3/h 3600 m3/h
Acoustic pressure level measured in the room of average sound absorption, capacity 500m3, at the distance of 3 m apart of the unit.
* Given height for CEILING, height for CEILING-E/N equels 284 mm

5
2.5. AIR FLOW SPEED
3. HEAT OUTPUT DATA
3.1. SOLANO CEILING-W-100
PT Qw ∆pw Tp2 PT Qw ∆pw Tp2
Tp1 V kW I / h kPa °C kW I / h kPa °C
°C m3/h Tw1 / Tw2 = 90/70oC Tw1 / Tw2 = 80/60oC
0
2200/2500/2600
12,6/13,5/13,8 558/597/609 1,9/2,2/2,3 17,0/16,0/15,5 10,6/11,3/11,5 465/497/507 1,4/1,6/1,7 14,0/13,5/13,0
511,8/12,6/12,8 519/555/566 1,7/1,9/2,0
21,0/20,0/19,5 9,7/10,4/10,6 426/455/464 1,2/1,3/1,4 18,0/17,5/17,0
10 10,9/11,6/11,9 480/513/524 1,5/1,6/1,7
24,5/23,5/24,5 8,8/9,4/9 386/413/395 1,0/1,1/1,1 21,5/21,0/21,5
15 10,0/10,7/10,9 441/471/481 1,3/1,4/1,5
28,0/27,5/27,0 7,9/8,5/8,6 347/370/378 0,8/0,9/1,0 25,5/25,0/24,5
20 9,1/9,7/9,9 402/429/438 1,1/1,2/1,2
32,0/31,5/31,0 7,0/7,5/7,6 306/328/334 0,7/0,8/0,8 29,5/29,0/28,5
Tw1 / Tw2 = 70/50oC Tw1 / Tw2 = 70/40oC
0
2200/2500/2600
8,5/9,0/9,2 370/396/404 1,0/1,1/1,2 11,5/11,0/10,5 5,3/5,8/5,9 153/168/172 0,2/0,2/0,3 7,0/6,5/6,5
57,5/8,1/8,2 330/353/360 0,7/0,8/0,9 15,0/14,5/14,0 2,8/2,9/2,9 83/85/86 0,1/0,1/0,1 9,0/8,5/8,5
10 6,6/7,1/7,2 290/310/316 0,6/0,6/0,7 19,0/18,5/18,0 2,5/2,5/2,6 72/74/75 0,1/0,1/0,1 13,5/13,0/12,5
15 5,7/6,1/6,2 248/266/271 0,5/0,5/0,6 22,5/22,0/21,5 2,1/2,2/2,2 62/63/64 0,1/0,1/0,1 18,0/17,5/17,5
20 4,7/5,0/5,1 204/220/225 0,3/0,4/0,4 26,0/25,5/25,0 1,8/1,8/1,8 51/53/53 0,1/0,1/0,1 22,5/22,0/22,0
Tw1 / Tw2 = 60/40oC Tw1 / Tw2 = 50/40oC
0
2200/2500/2600
6,2/6,6/6,8 269/289/295 0,6/0,6/0,7 8,5/8,0/7,5 6,8/7,3/7,5 594/636/649 2,4/2,7/2,8 9,5/9,0/8,5
55,2/5,6/5,7 226/243/249 0,4/0,4/0,5 12,0/12,0/11,5 5,9/6,3/6,5 514/550/562 1,9/2,1/2,2 13,0/12,5/12,5
10 4,1/4,5/4,6 178/193/198 0,3/0,3/0,3 15,5/15,0/15,0 5,0/5,3/5,6 434/464/474 1,4/1,5/1,6 17,0/16,5/16,0
15 2,0/2,1/2,1 88/90/91 0,1/0,1/0,1 18,0/17,5/17,5 4,0/4,3/4,4 352/377/385 0,9/1,1/1,1 20,5/20,0/20,0
20 1,6/1,7/1,7 72/74/74 0,1/0,1/0,1 22,5/22,0/22,0 3,1/3,3/3,4 266/285/292 0,6/0,6/0,7 24,5/24,0/24,0
CEILING W/E-100/150/200 CEILING N-100/150/200
Instalation height [m]
step 1 step 1step 2 step 2step 3 step 3
Instalation height [m]
V – air flow
PT – heating capacity
Tp1 – inlet air temperature
Tp2 – outlet air temperature
Tw1 – inlet water temperature
Tw2 – outlet water temperature
Qw – heating water stream
∆pw – water pressure

6
3.2. SOLANO CEILING-W-150
3.3. SOLANO CEILING-W-200
PT Qw ∆pw Tp2 PT Qw ∆pw Tp2
Tp1 V kW I / h kPa °C kW I / h kPa °C
°C m3/h Tw1 / Tw2 = 90/70oC Tw1 / Tw2 = 80/60oC
0
3200/3500/4000
20,9/21,9/23,5 923/968/1039 5,9/6,5/7,4 19,6/18,5/17,5 17,8/18,7/20,0 783/821/881 4,5/4,9/5,6 16,5/16,0/15,0
519,6/20,5/22,0 863/905/972 5,3/5,6/6,6 23,0/22,5/21,5 16,4/17,3/18,5 722/758/813 3,9/4,3/4,9 20,0/19,5/18,5
10 18,2/19,1/20,5 803/842/904 4,6/5,0/5,7 27,0/26,0/25,0 15,0/15,8/17,0 662/694/745 3,3/3,6/4,1 24,0/23,0/22,5
15 16,8/17,6/19,0 742/779/835 4,0/4,4/5,0 30,5/30,0/30,0 13,7/14,3/15,4 601/630/676 2,8/3,0/3,5 27,5/27,0/26,5
20 15,5/16,2/17,4 682/715/767 3,4/3,7/4,2 34,0/33,5/32,5 12,3/12,9/13,8 539/566/607 2,3/2,5/2,8 31,0/30,5/30,0
Tw1 / Tw2 = 70/50oC Tw1 / Tw2 = 70/40oC
0
3200/3500/4000
14,7/15,4/16,5 642/674/723 3,3/3,6/4,0 13,5/13,0/12,5 11,5/12,1/13,0 335/352/378 1,0/1,1/1,3 10,5/10,0/9,6
513,3/13,9/15,0 581/610/655 2,7/3,0/3,4 17,5/16,5/16,0 10,1/10,5/11,3 293/307/330 0,8/0,9/1,0 14,5/14,0/13,5
10 11,9/12,5/13,4 520/546/585 2,2/2,4/2,8 21,0/20,5/20,0 8,6/9,0/9,7 249/262/281 0,6/0,7/0,8 18,0/17,5/17,0
15 10,5/11,0/11,78 458/481/516 1,8/1,9/2,2 24,5/24,0/23,5 7,0/7,3/7,9 202/213/230 0,4/0,5/0,5 21,5/21,0/20,5
20 9,0/9,5/10,2 395/415/445 1,4/1,5/1,7 28,0/27,5/27,5 5,1/5,4/6,0 147/158/173 0,2/0,3/0,3 24,5/24,5/24,0
Tw1 / Tw2 = 60/40oC Tw1 / Tw2 = 50/40oC
0
3200/3500/4000
11,5/12,0/13,0 500/525/563 2,2/2,4/2,7 10,5/10,0/9,5 11,5/12,0/13,0 1001/1050/1128 7,7/8,4/9,5 10,5/10,0/9,5
510,1/10,5/11,5 438/460/494 1,7/1,9/2,1 14,5/14,0/13,5 10,1/10,6/11,4 878/922/990 6,1/6,6/7,5 14,5/14,0/13,5
10 8,6/9,0/9,7 375/394/423 1,3/1,4/1,6 18,0/17,5/17,0 8,7/9,1/9,8 755/793/851 4,6/5,0/5,7 18,0/17,5/17,0
15 7,1/7,5/8,1 311/327/351 0,9/1,0/1,1 21,5/21,0/21,0 7,3/7,6/8,2 631/662/711 3,3/3,6/4,1 21,5/21,5/21,0
20 5,6/5,9/6,3 243/256/276 0,6/0,7/0,7 25,0/24,5/24,5 5,8/6,1/6,5 505/530/568 2,2/2,4/2,8 25,5/25,0/24,5
PT Qw ∆pw Tp2 PT Qw ∆pw Tp2
Tp1 V kW I / h kPa °C kW I / h kPa °C
°C m3/h Tw1 / Tw2 = 90/70oC Tw1 / Tw2 = 80/60oC
0
4000/4300/5200
27,6/28,7/31,8 1217/1266/1402 11,4/12,2/14,7 20,5/19,5/18,0 23,6/24,6/27,7 1038/1080/1195 8,7/9,4/11,3 17,5/17,0/15,5
525,8/26,9/29,7 1140/1186/1312 10,0/10,8/13,0
24,0/23,5/22,0 21,9/22,7/25,2 961/999/1106 7,6/8,2/9,8 21,1/20,5/19,5
10 24,0/25,0/27,7 1063/1105/1223 8,9/9,5/11,5
27,5/27,0/25,7 20,1/20,9/23,1 883/918/1016 6,5/7,0/8,4 25,0/24,5/22,5
15 22,3/23,2/25,7 985/1024/1133 7,7/8,3/10,0
32,5/30,5/29,5 18,3/19,0/21,0 804/836/925 5,5/5,9/7,1 28,5/28,0/27,0
20 20,5/21,4/23,6 907/943/1043 6,6/7,1/8,8
35,0/34,5/33,0 16,5/17,2/19,0 725/754/834 4,6/4,9/5,9 32,0/31,5/30,5
Tw1 / Tw2 = 70/50oC Tw1 / Tw2 = 70/40oC
0
4000/4300/5200
19,7/20,5/22,5 860/894/990 6,4/6,9/8,3 14,5/14,0/13,0 16,1/16,7/18,5 468/487/538 2,2/2,3/2,8 12,0/11,5/10,5
517,9/18,6/20,5 782/813/900 5,4/5,8/6,9
18,0/17,5/17,0 14,3/14,8/16,4 414/431/477 1,8/1,9/2,3 15,5/15,0/14,5
10 16,1/16,7/18,5 703/731/809 4,5/4,7/5,7
21,5/21,5/20,5 12,4/12,9/14,2 360/374/414 1,4/1,5/1,8 19,0/19,0/18,0
15 14,5/14,8/16,4 624/649/717 3,6/3,8/4,6
25,5/25,0/24,5 10,4/10,9/12,0 304/316/350 1,0/1,1/1,3 22,5/22,5/21,5
20 12,4/12,9/14,3 544/565/625 2,8/3,0/3,6
29,0/28,5/28,0 8,4/8,8/9,6 245/256/284 0,7/0,7/0,9 26,0/26,0/25,5
Tw1 / Tw2 = 60/40oC Tw1 / Tw2 = 50/40oC
0
4000/4300/5200
15,6/16,3/18,0 681/708/784 4,6/4,7/5,6 11,5/11,0/10,5 15,3/15,9/17,6 1327/1380/1529 14,8/15,9/19,2 11,5/11,0/10,0
513,8/14,4/15,9 602/626/693 3,5/3,7/4,5
15,0/15,0/14,0 13,5/14,0/15,5 1170/1217/1348 11,8/12,7/15,2 15,0/14,5/13,5
10 12,0/12,5/13,8 522/543/601 2,7/2,9/3,5
18,5/18,5/18,0 11,6/12,1/13,4 1012/1052/1165 9,1/9,7/11,7 18,5/18,5/17,5
15 10,1/10,5/11,6 441/458/507 2,0/2,1/2,6
22,5/22,0/21,5 9,8/10,2/11,3 852/886/981 6,6/7,1/8,6 22,5/22,0/21,5
20 8,2/8,5/9,5 357/372/412 1,4/1,5/1,8
26,0/25,5/25,0 7,9/8,3/9,1 690/718/794 4,6/4,9/5,6 25,5/25,5/25,0
V – air flow
PT – heating capacity
Tp1 – inlet air temperature
Tp2 – outlet air temperature
Tw1 – inlet water temperature
Tw2 – outlet water temperature
Qw – heating water stream
∆pw – water pressure

7
4. INSTALLATION
1
3
5
2
4
6
B A
CEILING-..-100 572 mm 1024 mm
CEILING-..-150 572 mm 1510 mm
CEILING-..-200 572 mm 2000 mm
C D E F
CEILING-..-100 133 770 mm 121 mm 561 mm
CEILING-..-150 182 1207 mm 122 mm 561 mm
CEILING-..-200 256 1621 mm 123 mm 561 mm

8
4. INSTALLATION
7
9
11
13
8
10
12
14

9
5. CONTROL SYSTEMS
S-ECM CONTROL:
• Connecting curtains – controlling up to 5 units with one controller S-C;
• controlling up to 31 units with one controller S-TOUCH
• Connecting to curtain room thermostat*, door contact*, valves with actuator*, speed controller*;
• BMS connection;
* optional equipment
5.1. CONTROL ELEMENTS
S-C – 3-speed fan switch
with room thermostat
Temperature range:
+10 … +30oC
Operatiing temperature
range:
0 … +40oC
IP/Insulation class: IP30
Max current:
inductive 5A, resistive 6A
Power supply: 230V/50Hz
S-DS-MEC – mechanical
door contact
Operating temperature range:
-10 -+80 oC
IP/Insulation class: IP 65
Connectors: 1xNC i 1xNO
Max current:
resistive 10A – inductive 3A
Max Power load: 300Vac or
250Vdc
S-V-2 1/2”– two-way 1/2
valve with actuator
IP/Insulation class: IP20
Power supply:
200 – 240V 50/60Hz
Max water temperature:
+93oC
Max water pressure
: 2,1MPa
Kvs: 3,0 m3/h
Opening time: 18 s
S-V-3 1/2”– three-way 1/2
valve with actuator
IP/Insulation class: IP20
Power supply:
200 – 240V 50/60Hz
Max water temperature:
+93oC
Max water pressure: 2,1MPa
Kvs: 3,4 m3/h
Opening time: 18 s
S-DS-MAG – magnetic door
contact
Operating temperature range::
-5 - +60 oC
IP/Insulation class: IP 64
Connectors: NC
Max current:: inductive/resistive 0,5A
Max power Load: 175Vdc
Lenght of cabel: 2m
Max operating contactors distance:
8mm
S-TOUCH
Temperature range:
+5 … +35oC
Operating temperature range:
-10 … +60oC
IP/Insulation class: IP30
Power supply: 24VDC

10
5.2 CONNECTING GUIDE
1
3
5
7
2
4
6
8
CEILING B-W/N CEILING B-E

11
5.3. S-ECM CONTROL SYSTEM
❶Power supply 230V/50Hz;
❷Connectors for thermostat and fan step switch;
❸Door contact connector;
❹Valve actuator connector SOLANO-..-W; heaters contactor connector SOLANO-..-E;
❺BMS system connection;
❻T-box connectors;
❼MASTER-SLAVE connectors;
❽PT-1000 connectors;
LED INDICATORS:
G1, G2, G3 – signalize number of fan speed operating
S1, S2, S3 – signalize number of set fan speed
T – signalize of valve set
DC – signalize of door contact set
OPEN, CLOSE – signalize valve actuator
WORK – signalize of software working
SW3 – operating mode switch (default settings)
*K1 programme – Signal from door switch or thermostat is main signal for the device to run
**K2 programme – Signal from door switch is main signal for the device to run and thermostat is in charge of valve/heaters
1Switch de service
2Mode MAITRE Mode ESCLAVE
3Switch de service
4CEILING-..-W/N CEILING-..-E
5Mode K1* Mode K2**
6work with
thermostat
work without
thermostat

12
5.3.1. REGULATION S-C - SOLANO CEILING-W/N WIRING DIAGRAMS
❶ Power supply 230V/50Hz (OMY 3x1mm2)
❷ Air curtain step switch with thermostat S-C (OMY 5x0,5mm2)
Heat - heating mode
Fan - room thermostat deactivated
Cool - cooling mode
❸ Door contact S-DS-MEC/S-DS-MAG (door closed – contacts opened; door opened – contacts closed)
❹ Valve with actuator S-V-2 (OMY 3x0,5mm2) or S-V-3 (OMY 3x0,5mm2)

13
5.3.2. REGULATION S-C - SOLANO CEILING-W/N WIRING DIAGRAMS
❶ Power supply 3x400V/50Hz
SOLANO CEILING-E-100 (min. 5x4 mm2) (Overcurrent B16)
SOLANO CEILING-E-150 (min. 5x6 mm2) (Overcurrent B20)
SOLANO CEILING-E-200 (min. 5x6 mm2) (Overcurrent B25)
❷ Air curtain step switch with thermostat S-C (OMY 5x0,5mm2)
HEAT- heating mode
FAN - room thermostat deactivated
COOL - cooling mode
❸ Door contact S-DS-MAG/S-DS-MEC (door closed – contacts opened; door opened – contacts closed)
ATTENTION:
Switch 4 on SW3 to the position “E”and then restart the system switching it off for 5 seconds. Each time the devi-
ce is switched off the heaters are being cooled for next 15 seconds

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5.3.3. REGULATION S-TOUCH - SOLANO CEILING-W/N WIRING DIAGRAMS
❶Power supply 230V/50Hz (OMY 3x1mm2)
❷S-touch (LIYCY 4x0,5mm2A and B braided wire pair max. 50 m)
❸Door contact S-DS-MAG/S-DS-MEC (door closed – contacts opened; door opened – contacts closed)
❹Valve with actuator S-V-3 (OMY 3x0,5mm2) or S-V-2 (OMY 3x0,5mm2)
A – Exchanger water supply
AB – Valve water supply
B – Return pipe water supply
NOTE:
In last appliance in line, dipswitch SW2 has to be switched to the right – T120.

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5.3.4. REGULATION S-TOUCH - SOLANO CEILING-E WIRING DIAGRAMS
❶Power supply 3x400V/50Hz
• SOLANO CEILING-E-100 (min. 5x4 mm2) (Overcurrent B16)
• SOLANO CEILING-E-150 (min. 5x6 mm2) (Overcurrent B20)
• SOLANO CEILING-E-200 (min. 5x6 mm2) (Overcurrent B25)
❷S-touch (LIYCY 4x0,5mm2A and B braided wire pair max. 50 m
❸Door contact S-DS-MAG/S-DS-MEC (door closed – contacts opened; door opened – contacts closed)
ATTENTION:
Switch 4 on SW3 to the position “E”and then restart the system switching it off for 5 seconds. Each time the devi-
ce is switched off the heaters are being cooled for next 15 seconds.

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5.3.5. CONTROL SYSTEM - MASTER-SLAVE COMMUNICATION
5.3.6. CONTROL SYSTEM – BMS CONNECTION
Electrical air curtain chaining provides control from 1 to 5 devices using one S-C and DS-MAG / S-DS-MEC. Electri-
cal air curtain chaining might be done by cable OMY 3x0,5mm2using connectors CURTAIN IN; CURTAIN OUT.
Connecting units among themselves ensure transfer of controlling signals. Whatever each curtain need
to be supplied directly.
Switch 2 on SW3 set In position:
– For MASTER curtain
– For SLAVE curtain
In case to connect several devices to one S-TOUCH and independent ( local ) work of curtains with door switches
use DRV IN ; DRV OUT connectors (Section 5.3.7 )
DRV driver has a possibility to be connected to integrated Building Management System (BMS).
NOTE :
In last appliance in line, dipswitch SW2 has to
be switched to the right – T120.
Parameters: Connection must be made using 3-poliges wire to connectors:
IN-A; IN-B; GND (SIGNAL GROUND)
Name Description
Physical layer RS485
Protocol MODBUS-RTU
Baud rate 38400 [bps]
Parity Even
Data bits 8
STOP bits 1

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5.3.7. CONTROL SYSTEM – APPLIANCES CHAINING
NOTE:
In last appliance in line, dipswitch SW2 has to be switched to the right – T120. The maximum length of the
connecting cable 50 m (LIYCY 3x 0,5 mm2)

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5.3.8. CONTROL SYSTEM – SETTING BMS ADDRESS
5.3.9. BMS REGISTERS
When connecting S-ECM modules to the T-box controller or BMS, you have to binary set addresses on each (each
S-ECM must have individual address) S-ECM module by DIP-switch SW1. To address modules check if the power
supply is turned off, than set then the addresses as shown in the table, than turn on the power supply .
switch down
Addresses S-ECM
switch up
Holding Register Data (read & write)
Inputs Register Data (write)
1
2
3
...
31
123456
1 2 4 8 16 Y1
no. register
address name of parameter min max description
1 0x05 CurtainFanSpeedRef 0 3
Set value for curtain`s fan
0 FAN_SPEED0 Fan is off
1 FAN_SPEED1 1st step of fan is on
2 FAN_SPEED2 2nd step of fan is on
3 FAN_SPEED3 3rd step of fan is on
2 0x06 CurtainHeatRef 0 1
Set value for thermostat
0 HEAT_OFF Curtain`s thermostat is off
1 HEAT_ON Curtain`s thermostat is on
5 0x09 ContactDoor 0 1
Set value for thermostat
0 HEAT_OFF Curtain`s thermostat is off
1 HEAT_ON Curtain`s thermostat is on
no. register
address name of parameter min max description
1 0x06 CurtainFanSpeed 0 3
Current fan step
0 FAN_SPEED0 Fan is off
1 FAN_SPEED1 1st step of fan is on
2 FAN_SPEED2 2nd step of fan is on
3 FAN_SPEED3 3rd step of fan is on
2 0x07 CurtainValveState 0 2
Current Valve status
1 VALVE_CLOSE Valve closing
2 VALVE_OPEN Valve opening
5 0x09 ContactDoor 0 1
Set value for door contact
0 DOOR_CLOSE Door is closed
1 DOOR_OPEN Door is open

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6. DOOR CONTACT INSTALLATION
7. GUIDELINES FOR CONNECTION WITH POWER SUPPLY
8. GUIDELINES FOR CONNECTION WITH PIPELINE
• Before connecting the power supply check the correctness of controllers connection. These connections
should be executed in accordance with their technical documentation.
• Before connecting the power supply check whether the mains voltage is in accordance with the voltage on
the device data shield.
• Starting the device without connecting the ground conductor is forbidden.
• The connection should be executed in a way which does not induce stresses. It is recommended to use
flexible pipes to deliver heating agent to the exchanger.
• It is recommended to install vent valves at the highest point of the system.
• The system should be executed so that, in the case of a failure, it is possible to disassemble the device. For
this purpose it is best to use shut-off valves just by the device.
• The system with the heating medium must be protected against an increase of the heating medium pressure
above the permissible value (1.6 MPa).
• While screwing exchanger to pipeline - connecting stubs has to be hold by wrench.
Sample of door contact installation.
S-DS-MEC In case of installation in way
which is show on drawing below, connec-
tors 21 and 22 need to be used.
Hinged doors
S-DS-MAG In the case of sliding doors (with a parallel
installation of the sensor and magnet ) is required distance
9-12 mm between the sensor housing and the magnet.
For Hinged door max 8 mm between housing and
magnet.

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9. OPERATION
• The device is designed for operation inside buildings, at temperatures above 0oC. In low temperatures (be-
low 0ºC) there is a danger of freezing of the medium.
The manufacturer bears no responsibility for damage of the heat exchanger resulting from freezing
of the medium in the exchanger. It is forbidden to place any objects on the heater or to hang any
objects on the connecting stubs.
• The device must be inspected periodically. In the case of incorrect operation of the device it should be
switched off immediately.
• It is forbidden to use a damaged device. The manufacturer bears no responsibility for damage resulting from
the use of a damaged device.
• If it is necessary to clean the exchanger, be careful not to damage the aluminium lamellas.
• For the time of performing inspection or cleaning the device, the electrical power supply should be discon-
nected.
• In case water is drained from the device for a longer period of time, the exchanger tubes should be emptied
with compressed air
Periodically need to be checked exchanger condition. Exchanger filled with dirt causes in heat output and air flow
drop.
If cleaning of heat exchanger is needed use listed guidelines.
• Disconnect power supply of unit.
• Dismount inlet grill guard
• It is recommended to use pressured air to clean the exchanger, air stream need to be directed perpendicular
to exchanger and moved along lamellas.
• It is prohibited to use water or sharp items to clean exchanger.
• Other installed equipment do not need be cleaned.
Outlet lamellas/blades are adjustable within +/- 10 ° range. By manually setting the angle of the airflow stream,
you can adjust an air barrier to the conditions around the door opening.
10. CLEANING AND CONSERVATION
11. OUTLET GRILL ADJUSTING