Window Master WSC 320, WSC 310 Installation Instructions Manual

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WSC 3xx STANDARD install 1809-Firmware v132 - UK ©WindowMaster 2015, 2018 ®WindowMaster is a registred trademark used under the license by WindowMaster Group WindowMaster International A/S, Skelstedet 13, DK-2950 Vedbæk

WSC 310 & WSC 320

Standard versions

Installation instruction

CompactSmoke™

(Version 1809 – from firmware version 1.32 (main card))

Save this installation instruction to the end user

Page 2

1 Safety information ........................................................................................................................................................ 3

1.1 Safety ................................................................................................................................................................ 3

1.2 230V AC ............................................................................................................................................................ 3

1.3 Back-up batteries .............................................................................................................................................. 3

1.4 Application ......................................................................................................................................................... 3

1.5 Cable routing and electrical connection ............................................................................................................. 3

2 Structure of the smoke panel ...................................................................................................................................... 4

3 Variants of panels ........................................................................................................................................................ 5

3.1 Max numbers of actuators per motor line and panel

............................................................................................. 5

4 Accessories and spare parts ...................................................................................................................................... 7

5 Technical data .............................................................................................................................................................. 7

6 Mounting ....................................................................................................................................................................... 9

7 Installation .................................................................................................................................................................... 9

7.1 Cable routing ..................................................................................................................................................... 9

7.2 Cables into housing ........................................................................................................................................... 9

7.3 Connection of safety earth wire and 230V AC ................................................................................................... 9

7.4 Installation of the break glass unit, ventilation keypad and smoke detector ...................................................... 9

7.5 Assembly instructions .......................................................................................................................................10

8 Cable dimensioning ................................................................................................................................................... 10

8.1 Maintaining the cable functions ........................................................................................................................10

8.2 Max. cable Length ............................................................................................................................................10

8.2.1 Formula for the calculation of the maximum actuator cable length ............................................................. 10

8.2.2 Max cable length – ±24V standard actuators .............................................................................................. 11

8.2.3 Max cable length – actuators with MotorLink® ............................................................................................. 11

9 Cable plan for connection to WSC 310 / 320 Standard version ............................................................................. 12

10 Description of cards and mains connection ............................................................................................................ 13

10.1 WSC 310 mains connection and power supply (WCA 3P1) .............................................................................13

10.2 WSC 320 mains connection and power supply (WCA 3P2) .............................................................................13

10.3 Main control card WCA 3SS – Standard Version .............................................................................................14

11 DIP switch configuration ........................................................................................................................................... 20

12 Back-up batteries ....................................................................................................................................................... 21

13 Configuration of panel ............................................................................................................................................... 21

13.1 Motor lines – motor groups – smoke zones ......................................................................................................21

13.1.1 Assigned components per smoke zone ....................................................................................................... 22

13.1.2 Examples with motor lines / motor groups / smoke zones ........................................................................... 22

13.1.3 Motor line .................................................................................................................................................... 22

13.1.4 Smoke zone ................................................................................................................................................ 22

13.1.5 Local input ................................................................................................................................................... 23

13.1.6 Local output ................................................................................................................................................. 23

14 Fault detection via LED.............................................................................................................................................. 23

14.1 Fault detection on the smoke panel..................................................................................................................23

14.2 Fault indication on break glass unit ..................................................................................................................25

15 Hardware error ........................................................................................................................................................... 25

15.1 Error on the Power supply ................................................................................................................................25

15.1.1 Blown fuse – 20A fast .................................................................................................................................. 25

16 Commissioning and test run ..................................................................................................................................... 25

16.1 The control ventilation panel is completely installed, without the operating voltage applied .............................26

16.2 With mains voltage, without accumulator .........................................................................................................26

16.3 With mains voltage, with accumulator ..............................................................................................................26

16.4 Ventilation keypad ............................................................................................................................................26

16.5 Break glass unit WSK 50x ................................................................................................................................26

16.6 Smoke detectors ..............................................................................................................................................26

16.7 Emergency power supply test ..........................................................................................................................26

16.8 Wind/rain detector ............................................................................................................................................26

17 Maintenance ............................................................................................................................................................... 27

17.1 Maintenance agreements .................................................................................................................................27

17.2 Replacement 3SS card ....................................................................................................................................27

18 Declaration of Conformity and Declaration of Perfomance.................................................................................... 27

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1 Safety information

1.1 Safety

Only allow correspondingly trained, qualified and skilled personnel to carry out installation work. Reliable operation and the avoidance of damage and hazards are only guaranteed if installation and settings are carried out

carefully in accordance with these instructions. There may be personal danger by electrically operated windows:

- the forces occurring in the automatic mode can be such that parts of the body could get crushed

- when opened, actuators (spindles) could protrude into the room For this reason, measures have to be taken prior to starting up the actuators, which exclude the danger of injury.

For safety reasons we recommend to install opening restrictors on bottom-hung windows. In the event that windows are subjected to rain and/or high wind loads, we recommend connecting a wind/rain sensor to the

smoke ventilation panel for the automatically closing of the windows. The smoke ventilation panel is to be located in a safe place, protected from the effects of fire and smoke.

The smoke ventilation panel is to be surface mounted. The smoke ventilation panel has two energy suppliers: 230V AC and back-up batteries. The manufacturer does not assume any liability for possible damage resulting from inappropriate use.

1.2 230V AC

230V AC can cause death, severe injury or considerable damage to assets. The connection of the smoke ventilation panel is reserved for qualified personnel. Disconnect all poles of the panel from the supply voltage prior to opening, installation or assembling. Installation and use according to the national regulations.

1.3 Back-up batteries

Back-up batteries 2 batteries per panel can cause severe injury or considerable damage to assets. The connection of the smoke ventilation panel is reserved for qualified personnel. Disconnect all poles of the panel from the back-up batteries prior to installation or assembling. Ensure that the mains cable can be switched via an external or customer-supplied two-pole switch element or a switch element controlling all poles – see section 7.1 “Cable routing” Installation and use according to the National regulations. Dispose of used batteries according to the National regulation.

CAUTION RISK OF EXPLOSION IF BATTERIES ARE REPLACED BY AN INCORRECT TYPE.

1.4 Application

The smoke ventilation panel is exclusively designed for the automatic opening and closing of smoke extraction systems, windows, flaps or doors. Always check that your system meets the valid national regulations. Pay particular attention to the opening cross section, the opening time and opening speed. The cable cross sections depend on the cable length and current consumption (amperage).

1.5 Cable routing and electrical connection

Fuse the 230V AC power supply cable separately on site. Cable routing and connection - adhere to national regulations. Establish the cable types, if necessary, with the local approval bodies or the fire protection authority. Do not conceal flexible cables. Junction box must be accessible for maintenance purposes. Disconnect all poles of the mains voltage and the back-up batteries prior to starting maintenance work or making changes to the system. Secure the system to prevent unintentional switching on again. Route all low voltage cables (24V DC) separate from the power current cables. Design cable types, lengths and cross sections in accordance with the technical information. Cable specifications is a guide only, the overall responsibility resides with the electrical contractor on site. Installation must be in accordance with the national electrical regulations.

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2 Structure of the smoke panel

Sizes & Versions

The WSC 310 and WSC 320 smoke ventilation panels are available in two different versions namely a Standard and a Plus version. This installation instruction only deals with the Standard versions. Please see separate installation instruction for the Plus versions of WSC 310 and WSC 320.

Cards

Each panel contains a power supply unit (SMPS), either a WCA 3P1 or a WCA 3P2 for the 10A or 20A version respectively. Aside from the power supply unit the Standard version also includes a main control card type WCA 3SS.

If additional motor lines, inputs or fieldbus connection is required a Plus version of the panel is necessary.

The Main control card type WCA 3SS allows connections of 2 motor lines and 2 keypads.

Motor groups and motor lines

A motor group consists of one or more motor lines and all the motor lines are operated simultaneously. Both motor lines on the main control card (WCA 3SS) can be configured for either a ±24V standard actuators or MotorLink®

actuators. A motor group can contain motor lines with both ±24V standard actuators and MotorLink® actuators, whereas a motor line only can have ±24V standard or MotorLink® actuators connected.

Break glass unit

Break glass unit type WSK 50x are to be used together with WSC 310/320. The number of smoke zones is determined by the number of inputs to which break glass units are connected. On the Standard version max 2 smoke zones are possible.

Inputs

Cabling

The WSC 3xx CompactSmoke™ uses bus

technology and the overall cabling for break glass units, smoke detectors and keypads is significantly reduced compared to other types of smoke panels.

The main control card has 1 input for a smoke detector, 2 inputs for break glass units (where up to 10 break glass units can be connected) and 2 inputs for ventilation keypads (no max number of keypads).

Smoke detectors are either connected to the smoke detector input or to a break glass unit (type WSK 501 / 502).

The panel can have up to 2 smoke zones and 2 motor groups.

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System example with WSC 320

Smoke ventilation panel (20A) with 2 smoke zones.

The keypads and smoke detectors are cabled directly to the break glass units in the smoke zones, which means that the need for cabling in the building is significantly reduced.

A wind/rain sensor is connected to close the windows during comfort ventilation in case of high wind and/or rain.

The smoke ventilation panel is connected to the Fire Alarm System via the WCA 3SS card.

3 Variants of panels

Number of motor lines and other functions

Cards

Item number

WSC 310

Standard version 2 motor lines 2 keypads / inputs

No cards

WSC 310 S 0202 E1

WSC 320

Standard version 2 motor lines 2 keypads / inputs

No cards

WSC 320 S 0202 E1

The standard version of the panels have 16 DIP switches for easy configuration of the panel, see section 11 for further information.

3.1 Max numbers of actuators per motor line and panel

The table shows the maximum number of actuators, which can be connected per motor line and panel depending on the type of the actuators, panel and connected cards. The total power consumption of all the connected actuators must not exceed 10A or 20A depending on panel size.

WSC 320 with 20A includes up to two motor lines each with 10A. If there is a need of more than 10A on one motor line, DIP switch

2.6 is set to 20A. Hereafter one motor line can be loaded with 20A or two motor lines can loaded up to a total of 20A e.g. 17A and 3A.

Per Motor line

Per 10A Panel

Per 20A Panel

± 24V

Actuator

MotorLink®

Actuator

± 24V

Actuator

MotorLink®

Actuator

± 24V

Actuator

MotorLink®

Actuator

WMS 306-1

10 4 10 8 20

WMS 306-2

10 2 10 4 20

WMS 306-3 9 3 9 6

WMS 306-4 8 4 8 8

WMS 309-1

10 4 10 8 20

WMS 309-2

10 2 10 4 20

WMS 309-3 9 3 9 6

WMS 309-4 8 4 8 8

WMS 409 xxxx 01

5 0 5 0 10

WMS 409-1 5 4 5 4

WMS 409-2 4 2 4 4 8 4

WMS 409-3 3 3 3 3 9 6

WMS 409-4 4 4 4 4 8 8

WMS 515 2 0 2 0 4 0

WMU 836-1

10 4 10 8 20

WMU 836-2

10 2 10 4 20

WMU 836-3 9 3 9 6

WMU 836-4 8 4 8 8

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Per Motor line

Per 10A Panel

Per 20A Panel

± 24V

Actuator

MotorLink®

Actuator

± 24V

Actuator

MotorLink®

Actuator

± 24V

Actuator

MotorLink®

Actuator

WMS 409-1 5 4 5 4

WMS 409-2 4 2 4 4 8 4

WMS 409-3 3 3 3 3 9 6

WMS 409-4 4 4 4 4 8 8

WMS 515 2 0 2 0 4 0

WMU 836-1

10 4 10 8 20

WMU 836-2

10 2 10 4 20

WMU 836-3 9 3 9 6

WMU 836-4 8 4 8 8

WMU 861-1 6 4 6 6

WMU 861-2 6 2 6 4

WMU 861-3 6 3 6 6

WMU 861-4 4 4 4 4

WMU 842 / 862 / 882-1

4 4 4 4 8

WMU 842 / 862 / 882-2

4 2 4 4 8

WMU 842 / 862 / 882-3

3 3 3 3 6

WMU 842 / 862 / 882-4

4 4 4 4 8

WMU 863 / 883-1

3 3 3 3 6

WMU 863 / 883-2

2 2 2 2 6

WMU 863 / 883-3

3 3 3 3 6

WMU 863 / 883-4

0 0 0 0 4

WMU 864 / 884-1

2 2 2 2 4

WMU 864 / 884-2

2 2 2 2 4

WMU 864 / 884-3

0 0 0 0 3

WMU 864 / 884-4

0 0 0 0 4

WMU 885 / 895-1

2 2 2 2 4

WMU 885 / 895-2

2 2 2 2 4

WMU 885 / 895-3

0 0 0 0 3

WMU 885 / 895-4

0 0 0 0 4

WMX 503 / 504 / 523 / 526-1

20 4 20 8 40

WMX 503 / 504 / 523 / 526-2

20 2 20 4 40

WMX 503 / 504 / 523 / 526-3

18 3 18 6 39

WMX 503 / 504 / 523 / 526-4

20 4 20 8 40

WMX 803 / 804 / 823 / 826-1

10 4 10 8 20

WMX 803 / 804 / 823 / 826-2

10 2 10 4 20

WMX 803 / 804 / 823 / 826-3

9 3 9 6 18

WMX 803 / 804 / 823 / 826-4

8 4 8 8 20

WML 820/825

10 0 10 0 20

WML 860-1

10 4 10 8 20

WML 860-2

10 2 10 4 20

WML 860-3 9 3 9 6

WML 860-4 8 4 8 8

WMB 801/802*

max. 4A connected to the WMB

WMB 811/812 */**

10 2 10 4 20

* Do not exceed the total power consumption of the motor line ** When having two locking actuators per motor line, it must be one of each type: 1 x WMB 811 and 1 x WMB 812

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4 Accessories and spare parts

Accessories

Back-up battery for WSC 310 - 7Ah (2 x WSA 007 per panel )

WSA 007

Back-up battery for WSC 320 - 12Ah (2 x WSA 012 per panel)

WSA 012

Break glass unit, primary, with data communication, PVC housing. With input for smoke detector and comfort keypads. Only one unit per line. x = colour of the housing: 1=red, 2=yellow, 3=grey, 4=blue, 5=orange

WSK 501 000x

Break glass unit, primary, with data communication, metal housing. With input for smoke detector and comfort keypads. Only one unit per line. x = colour of the housing: 2=yellow, 3=grey, 5=orange

WSK 502 000x

Break glass unit, primary, with data communication, PVC housing. No input for smoke detector or keypad. Max five units per line. x = colour of the housing: 1=red, 2=yellow, 3=grey, 4=blue, 5=orange

WSK 503 000x

Break glass unit, primary, with data communication, metal housing. No input for smoke detector or keypad. Max five units per line. x = colour of the housing: 2=yellow, 3=grey, 5=orange

WSK 504 000x

Smoke detector

WSA 300

Rain sensor

WLA 331

Rain/wind speed sensor

WLA 330

End of line motor module

WSA 510

End of line smoke detector module (10kΩ resistor), 10 pcs.

WSA 501

Cables for smoke ventilation – see separate data sheet for further information

WLL 8xx

Spare parts

10A power supply unit for WSC 310

WCA 3P1

20A power supply unit for WSC 320

WCA 3P2

Main control card for Standard version WSC 310 / WSC 320 incl. cover + 2 end of line modules (WSA 510)

WCA 3SS

Plastic cover for the main control card in the WSC 310 / WSC 320 Standard version

WCA 302

Lock cylinder incl. 2 keys for WSC 310/320 panel

WCA 307

Replacement glass for break glass units type WSK 501 / 502 / 503 / 504, 5 pcs.

WSK 397

Keys for break glass units type WSK 501 / 503, 5 pcs.

WSK 398

Keys for break glass units type WSK 502 / 504, 1 pcs.

WSK 453

Lockable replacement PVC housing for break glass unit x=colour of the housing: 1 = red, 2 = yellow, 3 = grey, 4 = blue, 5 = orange

WSK 399 000x

Back-up battery cable kit for WSC 310 / 320 (cable between WCA 3SP / 3SS and the batteries and between the batteries)

WSA 330 0101

20A battery fuse. The battery fuse on the WCA 3SP/3SS, 10 pcs

WSA 331 0101

5 Technical data

Technical data

Output current (nominal)

WSC 310: 10A / WSC 320: 20A

Secondary voltage

Voltage 24V DC (±15%) Open circuit voltage (no load) 27.6V DC @ 20°C Ripple at max load max. 6% (3.5Vpp)

Motor lines Motor groups Smoke zones

2 motor lines – a line can be either ±24V standard motor line or MotorLink® motor lines - in max 2 motor groups and max 2 smoke zones

Primary voltage

WSC 310: 230V AC, 50Hz (85-264V AC, 47-63Hz) WSC 320: 230V AC, 50Hz (85-264V AC, 47-63Hz)

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Power consumption

WSC 310: min 3.2W

1+2

, typ. 4.8W

1+3

. At max load 300W

WSC 320: min 5.0W

1+2

, typ. 5.6W

1+3

. At max load 600W

1) no load: system operational but no actuators are running

2) min: 1 x break glass unit WSK 501 and 1 x smoke detector WSA 300

3) max load: 1 x break glass unit WSK 501, 4 x break glass unit WSK 503 and 10 x smoke detector WSA 300

Inrush current on primary site

70A<5ms Max. 3 x WSC 310/320 per 10A supply group. Circuit breaker “C” characteristic.

±24V change over time

min 500ms

Back-up batteries

WSC 310: 2 x WSA 007 (12V / 7Ah) WSC 320: 2 x WSA 012 (12V / 12Ah)

Expected lifetime max 4 years, only use genuine WindowMaster batteries

Emergency power

>72 hours in accordance with EN 12101-10

Automatic smoke triggering

Smoke triggering when the temperature inside the compact unit exceeds 72ºC

Charging unit (integrated in WCA 3SS card)

Charging voltage: 27.7 – 27.8V at 20ºC Charging current: 1.7A, current limited

Priority

Smoke signal has always highest priority

Cable monitoring

±24V standard actuators with end of line module and smoke detectors are monitored by closed-circuit

Actuators with MotorLink® and break glass units are monitored by data communication

Back-up batteries are monitored by cyclic measuring

LED message OK, fault and alarm

Green Yellow Red

all OK fault fire

Reopening the actuators

Every 2.min. in 30min. after a SHE open (selectable) Pre-set: no reopening

Connection cable

Actuators Other

components

flexible max 6 mm² / solide max 10 mm² min 0,2mm² / max 1,5mm²

Operating conditions

-5°C - +40°C, max. 95% relative humidity (not condensing) EN 12101-10: Operation class A, Environmental class 1, with IP value increased to IP 54 (according to EN 12101-10 is min. IP 30 required)

Max actuator activation duration (duty cycle)

ED 40% (4min. per 10min.)

Max allowed current drawn from the battery when the primary power source is disconnected

WSC 310: 10A WSC 321: 20A

Max interruption time during switching between power sources

<2.0sec

Break glass unit

Up to 10 break glass units type WSK 50x can be connected to the WCA 3SS, but only 1 WSK 501 / 502 per line, meaning max 2 WSK 501 / 502 per panel.

Smoke detectors and ventilation keypads can only be connected to the break glass units type WSK 501 / 502. Up to 10 smoke detectors can be connected to each WSK 501 / 502, and 10 smoke detectors can be connected to the smoke detector input on the main control card, which give a total maximum of 30 smoke detectors. There is no limit on the number of ventilation keypads connected to the WSK 501 / 502. Smoke detectors and ventilation keypads cannot be connected to WSK 503 /

504.

Number of motor lines

2 x 10A motor line for ±24V standard or MotorLink® actuators

Material

Metal housing for surface mounting

Colour

Grey (RAL 7035)

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Size

WSC 310: 300 x 400 x 120mm (HxWxD) WSC 320: 300 x 400 x 210mm (HxWxD)

Weight

WSC 310: 6kg no batteries, 10.8kg with batteries (2 x WSA 007) WSC 320: 8.6kg no batteries, 16.6kg with batteries (2 x WSA 012)

Protection class

IP 54

Approval / certification

Approved and certified according to EN 12101-10

Delivery

CompactSmoke™ smoke ventilation panel with WSA 501 (10kΩ resistors, 10 pcs.) and 2 pcs. end of line module WSA 510. Back-up batteries included.

Note

We reserve the right to make technical changes

6 Mounting

The smoke ventilation panel is fixed to the wall through the Ø8.5mm holes in the back plane of the housing. If the panel is fixed in different way, the holes are to be blinded with the 4 blind grommets, this way the IP class is maintained.

The door is turnable. When turning the door also move the blind grommets to the new holes.

The smoke ventilation panel is to be located in a safe place, protected from the effects of fire and smoke.

7 Installation

7.1 Cable routing

For cable routing we recommend the use of fire protected cables retaining their function E90 or E30. See also chapter 8 “Cable dimensioning” in this instruction. However, this has to be agreed with the Engineer or, if necessary, with the local fire protection department. Do not reduce the cable cross sections specified in the cable lengths table. All cables of the control (except the mains supply cable) carry 24V DC and have to be routed separate from the mains supply cable.

Adhere to the pertinent national and local regulations when routing the cables. Lead the connection cables into the housing of the control panel from above and the cable glans shall comply with fire class V-1 (IEC/EN 60695-11-20 / UL

94) or higher and be in accordance with national and local regulations. Ensure that the mains cable can be switched via an external or customer-supplied two-pole switch element or a switch element controlling all poles – see drawing.

7.2 Cables into housing

All connection terminals (except the mains terminals) are of the plug-in type. Connect the connection cables in accordance with the terminal plan. Ensure that the connections are made correctly. Incorrect cable clamping, mixing up numbers or colours could lead to malfunctions of the control panel or of the external components. Ensure that the electrical cables are always routed according to the valid national and local regulations.

7.3 Connection of safety earth wire and 230V AC

See chapter 10 ‘Description of cards’, section 10.1 for further description.

7.4 Installation of the break glass unit, ventilation keypad and smoke detector

Ensure that the break glass unit and the ventilation buttons are visible and well accessible. Do not install behind protruding walls, door panels or hidden by the building structure. Note: Installation height of the break glass unit 1.5 – 1.7m above floor. Install the smoke detectors in accordance with their enclosed instructions

Page 10

7.5 Assembly instructions

Always have assembly, installation, repair and maintenance of smoke and heat extraction systems carried out by qualified personnel trained for this purpose.

Rules to be adhered to for setting up and installation

The following safety relevant rules have to be adhered to when planning the use of a smoke and heat extraction system and its set-up and installation:

• The Provincial Building Ordinance of the provinces,

• The regulations of the competent fire protection authority,

Accident prevention regulations

Adhere to the general accident prevention regulations (APR), the APR for power operated windows and doors, and the installation rules in your country.

CAUTION:

Live components are directly accessible after opening the system housing. Prior to inserting / removing cards disconnect to the panel from the mains supply and the back-up batteries.

• adhere to the installation instructions and your local energy providers

• select the place of installation such that free access is guaranteed for maintenance purposes

• select cables according to regulations in this instruction - take the calculation of the actuator supply cable lengths

into account when laying the cables

• power cables entered via the cable glands

• connect the cables in accordance with the drawings provided by the manufacturer

• route the cables in the building according to the regulations in this instruction

• after the smoke panel is installed the back-up batteries will be fully charged after ca. 8 hours

• check all system functions

Electric cable routing for smoke and heat extraction systems

Electrical cables always have to be laid in accordance with the national and local rules in your country. Do not use the PE wire / green/yellow wire! Cables of type NYM, concealed, can be used. For surface laying, halogen free safety cables are recommended (see cable plan). If possible, the use of cable types should be agreed with the Technical Services and the competent fire protection authority.

For the maximum permissible cable lengths of the actuator supply cables for the WSC 3xx system, taking the specified cable cross sections into account (cable information for surface laying), please refer to chapter 8 “Cable dimensioning”.

8 Cable dimensioning

8.1 Maintaining the cable functions

According to valid national regulations. The cable network for smoke ventilation systems (“Cable system“) ends normally at the interface (junction box) for the actuator! The flexible, heat resistant connection cable of actuator is part of the system component‚ electric actuator actuation, and is not a part of the electrical installation!

We recommend in all cases to discuss the type of cable routing with the competent fire fighting authorities.

8.2 Max. cable Length

Maximum permissible cable length from the smoke ventilation panel to the actuators and pyrotechnic gas generator taking into account the cable cross-section is shown in the following tables for “± 24V standard actuators“, “MotorLink® actuators“ and pyrotechnic gas generator.

8.2.1 Formula for the calculation of the maximum actuator cable length

Max. cable length = permissible voltage drop 2V (UL) x conductivity of copper(56) x cable cross section in mm2 (a) max. actuator current total in amps (I) x 2

For both ±24V standard actuators and actuators with MotorLink® the cross section of the cable must not be less than 0.75mm2 regardless of the result of above formula.

Maximum actuator cable length: Always measured from the smoke to the last junction box Permissible max. voltage drop in the line: 2 Volt Actuating current: Sum of all actuator power consumption per motor line

Note: do not use the PE wire / green/yellow wire!

Example

Max actuator cable length with cable cross section 0.75mm2 and actuator current 2A: (2 x 56x0.75) : (2 x 2) = 21m

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8.2.2 Max cable length – ±24V standard actuators

The actuator supply cable must have 3 wires: 2 wires current carrying / 1 wire for monitoring.

±24V standard Actuators

Do not use the PE wire / green/yellow wire!

cable cross

section [a]

Total actuator current [I]

3 wire

0.75mm²

3 wire

1.50 mm²

5 wire

1.50 mm² 2 wire

parallel

3 wire

2.50 mm²

5 wire

2.50 mm² 2 wire

parallel

3 wire

4.00 mm²

42m

84m

168m

140m

280m

224m

21m

42m

84m

70m

140m

112m

14m

28m

56m

47m

93m

75m

11m

21m

42m

35m

70m

56m

17m

34m

28m

56m

45m

14m

28m

23m

47m

37m

12m

24m

20m

40m

32m

11m

21m

18m

35m

28m

18m

15m

31m

25m

10A

16m

14m

28m

22m

20A

14m

11m

8.2.3 Max cable length – actuators with MotorLink®

The actuator supply cable must have 3 wires: 2 wires current carrying / 1 wire for communication.

When a 5 wire cable is used for MotorLink® It is not recommended to use parallel-wire.

ML-comm = MotorLink® communication

When using actuators with MotorLink® the max cable length is 50m regardless of the result of the above mentions formula.

Actuators with MotorLink®

Do not use the PE wire / green/yellow wire!

cable cross

section [a]

Total actuator current [I]

3 wire

0.75mm²

3 wire

1.50 mm²

5 wire

1.50 mm² 2 wire

parallel

3 wire

2.50 mm²

5 wire

2.50 mm² 2 wire

parallel

3 wire

4.00 mm²

42m

50m

21m

40m

50m

14m

28m

50m

47m

50m

11m

21m

42m

35m

17m

34m

28m

50m

45m

14m

28m

23m

47m

37m

12m

24m

20m

40m

32m

11m

21m

18m

35m

28m

18m

15m

31m

25m

10A

16m

14m

28m

22m

20A

14m

11m

Page 12

9 Cable plan for connection to WSC 310 / 320 Standard version

The above plan shows a WSC 310 panel, where the power supply unit is located in the left side of the panel wherefrom also mains is pulled. The power supply unit for the WSC 320 panel is located underneath the main control card and mains is pulled from the top right side. See section 10.1.

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10 Description of cards and mains connection

Each panel includes a power supply unit (SMPS) and a main control card. The size of the power supply unit determines the size of the panel and the number and/or types of actuators, which can be

connected to the panel. See table with overview of max number of allowed actuators per motor line/panel (chapter 0). The size of the power supply also determines the physical design of the panel inside the cabinet and thereby eg. where mains is

connected to the main control card (WCA 3SS).

10.1 WSC 310 mains connection and power supply (WCA 3P1)

WSC 310 – WCA 3P1

With 300W SMPS unit The power supply is located to the left of the main

control card. The cable inlet is in the top left corner of the panel. The panel must be grounded by means of protective

earth on the top panel plate.

Connection to mains.

10.2 WSC 320 mains connection and power supply (WCA 3P2)

WSC 320 - WCA 3P2

With 600W SMPS unit The power supply is located underneath the main

control card. The cable inlet is in top right corner of the panel. The panel must be grounded by means of protective

earth on the top right side of the panel.

Connection to mains.

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10.3 Main control card WCA 3SS – Standard Version

Each WCA 3SS contains the following:

- 2 motor line for ±24V standard or MotorLink® actuators

- 2 input for keypads for comfort ventilation

- 2 input for break glass units

- 1 input for smoke detector

- 1 input for 24V/48V

- output for fault signal to Fire Alarm System

- Input for weather station (WLA 330 / 331)

- Connection of power supply

- Connection for battery back-up

- Connection for USB device

X1 / X2

The WCA 3SS card has 2 motor lines (X1 and X2) for connection of ±24V standard or MotorLink® actuators.

±24V standard actuators

1.1 24V / 0V

1.2 Cable monitoring

1.3 0V / 24V

2.1 24V / 0V

2.2 Cable monitoring

2.3 0V / 24V

MotorLink® actuator

1.1 0V

1.2 Communication

1.3 24V

2.1 0V

2.2 Communication

2.3 24V

The number of actuators per motor line depends on the actuator type, the total power consumption of actuators connected to a motor line can max be 10A and the total max power consumption for both motor lines must not exceed 10A or 20A depending on panel type. Besides actuators also locking actuators (espagnolettes actuators) type WMB 801/802 and WMB 811/812 can be connected. The power consumption of the locking actuators are not to be included in the 10A / 20A as actuators and locking actuators do not run at the same time.

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All actuators on the same motor line will run/be operated simultaneously. All actuators on the same motor line must be of the same type.

Connection / cable diameter: flexible max 6 mm² / solid max 10 mm². Cable length: see the chapter "Cable dimensioning".

Standard ±24V actuators

Examples with 20A power consumption a) 20 pcs. WMX 826-1 b) 10 sets of 2 pcs. WMX 826-2 c) 4 pcs. WMU 885-1 d) 2 sets of 2 pcs. WMU 885-2

Cable monitoring

When using ±24V standard actuators or non-WindowMaster actuators and cable monitoring is wanted a 10kΩ resistor is used. An

“end of line motor module” type

WSA 510 must be added in the last junction box. Actuator are per default monitored.

Connection of standard actuators on motor line X1 (with cable monitoring)

MotorLink® actuators

Examples with actuators per motor line Ex. 1: 4 pcs. WMX 823-1 Ex. 2: 2 pcs. WMX 885-2 Ex. 3: 3 pcs. WMU 826-3

Allowed actuator combinations on a MotorLink® motor line

The two motor lines on the SS card can each be connected to one of the below shown combinations.

-1 (single): one window with one single window actuator. Up to four windows each with one single window actuator can be connected

-2 (double): one window with two double window actuators.

-3 (triple): one window with three triple window actuators.

-4 (quad): one window with four quad window actuators.

Cable monitoring

When using actuators with MotorLink® the actuators with MotorLink® are monitored by data communication. When the team-size does not match, an error is indicated on the diodes.

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X3 / X4

For connection of comfort keypads.

With the default values are input:

”Active” if the contact resistance is smaller than 2kΩ ”Inactive” if the contact resistance is bigger than 3kΩ.

Input has pull up current of approx. 0.8mA. (min 0.7mA, max 1mA ) Example: comfort keypad connected to input X3

Data

3.1 Open

3.2 Close

3.3 GND / 0V

4.1 Open

4.2 Close

4.3 GND / 0V

X5 / X6

For connection of break glass unit type WSK 50x. Data

Break glass unit bus 1

5.1 24V

5.2 Communication

5.3 0V

Break glass unit bus 2

6.1 24V

6.2 Communication

6.3 0V

Up to 5 break glass units type WSK 503 or WSK 504 can be connected to each line. If keypad and smoke detector are to be connected to the break glass unit, WSK 501 or WSK 502 are to be used. Max one of these break glass unit on each motor line, the remaining units (up to four) must be of type WSC 503 or WSC 504.

As the break glass units are monitored, the connection of the break glass units depends therefore of the number of smoke zones.

Break glass unit must not be connected in a ring bus.

Keypads and smoke detectors can also be connected on the break glass unit type WSK 501 / 502.

Per panel up to 10 break glass units can be connected. But only 2 of these 10 (one per line) can be a type WSK 501 / 502 to which keypads or smoke detectors can be connected. The remaining break glass units must be type WSK 503 / 504.

Open circuit (simplified)

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Example: 2 smoke zones and connected components; 2 break glass units type WSK 501 / 502 and 1 break glass unit type WSK 503 / 504, 3 smoke detectors WSA 300, 2 resistances WSA 501 and 3 comfort keypads.

When there is no smoke detector connected to the WSK 501 / 502 a 10Ω resistor must be connected to the break

glass unit in to X7 and X8. When a smoke detector is connected to the break glass unit, the 10Ω resistor must be connected to the last

smoke detector.

See chapter 9 "Cable plan for connection to WSC 3xx" for cable types and lengths.

Connection of different types of smoke detectors to CompactSmoke™

Smoke detector type

WSA 300

Hekatron

MSD 523

(max 5 pcs)

Hekatron

SSD 521/a

(WSA 200 6101)

Apollo, Orbis ORB-OH-13001-AP0 ORB-OP-12001-AP0

Connect to WCA 3SS X1,1

L1 In 2 2

In +

X1,2

L2 1 1

Com -

Connect to WSK

p 7

L2 1 1

Com -

p 8

L1 In 2 2

In +

ALWAYS connect 10 KOhm in between

and

L1 Out

and

Com –

and

Out +

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For connection of smoke detector type WSA 300. Data

7.1 +

7.2 Imax = 3,4mA

For connection of a different type smoke detector, see above. When no smoke detector is connected to X7, a 10kΩ resistor is connected to the input.

24/48V input from e.g. Fire Alarm System (used primarily in France).

Data

8.1 +

8.2 Active at voltages between 18 and 50V

Passive below 1V Max.50V

This input is only active when DIP switch 1.7 is ON, see section 11.

When this input is in use, break glass units cannot be connected to the panel.

Connection example

Solid state outputs, one solid state output for transmission of fault signal to Fire Alarm System and 2 outputs indicating alarm in the smoke zones.

Data

9.1 Fault – Open contact = Fault, closed contact = OK

9.2 Fault – Open contact = Fault, closed contact = OK

9.3 Output A, smoke zone 1 alarm – Open contact = normal, closed contact = Alarm

9.4 Output A, smoke zone 1 alarm – Open contact = normal, closed contact = Alarm

9.5 Output B, smoke zone 2 alarm – Open contact = normal, closed contact = Alarm

9.6 Output B, smoke zone 2 alarm – Open contact = normal, closed contact = Alarm Solid state output for transmission of fault signal to Fire Alarm System.

A fault must last a minium of 20 seconds befoe the relay indicate a fault.

Data Max voltage: 30 Vp (peak) Max output: 150 mA Typical On-resistance: 4,7 Ω Max On-resistance: 8 Ω Max switching speed: 2 ms

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X10

For connection of weather station. Connection of wind / rain sensors type WLA 330 or rain sensor WLA 331.

Data

10.1 24V UPS (only available with Plus version)

10.2 Wind speed (only available with Plus version)

10.3 GND / 0V (only available with Plus version)

10.4 24V

10.5 Rain (10kΩ resistor is to be inserted when a rain sensor is not connected)

10.6 GND / 0V With the default values are input:

”Active” if the contact resistance is smaller than 4kΩ ”Inactive” if the contact resistance is bigger than 8kΩ. For values between 4 and 8kΩ the result will depend on the supply voltage.

Input has pull up approx. 1mA. (min 0.7mA, max 1.4mA)

Example: Wind/rain and rain sensors

WLA 330 and WLA 331– the settings of the sensors are set on the sensor.

Connection for power supply

Connection for battery (power back-up)

USB host. Used for event log creation for e.g. error detection

USB device. Used for remote control and update of firmware

Power supply control

R / P

Reset / Programming (used for firmware updates)

DS 1 / DS 2

2 DIP switch blocks with 8 DIP switches each

1.1 – 230V power failure

1.2 – Momentary action CLOSE (comfort ventilation)

1.3 – Momentary action OPEN (comfort ventilation)

1.4 – System fault triggers alarm

1.5 – VdS triggering by alarm

1.6 – Smoke detector – CLOSE (primarily used in Switzerland)

1.7 – 24V / 48V input active (primarily used in France)

1.8 – Actuators with higher run time than 61sec (both closing and opening speed)

2.1 – Run time limitation (comfort ventilation)

2.2 – Run time limitation (comfort ventilation)

2.3 – Run time limitation (comfort ventilation)

2.4 – Re-activation of run time limitation (OPEN)

2.5 – 20A on output X1

2.6 – Simple cable monitoring

2.7 – No grace timer

2.8 – Disable low stand-by power See section 11 for further detail

LED

Shows the status of the panel Red = alarm Yellow = fault Green fast flickering = all OK (CPU working), Green constant = CPU communication stopped (possible reset or contact WindowMaster)

↓ ↑

Close / open all windows. When pressed together right after power has been connected the panel configures / registers connected components.

Input circuit (simplified)

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11 DIP switch configuration

For easy configuration of the smoke panel the Standard version includes 16 DIP switches. The factory settings for all the DIP switches is OFF.

DIP

switch

Description on

the panel

Description

DIP switch position

Possible

consequence

1.1

No 230V Close

230V power failure

ON: The windows close in case of power failure.

OFF: No change in position in case of power failure.

This function becomes suspended when DIP switch 1.2 is ON.

1.2

Moment. act. (Totmann) Close

Momentary action CLOSE (comfort ventilation)

ON: The window actuators run for as long as the comfort keypad is pressed.

OFF: The windows close completely when pressing the comfort keypad once.

This function becomes suspended when DIP switch 1.1 is on.

1.3

Moment. act. (Totmann) Open

Momentary action OPEN (comfort ventilation)

ON: The window actuators run for as long as the comfort keypad is pressed.

OFF: The windows open completely when pressing the comfort keypad once.

1.4

Error Alarm

System fault triggers alarm

ON: In case of fault (yellow diode lights), the system will go into Alarm and the windows will open.

OFF: Only fault indication

1.5

Re-triggering (VdS)

VdS triggering by alarm

ON: when the alarm is triggered the actuators will, in accordance with VdS 2581, for a duration of 30min be triggered to shortly reverse and open every second minute.

OFF: Normal alarm

1.6

Smoke detc. (B) Close

Smoke detector – CLOSE (primarily used in Switzerland)

ON: When the alarm is triggered by a smoke detector, the windows will close in all smoke zones. A following operation of a break glass unit will leave the system in alarm but trigger the actuators to open the windows. Break glass units have higher priority than smoke detectors.

OFF: regardless if the alarm is triggered by smoke detectors or break glass units, the window actuators will open the windows

1.7

24/48V

24V / 48V input active (primarily used in France)

ON: The 24V / 48V input becomes active. Only one smoke zone is possible.

OFF: the 24V / 48V input is deactive. Up to 2 smoke zones are possible.

1.8

Actuator 180 sec.

Actuators with higher run time than 61sec (both closing and opening time)

ON: The panel will leave actuator voltage on for 180 sec. Used for non EN 12101-2 actuators.

OFF: Used with actuators with a run time of less than 60 sec (normal)

2.1- 2.3

Run time limit 1 Run time limit 2 Run time limit 3

Run time limitation (OPEN) (comfort ventilation)

The opening run time of the window actuators can be limited via the DIP switch 2.1 - 2.3.

When using 24V DC actuators, a full close cycle must be carried out (2 x run time ca. 120 sec.). Activated by pressing the

“Close all windows”

button and wait for min 2min. This resets the current position.

DIP switch

Run time

2.1

2.2

2.3

No run time limitation (normal)

OFF

83% (~ 50sec)

OFF

67% (~ 40sec)

OFF

50% (~ 30sec)

OFF

42% (~ 25sec)

OFF

33% (~ 20sec)

OFF

25% (~ 15sec)

OFF

17% (~ 10sec)

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DIP

switch

Description on

the panel

Description

DIP switch position

Possible

consequence

2.4

Run time reactivate

Re-activation of run time limitation (OPEN)

ON: If DIP switch 2.1 - 2.3 is activated, the run time limitation can be reactivated.

OFF: normal

If DIP switch 2.1 - 2.3 is not activated, there is no function on DIP switch 2.4.

2.5

20A on X1

20A actuator output on X1

ON: actuator output X1 is 20A and actuator output X2 is 10A.

OFF: both actuator outputs (X1 & X2) are 10A

2.6

Simple cable monitoring

Type of motor line cable monitoring.

ON: simple monitoring. Short circuit between all wires or cable break is detected.

OFF: Full monitoring. Short circuit between any of the wires and break of any of the wires is detected.

2.7

No grace timer

Deactivate grace timer (manual operation after an safety command)

ON: Deactivate grace timer OFF: Use standard grace timer 30 sec.

(default) The grace timer is a safety feature that gives

the user the possibility to interfere with automatic (non smoke) safety commands for 30 sec. After the 30 sec. has ran out the actuator will return to the automatic position. Smoke commands (Alarm/Reset) always has first priority.

2.8

Disable low stand-by power

Disalbes low power consumption

ON: Low power mode is disable. Main power supply is kept on.

OFF: Low power mode is enabled. Main power shuts off, but turns on every 90sec due to cable monitoring.

12 Back-up batteries

Connect 2 pcs. back-up batteries type WSC 007 for WSC 310 and type WSA 012 for WSC 320.

See section 17 “Maintenance” for further information.

Example of WSC 310 panel with back–up batteries.

13 Configuration of panel

The smoke panel is configured by pressing the two keys ”↑” and ”↓” on the main card, at the same time for 5-10 seconds. The smoke panel must be configured

- After re-installation, changes, or change of actuators

- When / if MotorLink® actuators are connected

- If the cables have been moved

- When components are removed from the panel

- If there has been a fault on the WSK-Link™. Error blink sequence 6, see section 14.

Note, during reconfiguration both actuator outputs can be activated in both directions. If the yellow diode on the main card blinks after a configuration, an error has occurred in the configuration, see section “Fault

detection via LED” for identification of errors.

13.1 Motor lines – motor groups – smoke zones

All the components connected to the Standard panel are automatically assigned to groups and zones:

- motor lines are assigned to motor groups

- motor groups are assigned to smoke zones

- break glass units and smoke detectors are assigned to smoke zones

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- keypads are assigned to one or more motor groups (via hard wiring)

13.1.1 Assigned components per smoke zone

The number of used inputs for break glass units (X5 and X6) determines the number of smoke zones. If break glass units are only connected to one of the inputs (X5), the systems will only have one smoke zone, whereas if break glass units are connected to both inputs the system will have 2 smoke zones. In case of 2 smoke zones, the connected components are assigned to the two smoke zones as shown in table below.

Connected components

Smoke zone 1

Smoke zone 2

Actuators connected to actuator output X1

Actuators connected to actuator output X2

Comfort keypads connected to input X3*

Comfort keypads connected to input X4*

Break glass units connected to input X5**

Break glass units connected to input X6**

Smoke detectors connected to input X7***

* will always only control motorline 1 (X3) respectively 2 (X4). One comfort keypad can be connected to both X3 and X4 for control of both outputs. ** comfort keypads and smoke detectors belong to the same smoke zone as the break glass unit they are connected to.

*** both smoke zones will be triggered by these smoke detectors.

If a rain/rain-wind sensor is connected to X10, the safety commands are sent to both smoke zones.

13.1.2 Examples with motor lines / motor groups / smoke zones

- 2 motor lines: one or more actuators connected to the lines

- 2 motor groups: the actuators in the motor group are operated simultaneously on the keypad

- 2 smoke zones: the actuators in the smoke zone are operated simultaneously on the break glass unit

13.1.3 Motor line

Actuators are to be connected on the motor lines. ±24V standard actuators and actuators with MotorLink® can be connected to all motor lines, but a motor line can only be connected to one type of actuators – either ±24V standard or MotorLink® actuators. The panel will automatically detect the type of actuator, which is connected to the panel.

13.1.4 Smoke zone

Depending on the settings on the DIP-switches the actuators will either open or close when the smoke panel is triggered, see section 11.

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13.1.5 Local input

The seven inputs on the Standard version panels are pre-configured with the functions as shown below.

Inputs on the smoke ventilation panel S1 X3 – X4 Comfort keypads configuration S1 X5 – X6 Break glass units configuration S1 X7 Smoke detector configuration S1 X8 24V / 48V configuration S1 X10 Weather station with wind direction configuration (only possible with the Plus version)

13.1.6 Local output

The output on the Standard version panels are pre-configured with the functions as shown below.

Smoke ventilation panel

S1 X9.1 – X9.2 Fault signal to fire alarm system configuration S1 X9.3 – X9.4 Alarm triggering in smoke zone 1 configuration S1 X9.5 – X9.6 Alarm triggering in smoke zone 2 configuration

14 Fault detection via LED

14.1 Fault detection on the smoke panel

In case of error on the panel, the yellow diode on the main card will blink and via blink sequence indicate an error message. Depending on the type of error message will consist of 2 or 3 blink sequences, separated by a seconds pause. The first blink in an error message has a duration of one second, and thereby indicating when the error message (1st blink sequence) begins. The remaining blinks of the error message has a duration of 0.5 seconds. The error message is repeated until the error has been rectified. Between 2 error messages there is a pause of 2 sec.

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Example of an error message

”7 blinks – 1sec. pause – 2 blinks – 1 sec. pause – 1 blinks”.

1. There is an error on a local input

2. The error is on input X10.5, to which a rain sensor might be connected

3. The error is due to no connection to the sensor.

If there are more errors on the panel simultaneously, they are shown with priority, i.e. the error message for the most critical error is shown first and repeated until rectified. Then the error message number 2 is shown and repeated as well until the error is rectified etc.

Below table, list the most common errors.

Error message

1. Blink sequence

2. Blink sequence

3. Blink sequence

Number of blink

Error on

Number of blink

Error on or error type

Number of blink

Error type

System

Internal error (Watchdog reset)

Internal error (Program CRC)

Smoke zone

Max temp. in the panel has been exceeded – reconfigure and check the panel, see section 13 for re-configuration of the smoke panel

Actuator

X1 (actuator output)

Actuator configuration – check the actuators, check the configuration, when using ±24V standard actuators check the termination

Expected number of actuators, the found and expected number of MotorLink® actuators does not match – check actuator connections

Internal error

X2 (actuator output)

Actuator configuration – check the actuators, check the configuration, when using ±24V standard actuators check the termination

Expected number of actuators, the found and expected number of MotorLink® actuators does not match – check actuator connections

Internal error

WSKLink™

Bus

Closed ring – the standard version does not allow break glass units connected in a closed ring, check connection of break glass units and disconnect the ring and re-configure

Problem on X5 (break glass unit) – communication with the break glass unit cannot be established

Problem on X6 (break glass unit) – communication with the break glass unit cannot be established

WSK

Problem (short circuit, cable problem or termination) with break glass unit #2 connected to a break glass unit– check connection of break glass unit and termination smoke detector input

Slave panel – the standard version does not allow connection of a slave panel. Remove the slave panel and re-configure

Offline break glass unit, one or more break glass are offline – check and re-configure

Break glass unit sensor (smoke detector connected to break glass unit) – check connection between break glass unit, sensor and end-module (termination)

The break glass unit version is too old – break glass units must be renewed

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Error message

1. Blink sequence

2. Blink sequence

3. Blink sequence

Number of blink

Error on

Number of blink

Error on or error type

Number of blink

Error type

Local input

X7 (smoke detector)

Termination – check connection of detectors as well as termination

X10.5 (rain sensor)

Termination – check connection of sensor as well as termination

Power supply

Internal error

Mains – check connection

Back-up batteries – check connection or replace the batteries

Max temp. in the panel has been exceeded – reconfigure and check the panel, see section 13 for re-configuration of the smoke panel

Internal error

If other errors or an “Internal error” are indicated, please contact WindowMaster.

14.2 Fault indication on break glass unit

If the smoke panel loses the mains connection (230V), the green LED on the break glass unit (WSK 501 / 502 / 503 / 504) will flash. The green LED will flash until the system goes into alarm (check power supply (error message 10.2)). With the standard settings it can take up to 10min before the loss of connection is registred.

15 Hardware error

If there are any hardware error on the panel it will be indicated by the diodes (yellow diode is lit).

15.1 Error on the Power supply

Mains power failure will trigger an error. Within the first minute after te failure has been detected, the green LED in the break glass

unit will start to blink. After 30 minutes (parameter setting), the error is indicated via LED blink sequence, see “Fault detection on the smoke panel”, and the windows will close.

Furthermore, non connected, wrong connected or ”dead” batteries can trigger an error on the ”Power supply”.

15.1.1 Blown fuse – 20A fast

Additionally, an error on the ”Battery status” can also be triggered if the fuse (20A fast) is blown.

The fuse is located in the bottom left corner of the main card.

Location of 20A fast fuse

16 Commissioning and test run

In case of hardware error please see chapter 14 “‘Hardware error”. To configure the smoke panel press „↑“ and „↓“ (on the main card) at the same time for 5-10 seconds, see section 13.

The break glass unit WSK 50x will only give an acoustic fault signal if the door on the break glass unit is closed or if the door contact on the break glass unit is pressed.

We recommend that the software of the panel is updated during the annual maintenance check! We recommend that the commissioning of the smoke panel should be done by a competent smoke ventilation controls installer.

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16.1 The control ventilation panel is completely installed, without the operating

voltage applied

a) Check all mechanical and electrical components for damage. b) Check all screw and plug connections for tightness and/or firm seating c) Check that all external components are installed:

1) ±24V actuators: Is the motor end module inserted in the last or only actuator?

2) Automatic smoke detectors: Is the passive end module inserted in the last or only smoke detector?

16.2 With mains voltage, without accumulator

Adhere to the relevant regulations! Connect the mains cables and reapply the mains voltage.

16.3 With mains voltage, with accumulator

a) Remove the protection film from one face of the supplied foam rubber. Glue each foam rubber to the bottom side of the

accumulators. Connect the accumulators to the black accumulator bridge according to the wiring diagram, then connect the red and the black connection cable to the red and the black flat plug. Remove the bottom protection film of the foam rubber and insert the batteries in the smoke ventilation panel according to section 11, and firmly press down to the housing bottom!

b) Plug the red connection cable to the + and the black connection to the flat plug of the control panel.

Note: Check correct polarity!

16.4 Ventilation keypad

Closely observe the actuators during opening and closing. They must not be impaired in any position by the building structure. Observe that the actuator cables are not being subject to pulling or pinching. Check each ventilation keypad individually.

16.5 Break glass unit WSK 50x

a) Open the door and press the red Open button. The actuators move open through to the end position. The red alarm LED

(also in the control panel) is ON; at the same time a permanent acoustic signal sounds (door contact on the break glass unit is pressed!).

b) Press the Reset/Closed button in the break glass unit. The actuators close through to the end position. The comfort

ventilation function is released again. The red alarm LED (also in the smoke ventilation panel) and the acoustic smoke alarm are turned off.

16.6 Smoke detectors

a) Spray test aerosol on the smoke detectors (aerosol item no. 9549). b) The actuators move open through to the end position. The red LED in the smoke detector, the red alarm LED (also in the

smoke ventilation panel) and the permanent acoustic signal in the break glass unit are ON.

c) Press the Reset/Closed button in the break glass unit - the actuators close through to the end position.

The comfort ventilation function is released again. The red alarm LED in the break glass unit and in the smoke control panel as well as the acoustic smoke alarm are turned off.

16.7 Emergency power supply test

a) Remove the mains fuse from the smoke ventilation panel. Wait 10 minutes (or run the actuators shortly). See also national

guidelines.

b) When a mains error have occurred the green LED in the break glass units will flash for 30 minutes. The green LED on the

WCA 3SS card in the smoke ventilation panel is still on and the yellow LED is turned off.

c) After 30 minutes the green LEDs will turn off and all the yellow LEDs in the smoke ventilation panel and the break glass units

will lit continuously. d) Check that the comfort ventilation keypads are deactivated. e) Check that the break glass units are working (section 15.5) f) Refit the mains fuse. g) The green mains and operating LED's are on, the yellow LED is off, the malfunction message at the break glass unit is off.

16.8 Wind/rain detector

a) Open the actuators with the comfort ventilation keypads. b) Wet the rain sensor, the actuators will fully close. c) While the actuators are running, press the Open button at the keypad. The actuators must neither open nor stop!

Exception: If a manual override time (Man. operation after auto comm.). d) Any smoke and heat extraction signal will always take priority over the wind/rain signal. e) While the rain sensor is active (wet) the smoke ventilation panel is activated (alarm) and the actuators move open through to

the end position (alternatively to the SHE position) If the start-up was successful, close the doors of the break glass units and of the smoke ventilation panel.

If the start-up was unsuccessful (error with one of the test run processes), please see chapter 10 “Description of cards”. If necessary, check the wiring in accordance with the cable plan – see chapter 9 “Cable plan for connection to WSC 3xx”.

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17 Maintenance

The panels of the smoke and heat exhaust ventilation system have to be checked, serviced and, if necessary, repaired at least once per year by the manufacturer or an authorized partner

Remove all soiling from the units of the smoke and heat exhaust system. Check fastening and clamping screws for firm seating. Carry out a test run of the entire system (see chapter 15 ‘Commissioning and test run). Only have defective units repaired in our factory. Only install original spare parts.

Check the operational condition at regular intervals. We recommend a WindowMaster service contract is taken out to ensure the right function of the smoke and heat exhaust system.

All back up batteries coming with the smoke control panel as standard; have to be subjected to regular checks. The smoke ventilation panel will signal fault on the batteries if the battery voltage is below 17V.

Within the framework of the service, they have to be replaced after the specified maximum 4 year operating period. Dispose of used batteries according to the National regulation. CAUTION: RISK OF EXPLOSION IF BATTERIES ARE REPLACED BY AN INCORRECT TYPE.

We recommend that the software of the panel is updated during the annual maintenance check! The expected minimum lifetime for the CompactSmoke™ is 10 years excluding the batteries.

17.1 Maintenance agreements

Be aware that regular inspection of smoke ventilation systems is a legal requirement. The legislation requires that the smoke ventilation system's owner inspects and tests the system once every year. WindowMaster offer maintenance agreements for the smoke ventilation system and every year we inspect the complete system to ensure it complies with the applicable legislation. Maintenance of the smoke ventilation system includes checking windows, window actuators and emergency power and checking that triggering and control functions are fully functional.

Contact our service department for further information: telephone +44 1536 510990 or [email protected]

17.2 Replacement 3SS card

1. Disconnect the 230 V and the batteries.

2. Insert the 3SS replacement card.

3. Turn on the 230 V and connect the batteries.

4. The system will be ready again after approx. 2 seconds.

18 Declaration of Conformity and Declaration of Perfomance

The smoke ventilation panels are manufactured and tested accordingly to the European requirements. The total system is not to be put into service until a declaration of conformity for the total system has been made.

The “Declaration of Conformity” and the EN certificate are supplied with panel as separate documents.