Ingenium Cubic-SQ2, Cubic-SQ4, Cubic-SQ6, Cubic-V6, Cubic-V8 Technical Installation Manual

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technical

installation

manual

vers. 19

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introduction

Ingenium is a vanguard company dedicated since 1998 to the design, development and manufacturing of the highest domotics technology.

From the beginning we have been conscious of the necessity to approach this emergent market with high standards of quality and focusing on R&D. This allows us to innovate without neglecting the manufacturing process while making us conﬁdent of our effort. Our focus causes that every year more people approach our system.

Our system BUSing® totally open and free of royalties, allows other manufacturers to design equipment under our standards and speciﬁcations, as well as the development of integrations on other devices or gateway with other standards.

Our products are versatile and intuitive, guaranteeing comfort, security and energy efﬁciency without forgetting design; basic pillars on which our concept of domotics is founded. This is how we elaborate our catalogue.

BUSing® General Requirements

• It is strictly recommended to use shielded and ﬂexible cable for the wiring of the data BUS (Cable BUSing®).

• In no case should be used the power wiring pipes for wiring BUS or inputs signals, because it is SELV signals.

• Ingenium is not responsible for the improper functioning of the system in the case of making a star-wiring BUS. It is recommended that BUS topology is used.

• The number of required power supplies can vary depending on wiring distances between devices and the installation in general.

• Ingenium always recommend the use of protection, both in electrical line and telephone line, to prevent possible damage by power surges.

• To ensure the proper functioning of communications, especially in electrically noisy installations, an EndBUS device must be placed in the beginning and another one at the end of the bus line.

This technical manual has been developed to provide the necessary assistance in the installation to those companies that held the BUSing®Partner o are BUSing®Installer certify and who also work with INGENIUM's BUSing® Communications Equipment.

• The BUSing® Certiﬁcates are obtained by taking training courses that INGENIUM organizes periodically.

• For more information contact us: (+34) 985 118 859 - tecnico@ingeniumsl.com

In the following pages you will ﬁn detailed characteristics and techniques, a brief description and a connection sketch for INGENIUM’s equipment.

• The end of the manual shows examples of different types of installations: centralized, distributed, mixed, prolonged and extended; besides several integrations schemes with devices from other companies.

• It also includes information on programming software developed by INGENIUM, the BUSing® Development System (SIDE), as well as the APPs to control BUSing® installations.

• The system is virtually unlimited, and can count up to 255 devices or nodes per line, up to 255 lines. It represents more than 65,000 devices with more than 300,000 outputs in the same installation.

• It is fully scalable and new devices can be always added in an already existing installation. Installed devices can be also reprogrammed at any time.

• The communications protocol, BUSing®, can be wired (4-wire BUS) or wireless (868 MHz frequency, grouped in our WINGS-RF trademark). Both types can coexist in the same installation establishing communications between different ways of communication.

• Both the programming and implementation must be carried out exclusively by installers / integrators who are certiﬁed BUSing®.

index

Manual available for download in PDF format:

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autonomous detector

.............................................................................

touch-buttons & thermostats

Cubic-SQ2, Cubic-SQ4, Cubic-SQ6 Cubic-V6, Cubic-V8 Cubic-VH, Cubic VHD Cubic-T, Cubic-TH Cubic-TL

................................................................

TRMD

.....................................................................

..............................................

..........................................

.................................................

..................

visualization

ST-Basic, ST-Plus PPL4-G

..................................................................

PPL7-G PPL10-G ETHBUS3

.................................................

.................................................................

...............................................................

..............................................................

security

..........................................................................

KCtr-BS

..................................................................

GSMing

.................................................................

RFiD-BUS

..............................................................

input/output

2E2S

.....................................................................

2E2S-C30A 4E4S 6E6S-F2A 4E8S MECing, MECing-4 MECing-C

...........................................................

.....................................................................

..............................................................

.....................................................................

..............................................

..............................................................

dimmers

RBF10A

.................................................................

RU1S200 RU2S200 RGBL, RGBL-C RGBWL, RGBWL-C DMXBUS DALing

..............................................................

......................................................

...............................................

...............................................................

...................................................................

12 14 16 18 20 22

26 28 30 32 34

38 40 46 48

52 54 56 58 60 62 64

68 70 72 74 76 78 80

sensors

ﬂooding

Sin-2h, Sin-3h......................................................84

.................................................................86

Sin-BUS

ﬁre/smoke

DTV, DTV-BUS.......................................................88

DH, DH-BUS

.........................................................90

movement

Sif...........................................................................92

SifBUS-E, SifBUS SifBUS-L, SifBUS-LS

..................................................................98

SRBUS

.................................................94

...........................................96

contact

DM-BUS, DM-W.................................................100

clima

BUSing-LGAC-I ...................................................104

BUSing-LGAC-D BUSing-LGAC-IR BUSing-DKAC-MD BUSing-DKAC-SKY BUSing-DKAC-IR BUSing-MQM-D

....................................................................118

iRing RejiBUs

.................................................106

.................................................108

..............................................110

............................................112

................................................114

..................................................116

...............................................................120

clima zoning [ ZBUS ]

MasterClima-Z...................................................124

RejiBUS-Z Cubic-TZ Cubic-TLZ

...........................................................126

..............................................................128

...........................................................130

audio

SoniBUS.............................................................134

energy efﬁciency

MeterBUS-3C-50A ............................................138

.............................................................140

MET-50A

power supply

BF1-W, BF2, BF22.............................................144

................................................................146

BF2-BU

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software

SIDE ....................................................................150

Sniffer Packet....................................................150

SC-PC .................................................................152

SH-PC..................................................................152

apps

Ingenium aSC....................................................156

Ingenium iSC .....................................................156

Ingenium sTV.....................................................156

Ingenium LG

......................................................156

other devices

programming

BPC-USB, BPC-USBW, BPC-WiFi.....................160

communication

BW-WINGS .........................................................164

ROUTing..............................................................166

REPing-T .............................................................166

EndBUS ..............................................................168

integrations/others

ULing...................................................................172

accessories

Batería, Sirena..................................................176

Cable BUSing®, ConectorT ............................178

topology & connection

Conventional, centralised installation..........182

Conventional, distributed installation ..........183

Extended installation.......................................184

Prolonged installation......................................185

Clima zoning installation [ ZBUS ]

...............186

integration schemes

Fermax VDS - BUSing® ...................................190

Fermax MEET - BUSing®.................................191

DALI - BUSing®

SoniBUS - SONELCO........................................193

.................................................192

notes ...............................................................194

Patentado Patented

Exento Licencia (Frec. Funcionamiento 9,9GHz) Licence Exempt (Working Frecuency 9.9GHz)

á SR

85V-250V~(50/60Hz)

N.O.

1.5W@ 230V 50Hz 85V-250V~(50/60Hz)

ngulo de deteccin detection angle

360¡

Potencia Mx Max. Switching Power

2200W

880W 400W

Cos ¯= 1 Cos ¯= 0.6 Cos ¯= -0.6

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autonomous detector

· SR

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autonomous detector

SR......................................................................8

Patentado Patented

Exento Licencia (Frec. Funcionamiento 9,9GHz) Licence Exempt (Working Frecuency 9.9GHz)

á SR

85V-250V~(50/60Hz)

N.O.

1.5W@ 230V 50Hz 85V-250V~(50/60Hz)

ngulo de deteccin detection angle

360¡

Potencia Mx Max. Switching Power

2200W

880W 400W

Cos ¯= 1 Cos ¯= 0.6 Cos ¯= -0.6

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autonomous detector

· SR

Hidden 360º radiofrequency detector

For movement detection with concealed installation.

• Detects movement through solid, non-metallic objects (brick, wood, etc)

• Detects minimum movements

• Hidden installation in false ceilings or walls

• Autonomous operation (no BUSing® required)

• Automatic reset after detection

• Adjustable timer from pulse to 17 min.

• Adjustable sensitivity up to 12m

• Size: 100 x 75 x 35mm

Description

This is an autonomous device (no BUSing®required). It is designed to be connected to the lighting in transit areas, such as bathrooms, hallways or corridors and garages and installed in false ceilings and walls. Its hidden installation makes it immune to vandalism.

It can detect objects through non-metallic solids by using radio frequency technology. It is superior to infra-red detectors, from sensitivity to precision. It is practical, unobtrusive and easy to install and adds elegance to your lighting design.

Applicable power supplies depending on the load*

• Incandescent or halogen lamp 220V .......................................................... 2000W

• Incandescent 12V lamps containing mechanic transformer .......................... 1300W

• Incandescent 12V lamps containing electronic transformer ........................... 900W

• Fluorescent lamps not compensated ............................................................ 900W

• Fluorescent lamps compensated Low factor ................................................. 400W

High factor ................................................... 58W - 3µF

*Estimated power calculated with the losses of each type of lighting.

Technical Characteristics

Device Reference

* voltage free, normally open relay.

Voltage Supply

85-265V AC

Power Consumption

4.5mA @ 230V AC

Maximum Detection Area

12 x 6m

Secure Detec. Area

6x3m

Adjustment Parameters

Sensitivity/Time

No. Outputs

Switching capacity

10A

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4321

85V-250V~(50/60Hz)

Min. Adjust.

Nor

MinMx

171

213

Microprocessor

Supply

4: Neutral 3: Phase

1: Load

Detection

Direction of the device

Place lengthwise, with the length of the device parallel to the length of the room.

Together with the programming, this will ensure optimal detection.

Timer adjustment (Min.)

¥ The timer adjuster regulates the time a load

remains connected.

¥ Timers can be adjusted between 0.25secs (Pulse)

and 17mins, at 4sec intervals.

¥ Minimum timings are obtained by turning the

adjustment potentiometer clockwise.

Sensitivity adjustments (Adjust.)

¥ The sensitivity adjustment limits the degree of

detection.

¥ Maximum distances that can be reached will

depend upon the de nsity of obst acles to pene trate (wood, plaster, brick, etc.).

Detection area at

2.5m from the floor:

Guaranteed: 6x3m Maximum: 12x6m

Detection area

The detection area must face the room, with the silk screened part of the device face-down.

Installation in a false ceiling

Floor

Guaranteed area 6x3m

Maximum area 12x6m

Length side of the room

SR output wiring

Power consumption 4.5mA

The device can be partially blinded with metal tape to cancel detection in a zone/direction.

Do NOT install:

á In locations susceptible to vibrations.

á Over fluorescent lights.

· SR

Installation

touch-buttons & thermostats

ingenium

· Cubic-SQ2 · Cubic-SQ4 · Cubic-SQ6

· Cubic-V6

· Cubic-T

· Cubic-TH

· Cubic-V8

· TRMD

· Cubic-VH

· Cubic-TL

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touch-buttons & thermostats

Cubic-SQ2, Cubic-SQ4, Cubic-SQ6..............12

Cubic-V6, Cubic-V8........................................14

Cubic-VH

Cubic-T, Cubic-TH

.........................................................16

...........................................18

Cubic-TL..........................................................20

TRMD

..............................................................22

touch-buttons & thermostats

ingenium

· Cubic-SQ

[

Cubic-SQ2 · Cubic-SQ4 · Cubic-SQ6

]

Square thermostat with temperature sensor

To manage and monitor devices in the BUSing® installation.

• Slim design with integral front in customizable glass

• 2, 4 or 6 touch areas depending on the model

• LED indicators that can be or not associated to the touch areas

• Ability to manage an independent climate zone (internal temperature sensor integrated)

• Rear case available in white or black

• Mounted on universal box, screwed on wall

• Size: 88 x 88 x 6mm (square format)

Description

Capacitive touch-button to control devices of a Busing® installation. It is available with 2, 4 or 6 touch areas depending on the model, being possible to program BUS events for activation/deactivation of each one.

Built-in temperature is added. This, allows reading the measured temperature, setting a set point temperature and variation between winter, summer, mixed or deactivated mode as well as fan-coil control.

Customization

Available within a range of three levels of customization:

[1] basic: front glass and back casing in white or black. [2] design: print customizable front glass with back casing in white or black. [3] capriccio: interchangeable and print customizable front glass with back casing in white or black.

Conﬁguration using Development System (SIDE)

• 2, 4 or 6 low voltage touch areas, programable as switch or push button.

• LED low voltage outputs that can be or not associated with the inputs of the device.

Technical Characteristics

Device Reference

Cubic-SQ

Voltage Supply

9–16V DC (BUS)

Current Consumption

20mA (BUS)

Temperature Range

0–51ºC

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capriccio

+12V A B Ref.

88mm

80mm

88mm

80mm

60mm

Device

Rear

Wall

Universal box

1mm

Device

Side

The device is installed hanging from the two parallel grooves on its rear. Two conical head screws are used in wall and/or universal mechanism box. It is VERY IMPORTANT that the screws head excels 1mm from the wall.

Installation

SURFACE mounted

Glass

2mm

Rear

4mm

Front glass interchangeable

Exclusively in the capriccio custom s

eries, the glass is fixed to the rear with a four magnets system that enables an easy exchange.

custom series

Consumes

Red Yellow Green Black

· Cubic-SQ

Installation

touch-buttons & thermostats

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· Cubic-V

[

Cubic-V6 · Cubic-V8

]

Vertical thermostat with temperature sensor

To manage and monitor devices in the BUSing® installation.

• Slim design with integral front in customizable glass

• 6 or 8 touch areas depending on the model

• LED indicators that can be or not associated to the touch areas

• Ability to manage an independent climate zone (internal temperature sensor integrated)

• Rear case available in white or black

• Mounted on universal box, screwed on wall

• Size: 88 x 129 x 6mm (vertical/rectangular format)

Description

Capacitive touch-button to control devices of a Busing® installation. It is available with 6 or 8 touch areas depending on the model, being possible to program BUS events for activation/deactivation of each one.

Customization

Available within a range of three levels of customization:

Conﬁguration using Development System (SIDE)

• 6 or 8 low voltage touch areas, programable as switch or push button.

• LED low voltage outputs that can be or not associated with the inputs of the device.

Technical Characteristics

Device Reference

Cubic-V

Voltage Supply

9–16V DC (BUS)

Current Consumption

20mA (BUS)

Temperature Range

0–51ºC

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capriccio

+12V A B Ref.

88mm

80mm

129mm

121mm

60mm

Device

Rear

Consumes

Wall

Universal box

1mm

Device

Side

Installation

SURFACE mounted

Glass

2mm

Rear

4mm

Front glass interchangeable

Exclusively in the capriccio custom s

eries, the glass is fixed to the rear with a four magnets system that enables an easy exchange.

custom series

Red Yellow Green Black

· Cubic-V

Installation

touch-buttons & thermostats

ingenium

· Cubic-VH

Vertical touch panel for hotel room door - MUR/DND

To monitor the status of hotel rooms by BUSing®.

• Slim design with integral front in customizable glass

• 1 touch area for bell

• 2 signalling icons for room status

• Rear case available in white or black

• Mounted on universal box, screwed on wall

• Size: 88 x 129 x 6mm (vertical/rectangular format)

Description

BUSIng® device for placement in hotel room doors. It incorporates a capacitive touch area for room bell.

It has two signaling icons to distinguish between the room status: Do not disturb / Make up the room.

Customization

This device is available with the second level of customization:

[2] design: print customizable front glass with back casing in white or black.

Technical Characteristics

Device Reference

Cubic-VH

Voltage Supply

9–16V DC (BUS)

Current Consumption

20mA (BUS)

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capriccio

+12V A B Ref.

88mm

80mm

129mm

121mm

60mm

Device

Rear

Consumes

Wall

Universal box

1mm

Device

Side

Installation

SURFACE mounted

Glass

2mm

Rear

4mm

Front glass interchangeable

Exclusively in the capriccio custom s

eries, the glass is fixed to the rear with a four magnets system that enables an easy exchange.

custom series

Red Yellow Green Black

· Cubic-VH

Installation

touch-buttons & thermostats

ingenium

· Cubic-T/TH

Square thermostat with temperature/+ humidity sensor

For climate control of a BUSing® installation area.

• Slim design with integral front in customizable glass

• Sensor temperature range 0–51ºC

• PI controller discretized

• Temperature range regulation adjustable by programming

• Incorporates humidity sensor (Ref. Cubic-TH)

• Rear case available in white or black

• Mounted on universal box, screwed on wall

• Size: 88 x 88 x 6mm (square format)

Description

BUSing® thermostat without graphical interface. The device acts as a BUSing® temperature sensor. Incorporates a discretized PI for greater comfort and energy savings.

Includes function modes for summer, winter and allow it to be mixed via modiﬁed BUS, and also allows fan coils control and can be programmed BUS events for different speeds.

This device is available in two versions:

•Cubic-T: with only temperature sensor

•Cubic-TH: with temperature + humidity sensor.

Customization

Available within a range of three levels of customization:

Function Modes

• SUMMER mode: Performing actions before cooling demand.

• WINTER mode: Performing actions before heat demand.

• MIXED mode: Summer and winter mode simultaneously.

• OFF mode: Temperature reading without executing actions.

Technical Characteristics

Device Reference

Cubic-T/TH

Voltage Supply

9–16V DC (BUS)

Current Consumption

10mA (BUS)

Temperature Range

0–51ºC

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capriccio

+12V A B Ref.

88mm

80mm

88mm

80mm

60mm

Device

Rear

Wall

Universal box

1mm

Device

Side

Installation

SURFACE mounted

Glass

2mm

Rear

4mm

Front glass interchangeable

Exclusively in the capriccio custom s

eries, the glass is fixed to the rear with a four magnets system that enables an easy exchange.

custom series

Consumes

Red Yellow Green Black

· Cubic-T/TH

Installation

touch-buttons & thermostats

ingenium

· Cubic-TL

Square thermostat with integrated LEDs indicator

For climate control and monitoring of a BUSing® installation area.

• Sensor temperature range 0–51ºC

• LED indicators for setpoint and ambient temperature

• 5 touch areas panel for climate control

• PI controller discretized

• Temperature range regulation adjustable by programming

• Programmable BUS events for each operating mode

• Rear case available in white or black, print customizable glass

• Mounted on universal box, screwed on wall

• Size: 88 x 88 x 6mm (square format)

Description

BUSing® thermostat with graphical interface. The device acts as a BUSing® temperature sensor. Incorporates a discretized PI for greater comfort and energy savings.

Includes function modes for summer, winter and allow it to be mixed via modiﬁed BUS, and also allows fan coils control and can be programmed BUS events for different speeds.

Customization

Available within a range of three levels of customization:

Function Modes

• SUMMER mode: Performing actions before cooling demand.

• WINTER mode: Performing actions before heat demand.

• MIXED mode: Summer and winter mode simultaneously.

• OFF mode: Temperature reading without executing actions.

Technical Characteristics

Device Reference

Cubic-TL

Voltage Supply

9–16V DC (BUS)

Current Consumption

35mA (BUS)

Temperature Range

0–51ºC

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capriccio

+12V A B Ref.

88mm

80mm

88mm

80mm

60mm

Device

Rear

Wall

Universal box

1mm

Device

Side

Installation

SURFACE mounted

Glass

2mm

Rear

4mm

Front glass interchangeable

Exclusively in the capriccio custom s

eries, the glass is fixed to the rear with a four magnets system that enables an easy exchange.

custom series

Consumes

Red Yellow Green Black

· Cubic-TL

Installation

touch-buttons & thermostats

ingenium

· TRMD

Vertical thermostat with 2.8” integrated screen

For climate control and monitoring of a BUSing® installation area.

• 2.8" colour capacitive touch-screen included

• Graphical interface with 6 pre-conﬁgured colour combinations

• 8 touch areas panel for climate control

• Sensor temperature range 0–51ºC

• PI controller discretized

• Temperature range regulation adjustable by programming

• Programmable BUS events for each operating mode

• Rear case available in white or black, print customizable glass

• Mounted on universal box, screwed on wall

• Size: 88 x 129 x 4mm (vertical/rectangular format) (13mm depth)

Description

BUSing® thermostat with graphical interface. The device acts as a BUSing® temperature sensor. Incorporates a discretized PI for greater comfort and energy savings.

Includes function modes for summer, winter and allow it to be mixed via modiﬁed BUS, and also allows fan coils control and can be programmed BUS events for different speeds.

Customization

Available within a range of two levels of customization:

[1] basic: front glass and back casing in white or black. [2] design: print customizable front glass with back casing in white or black.

Function Modes

• SUMMER mode: Performing actions before cooling demand.

• WINTER mode: Performing actions before heat demand.

• MIXED mode: Summer and winter mode simultaneously.

• OFF mode: Temperature reading without executing actions.

Technical Characteristics

Device Reference

TRMD

Voltage Supply

9–16V DC (BUS)

Current Consumption

35mA (BUS)

Temperature Range

0–51ºC

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Ref. B A +12V

Device

Rear

Consumes

88mm

73mm

129mm

120mm

Use external mounting box is essential in any type of installation allows future removal of the device.

Device

4mm

8mm

SURFACE mounted

on universal box

Installation options

Mounting box

When installed

the mounting

box, fit the

device inside

in PLASTERBOARD

in MASONRY WALL

EMBEDDED

Before fitting the device inside

remove external border in

MASONRY WALL installation

Orientation

Arrow should point to the RIGHT

Ignore UP indication carved in the box

Cable BUSing¨

Connection for crimp connector.

· TRMD

Installation

visualization

á ETHBUS3

Servidor Web Web Server

+12VAB

Ref.

+12VAB

Ref.

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Ethernet

· PPL4-G

· ST

· ST-Plus

· PPL7-G

· PPL10-G

· ETHBUS3

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visualization

ST-Basic, ST-Plus...........................................26

PPL4-G

............................................................28

PPL7-G............................................................30

PPL10-G

ETHBUS3

.........................................................32

.......................................................34

visualization

· Smart Touch

[

ST-Basic · ST-Plus

]

Vertical 4.3” colour touch-screen

To manage and monitor devices in the BUSing® installation.

• 4.3” LCD colour capacitive touch-screen

• Resolution 480 x 800px 4K colours

• Customizable interface appearance

• Supports up to 6 different themes

• Supports up to a total of 32 controls distributed on 4 pages (8 checks per page)

• Own weather interface

• Ability to manage an independient climate zone (internal temperature sensor integrated)

• Security options with No. password lock or menu restrictions

• Automatic software updates by Internet

• Mounted on universal box, screwed on wall

• Available in black or white ﬁnish

• Size: 88 x 129 x 4mm (13mm depth)

Description

Smart Touch is a vertical 4.3” colour capacitive touch interface that allows control and monitoring a BUSing® installation by customizable icons on allusive images.

Its appearance is fully editable, from the wallpaper, even the colours of icons and text, controls, etc. You can set up to 6 different themes.

This screen integrates the ability to create a wireless network that will allow to control an installation locally from your iOS or Android device, simply by downloading the ofﬁcial Ingenium apps.

An advanced version is avalaible, the ST-Plus, extending local connectivity capability to remote/Internet. It also has a higher quality screen, better contrast and wider viewing angle. Besides it adds Google Home compatibility.

Conﬁguration using Development System (SIDE)

• Choice of 3 custom themes from 9 editable options.

• Conﬁguration of up to 32 controls distributed on 4 pages

• Program up to 16 scenes.

• Setup gestural shortcuts for execution of certain scenes.

Technical Characteristics

Device Reference

Smart Touch

Voltage Supply

9–16V DC (BUS)

Current Consumption

380mA (BUS)

Screen Resolution

480x800px

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ConectorT

Ref. B A +12V

Device

Rear

BUSing¨ connection

Using ConnectorT

Consumes

88mm

73mm

129mm

120mm

Use external mounting box is essential in any type of installation allows future removal of the device.

Device

4mm

8mm

14mm

SURFACE mounted

on universal box

Installation options

Mounting box

When installed

the mounting

box, fit the

device inside

in PLASTERBOARD

in MASONRY WALL

EMBEDDED

Plastic part to remove in EMBEDDED

installation for ConectorT access

Before fitting the device inside

remove external border in

MASONRY WALL installation

Glue connector housing In EMBEDDED installations

Orientation

Arrow should point to the RIGHT

Ignore UP indication carved in the box

WiFi connection

To local network

access

Cable BUSing¨

Connection for crimp connector.

· Smart Touch

Installation

visualization

· PPL4-G

4” colour touch-screen

Installation controlling and monitoring through 3D plans.

• 4.3” LCD colour capacitive touch-screen

• Resolution 800 x 480px 4K colours

• All the features of the PPL series in the most compact size.

• Mounted on universal box, screwed on wall

• Available in black or white ﬁnish

• Size: 129 x 88 x 4mm (13mm depth)

Description

The PPL4-G is a 4.3” colour capacitive touch interface to control and monitor a BUSing® installation using 3D drawings and/or photographs, with alluding icons, custom panels, etc.

Like all models in PPL series, it allows to control thermostats in an installation, including the chrono-thermostat option and the ability to perform annual time events, the real presence simulation and a weather prediction interface.

It has an integrated web server that allows to control the installation via the Internet using a web browser or through the ofﬁcial Ingenium Apps available for Google Android, Apple iOS and Samsung Smart TV. It is also Google Home compatible.

This display has Wi-Fi connectivity that allows upgrade to the latest software available or control the installation from the cloud via Smartphone or Tablet.

Conﬁguration using Development System (SIDE)

• Supports up to 100 control planes.

• Program up to 100 scheduled scenes.

• Armed and disarmed intruder alarm with password (4 digits).

• Technical alarm alerts using icons and screen messages, e-mail messages or push notiﬁcations to mobile devices.

Technical Characteristics

Device Reference

PPC4-G

Voltage Supply

9–16V DC (BUS)

Current Consumption

380mA (BUS)

Screen Resolution

800x480px

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www.ingeniumsl.com

ConectorT

Ref. B A +12V

Device

Rear

129mm

120mm

88mm

73mm

Device

4mm

8mm

14mm

SURFACE mounted

on universal box

Installation options

Mounting box

WiFi connection

To local network

access

When installed

the mounting

box,

fit the

device inside

in PLASTERBOARD

in MASONRY WALL

EMBEDDED

Plastic part to remove in EMBEDDED

installation for ConectorT access

Before fitting the device inside

remove external border in

MASONRY WALL installation

Use external mounting box is essential in any type of installation allows future removal of the device.

Glue connector housing In EMBEDDED installations

Consumes

BUSing¨ connection

Using ConnectorT

Cable BUSing¨

Connection for crimp connector.

· PPL4-G

Installation

visualization

· PPL7-G

7” colour touch-screen

Installation controlling and monitoring through 3D plans.

• 7.1” LCD colour capacitive touch-screen

• Resolution 800 x 480px 4K colours

• Controls thermostats in the installation, including a chrono-thermostat option

• Executes anual timed events

• Technical alarm alerts using icons and screen messages, e-mail messages or push notiﬁcations to mobile devices

• Compatibility with Google Home for voice control

• Includes real presence simulation

• Automatic software updates by Internet

• Mounted on universal box, screwed on wall

• Available in black or white ﬁnish

• Size: 207 x 140 x 4mm (13mm depth)

Description

The PPL7-G is a 7.1” colour capacitive touch interface to control and monitor a BUSing® installation using 3D drawings and/or photographs, with alluding icons, custom panels, etc.

This display has Wi-Fi connectivity that allows upgrade to the latest software available or control the installation from the cloud via Smartphone or Tablet.

Conﬁguration using Development System (SIDE)

• Supports up to 16 control planes.

• Program up to 100 scheduled scenes.

• Armed and disarmed intruder alarm with password (4 digits).

• Technical alarm alerts using icons and screen messages, e-mail messages or push notiﬁcations to mobile devices.

Technical Characteristics

Device Reference

PPC7-G

Voltage Supply

9–16V DC (BUS)

Current Consumption

380mA (BUS)

Screen Resolution

800x480px

ingenium

www.ingeniumsl.com

ConectorT

Ref. B A +12V

207mm

185mm

140mm

107mm

When installed

the mounting

box, fit the

device inside

Device

4mm

8mm

14mm

SURFACE mounted

in PLASTERBOARD

in MASONRY WALL

EMBEDDED

on universal box

Plastic part to remove in EMBEDDED

installation for ConectorT access

Glue connector housing In EMBEDDED installations

Installation options

Mounting box

171mm

119mm

Device

Rear

Before fitting the device inside

remove external border in

MASONRY WALL installation

Use external mounting box is essential in any type of installation allows future removal of the device.

BUSing¨ connection

Using ConnectorT

Consumes

To software actualization, weather forecast and upload data from the SIDE (plans and configuration).

WiFi connection

Cable BUSing¨

Connection for crimp connector.

· PPL7-G

Installation

visualization

· PPL10-G

10,4” colour touch-screen

Installation controlling and monitoring through 3D plans.

• 10.4” LCD colour capacitive touch-screen

• Resolution 640 x 480px 4K colours

• Controls thermostats in the installation, including a chrono-thermostat option

• Executes anual timed events

• Technical alarm alerts using icons and screen messages, e-mail messages or push notiﬁcations to mobile devices

• Compatibility with Google Home for voice control

• Includes real presence simulation

• Automatic software updates by Internet

• Mounted on universal box, screwed on wall

• Available in black or white ﬁnish

• Size: 307 x 227 x 4mm (24mm depth)

Description

The PPL10-G is a 10.4” colour capacitive touch interface to control and monitor a BUSing® installation using 3D drawings and/or photographs, with alluding icons, custom panels, etc.

This display has Wi-Fi connectivity that allows upgrade to the latest software available or control the installation from the cloud via Smartphone or Tablet.

Conﬁguration using Development System (SIDE)

• Supports up to 100 control planes.

• Program up to 100 scheduled scenes.

• Armed and disarmed intruder alarm with password (4 digits).

• Technical alarm alerts using icons and screen messages, e-mail messages or push notiﬁcations to mobile devices.

Technical Characteristics

Device Reference

PPC10-G

Voltage Supply

9–16V DC (BUS)

Current Consumption

760mA (BUS)

Screen Resolution

640x480px

ingenium

www.ingeniumsl.com

+12V

A B

Ref.

+12V

A B

GND

+12V

A B

GND

Device

Rear

Consumes

Device

Wall bracket

120mm

180mm

4mm

24mm

307mm

280mm

227mm

195mm

WiFi connection

To local network

access

The correct orientation of the device is UP arrow.

Use the metal wall bracket included screwing it to wall and/or flushmounted universal box, hanging the device on the 6 slots located in the rear.

6 hanger slots

Cable BUSing¨

Connection for crimp connector.

· PPL10-G

Installation

visualization

á ETHBUS3

Servidor Web Web Server

N L

+12VAB

Ref.

+12VAB

Ref.

ingenium

www.ingeniumsl.com

Ethernet

· ETHBUS3

WEB server to remote control of BUSing® installations

Enables installation controlling via Internet using a conventional Web browser or by the applications available for iOS, Android and Samsung Smart TV.

• Integrated web server

• Internet control and monitoring of the entire installation

• Java fully graphical interface with 3D planes

• Apps for Android, Apple iOS, Samsung Smart TV and PC for local or remote control and Google Home compatibility

• Conﬁgurable IP with the Development System (SIDE)

• Programming via FTP

• DIN Rail mount (6 modules)

Description

Allows the installation to be controlled from any PC connected to the Internet with a conventional WEB browser through Ingenium server or using Adroid devices, Apple iOS or Samsung Smart TV locally or remotely.

The device requests a password to control access to the installation and displays the status of the devices installed with icons on a colour 3D planes or photographs, as conﬁgured in the Development System (SIDE).

The entire interface is graphical and intuitive and allows an easy control of the installation: on-off lighting, lighting control, blind control, on-off heating, temperature control of the rooms, programming thermostats, shortcuts available to act on any part of the installation, perform scenes, etc. It also allows voice control with Google Home.

For remote control using the APPs available for Android, Apple iOS or Samsung Smart TV you need to conﬁgure the router installation (see the device instructions) and use a dynamic DNS service if you do not have a static IP address.

Conﬁguration using Development System (SIDE)

JAVA Application Control:

• Supports up to 100 control planes.

• Program up to 100 scenes.

• Access to the installation locally or via Ingenium server with password (www.ingeniumsl.com).

Android, Apple iOS, Google Samsung Smart TV control apps:

• See instructions.

Technical Characteristics

Device Reference

EHTBUS3

Voltage Supply

230V AC

Power Consumption

2.8VA

Internet Connection

ETHERNET 10Mbit/s

ingenium

www.ingeniumsl.com

SmartPhone

Tablet

á ETHBUS3

Servidor Web Web Server

+12VAB

Ref.

+12VAB

Ref.

ingenium

www.ingeniumsl.com

Ethernet

Google

Home

BUS 1

Ethernet

BUS 2

+12V

A B

Ref.

+12V

A B

Ref.

á ETHBUS3

Microprocessor

Supply

ETHBUS3 basic wiring

To function as a control via Internet.

Phase

Neutral

DSL router

DSL connection

Gives

Consumes

BUS 2 wiring

Additional BUS that can supply power.

BUS 1 wiring

For conventional installations, use this BUS only.

Programming via FTP

To upload data from the SIDE (plans and configuration).

Supply

230V AC ~ 50Hz

Optional

110V AC ~ 60Hz

Wireless connection

Local by the Wi-Fi router o

r remote by 3G Internet.

Local connection

Exclusive option, by W

i-Fi or via Ethernet.

DS202000 installation with ADS Router

Via the Ethernet network, Wi-Fi and 3G/4G Internet

Cable BUSing¨

Connection for crimp connector.

Cable BUSing¨

Connection for screw terminal.

· ETHBUS3

Installation

security

ingenium

www.ingeniumsl.com

á KA

Centralita Alarmas Alarm Smartbox

Ð+

BAT.

BOILER

Ref.

+12V

356 1

KEY2OFF4PRG

Fire

Water

Intr.

+12VAB

Ref.

EVGAS5EVAGUA6SIREN

+12VAB

Ref.

SUPPLY

ingenium

www.ingeniumsl.com

á KCtr-BS

Centralita Alarmas Alarm Smartbox

Ð+

BAT.

+Ð

AUD. TEL.

OUT

BOILER

Ref.

+12V

356 1

KEY2OFF4PRG

Fire

Water

Intr.

+12VAB

Ref.

EVGAS5EVAGUA6SIREN

+12VAB

Ref.

SUPPLY

á GSMing

centralita alarmas GSM GSM alarm smartbox

+12VAB

Ref.

IN 3

IN 4

IN 1

IN 2

Z1 Z2 Z3 Z4

sim

ingenium

www.ingeniumsl.com

á RFID-BUS

ingenium

www.ingeniumsl.com

· KA · KCtr-BS

· GSMing

· RFiD-BUS

ingenium

www.ingeniumsl.com

KA ...................................................................38

KCtr-BS...........................................................40

GSMing...........................................................46

security

RFiD-BUS

........................................................48

security

ingenium

www.ingeniumsl.com

á KA

Centralita Alarmas Alarm Smartbox

Ð+

BAT.

BOILER

Ref.

+12V

35 6 1

KEY2OFF4PRG

Fire

Water

Intr.

+12VAB

Ref.

EVGAS5EVAGUA6SIREN

+12VAB

Ref.

SUPPLY

· KA

Technical alarm BUSing® center

Allows Technical alarms and BUSing® installation components management.

• 6 digital inputs ready for several sensors connections

• 4 digital outputs for direct control of the installation

• DIN Rail mount (9 modules)

Description

Technical alarms management central (intrusion, ﬂooding, ﬁre, gas…).

This module, combined with a BUSing® interface with integrated web server (PPL10, PPL7, PPL4, ST-Plus or ETHBUS3), allows to know and control the status of the home automation installation 24/7 and to receive notiﬁcations, on mobile devices, when there is a technical alarm warning.

Inputs

• 6 digital inputs low voltage (SELV) 5V, with a delay of 3 seconds to prevent false alarms.

• Outputs for connection of conventional gas sensors, ﬁre, ﬂood and intrusion.

• Free inputs for magnetic contacts, medical alarm, etc.

Outputs

• 4 digital relay outputs power free for siren, water electrovalve, gas electrovalve and boiler.

• Deactivated: Relay open. Activated: Relay closed.

• Switching capacity 6A @ 230V AC per output. To control circuits with higher power interlay a contactor.

Technical Characteristics

Device Reference

KCtr-BS

* only sensors BUS

** potential free outputs to relay

Voltage Supply

230V AC

Max. Power Consumption

5VA

Current Given

300mA* (BUS)

No. Outputs

4**

Switching capacity of each output

ingenium

www.ingeniumsl.com

+12V

A B

Ref.

BUS

+12V

Ref.

Ð+

Bat.

Ð+

Phase

Neutral

N.A. Gas

Electrovalve

(220V AC)

or Siren

Neutral

Phase

Push-Button

Cancel Alarms

Desactivate Alarms

Ref.

E4: Not Programmed

E2: Unlock Button

E1: Armed Key

S4: Boiler

S5: EV Gas

S6: EV Agua

S3: Siren

E6: Flood Sensors

E5: Fire/Smoke Sensors

E3: Movement Sensors

Microprocessor

Supply

Battery

Automatic loading if KA with voltage

VERY IMPORTANT Respect Polarity

Do not connect batteries over 3A/h

KA connection

Max. distance: 30m

Supply

230V AC ~ 50Hz

Optional

110V AC ~ 60Hz

Cable BUSing¨

Connection for screw terminal.

Sensors

(Detection)

Gives

á DH

Fire/Smoke Sensor

LOOP type

· KA

Installation of Fire/Smoke Sensors – Loop Type

· KA

Other installations

See diagrams of the *KCtr model:

• Fire/smoke sensors – Contact type............. Pag. 42

• Movement Sensors – Infrared Type.............. Pag. 43

• Installation of ﬂood sensors – 2 wires ......... Pag. 44

• Installation of Temperature Circuit ............... Pag. 45

* The KA has the same format and connections as the KCtr model.

(Except for the phone line and audio, located in the upper right).

security

ingenium

www.ingeniumsl.com

á KCtr-BS

Centralita Alarmas Alarm Smartbox

Ð+

BAT.

+Ð

AUD. TEL.

OUT

BOILER

Ref.

+12V

35 6 1

KEY2OFF4PRG

Fire

Water

Intr.

+12VAB

Ref.

EVGAS5EVAGUA6SIREN

+12VAB

Ref.

SUPPLY

· KCtr-BS

Technical alarm BUSing® center with telephone controlling

Allows Technical alarms and installation components management by telephone calls.

• 6 digital inputs ready for several sensors connections

• 4 digital outputs for direct control of the installation

• Controls the installation with a conventional telephone, guided by voice menu.

• Password protected access (4 digits)

• DIN Rail mount (9 modules)

Description

This device allows the control of technical alarms and any BUSing® installation element through telephone calls made from outside, through voice menu.

The access is password protected and is done from the outside waiting for a conﬁgurable number of tones and entering a pass.

Conﬁguration using Development System (SIDE)

• Be advised from a total of 3 phones of technical alarms events.

• Alerts of up to 8 alarms and execute 96 events.

• It has 96 voice menus organized in 8 main menus, each with 12 submenus.

Inputs

• 6 digital inputs low voltage (SELV) 5V, with a delay of 3 seconds to prevent false alarms.

• Outputs for connection of conventional gas sensors, ﬁre, ﬂood and intrusion.

• Free inputs for magnetic contacts, medical alarm, etc.

Outputs

• 4 digital relay outputs power free for siren, water electrovalve, gas electrovalve and boiler.

• Deactivated: Relay open. Activated: Relay closed.

• Switching capacity 6A @ 230V AC per output. To control circuits with higher power interlay a contactor.

Technical Characteristics

Device Reference

KCtr-BS

* only sensors BUS

** potential free outputs to relay

Voltage Supply

230V AC

Max. Power Consumption

5VA

Current Given

300mA* (BUS)

No. Outputs

4**

Switching capacity of each output

ingenium

www.ingeniumsl.com

+12V

A B

Ref.

BUS

Router

+12V

Ref.

Ð+

Bat.

Ð+

+Ð

Aud. Tel.

OUT

á DH

Fire/Smoke Sensor

LOOP type

KCtr connection

Max. distance: 30m

Phase

Neutral

N.A. Gas

Electrovalve

(220V AC)

or Siren

Neutral

Phase

Push-Button

Cancel Alarms

Desactivate Alarms

Ref.

E4: Not Programmed

E2: Unlock Button

E1: Armed Key

S4: Boiler

S5: EV Gas

S6: EV Agua

S3: Siren

E6: Flood Sensors

E5: Fire/Smoke Sensors

E3: Movement Sensors

Microprocessor

Supply

Battery

Automatic loading if KCtr with voltage

VERY IMPORTANT Respect Polarity

Do not connect batteries over 3A/h

Supply

230V AC ~ 50Hz

Optional

110V AC ~ 60Hz

DSL installation

A filter must be used for compatibility.

Tel. line

EXTERNAL

Filter

Cable BUSing¨

Connection for screw terminal.

Sensors

(Detection)

Gives

· KCtr-BS

Installation of Fire/Smoke Sensors – Loop Type

security

+12V

A B

Ref.

BUS

+12V

Ref.

Bat.

+Ð

Aud. Tel.

OUT

Ð+

NANCC

Ð+

á SG

Fire/Smoke sensor

CONTACT type

N.A. Gas

Electrovalve

(220V AC)

or Siren

Neutral

Phase

Push-Button

Cancel Alarms

Desactivate Alarms

Microprocessor

Supply

Ref. +12V

Phase

Neutral

Ref.

E4: Not Programmed

E2: Unlock Button

E1: Armed Key

S4: Boiler

S5: EV Gas

S6: EV Agua

S3: Siren

E6: Flood Sensors

E5: Fire/Smoke Sensors

E3: Movement Sensors

Battery

Tel. line

EXTERNAL

DSL installations > See page: 33

Battery

Automatic loading if KCtr with voltage

VERY IMPORTANT Respect Polarity

Do not connect batteries over 3A/h

Supply

230V AC ~ 50Hz

Optional

110V AC ~ 60Hz

Cable BUSing¨

Connection for screw terminal.

Sensors

(Detection)

Gives

· KCtr-BS

Installation of ﬁre/smoke sensors – Contact type

ingenium

www.ingeniumsl.com

+12V

A B

Ref.

BUS

+12V

Ref.

+12V

Ref.

Bat.

+Ð

Aud. Tel.

OUT

Ð+

á Sif

Movement sensor

INFRARED type

Microprocessor

Supply

Siren

Switch

Key or Keypad

Activate Intruder

Ref.

+12V

Phase

Neutral

Ref.

E4: Not Programmed

E2: Unlock Button

E1: Armed Key

S4: Boiler

S5: EV Gas

S6: EV Agua

S3: Siren

E6: Flood Sensors

E5: Fire/Smoke Sensors

E3: Movement Sensors

Battery

Tel. line

EXTERNAL

DSL installations > See page: 33

Battery

Automatic loading if KCtr with voltage

VERY IMPORTANT Respect Polarity

Do not connect batteries over 3A/h

Supply

230V AC ~ 50Hz

Optional

110V AC ~ 60Hz

Cable BUSing¨

Connection for screw terminal.

Sensors

(Detection)

Gives

· KCtr-BS

Installation of Movement Sensors – Infrared Type

security

á SIn-2h

+12V

A B

Ref.

BUS

+12V

Ref.

Bat.

+Ð

Aud. Tel.

OUT

Ð+

Push-Button

Cancel Alarms

Desactivate Alarms

á Sin-2h

Flood sensor

2 wires

Microprocessor

Supply

N.A. Gas

Electrovalve

(220V AC)

Flood

Signal

Neutral

Phase

Neutral

Ref.

E4: Not Programmed

E2: Unlock Button

E1: Armed Key

S4: Boiler

S5: EV Gas

S6: EV Agua

S3: Siren

E6: Flood Sensors

E5: Fire/Smoke Sensors

E3: Movement Sensors

Battery

Tel. line

EXTERNAL

DSL installations > See page: 33

Battery

Automatic loading if KCtr with voltage

VERY IMPORTANT Respect Polarity

Do not connect batteries over 3A/h

KCtr connection

Max. distance: 30m

Supply

230V AC ~ 50Hz

Optional

110V AC ~ 60Hz

Cable BUSing¨

Connection for screw terminal.

Sensors

(Detection)

Gives

· KCtr-BS

Installation of ﬂood sensors – 2 wires

ingenium

www.ingeniumsl.com

+12V

A B

Ref.

BUS

+12V

Ref.

Ð+

Bat.

Ð+

+Ð

Aud. Tel.

OUT

Heater

Air cond.

Neutral

Phase

Conventional

Thermostat

Microprocessor

Supply

Phase

Neutral

Ref.

E4: Not Programmed

E2: Unlock Button

E1: Armed Key

S4: Boiler

S5: EV Gas

S6: EV Agua

S3: Siren

E6: Flood Sensors

E5: Fire/Smoke Sensors

E3: Movement Sensors

Battery

Tel. line

EXTERNAL

DSL installations > See page: 33

Battery

Automatic loading if KCtr with voltage

VERY IMPORTANT Respect Polarity

Do not connect batteries over 3A/h

Supply

230V AC ~ 50Hz

Optional

110V AC ~ 60Hz

Cable BUSing¨

Connection for screw terminal.

Sensors

(Detection)

Gives

· KCtr-BS

Installation of Temperature Circuit

security

á GSMing

centralita alarmas GSM GSM alarm smartbox

+12VAB

Ref.

IN 3

IN 4

IN 1

IN 2

Z1 Z2 Z3 Z4

sim

ingenium

www.ingeniumsl.com

· GSMing

Technical alarm BUSing® center with SMS controlling

Allows technical alarms and installation components management by SMS.

• System monitoring by SMS

• Management of up to 5 technical and intrusion alarms

• Setting up for 3 phone numbers

• Ability to perform up to 10 scenes

• DIN Rail mount (6 modules)

Description

This device allows control of alarms and any element of a BUSing® installation by SMS text messages, allowing scenes run and point to point control of different areas of the facility: on and off lighting, shutter control, thermostats, etc.

No phone line required for operation, only a SIM card (no PIN conﬁgured).

Additionally is provided with 4 relay outputs with potential free switching capacity of 10A per output allowing for example the opening and closing of the gas solenoid or water installation.

Conﬁguration using Development System (SIDE)

• Set up to 3 phone numbers from which you send commands and receive alerts.

• Alerts of up to 5 alarms and intrusion techniques.

• Program up to 10 scenes (command: Run + scene name).

• Up to 16 point to point (commands: On, Off or regulates + output name).

Outputs

• 4 digital relay outputs power free for water electro valve, gas solenoid valve, etc.

• Switching capacity 10A @ 230V AC per output. For controlling circuits of higher power interlay a contactor.

• Deactivated: relay open. Activated: relay closed.

Technical Characteristics

Device Reference

GSMing

* potential free outputs to relay

Voltage Supply

85–265V AC

Max. Power Consumption

5VA @ 230V AC

No. Outputs

Switching capacity of each output

10A

Lithium Battery

1000mAh

ingenium

www.ingeniumsl.com

sim

BUS

+5V

+12V

A B

Ref.

1234

Ref.

SIM card

For GSM communication

Supply

85Ð265V AC 50~60Hz

GSMing input wiring

All inputs are SELV. They are internally referred to 5V and they are activated when connected to Ref.

Phase

Neutral

GSMing output wiring

Maximum power per output, 10A resistive load.

Key

Light

Plug

Switch

Push-Button

Consumes

Microprocessor

Supply

Phase

Neutral

Electrovalve

Cable BUSing¨

Connection for screw terminal.

· GSMing

Installation

security

á RFID-BUS

ingenium

www.ingeniumsl.com

· RFiD-BUS

BUSing® - RFID smart cards reader

For access control through RFID cards.

• Allows to program 255 identiﬁers (IDs) per device

• Permission or time restriction for 5 different levels of users

• 3 operational modes: push button, long/short and switch

• Output to transistor (300mA, minimum 30V DC) to connect to the lock

• Screw mounting on universal mechanism box

• Size: 55 x 55 x 10mm

Description

Device designed to be use with smart/intelligent cards (reference: TjRFiD).

Each device allows to read, control, interpret and program up to 255 users with different identiﬁcation (255 users per device).

The card reader will distinguish the card to read, interpret and execute actions that have been programmed on it.

An speciﬁc schedule can be assigned to a each card to allow or restrict access to a particular personal stay level. This schedule can be programmed easily subdivided at intervals of 30 minutes for each of the seven days of the week to ﬁve user levels 0 through 4.

This device is also used, together with the Software Control for Hotels (reference: SH-PC), to program smart cards and access controls to rooms, common zones, privates areas, etc. You can also use it to activate/deactivate intruder alarms.

Operating Modes

•Push button mode: executes programmed scenes by change of ﬂank.

•Switch mode: executes programmed scenes by level (ascendant ﬂank-descendant ﬂank).

•Long/short mode: distinguishes long/short detection of the RFID card.

Technical Characteristics

Device Reference

RFiD-BUS

* transistor outputs with open collector

** (125MHz)

Voltage Supply

9–16V DC (BUS)

Current Consumption

50mA (BUS)

No. Outputs

Max. Voltage in Outputs

30V DC

Max. Current in Outputs

300mA

Compatible Cards

UNIQUE, EM 4102**

Max. Distance to read

20cm (approx.)

ingenium

www.ingeniumsl.com

Ref.

Ref. B A +12V

ingenium

www.ingeniumsl.com

ingenium

www.ingeniumsl.com

á TjRFiD

á RFiD

GND

+12

Power Supply

External Max. 30V DC

or 30V AC

Lock

Universal box mounted

Opctional blind lid or card holder.

Card Holder Blind lid

Consumes

Cable BUSing¨

Connection for crimp connector.

· RFiD-BUS

Installation

input /output

Z1 Z2 Z3 Z6

IN 5

IN 6

Ref.

IN 1

IN 2

IN 3

IN 4

Z4 Z5

+12VAB

Ref.

á 6E6S-F2A

actuador actuator

ingenium

www.ingeniumsl.com

ingenium

www.ingeniumsl.com

Z1 Z2 Z3 Z4

+12VAB

Ref.

á 4E4S

actuador actuator

IN 3

IN 4

IN 1

IN 2

Ref.

2E2S-C30A

Z1 Z2

IN1

IN2

ingenium

www.ingeniumsl.com

+12VAB

Ref.

IN 3

IN 4

IN 1

IN 2

á 4E8S

actuador actuator

Z1 Z2 Z3 Z4 Z5 Z6

Z8 Z7

+12VAB

Ref.

ingenium

www.ingeniumsl.com

ingenium

www.ingeniumsl.com

+12V

Ref.

IN2

IN1

á 2E2S

ingenium

www.ingeniumsl.com

á MECing-4

In1

In2

In3

In4

Ref.

+12V

Ref.

ingenium

www.ingeniumsl.com

á MECing

In1

In2

In3

Ref.

+12V

Ref.

ingenium

www.ingeniumsl.com

MECing

INT1

INT2

INT3

Ref.

+12VAB

Ref.

· 2E2S · 2E2S-C30A

· 6E6S-F2A

· MECing

· MECing-4

· 4E8S· 4E4S

· MECing-C

ingenium

www.ingeniumsl.com

input /output

2E2S...............................................................52

2E2S-C30A ....................................................54

4E4S 6E6S-F2A

.............................................................56

.......................................................58

4E8S...............................................................60

MECing, MECing-4

........................................62

MECing-C........................................................64

ingenium

www.ingeniumsl.com

+12V

Ref.

IN2

IN1

á 2E2S

input /output

· 2E2S

2 digital inputs and 2 digital outputs actuator

To control 2 electrical loads or 1 blind/curtain.

• 2 digital inputs

• 2 digital outputs with potential free relay

• Remembers last position when power fails

• Programmable inputs to work with switches or pushbutton

• 2 programmable BUS events for each input

• Size: 50 x 35 x 25mm

Description

The 2E2S is an on/off actuator equipped with 2 digital outputs with potential free relay with a switching capacity of 10A per output and 2 digital inputs for low voltage (SELV) referred to the mass of BUS.

From the Development System (SIDE) is possible to assign sequences of 15 characters for each one of the outputs and entries. You can also set the mode of operation of each of the inputs (button, switch or electric blinds mode), and two BUS events for each input (one trigger event and one-off), allowing thus acting on any element of the installation from the device inputs.

Inputs

• 2 digital inputs low voltage (SELV) 5V, minimum activation current 5mA.

• Active when connected to BUS mass.

• Maximum distance from device to switch or push-button, 30m.

• Conﬁgurable hardware and software ﬁlter through Development System (SIDE).

Outputs

• 2 digital outputs with potential free relay.

• Switching capacity 10A @ 230V AC per output. To control circuits with higher power interlay a contactor.

• Deactivated: Triac open. Activated: Triac closed.

Technical Characteristics

Device Reference

2E2S

* potential free outputs

Voltage Supply

9–16V DC (BUS)

Current Consumption

80mA (BUS)

No. Outputs

2* (relay)

Switching capacity of each output

10A

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Ref.

+5V

BUS

+12V A B Ref.

Neutral

2E2S output wiring

Maximum power per output, 10A resistive load.

Key

Light

Switch

Push-Button

For blinds/curtains wiring

See diagram page 195

Consumes

Microprocessor

2E2S input wiring

All inputs are SELV. They are internally referred to 5V and they are activated when connected to Ref.

Electrovalve

Phase

+24V~

Cable BUSing¨

Connection for screw terminal.

· 2E2S

Installation

183

2E2S-C30A

Z1 Z2

IN1

IN2

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+12VAB

Ref.

input /output

· 2E2S-C30A

2 digital inputs and 2 digital outputs actuator

To control 2 electrical loads or 1 blind/curtain.

• 2 digital inputs low voltage (SELV) referred to the BUS mass

• 2 digital outputs with potential free relay

• Remembers last position when power fails

• Programmable inputs to work with switches or pushbutton

• 2 programmable BUS events for each input

• DIN Rail Mount (2 modules)

Description

The 2E2S-C30A is an on/off actuator equipped with 2 relay outputs with potential free switching capacity of 30A output and 2 inputs for low voltage (SELV) referred to BUS mass.

This version of 2E2S, is indicated for the control of lighting capacitive outputs, appliances, etc. Not connection available to 230V AC, so it does not provide power to the BUS, rather uses it. Also the relays incorporate a manual reset.

Inputs

• 2 digital inputs low voltage (SELV) 5V, minimum activation current 5mA.

• Active when connected to BUS mass.

• Maximum wiring distance to switch or pushbutton: 30m.

• Programmable ﬁlter hardware and software from the Development System (SIDE).

Outputs

• 2 digital triac outputs.

• Switching capacity 2A @ 230V AC per output. To control circuits with higher power interlay a contactor.

• Deactivated: Triac open. Activated: Triac closed.

Technical Characteristics

Device Reference

2E2S-C30A

* potential free outputs

Voltage Supply

9–16V DC (BUS)

Current Consumption

12 mA (BUS)

No. Outputs

2* (relay)

Switching capacity of each output

30A

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OFF

BUS

+5V

+12V

A B

Ref.

2E2S-C30A input wiring

All inputs are SELV. They are internally referred to 5V and they are activated when connected to Ref.

+24V

Neutral

Phase

Neutral

2E2S-C30A output wiring

Maximum power per output, 30A resistive load.

Key

Plug

Switch

Push-Button

Consumes

Microprocessor

Electrovalve

Manual reset

Lifting up the device cover you will find the relay switches, one per output

Open Closed

Cable BUSing¨

Connection for screw terminal.

· 2E2S-C30A

Installation

ingenium

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Z1 Z2 Z3 Z4

+12VAB

Ref.

N L

á 4E4S

actuador actuator

IN 3

IN 4

IN 1

IN 2

Ref.

input /output

· 4E4S

4 digital inputs and 4 digital outputs 10A actuator

To control 4 electrical loads or 2 blinds/curtains.

• 4 digital inputs low voltage (SELV) referred to BUS mass

• 4 digital outputs with potential free relay depending on model

• Integrated power supply (depending on model) capable of delivering 150mA power to other BUS devices

• Remembers last position when power fails

• Programmable inputs to work with switches or pushbutton

• 2 programmable BUS events for each input

• DIN rail mounting (4 modules) or in a distribution box, 70mm depth

Description

The 4E4S is an on/off actuator equipped with 4 relay outputs with potential free switching capacity of 10A output and 4 inputs for low voltage (SELV) referred to BUS mass.

Inputs

• 4 digital inputs low voltage (SELV) 5V, minimum activation current 5mA.

• Active when connected to BUS mass.

• Maximum distance from device to switch or push-button, 30m.

• Conﬁgurable hardware and software ﬁlter through Development System (SIDE).

Outputs

• 2 digital outputs with potential free relay.

• Switching capacity depending on model. To control circuits with higher power interlay a contactor.

• Deactivated: Triac open. Activated: Triac closed.

Technical characteristics

Device Reference

Voltage Supply

Max. Power Consumption

Current Given

Current Consumption

No. Outputs

Switching capacity of outputs

4E4S

* without connection to 230V AC

** potential free outputs

230V AC

2.8VA @ 230V AC

150mA (BUS)

120mA* (BUS)

4** (relay)

10A (each output)

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BUS

+5V

1234

+12V

A B

Ref.

4E4S input wiring

All inputs are SELV. They are internally referred to 5V and they are activated when connected to Ref.

Phase

Neutral

4E4S output wiring

Maximum power per output, 10A resistive load.

Key

Light

Plug

Switch

Push-Button

Gives

Microprocessor

Supply

230V AC ~ 50Hz

Optional

110V AC ~ 60Hz

Cable BUSing¨

Connection for screw terminal.

· 4E4S

Installation

input /output

Z1 Z2 Z3 Z6

IN 5

IN 6

Ref.

IN 1

IN 2

IN 3

IN 4

Z4 Z5

+12VAB

Ref.

á 6E6S-F2A

actuador actuator

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· 6E6S-F2A

6 digital inputs and 6 digital outputs 6A actuator (triac)

To control 6 electrical loads or 3 blinds/curtains.

• 6 digital inputs low voltage (SELV) referred to BUS mass

• 6 digital triac outputs internally connected to phase

• Integrated power supply (depending on model) capable of delivering 150mA power to other BUS devices

• Remembers last position when power fails

• Programmable inputs to work with switches or pushbutton

• 2 programmable BUS events for each input

• DIN rail mounting (4 modules) or in a distribution box, 70mm depth

Description

The 6E6S-F2A is an on/off actuator equipped with 6 digital triac outputs internally connected to phase with a switching capacity of 12A (summing all outputs) and 6 digital inputs low voltage (SELV) referred to BUS mass.

This actuator is indicated for the control of ﬂuorescent or LEDs preceded by a transformer, by having triac outputs (not suitable for DC).

Inputs

• 6 digital inputs low voltage (SELV) 5V, minimum activation current 5mA.

• Active when connected to BUS mass.

• Maximum distance from device to switch or push-button, 30m.

• Conﬁgurable hardware and software ﬁlter through Development System (SIDE).

Outputs

• 6 digital outputs internally connected to phase.

• Switching capacity depending on model. To control circuits with higher power interlay a contactor.

• Deactivated: Relay/Triac open. Activated: Relay/Triac closed.

Technical Characteristics

Device Reference

6E6S-F2A

* without connection to 230V AC.

** internally connected to phase outputs

Voltage Supply

230V AC

Max. Power Consumption

2.8VA @ 230V AC

Current Given

150mA (BUS)

Current Consumption

120mA* (BUS)

No. Outputs

6** (triac)

Switching capacity of outputs

12A (summing all outputs)

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+5V

123456

+12V

A B

Ref.

BUS

Phase

Neutral

Key

6E6S-F2A output wiring

Maximum power of 12A resistive load, summing all outputs.

For blinds/curtains wiring

See diagram page 194

Microprocessor

Supply

Light

Switch

Push-Button

6E6S input wiring

All inputs are SELV. They are internally referred to 5V and they are activated when connected to Ref.

Gives

Supply

230V AC ~ 50Hz

Optional

110V AC ~ 60Hz

Cable BUSing¨

Connection for screw terminal.

· 6E6S-F2A

Installation

182

input /output

IN 3

IN 4

IN 1

IN 2

á 4E8S

actuador actuator

Z1 Z2 Z3 Z4 Z5 Z6

Z8 Z7

+12VAB

Ref.

ingenium

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· 4E8S

4 digital input 8 digital output actuator

To control 8 electrical loads or 4 blinds/curtains.

• 4 digital inputs Low Voltage (SELV) referred to BUS mass

• 8 digital outputs power free by model

• Remembers last position when power fails

• Programmable inputs to work with switches or pushbutton

• 2 programmable BUS events each entry

• DIN rail mounting (6 modules) or in a distribution box, 70mm depth

Description

The 4E8S is an on/off actuator equipped with 8 relay outputs power free with a breaking capacity of 10A, 4 low voltage inputs (SELV) referred to BUS mass.

Inputs

• 4 digital inputs low voltage (SELV) 5V, minimum activation current 5mA.

• Active when connected to BUS mass.

• Maximum wiring distance to switch or pushbutton: 30m.

• Programmable ﬁlter hardware and software from the Development System (SIDE).

Outputs

• 8 digital triac outputs.

• Switching capacity 10A @ 230V AC per output. To control circuits with higher power interlay a contactor.

• Deactivated: Triac open. Activated: Triac closed.

Technical characteristics

Device Reference

Voltage Supply

Current Consumption

No. Outputs

Switching capacity of each output

4E8S

* potential free outputs

9–16V DC (BUS)

240mA (BUS)

8* (relay)

10A

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BUS

+5V

+12V

A B

Ref.

1234

Ref.

12 5643

Ref.

+12V

4E8S input wiring

All inputs are SELV. They are internally referred to 5V and they are activated when connected to Ref.

4E8S output wiring

Maximum power per output, 10A resistive load.

Key

Light

Plug

Switch

Push-Button

Consumes

Microprocessor

Electrovalve

Phase

Neutral Neutral

Phase

Neutral

Cable BUSing¨

Connection for screw terminal.

· 4E8S

Installation

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á MECing

In1

In2

In3

Ref.

+12V

Ref.

input /output

· MECing

[

MECing · MECing-4

]

Adaptor for mechanical controls to BUSing®

Device with digital low voltage inputs.

• Digital low voltage (SELV) inputs referred to BUS reference

• Up to 60 programmable events per scene and 2 scenes per input

• Remembers last position against power failures

• Programmable inputs to work with switches or push-buttons

• Mounting into universal mechanism box. Size: 45 x 45 x 10mm

Description

Input device designed to be installed in mechanism boxes, behind the mechanisms (switches or push-buttons), being especially useful to distribute the installation and to execute events.

It has 3 or 4 digital inputs, depending on version, being possible to program BUS events for activation and deactivation of each input.

Supports 3 operating modes: Mode button, Mode switch and repeat mode, selectable for each of the inputs, also providing a conﬁgurable delay timer after pressing.

Version available designed for installation on DIN rail (reference: MECing-C, page 64).

Inputs

• Low voltage 5V inputs (SELV), minimum activation current: 15mA

• Activated when connected to Ref.

• Maximum cabled distance to the switch or push-button: 30m.

• Each input has a delay timer once it has been pulsed, which is conﬁgurable through Development System (SIDE).

Technical Characteristics

Device Reference

MECing MECing-4

* operating modes of the inputss: button (Pul.), switch (Int.) o repetition (Rep.)

Voltage Supply

9–16V DC (BUS) 9–16V DC (BUS)

Current Consumption

40mA (BUS) 40mA (BUS)

No. Inputs

3 4

No. Scripts/Scene

2 2

No. Scenes/Input

60 60

Operating Modes*

Pul./Int./Rep. Pul./Int./Rep.

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+5V

In1

In2

In3

Ref.

123

+12V A B Ref.

MECing input wiring

All inputs are SELV. They are internally referred to 5V and they are activated when connected to Ref.

Wall mounted

Behind the mechanism.

Key

Switch

Push-Button

Consumes

MECing-4

Available version with 4 inputs. (Ref. MECing-4)

Cable BUSing¨

Connection for screw terminal.

· MECing

Installation

input /output

ingenium

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MECing

INT1

INT2

INT3

Ref.

+12VAB

Ref.

· MECing-C

Adaptor for mechanical controls to BUSing®

Device with 3 digital low voltage inputs.

• 3 digital low voltage (SELV) inputs referred to BUS reference

• Up to 60 programmable events per scene and 2 scenes per input

• Remembers last position against power failures

• Programmable inputs to work with switches or push-buttons

• DIN rail mounted (2 modules) or in distribution box with depth 70mm

Description

Device similar to regular MECing, but designed for DIN rail mounting (2 modules). Especially useful to distribute the installation and to execute events.

It has 3 digital inputs, being possible to program BUS events for activation and deactivation of each.

Supports 3 operating modes: Mode button, Mode switch and repeat mode, selectable for each of the inputs, also providing a conﬁgurable delay timer after pressing.

Inputs

• Low voltage 5V inputs (SELV), minimum activation current: 15mA

• Activated when connected to Ref.

• Maximum cabled distance to the switch or push-button: 100m.

• Each input has a delay timer once it has been pulsed, which is conﬁgurable through Development System (SIDE).

Technical Characteristics

Device Reference

MECing-C

* operating modes of the inputs: button (Pul.), switch (Int.) o repetition (Rep.)

Voltage Supply

9–16V DC (BUS)

Current Consumption

40mA (BUS)

No. Inputs

No. Scripts/Scene

No. Scenes/Input

Operating Modes*

Pul./Int./Rep.

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123

BUS

+12V

A B

Ref.

In1

In2

In3

Ref.

MECing input wiring

Low voltage inputs (SELV), sepa rated by an optical isolator; they are activated when connected to Ref.

Key

Switch

Push-Button

Consumes

Cable BUSing¨

Connection for screw terminal.

· MECing-C

Installation

dimmers

á RGBWL

regulador LED LED dimmer

ingenium

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GND

BGR

+12 +24

+12VAB

Ref.

ingenium

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+12VAB

Ref.

á RGBW-C

GND

B GR

+12 +24

ingenium

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+12VAB

Ref.

á RGBL-C

GND

BGR

+12 +24

á RGBL

regulador LED LED dimmer

ingenium

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GND

BGR

+12 +24

+12VAB

Ref.

+12 +24

+12VAB

Ref.

á DALing

pasarela BUSing-DALI BUSing-DALI gateway

ingenium

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á DMXBUS

DMX

ingenium

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+12V

Ref.

+12VAB

Ref.

á RBF10A

regulador F1 dimmer F1

LN~NL

+Ð

1-10V DC

ingenium

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á RU1S200

regulador universal universal dimmer

ingenium

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+12VAB

Ref.

~L1~N~N~

Ref.

Ref.NCIN 2

IN 1

Ref.

á RU2S200

regulador universal universal dimmer

+12VAB

Ref.

ingenium

www.ingeniumsl.com

~N~

~L2~

~N~

· RBF10A

· RU1S200

· RGBL

· RGBL-C

· DMXBUS

· RU2S200

· RGBWL · RGBWL-C

· DALing

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RBF10A ..........................................................68

dimmers

RU1S200

.......................................................70

RU2S200 .......................................................72

RGBL, RGBL-C

...............................................74

RGBWL, RGBWL-C.........................................76

DMXBUS

.........................................................78

DALing ............................................................80

+12VAB

Ref.

á RBF10A

regulador F1 dimmer F1

L N~N L

+Ð

1-10V DC

ingenium

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dimmers

· RBF10A

Regulator to control adjustable, electronic ballasts

Regulates ﬂuorescent lighting, or adjustable electronic ballast lighting.

• 1 channel regulation

• Protection against circuit overload in output 1–10V

• Output to relay for turning ballasts on/off (not circuit overload protected)

• Digital control using a 200 regulation points Micro-Controller

• DIN rail mounted (4 modules) or in distribution box with depth 70mm

Description

This actuator is indicated for achieving a ﬁne and precise digital control receiving orders only via the bus, whether it is wired or wireless, so you can control these devices from conventional buttons (using MECing), from remote controls, touch-screens, PC, etc.

Is possible to conﬁgure the ramp control, ie the progressive on-off lighting and assign 15 characters strings to identify its output, using the Development System software (SIDE).

Outputs

On/Off Relay

• Maximum current 10A

• The number of ballasts that can be connected will depend on their activation peaks.

• To control circuits with higher power interlay a contactor.

1–10V tension

• This device can provide up to 35mA in the 1-10V voltage outputs.

• To calculate the maximum number of supported ballasts, consult the technical information provided by the ballast manufacturer.

Technical Characteristics

Device Reference

RBF10A

* without connection to 230V AC

** triac output internally connected to phase

Voltage Supply

85–265V AC 9–16V DC (BUS)

Max. Power Consumption

2.8VA @ 230V AC

Current Given

50mA (BUS)

Current Consumption

250mA* (BUS)

Max. Current Output 1–10 V

35mA

No. Outputs

1**

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BUS

+12V

A B

Ref.

1-10V d.c

Phase

Neutral

Fluorescent

RBF10A output wiring

Maximum cut-off capacity 10A

Key

Ballast/Transformer

Adjustable 1Ð10V

Microprocessor

Supply

Phase

Control

Gives

Supply

85Ð265V AC 50~60Hz

Cable BUSing¨

Connection for screw terminal.

· RBF10A

Installation

dimmers

á RU1S200

regulador universal universal dimmer

ingenium

www.ingeniumsl.com

+12VAB

Ref.

~L1~N~N~

· RU1S200

1-channel universal regulator, triac dimmer with BUSing® control

To regulate LED, incandescent or halogen lighting, with or without incorporated transformer.

• 1-channel regulation

• Protection against overloads

• Digital control using a 200 regulation points Micro-Controller

• Luminaire or ceiling intregration mounting

• Size: 37 x 77 x 17mm

Description

RU1S200 is a proportional universal actuator to regulate 1 channel with a maximum of 200W. This device allows the regulation of any type of load, be it halogen, incandescent or LED, with or without incorporated transformer. It is prepared to avoid the problems of ﬂickering, incompatibilities or other inconsistencies resulting from lighting regulation.

This actuator is designed for achieving a ﬁne and precise digital control receiving orders only via the bus, whether it is wired or wireless. So this device can be controlled from conventional push-buttons (using MECing), from remote controls, touch-screens, etc.

Using the Development System software (SIDE) is possible to conﬁgure the ramp control (progressive on-off lighting), or lower limit and upper limit.

Applicable power supplies depending on the load

• LED lighting load .................................................................................................. 200W

• Incandescent or halogen loads 230V AC ................................................................. 200W

• Low Voltage loads with a conventional transformer

• Low Voltage loads with a electronic transformer

(1) Estimated power calculated with the losses of each type of lighting.

(2) When using transformers, they must be LEADING EDGE or TRAILING-LEADING EDGE type.

(1)

(2)

incorporated............................. 160W

(2)

incorporated ................................. 110W

Outputs/Channels

• 1-Channel regulation • Max. 200W • 10W Min. load required

Technical Characteristics

Device Reference

Voltage Supply

Max. Power Consumption

Current Consumption

85–265V AC

RU1S200

* with connection to 230V AC.

9–16V DC (BUS)

0.5W @ 230V AC

75mA* (BUS)

Max. Power per Output

200W

No. Outputs

ingenium

www.ingeniumsl.com

+12V

A B

Ref.

~L1~N~N~

Consumes

Key

RU1S200 output wiring

Maximum output power 200W.

Supply

85Ð265V AC 50~60Hz

Light/LED

Neutral

Phase

Cable BUSing¨

Connection for screw terminal.

· RU1S200

Installation

dimmers

Ref.

IN 2

IN 1

Ref.

á RU2S200

regulador universal universal dimmer

+12VAB

Ref.

ingenium

www.ingeniumsl.com

~N~

~L2~

~N~

· RU2S200

2-channel universal regulator, triac dimmer with BUSing® control

To regulate LED, incandescent or halogen lighting, with or without incorporated transformer.

• 2-channel regulation

• Protection against overloads

• Digital control using a 200 regulation points Micro-Controller

• DIN rail mounted (4 modules) or in distribution box with depth 70mm

Description

RU2S200 is a proportional universal actuator to regulate 2 channels with a maximum of 200W each. This device allows the regulation of any type of load, be it halogen, incandescent or LED, with or without incorporated transformer. It is prepared to avoid the problems of ﬂickering, incompatibilities or other inconsistencies resulting from lighting regulation.

Designed for achieving a precise digital regulation, receiving commands via the bus or from conventional push buttons connected to its inputs, using standard control long/short keystroke.

Using the Development System software (SIDE) is possible to conﬁgure the ramp control (progressive on-off lighting), or lower limit and upper limit.

Applicable power supplies depending on the load

• LED lighting load .................................................................................................. 200W

• Incandescent or halogen loads 230V AC ................................................................. 200W

• Low Voltage loads with a conventional transformer

• Low Voltage loads with a electronic transformer

(1) Estimated power calculated with the losses of each type of lighting.

(2) When using transformers, they must be LEADING EDGE or TRAILING-LEADING EDGE type.

Inputs

• 2 digital inputs low voltage (SELV) 5V, minimum activation current 5mA.

• For pushbutton (non-programmable input linked to the output of the device).

Technical Characteristics

Device Reference

RU2S200

* with connection to 230V AC.

Voltage Supply

85–265V AC 9–16V DC (BUS)

Current Consumption

30mA* (BUS)

(1)

(2)

incorporated............................. 160W

(2)

incorporated ................................. 110W

Outputs/Channels

• 2-Channel regulation.

• Max. 200W per channel.

• A minimum load of 10W per channel is required.

No. Inputs

Max. Power per Output

200W

No. Outputs

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BUS

+12V

A B

Ref.

+5V

1 2

Ref.

IN 2

IN 1

~N~

~L2~

~N~

RU2S200 input wiring

All inputs are SELV. They are internally referred to 5V and they are activated when connected to Ref.

RU2S200 output wiring

Maximum power per output 200W.

Key

Switch

Consumes

Microprocessor

Supply

85Ð265V AC 50~60Hz

Phase

Neutral

Supply

Phase

Control 2

Phase

Control 1

Supply

Light/LED

Cable BUSing¨

Connection for screw terminal.

· RU2S200

Installation

dimmers

á RGBL

regulador LED LED dimmer

ingenium

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GND

B GR

+12 +24

+12VAB

Ref.

+12 +24

ingenium

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+12VAB

Ref.

á RGBW-C

GND

B GR

+12 +24

· RGBL

[

RGBL · RGBL-C

]

3-channel dimmer to regulate RGB LED modules with BUSing® control

Allows control of RGB LED strips to create different shades of environment.

• 3 independent regulation channels (Red, Green, and Blue)

• Individual programming control values for each channel

• Digital regulation control based on microcontroller with more than 200 regulation points

• PWM dimming metod

· RGBL

Luminaire or ceiling intregration mounting version.

• Size: 37 x 77 x 17mm

Description

RGBL is a three channels lighting regulator. Each channel can be individually controlled or simultaneously the four of them. They are controlled via other BUSing® devices. It is recommended for controlling RGB LED strips, creating different atmospheres thanks to their RGB colours combination.

It is designed to achieve a precise digital regulation. It receives the commands from other BUSing® devices.

Using the Development System Software (SIDE), different parameters can be conﬁgured for each channel, for instance the ramp speed or the maximum and minimum regulation values.

Installation Details

• To connect the RGB module, it has 4 regulation channels (red, green, blue and white) and an output supply (+12V DC - +24V DC) from RGB unit.

• The output voltage for feeding the LED strip will be the same as the one the device receives in the input; two wires +12V DC - +24V DC and reference (GND).

• It is not necessary to connect +12V DC–Ref to the BUSing socket terminal of the RGBL device. It is only needed to connect A and B and the power supply plugs from the upper part (+12V DC - + 24V DC) as well as GND in order to feed and control the device.

· RGBL-C

DIN rail mounted version (2 modules)

Technical Characteristics

Device

Reference

RGBL, RGBL-C

* power supplied by the LED transformer

Voltage Supply*

12–24V DC

Output Power (10V DC)

3x30W

Output Power (24V DC)

3x78W

No of channels

3 (R-G-B)

Max. Operating Output Current

ingenium

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+12V

A B

Ref.

GND

BGR

+12 +24

Consumes

Output

To LED modules

Supply

12Ð24V DC (SELV)

Cable BUSing¨

Connection for screw terminal.

· RGBL

Installation

dimmers

á RGBWL

regulador LED LED dimmer

ingenium

www.ingeniumsl.com

GND

B GR

+12 +24

+12VAB

Ref.

ingenium

www.ingeniumsl.com

+12VAB

Ref.

á RGBW-C

GND

B GR

+12 +24

· RGBWL

[

RGBWL · RGBWL-C

]

4-channel dimmer to regulate RGBW LED modules with BUSing® control

Allows control of RGB+White LED strips to create different shades of environment.

• 4 independent regulation channels (Red, Green, Blue and White)

• Individual programming control values for each channel

• Digital regulation control based on microcontroller with more than 200 regulation points

• PWM dimming metod

· RGBWL

Luminaire or ceiling intregration mounting version.

• Size: 37 x 77 x 17mm

Description

RGBWL is a four channels lighting regulator. Each channel can be individually controlled or simultaneously the four of them. They are controlled via other BUSing® devices. It is recommended for controlling RGBW LED strips, creating different atmospheres thanks to their RGBW colours combination.

It is designed to achieve a precise digital regulation. It receives the commands from other BUSing® devices.

Using the Development System Software (SIDE), different parameters can be conﬁgured for each channel, for instance the ramp speed or the maximum and minimum regulation values.

Installation Details

• To connect the RGBW module, it has 4 regulation channels (red, green, blue and white) and an output supply (+12V DC - +24V DC) from RGBW unit.

• The output voltage for feeding the LED strip will be the same as the one the device receives in the input; two wires +12V DC - +24V DC and reference (GND).

• It is not necessary to connect +12V DC–Ref to the BUSing socket terminal of the RGBWL device. It is only needed to connect A and B and the power supply plugs from the upper part (+12V DC - + 24V DC) as well as GND in order to feed and control the device.

· RGBWL-C

DIN rail mounted version (2 modules)

Technical Characteristics

Device

Reference

RGBWL, RGBWL-C

* power supplied by the LED transformer

Voltage Supply*

12–24V DC

Output Power (10V DC)

4x30W

Output Power (24V DC)

4x78W

No of channels

4 (R-G-B-W)

Max. Operating Output Current

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+12V

A B

Ref.

GND

BGR

+12 +24

Consumes

Output

To LED modules

Supply

12Ð24V DC (SELV)

Cable BUSing¨

Connection for screw terminal.

· RGBWL

Installation

dimmers

á DMXBUS

DMX +DMX

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+12VAB

Ref.

· DMXBUS

Gateway DMX512 - BUSing®

Allows digital lighting control by DMX512 protocol.

• Gateway for digital controllers with DMX 512 protocol

• Emulation up to 255 channels

• DIN rail mounted (2 modules)

Description

The DMXBUS is a device that acts as a control interface for controlling DMX 512 protocol colour LEDs regulation through BUSing® devices.

With this device it is possible to emulate each and every one of the channels available within a digital DMX dimmer 512. The number of channels depends on the type of dimmer used, being usually 3 (RGB). Being able to control the level of brightness of each of the LEDs, a complete chromatic circle can be conﬁgured.

Like any other regulator can be controlled from any control system, from touch-screens, buttons, PC, etc., Achieving different intensities of light and colour tones.

Technical Characteristics

Device Reference

DMXBUS

Voltage Supply

9–16V DC (BUS)

Current Consumption

100mA (BUS)

No. of Emulable Channels

255

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BUS

+12V

A B

Ref.

A (DMX+) B (DMXÐ)

Consumes

DMX station connection

DMX-512 protocol

Cable BUSing¨

Connection for screw terminal.

· DMXBUS

Installation

+12VAB

Ref.

á DALing

pasarela BUSing-DALI BUSing-DALI gateway

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dimmers

· DALing

Gateway BUSing® - DALI

Allows digital control of lighting with DALI protocol.

• Gateway control for luminaires with DALI protocol

• DALI power supply built

• DIN rail mounting (6 modules)

Description

The DALing gateway is a device that acts as a control interface for luminaires with DALI protocol through BUSing® teams.

With this device you can control up to 64 DALI luminaires + 16 luminaires groups, providing power required to include an integrated source.

As with any other controller, you can control the DALI lighting control system from anywhere, from touch-screens, buttons, PC, etc. On the other hand it is possible to make a more complete control, and address and direct parameters of each ﬁxture using the DALI master (reference: iDALing) along this gateway.

Technical Characteristics

Device Reference

DALing

Voltage Supply

230V AC

Max. Power Consumption

2.8VA @ 230V AC

Current Consumption

25mA (BUS)

No. Controllable Luminaries

64+16dir. group

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BUS

+12V

A B

Ref.

Phase

Neutral

DALI Bus

Allows to power up to 64 ballast

Microprocessor

Supply

Consumes

Supply

230V AC ~ 50Hz

Optional

110V AC ~ 60Hz

Cable BUSing¨

Connection for screw terminal.

· DALing

Basic installation

See DALI integration example: page 192

sensors

á SIn-3h

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ingenium

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Ref.

+12V

á DM-BUS

Deteccin / Detection

á SIn-BUS

Ref.

+12V

ingenium

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á SIn-2h

ingenium

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ingenium

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+12V

Ref.

á SRBUS

ngulo de deteccin detection angle

360¡

9-16 Vdc 100 mA @ 12 Vdc

Patentado Patented

DETECTION SIDE

· Sin-2h

· DTV

· DH

· Sin-3h

· DTV-BUS

· DH-BUS

· Sin-BUS

· Sif · SifBUS-S

· SifBUS-E · SifBUS-L · SifBUS-LS

· SRBUS

· DM-BUS

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ﬂooding

sensors

Sin-2h, Sin-3h Sin-BUS

..........................................................86

................................................84

ﬁre/smoke DTV, DTV-BUS

DH, DH-BUS

................................................88

...................................................90

movement Sif

....................................................................92

SifBUS-E, SifBUS-S .......................................94

SifBUS-L, SifBUS-LS .....................................96

SRBUS

............................................................98

contact DM-BUS, DM-W

...........................................100

sensors > ﬂooding

á SIn-2h

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á SIn-3h

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· Sin

[

Sin-2h · Sin-3h

]

Flood sensor

Allows the detection of water leaks in the installation.

· Sin-2h

Vertical contact detector 2 wires type to be connected to the KA/KCtr.

• For KA or KCtr smartbox connection

• Vertical mount

• Size: 34 x 70 x 14mm

Description

These devices have terminals with sensors that detect water. They are to be installed vertically with the bottom ﬂap touching the ground. For an alarm to sound, the water must be in contact with both metal terminals.

• They should be located in areas of water leaking risk.

• On sloping ground, should be placed at the points where, by fall, the water tends to accumulate.

• Can be installed hidden, because its function is to send information to the automation system.

· Sin-3h

Vertical contact detector 3 wires type to be connected to the KA/KCtr.

• For KA or KCtr smartrbox connection

• Vertical mount

• Size: 34 x 70 x 14mm

Technical Characteristics

Device Reference

Sin-2h Sin-3h

* maximum recommended distance between sensor and KA/KCtr

Voltage Supply

9–16V DC (KCtr) 9–16V DC (BUS)

Current Consumption

Negligible Negligible

Max. Recommended Distance

30m* 30m*

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á Sin-2h

á Sin-3h

+12V

Ref.

KCtr

+12V

Ref.

KCtr

KA/KCtr

á Sin-2h

á Sin-3h

Floor

Wall installation

These devices must be installed in vertical position on the wall, with the sensor downside and lapel of the housing stuck to the floor.

Connection to KA/KCtr

E6: Flood Sensors Max. distance: 30m

See KCtr diagram > Page 36

Installation of Flood Sensors (2 wires type).

Connection of additional Sin-2h sensors

Floor

Wall installation

These devices must be installed in vertical position on the wall, with the sensor downside and lapel of the housing stuck to the floor.

Connection to KA/KCtr

E6: Flood Sensors Max. distance: 30m

Connection of additional Sin-3h sensors

· Sin

Installation

sensors > ﬂooding

á SIn-BUS

Ref.

+12V

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· Sin-BUS

BUSing® ﬂood sensor

Allows the detection of water leaks in the installation.

· Sin-BUS

Vertical detector to be connected to BUSing®via cable.

• BUSing® connection

• Vertical mount

• Size: 34 x 70 x 14mm

Description

• They should be located in areas of water leaking risk.

• On sloping ground, should be placed at the points where, by fall, the water tends to accumulate.

• Can be installed hidden, because its function is to send information to the automation system.

Conﬁguration using Development System (SIDE)

• 2 programmable scenes for activation and deactivation of the sensor.

• Up to 60 programmable BUS events for each scene.

Technical Characteristics

Device Reference

Sin-BUS

Voltage Supply

9–16V DC (BUS)

Current Consumption

40mA (BUS)

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á Sin-BUS

Ref.

+12V

A B

Ref.

+12V

A B

Ref.

á Sin-BUS

Floor

Consumes

Wall installation

These devices must be installed in vertical position on the wall, with the sensor downside and lapel of the housing stuck to the floor.

Cable BUSing¨

Connection for crimp connector.

· SinBUS

Installation

sensors > ﬁre/smoke

· DTV

[

DTV · DTV-BUS

]

Thermovelocimetric ﬁre detector

To detect ﬁres indicated by sharp temperature changes.

· DTV

Contact detector 2 wires type to be connected to the KA/KCtr.

• For KA or KCtr connection

• Mounted on the ceiling (surface)

• Size: Ø74 x 26mm

Description

These types of detectors are mounted on ceilings and detect ﬁres by measuring the rise in temperature produced in the room where they are installed.

• The thermovelocimetric detectors are designed to be placed in areas where smoke might exist or occur, such as kitchens, garages etc.

Conﬁguration using Development System (SIDE)

• 2 programmable scenes for activation and deactivation of the BUSing® sensor (reference: DTV-BUS).

• Up to 60 programmable BUS events for each scene.

Technical Characteristics

Device Reference

Voltage Supply

Current Consumption

Max. Recommended Distance

· DTV-BUS

Detector to be connected to wired BUSing®.

• BUSing® connection

• Mounted on the ceiling (surface)

• Size: Ø74 x 26mm

DTV DTV-BUS

* maximum recommended distance between sensor and KA/KCtr

9–16V DC (KCtr) 9–16V DC (BUS)

Negligible 40mA (BUS)

30m*

–

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+12V

A B

Ref.

+12V

A B

Ref.

KA/KCtr

á DTV

á DTV-BUS

Ð+

See KCtr diagram > Page 33

Installation of Fire/Smoke Sensors LOOP type

Connection of additional DTV sensors

p to 3 sensors can be connected directly

to the KA or KCtr input.

Connection to KA/KCtr

E5: Fire/Smoke Sensors Max. distance: 30m

Consumes

Cable BUSing¨

Connection for crimp connector.

· DTV

Installation

sensors > ﬁre/smoke

· DH

[

DH · DH-BUS

]

Optical smoke detector

Allows detection of ﬁre by the presence of smoke.

· DH

Contact detector prepared for KA or KCtr by smartbox connection.

• For direct connection to KA/KCtr

• Mounted on the ceiling (surface)

• Size: 60 x 85 x 58mm

Description

This kind of detectors are mounted on the ceiling and detect the presence of smoke in the room where are located.

• Optical detectors are designed to be placed in areas where there is usually the presence of smoke, ie. hallways, rooms, etc.

• They are also installed when you cannot install thermovelocimetric detectors, being areas where although there is smoke, you cannot wait, in case of a ﬁre, for the temperature to rise above the critical thermovelocimetric value.

Conﬁguration using Development System (SIDE)

• 2 programmable scenes for activation and deactivation of the BUSing® sensor (reference: DH-BUS).

• Up to 60 programmable BUS events for each scene.

Technical Characteristics

Device Reference

Voltage Supply

Current Consumption

Max. Recommended Distance

· DH-BUS

Detector prepared for KCtr by wire connection.

• For BUSing® connection

• Mounted on the ceiling (surface)

• Size: 60 x 85 x 58mm

DH DH-BUS

* maximum recommended distance between sensor and KA/KCtr

9–16V DC (KCtr) 9–16V DC (BUS)

20mA 160 µA (off) / 25mA (on)

30 m*

–

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· DH

Installation

KA/KCtr

á DH

Connection to KA/KCtr

Ð+

E5: Fire/Smoke Sensors Max. distance: 30m

See KCtr diagram > Page 33

Installation of Fire/Smoke Sensors LOOP type

Connection of additional DH sensors

Up to 3 sensors can be connected directly

to the KA or KCtr input.

Cable BUSing¨

Consumes

+12V

Ref.

Connection for crimp connector.

A B

á DH-BUS

sensors > movement

· Sif

Infrared movement detector

Allows detection of presence in the installation.

• For direct connection to KA or KCtr smartbox

• Normally closed output

• Mounted on the ceiling (embedded)

• Size: Embedded Ø23mm - Seen Ø34mm - Length 52mm

Description

This detector have a passive infrared sensor which detects movements caused by intruders. They have a high level of immunity from false alarms, electromagnetic ﬁelds and temperature variations.

• This type of detectors are indicated to be placed inside homes, buildings, etc.

• Avoid installation in places exposed to direct sunlight and drafts. Also, avoid placing these detectors behind large objects as these will reduce their detection reach.

• It has no BUS connection, being ready to be directly connected to a KA or KCtr alarm smartbox.

Technical Characteristics

Device Reference

Sif

Voltage Supply

9–16V DC

Current Consumption

25mA @ 12V DC

Detection Angle

90º

Max. Detection Distance

15m

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+12V

Ref.

+12VRef. +12VRef.

Ref.

+12V

KA/KCtr

á Sif

Connection to KA/KCtr

E3: Movement Detectors and E6

See KCtr diagram > Page 35

Installation of Movement Detectors INFRARED Type

Connection of additional SIf sensors

Ceiling

Connection to KA/KCtr

E3: Movement Detectors and E6

· Sif

Installation

sensors > movement

· SifBUS

[

SifBUS-E · SifBUS-S

]

BUSing® infrared movement detector

Allows detection of presence in the installation.

· SifBUS-E

Detector to be connected to wired BUSing®

• BUSing® connection

• Mounted on the ceiling (embedded)

• Size: Embedded Ø23mm - Seen Ø34mm - Length 52mm

· SifBUS-S

Detector to be connected to wired BUSing®.

• BUSing® connection

• Mounted on the ceiling (surface)

• Size: Ø74 x 26mm

Description

These movement detectors have a passive infrared sensor which detects movements caused by intruders. They have a high level of immunity from false alarms, electromagnetic ﬁelds and temperature variations.

• This type of detectors are indicated to be placed inside homes, buildings, etc.

• Avoid installation in places exposed to direct sunlight and drafts. Also, avoid placing these detectors behind large objects as these will reduce their detection reach.

Conﬁguration using Development System (SIDE)

• 2 programmable scenes for activation and deactivation of the sensor.

• Up to 60 programmable BUS events for each scene.

Technical Characteristics

Device Reference

SifBUS · SIfBUS-E

Voltage Supply

9–16V DC (BUS)

Current Consumption

40mA (BUS)

Detection Angle

360º

Detection Area at 2.5m height

Ø5m

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Ref. B A +12V

+12V

A B

Ref.

+12V

A B

Ref.

á SifBUS-S

á SifBUS-E

Ceiling

Consumes

Cable BUSing¨

Connection for crimp connector.

Cable BUSing¨

Connection for crimp connector.

· SifBUS

Installation

sensors > movement

· SifBUS-L

[

SifBUS-L · SifBUS-LS

]

BUSing® infrared movement detector with light level sensor

Allows detection of presence and lighting in the installation.

· SifBUS-L

• BUSing® connection

• Movement and light level sensor integrated

• Mounted on the ceiling (embedded)

• Size: Embedded Ø23mm - Seen Ø34mm - Length 52mm

· SifBUS-LS

• BUSing® connection

• Movement and light level sensor integrated

• Mounted screwed to the ceiling or interior wall (surface)

• Size: Ø48 x 27mm

Description

Infrared sensor for movement detection (intrusion, lighting) and brightness level. Designed for wired BUSing® connection. Possibility to program the desired events both in detection and when it ﬁnishes, or in the absence of light.

These detectors have a passive infrared sensor which detects movements caused by intruders. They have a high level of immunity from false alarms, electromagnetic ﬁelds and temperature variations.

• Indicated to be placed inside homes, buildings, etc.

• Avoid installation in places exposed to direct sunlight and drafts. Also, avoid placing these detectors behind large objects as these will reduce their detection reach.

Conﬁguration using Development System (SIDE)

• 2 programmable scenes for activation and deactivation of the sensor. (2 for the movement sensor and 2 for the light sensor)

• Up to 30 programmable BUS events for each scene.

Technical Characteristics

Device Reference

SIfBUS-L/LS

Voltage Supply

9–16V DC (BUS)

Current Consumption

40mA (BUS)

Detection Angle

360º

Detection Area at 2.5m height

Ø5m

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Ref. B A +12V

á SifBUS-L

á SifBUS-LS

Ceiling

Consumes

Ceiling or wall surface mounting

The base of the device is screwed to the surface.

The equipment and its housing is fixed to the base by preasure.

Ceiling

Cable BUSing¨

Connection for crimp connector.

Cable BUSing¨

Connection for crimp connector.

· SifBUS-L

Installation

ingenium

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+12V

Ref.

á SRBUS

ngulo de deteccin detection angle

360¡

9-16 Vdc 100 mA @ 12 Vdc

Patentado Patented

DETECTION SIDE

sensors > movement

· SRBUS

BUSing® hidden 360º radiofrequency detector

For movement detection with concealed installation.

• Detects movement through solid, non-metallic objects

• Detects minimum movements

• Hidden installation in false ceiling, wall or waterproof case

• Automatic reset after each detection

• Adjustable timer from pulse to 17min.

• Adjustable sensitivity up to 12m

• Size: 65 x 25 x 45mm

Description

The SR-BUS is a radio frequency detector for hidden installation can detect movement through walls and ceilings of any non-metallic material. It is designed to replace passive 360° sensors, surpassing its performance.

Its installation hidden behind walls, partitions, ceilings, junction boxes or waterproof casings, ensure safety unwanted intrusions or vandalism to not be accessible.

By being able to detect the slightest movement, it is possible to link the lighting of a room to the presence of people or trigger the intrusion alarm.

From Development System (SIDE) you can set the sensitivity, the sampling period, the response time and the delay after detection, and a list of events BUS to send at the time in which detection occurs and when the timer expires.

Conﬁguration using Development System (SIDE)

• 2 programmable scenes for activation and deactivation of the sensor.

• Up to 60 programmable BUS events for each scene.

• Timing adjustment seconds after detection.

• Sensitivity adjustment and damping.

• Conﬁguration control cycles and number of detections for activation.

Technical Characteristics

Device Reference

SR-BUS

* approx. area at 2.5m height

Voltage Supply

9–16V DC (BUS)

Current Consumption

100mA (BUS)

Detection Angle

360º

Maximum Detection Area

12 x 6m*

Secure Detection Area

6x3m*

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BUS

SRBUS

+12V A B Ref.

Direction of the device

Place lengthwise, with the length of the device parallel to the length of the room.

Together with the programming, this will ensure optimal detection.

Detection adjustments

The detector emits a detection beam of high intensity, being of greater or lesser scope depending on the sensitivity for which it has been programmed from the Development System.

Detection angles

The beam in the longitudinal direction of the device has an angle of 140¼ and in transversal, 70¼.

Detection area

The detection area must face the room, with the silk screened part of the device face-down.

SRBUS output wiring

Supply absorbed 100mA

Installation in a false ceiling

Guaranteed area 6x3m

Maximum area 12x6m

Length side of the room

Microprocessor

Detection

Consumes

Floor

Detection area at

2.5m from the floor:

Guaranteed: 6x3m Maximum: 12x6m

The device can be partially blinded with metal tape to cancel detection in a zone/direction.

Do NOT install:

á In locations susceptible to vibrations.

á Over fluorescent lights.

Cable BUSing¨

Connection for screw terminal.

· SRBUS

Installation

sensors > contact

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Ref.

+12V

á DM-BUS

Deteccin / Detection

· DM-BUS

BUSing® magnetic detector

Allows detection of open windows or doors.

• Detector designed to be connected to BUSing®.

• Surface mount

• Size: Detector: 58 x 27 x 10mm Magnet: 23 x 14 x 6mm

Description

The magnetic detectors have two physically separate pieces. The smaller one has a magnet and the bigger one has an integrated circuit which can detect the presence or absence of the smaller piece.

They can be used for the following functions:

• Anti-intruder security device: that detects when an unwanted door or window opening.

• Air control devices for energy saving: on detecting that a window has been opened, it will (having been programmed) cut off the air conditioning or heating accordingly.

They are installed in zones close to door or window openings in the moving part, so that the sensor detects the slightest movement or displacement.

The smaller piece is installed on the edge of the window which is closest to the window opening.

• The smaller piece (magnet) is installed on the edge of the window which is closest to the window opening.

The bigger piece is installed on the window frame and with its detecting side facing the magnet.

•

Conﬁguration using Development System (SIDE)

• 2 programmable scenes for activation and deactivation of the sensor.

• Up to 60 programmable BUS events for each scene.

Technical Characteristics

Device Reference

DM-BUS

100

Voltage Supply

9–16V DC (BUS)

Current Consumption

40mA (BUS)

Ingenium Cubic-SQ2, Cubic-SQ4, Cubic-SQ6, Cubic-V6, Cubic-V8 Technical Installation Manual

Specifications and Main Features

Frequently Asked Questions

User Manual