iLumTech have developed a range of devices for the professional lighting market with the aim of being inimitable and simple to install for lighting manufacturers, installers, electrical engineers, and even end users. All of the devices were created by our own optical, thermal, and electronic engineers, and produced locally. We are sure you will be satisfied with their user-friendly and intelligent functionality, offered at an appealing price level. Our portfolio is divided into three groups: Connected Lighting, LED Units, and Optical Solutions.
Wall Plug switch with Metering Z-Wave.me ZME_064374 manual englishDomotica daVinci
This device is a Z-Wave actuator plug that can be plugged into a wall outlet to control electric devices plugged into it. It can switch loads up to 3500W and includes features like LED indication of switch status, power consumption reporting, and association with other Z-Wave devices. The device supports standard Z-Wave functions and can be controlled wirelessly or via the local button.
Minilux light wired sensor for outdoor mounting 0-10V manualDomotica daVinci
1. The document provides technical specifications for the Minilux light sensor 43-198, including that it has a 24 V DC input, 0-10V output, IP54 protection class, and lux ranges of 3-300, 30-3K, 300-30K, and 600-60K lux.
2. The light sensor has screw terminal connection and can be connected up to 100m from the Minilux Control.
3. Placement guidelines recommend mounting on a northern wall to minimize shadow effects and ensure light neutrality relative to the sun's daily east-south-west cycle.
This Z-Wave flush dimmer module can be used to dim lights or control fan speed. It is installed in a wall switch box behind a traditional wall switch. The module measures power usage and can connect to a digital temperature sensor. It supports connection to push buttons and sensors and can be controlled through the Z-Wave network or wall switch. The module requires installation by a licensed electrician and comes with instructions for inclusion into the Z-Wave network, configuration parameters, and technical specifications.
Qubino flush dimmer 0 10-v plus user manual_v1.0_engDomotica daVinci
The document describes the Qubino Flush Dimmer 0-10V, a Z-Wave compatible dimmer module with a 0-10V output and multi-function input. It can be controlled via push button, potentiometer, or 0-10V signal. The module includes to a Z-Wave network and supports association groups to control other devices. It has configuration parameters to set functions like input type, auto on/off times, minimum/maximum dimming levels, and sensor reporting thresholds.
Heatit Z-DIN 616 is a 6 x 16A potential free relays for DIN rail mounting. The module is equipped with 6 relay switches and 6 digital inputs for mounting on a standard M36 DIN rail
This document provides information about a Z-Wave flush dimmer module. It can dim lights and control fan speed through a Z-Wave network or wall switch. The module measures power consumption and supports a temperature sensor. It is designed to act as a repeater to improve the Z-Wave network range and stability. The document describes installation instructions, inclusion into a Z-Wave network, configuration parameters, and association groups to link the module to other devices.
This document provides information about the Qubino Flush 1 relay Z-Wave module. The module can be used to switch electrical devices on or off through the Z-wave network or a wall switch. It measures power consumption and supports a digital temperature sensor. The module is designed to be installed in a wall switch box behind a traditional wall switch. It can support mono-stable or bi-stable switches and has configuration parameters for functions like input type and power reporting.
Wall Plug switch with Metering Z-Wave.me ZME_064374 manual englishDomotica daVinci
This device is a Z-Wave actuator plug that can be plugged into a wall outlet to control electric devices plugged into it. It can switch loads up to 3500W and includes features like LED indication of switch status, power consumption reporting, and association with other Z-Wave devices. The device supports standard Z-Wave functions and can be controlled wirelessly or via the local button.
Minilux light wired sensor for outdoor mounting 0-10V manualDomotica daVinci
1. The document provides technical specifications for the Minilux light sensor 43-198, including that it has a 24 V DC input, 0-10V output, IP54 protection class, and lux ranges of 3-300, 30-3K, 300-30K, and 600-60K lux.
2. The light sensor has screw terminal connection and can be connected up to 100m from the Minilux Control.
3. Placement guidelines recommend mounting on a northern wall to minimize shadow effects and ensure light neutrality relative to the sun's daily east-south-west cycle.
This Z-Wave flush dimmer module can be used to dim lights or control fan speed. It is installed in a wall switch box behind a traditional wall switch. The module measures power usage and can connect to a digital temperature sensor. It supports connection to push buttons and sensors and can be controlled through the Z-Wave network or wall switch. The module requires installation by a licensed electrician and comes with instructions for inclusion into the Z-Wave network, configuration parameters, and technical specifications.
Qubino flush dimmer 0 10-v plus user manual_v1.0_engDomotica daVinci
The document describes the Qubino Flush Dimmer 0-10V, a Z-Wave compatible dimmer module with a 0-10V output and multi-function input. It can be controlled via push button, potentiometer, or 0-10V signal. The module includes to a Z-Wave network and supports association groups to control other devices. It has configuration parameters to set functions like input type, auto on/off times, minimum/maximum dimming levels, and sensor reporting thresholds.
Heatit Z-DIN 616 is a 6 x 16A potential free relays for DIN rail mounting. The module is equipped with 6 relay switches and 6 digital inputs for mounting on a standard M36 DIN rail
This document provides information about a Z-Wave flush dimmer module. It can dim lights and control fan speed through a Z-Wave network or wall switch. The module measures power consumption and supports a temperature sensor. It is designed to act as a repeater to improve the Z-Wave network range and stability. The document describes installation instructions, inclusion into a Z-Wave network, configuration parameters, and association groups to link the module to other devices.
This document provides information about the Qubino Flush 1 relay Z-Wave module. The module can be used to switch electrical devices on or off through the Z-wave network or a wall switch. It measures power consumption and supports a digital temperature sensor. The module is designed to be installed in a wall switch box behind a traditional wall switch. It can support mono-stable or bi-stable switches and has configuration parameters for functions like input type and power reporting.
This document provides information about the Qubino Flush 1D relay Z-Wave module. The module is used for switching electrical devices on or off and can be controlled via Z-wave network or a wall switch. It is designed to fit inside a flush mounting box and can support connection of a digital temperature sensor. The module also functions as a Z-Wave repeater to improve network range and stability. Installation and configuration details are included along with technical specifications.
Cell Phone Controlled Home Automation System using DTMF TechnologyTaufique Sekh
This home appliances control or home automation project uses DTMF decoder circuit to control home and office electrical appliances. Just connect your cell phone headset (headphone) jack to the mobile phone and then mobile will control electrical appliances and electrical equipment through the DTMF key pad of your cell phone. Here for demonstrating, we are controlling an electrical bulb using this circuit project but you can extend this circuit to control many electrical devices with some modifications using4×16 decoder IC.
UP Group develops KNX smart home solutions including smart actuators, sensors, and applications. They offer a range of KNX devices with a 2-year warranty as well as a KNX SmartHouse app to control lights, shutters, heating/cooling and more from anywhere. The document provides details on their products and solutions to integrate smart home technology for customers.
We, Unitech Instruments are an eminent manufacturer, supplier and exporter of Clean Room Pharma Instruments, Flow Instruments, and Sensor and Transmitter. Our products are applauded for compact designs, durability and exceptional performance.
Catalog biến tần FRENIC ACE
***************************************
CTY TNHH HẠO PHƯƠNG - Nhà phân phối chính thức các thiết bị điện công nghiệp và tự động hóa của hãng FUJI ELECTRIC JAPAN tại Việt Nam
Xem chi tiết các sản phẩm Fuji Electric tại
http://haophuong.com/b1033533/fuji-electric
The PML-1000 is an AC line powered panel meter for measuring LVDT/RVDT sensors. It features a large 5-digit LED display, 0-10VDC and 4-20mA outputs, optional RS422/485 communications, and easy calibration. The meter provides functions like minimum, maximum, average readings and is compatible with various Measurement Specialties sensors.
The document describes the design and components of a remote-controlled spy robot. It has two main sections: 1) the remote control section, which uses an HT12E encoder and HT12D decoder to control the robot via radio signals from a wireless remote controller. 2) The video transmission section uses a wireless CCD camera powered by a 12V battery to capture video that is transmitted to a remote receiver via radio signals. The robot can be controlled remotely to move forward, backward, left, or right using two 12V gear motors and an L293D motor driver circuit.
In this project we design low cost high performance programmable home security system. This system uses a few LDR's as input sensors. When above sensor(s) get triggered system may dial the user specified phone number (using build-in DTMF generator) and activate the high power audio alarm and lights. All the parameters of DTMF generator, audio alarm and light interface are programmed through the RS232 serial interface.
Current firmware of this system presents interactive control system through the RS232 interface. This control system consist with the menu driven configuration options, self tests, system report generators, etc.
This system also contain 5W (with 4Ω speaker) audio alarm with three selectable tone configurations, which include Police siren, Fire engine siren and Ambulance siren.
The document discusses the remote control system in televisions. It begins by defining remote control and its functional units. It then describes the various components of the remote control transmitter and receiver. The transmitter uses an infrared LED to transmit digital codes representing buttons pressed on the remote. The receiver uses a photodiode to receive these signals which are then decoded by an integrated circuit. It provides examples of how volume control works, with the remote sending a "volume up" signal which is received and processed to gradually increase the volume. Memory circuits are also discussed for retaining settings between uses.
The THZ3 Dual Input Smart HART® Temperature Transmitter in DIN Rail Mount housing with the Associated Intrinsically-Safe -AIS option is the newest member of the Moore Industries' Intrinsically Safe family of products.
Programmable Limit Alarm Trips with Intrinsically-Safe Field ConnectionsArjay Automation
The universal SPA2IS Programmable Limit Alarm Trips provide on/off control, warn of unwanted process conditions, alarm on rate-of-change and provide emergency shutdown. Very versatile, they accept signal inputs from transmitters and temperature
sensors that are located in hazardous areas where the method of protection implemented by the plant or facility is Intrinsic Safety.
The TD-9000T is a digital indicator for load management that supports two inputs, load (load cell) and stroke (displacement gauge).
High-speed A/D conversion of 25,000 times/sec and equipped with a 4.3-inch touchscreen monitor in DIN1/4 (92 x 92) size. While being high-end, it is a high-performance model that realizes a low price.
Waveforms during measurement can be checked in real time. Widely usable from daily monitoring to verification of processing data.
Joral designs and manufactures magnetic encoders and position sensors. They started by improving encoders for forestry equipment, and now provide solutions for applications facing harsh conditions like cement trucks and bottling lines. Joral offers a variety of encoder types, outputs, housings, and accessories to meet customer needs. Their goal is to design products from the end user's perspective.
This document summarizes the features and functionality of an in-wall dual relay switch module. The module contains two relays that can be used to control AC power to loads like lights. It supports inclusion and exclusion from Z-Wave networks as well as basic on/off control. The module can also monitor power usage of connected loads and report this data to the Z-Wave controller. It supports association groups to send reports to other devices and responds to metering commands to provide power readings.
This in-wall remote module is a Z-Wave transceiver that can be installed in a wall box. It allows connection of traditional wall switches or sensors to create a wireless Z-Wave network. The module has a link button and LED for inclusion, exclusion, reset, and association with other Z-Wave devices. It supports basic functions like on/off switching through the Z-Wave protocol.
This document provides instructions for installing and operating a Fibaro remotely controlled relay switch. The switch can control electric devices of up to 2.5kW and operates using radio signals. It has 2 terminals to control 2 circuits and supports inclusion in a Z-Wave home automation network to enable remote control. The summary provides key installation steps and configuration options for settings like alarm responses, auto-off times, and switch type (momentary or toggle).
Công ty TNHH Hạo Phương là đối tác phân phối các thiết bị điện công nghiệp của hãng Fuji Electric (Nhật Bản): MCCB, MCB, Contactor, Servo Motor, biến tần, màn hình cảm ứng, PLC...
The IntelliKnight 5808 is a single loop, addressable fire alarm control panel that provides 127 detection points and integrated communication capabilities. It performs self-diagnostics on connected sensors and includes features like drift compensation. The basic panel can be expanded with additional modules. Notifications are powered by the onboard 6A power supply or an optional expansion module.
The document provides specifications for the Analog Servo Drive 25A20I. It can drive brush DC motors with peak currents of 25A and continuous currents of 12.5A. It has adjustable current limits and loop gains. It supports current, voltage, IR compensation and velocity modes of operation with ±10V analog command inputs and tachometer feedback.
Zelfstandig engineeren conform NEN-EN-IEC 61439-1 in één middag
Sinds 1 november 2014 dienen alle distributie- en besturingskasten volgens deze nieuwe norm opgebouwd te worden. Uitgangspunt is een nog veiliger installatie die technisch goed te onderbouwen is. Met name de temperatuurhuishouding speelt hierbij een belangrijke rol. In dit seminar gaan we in op alle technische- en praktische aspecten omtrent stroomverdeling/laagspanningsverdeelinrichtingen die hierbij een rol spelen. Niet alleen de techniek wordt behandeld, ook efficiency, doorlooptijd en kosten komen ter sprake. Kortom, na dit seminar weet u alles omtrent stroomverdeling en ontwerpen volgens NEN-EN-IEC 61439-1.
This document summarizes research on properly grounding the frames of multi-cable transits (MCTs) used to transfer cabling between sealed compartments. MCTs provide electromagnetic shielding by connecting cable shields to a metallic frame. The study examines MCT applications in buildings where full metal bulkheads are not available for mounting frames. Test results show that grounding the frame is important for shielding performance. Directly grounding the frame via a conducting beam provided over 40dB of attenuation, while grounding with a 20cm wire significantly reduced attenuation to around 20dB. Proper grounding of MCT frames is critical for electromagnetic shielding in applications without full metal bulkheads.
EMC World 2016 - code.10 Jumpstart your Open Source Presence through new Coll...{code}
Building a great open source strategy starts from the inside. A strategy that focuses on real-time communication, open and collaborative discussions tends to be more successful with their open source initiatives and hiring the right talent. Learn about the tools such as GitHub and Slack that can help align your company to open source.
This document provides information about the Qubino Flush 1D relay Z-Wave module. The module is used for switching electrical devices on or off and can be controlled via Z-wave network or a wall switch. It is designed to fit inside a flush mounting box and can support connection of a digital temperature sensor. The module also functions as a Z-Wave repeater to improve network range and stability. Installation and configuration details are included along with technical specifications.
Cell Phone Controlled Home Automation System using DTMF TechnologyTaufique Sekh
This home appliances control or home automation project uses DTMF decoder circuit to control home and office electrical appliances. Just connect your cell phone headset (headphone) jack to the mobile phone and then mobile will control electrical appliances and electrical equipment through the DTMF key pad of your cell phone. Here for demonstrating, we are controlling an electrical bulb using this circuit project but you can extend this circuit to control many electrical devices with some modifications using4×16 decoder IC.
UP Group develops KNX smart home solutions including smart actuators, sensors, and applications. They offer a range of KNX devices with a 2-year warranty as well as a KNX SmartHouse app to control lights, shutters, heating/cooling and more from anywhere. The document provides details on their products and solutions to integrate smart home technology for customers.
We, Unitech Instruments are an eminent manufacturer, supplier and exporter of Clean Room Pharma Instruments, Flow Instruments, and Sensor and Transmitter. Our products are applauded for compact designs, durability and exceptional performance.
Catalog biến tần FRENIC ACE
***************************************
CTY TNHH HẠO PHƯƠNG - Nhà phân phối chính thức các thiết bị điện công nghiệp và tự động hóa của hãng FUJI ELECTRIC JAPAN tại Việt Nam
Xem chi tiết các sản phẩm Fuji Electric tại
http://haophuong.com/b1033533/fuji-electric
The PML-1000 is an AC line powered panel meter for measuring LVDT/RVDT sensors. It features a large 5-digit LED display, 0-10VDC and 4-20mA outputs, optional RS422/485 communications, and easy calibration. The meter provides functions like minimum, maximum, average readings and is compatible with various Measurement Specialties sensors.
The document describes the design and components of a remote-controlled spy robot. It has two main sections: 1) the remote control section, which uses an HT12E encoder and HT12D decoder to control the robot via radio signals from a wireless remote controller. 2) The video transmission section uses a wireless CCD camera powered by a 12V battery to capture video that is transmitted to a remote receiver via radio signals. The robot can be controlled remotely to move forward, backward, left, or right using two 12V gear motors and an L293D motor driver circuit.
In this project we design low cost high performance programmable home security system. This system uses a few LDR's as input sensors. When above sensor(s) get triggered system may dial the user specified phone number (using build-in DTMF generator) and activate the high power audio alarm and lights. All the parameters of DTMF generator, audio alarm and light interface are programmed through the RS232 serial interface.
Current firmware of this system presents interactive control system through the RS232 interface. This control system consist with the menu driven configuration options, self tests, system report generators, etc.
This system also contain 5W (with 4Ω speaker) audio alarm with three selectable tone configurations, which include Police siren, Fire engine siren and Ambulance siren.
The document discusses the remote control system in televisions. It begins by defining remote control and its functional units. It then describes the various components of the remote control transmitter and receiver. The transmitter uses an infrared LED to transmit digital codes representing buttons pressed on the remote. The receiver uses a photodiode to receive these signals which are then decoded by an integrated circuit. It provides examples of how volume control works, with the remote sending a "volume up" signal which is received and processed to gradually increase the volume. Memory circuits are also discussed for retaining settings between uses.
The THZ3 Dual Input Smart HART® Temperature Transmitter in DIN Rail Mount housing with the Associated Intrinsically-Safe -AIS option is the newest member of the Moore Industries' Intrinsically Safe family of products.
Programmable Limit Alarm Trips with Intrinsically-Safe Field ConnectionsArjay Automation
The universal SPA2IS Programmable Limit Alarm Trips provide on/off control, warn of unwanted process conditions, alarm on rate-of-change and provide emergency shutdown. Very versatile, they accept signal inputs from transmitters and temperature
sensors that are located in hazardous areas where the method of protection implemented by the plant or facility is Intrinsic Safety.
The TD-9000T is a digital indicator for load management that supports two inputs, load (load cell) and stroke (displacement gauge).
High-speed A/D conversion of 25,000 times/sec and equipped with a 4.3-inch touchscreen monitor in DIN1/4 (92 x 92) size. While being high-end, it is a high-performance model that realizes a low price.
Waveforms during measurement can be checked in real time. Widely usable from daily monitoring to verification of processing data.
Joral designs and manufactures magnetic encoders and position sensors. They started by improving encoders for forestry equipment, and now provide solutions for applications facing harsh conditions like cement trucks and bottling lines. Joral offers a variety of encoder types, outputs, housings, and accessories to meet customer needs. Their goal is to design products from the end user's perspective.
This document summarizes the features and functionality of an in-wall dual relay switch module. The module contains two relays that can be used to control AC power to loads like lights. It supports inclusion and exclusion from Z-Wave networks as well as basic on/off control. The module can also monitor power usage of connected loads and report this data to the Z-Wave controller. It supports association groups to send reports to other devices and responds to metering commands to provide power readings.
This in-wall remote module is a Z-Wave transceiver that can be installed in a wall box. It allows connection of traditional wall switches or sensors to create a wireless Z-Wave network. The module has a link button and LED for inclusion, exclusion, reset, and association with other Z-Wave devices. It supports basic functions like on/off switching through the Z-Wave protocol.
This document provides instructions for installing and operating a Fibaro remotely controlled relay switch. The switch can control electric devices of up to 2.5kW and operates using radio signals. It has 2 terminals to control 2 circuits and supports inclusion in a Z-Wave home automation network to enable remote control. The summary provides key installation steps and configuration options for settings like alarm responses, auto-off times, and switch type (momentary or toggle).
Công ty TNHH Hạo Phương là đối tác phân phối các thiết bị điện công nghiệp của hãng Fuji Electric (Nhật Bản): MCCB, MCB, Contactor, Servo Motor, biến tần, màn hình cảm ứng, PLC...
The IntelliKnight 5808 is a single loop, addressable fire alarm control panel that provides 127 detection points and integrated communication capabilities. It performs self-diagnostics on connected sensors and includes features like drift compensation. The basic panel can be expanded with additional modules. Notifications are powered by the onboard 6A power supply or an optional expansion module.
The document provides specifications for the Analog Servo Drive 25A20I. It can drive brush DC motors with peak currents of 25A and continuous currents of 12.5A. It has adjustable current limits and loop gains. It supports current, voltage, IR compensation and velocity modes of operation with ±10V analog command inputs and tachometer feedback.
Zelfstandig engineeren conform NEN-EN-IEC 61439-1 in één middag
Sinds 1 november 2014 dienen alle distributie- en besturingskasten volgens deze nieuwe norm opgebouwd te worden. Uitgangspunt is een nog veiliger installatie die technisch goed te onderbouwen is. Met name de temperatuurhuishouding speelt hierbij een belangrijke rol. In dit seminar gaan we in op alle technische- en praktische aspecten omtrent stroomverdeling/laagspanningsverdeelinrichtingen die hierbij een rol spelen. Niet alleen de techniek wordt behandeld, ook efficiency, doorlooptijd en kosten komen ter sprake. Kortom, na dit seminar weet u alles omtrent stroomverdeling en ontwerpen volgens NEN-EN-IEC 61439-1.
This document summarizes research on properly grounding the frames of multi-cable transits (MCTs) used to transfer cabling between sealed compartments. MCTs provide electromagnetic shielding by connecting cable shields to a metallic frame. The study examines MCT applications in buildings where full metal bulkheads are not available for mounting frames. Test results show that grounding the frame is important for shielding performance. Directly grounding the frame via a conducting beam provided over 40dB of attenuation, while grounding with a 20cm wire significantly reduced attenuation to around 20dB. Proper grounding of MCT frames is critical for electromagnetic shielding in applications without full metal bulkheads.
EMC World 2016 - code.10 Jumpstart your Open Source Presence through new Coll...{code}
Building a great open source strategy starts from the inside. A strategy that focuses on real-time communication, open and collaborative discussions tends to be more successful with their open source initiatives and hiring the right talent. Learn about the tools such as GitHub and Slack that can help align your company to open source.
EMC World 2016 - cnaITL.06 Containers are not Cloud Native{code}
Containers are a hot ticket in 2016, and everyone seems to want to throw around the Cloud Native Application buzzword in relation to them. But despite a common perception, those two technologies are not joined at the hip! In this talk we'll distinctly cover what makes an application Cloud Native and talk about building applications with containers.
EMC World 2016 - code.11 Intimidate me not - How to Contribute to Large Open ...{code}
The open source community is a fast-paced environment where enhancements and bug fixes can be contributed by anyone. However, it can be intimidating when trying to contribute to a large project that has its own policies and procedures for accepting changes. In this session we will share lessons learned, strategies, and advice for getting your changes accepted into that OSS project you've been lurking around!
Distributed Configuration Guide for Documentum Content Server version 7.2. The document discusses building blocks for distributed configurations including ACS servers, BOCS servers, DMS servers, network locations, shared content, content replication, reference links, object replication, and federations. It provides guidelines for installing, configuring, and managing single-repository and multi-repository models in a distributed environment.
Este documento discute el diseño de conexiones de masa en sistemas electrónicos. Explica que las conexiones de masa a menudo se representan de forma simplificada en los esquemas, lo que puede conducir a problemas de compatibilidad electromagnética. Señala que es importante representar detalladamente la arquitectura física de las conexiones de masa para asegurar un buen funcionamiento. También analiza diferentes tipos de conexiones de masa y razones para conectar equipos electrónicos a tierra.
The document is a stock market game report by Jacobo Kilgore. It discusses Kilgore's strategies and performance in the stock market game over several months. Kilgore started with $100,000 and finished with $93,847.39, for a loss of -$6152.61. Kilgore discusses three main strategies used - day trading stocks held less than 2 days, buying stocks priced under $45, and following his intuition on companies. He analyzes specific trades and what he learned from successes and mistakes to improve his strategies over time.
This document outlines the goals, objectives, examples, and implementation process of Rural Community Development (RCD) projects. The goal is to empower rural communities to solve socio-economic problems through mobilizing internal and external resources. Objectives include facilitating community mobilization, establishing community groups, reducing unemployment through jobs projects, encouraging natural resource use, and improving lives. Examples of projects are road construction, healthcare centers, schools, clean water, and job training. Implementation involves conception, acceptance, planning, community participation, monitoring, and ensuring sustainability. Challenges can include sustaining projects long-term and overcoming cultural and resource barriers. Lasting change requires long-term commitment and community involvement.
The document provides information about product certification requirements in China. It discusses who is in charge of certification, the process for obtaining certification, how to determine if a product requires certification, tips for navigating the application process, and details about audits. The certification, known as the CCC mark, is overseen by multiple agencies and involves testing, factory inspections, annual follow-up inspections, and can take 6-12 months and cost several thousand dollars to complete. Negotiation and developing relationships with Chinese agencies is important for successful certification.
This document summarizes the Symantec Complete Website Security solution. It provides comprehensive security features such as vulnerability assessments, malware scanning, Extended Validation SSL/TLS certificates, DDoS protection, and a web application firewall. It also offers tools to simplify SSL/TLS certificate management and discovery. Finally, it enhances website performance through a content delivery network, elliptic curve cryptography encryption, and use of the trusted Norton Secured Seal.
This document provides information about Meritronics, a contract manufacturing company that offers design, prototyping, and production services. It summarizes Meritronics' capabilities and facilities in the US (Milpitas and Las Vegas) and China (Zhongshan and Dongguan). Key services include PCB assembly, box build, cable assembly, and product design. The document highlights the company's quality systems, manufacturing technologies, and customer base in various industries.
The document provides deployment guidance for EMC Documentum Content Management Interoperability Services (CMIS) version 7.2. It describes configuration settings for the Java virtual machine, Linux environment, Documentum CMIS configuration files, and supported application servers. Post-deployment validation steps are also outlined.
The document is a technical manual for AERMEC NRL series chillers and heat pumps. It provides descriptions of the available models, components, technical specifications, installation and safety information. The models include cooling-only units and heat pump units that can also provide heating. Precise instructions are provided for installation, operation, maintenance and safety.
Hybrid DR in the Cloud - Harford SIM 2015Joe Conlin
A solid continuity solution begins with well-defined goals and success criteria. The technology to get the job done falls into place after that, but usually requires a blend of tools and techniques to get there. This is the presentation I delivered at the 2015 SIM event in Hartford, CT
1. This document provides instructions for Mitsubishi inverter models FR-D700, FR-D720, FR-D740, FR-D720S, and FR-D710W.
2. It describes the parts of the inverter including the operation panel, terminals, and cooling fan. Precautions are provided around safety, installation, wiring, operation, and maintenance.
3. The operation panel is described which is used to monitor frequency, current, voltage and change settings using the mode switchover and setting dial. Safety instructions are categorized as Warning and Caution and cover electrical shock, fire, and injury prevention.
Good Practices and Recommendations on the Security and Resilience of Big Data...Eftychia Chalvatzi
This document summarizes a report by the European Union Agency for Network and Information Security (ENISA) regarding security challenges and recommendations related to big data systems. The report identifies key security challenges such as access control and authentication, secure data management, and source validation and filtering. It provides recommendations for various stakeholders, including that policy makers provide guidance for secure big data use, standardization bodies adapt standards to include big data security, and companies invest in big data security skills and compliance with standards.
Attacks on Critical Infrastructure: Insights from the “Big Board”Priyanka Aash
Targeted attacks on critical infrastructure continue to increase in number and severity. We’ll present the latest data on these attacks: What is their goal? What are the attacker strategies? How are attacks supported by the darknet? We’ll discuss banking threats discovered at the “Big Board” at the RSA Anti-Fraud Control Center and Smart Grid threat detection in the EU SPARKS project.
(Source: RSA USA 2016-San Francisco)
This document contains the agenda for an event on emerging technologies taking place on April 15, 2016 in Boston. The event will include a panel discussion from 10:00am-10:45am on current and future technology trends, with panelists from companies working in areas like advertising, insurance, telecommunications, security, and customer intelligence. The document also lists participating companies and their booth numbers at the event.
This document provides details for a BI reporting project proposal for Wronski Medical Devices. It includes an agenda, introductions of the project team, background on the business and identified problems, proposed solutions, business needs, as-is and to-be process maps, a project timeline, demonstration of the BI reporting tool, status updates, cost-benefit analysis, risk analysis, rollout plan, and appendix with additional details.
The document describes an InControl 03AB - DALI 4 x Relay device that provides four independent relay contacts controlled via a DALI interface. It has a push button for manual control and testing of the relays. Each relay contact can be assigned a unique DALI address and controlled individually. The device is housed in a DIN rail mountable box for easy installation in electrical switchboards.
• One4all design(DALI-2, Push-DIM, 0-10V, 10V PWM)
• DALI member, compatible with universal DALI masters
• Tested in DALI house according to IEC 62386 Part 101,102(DALI-2), 207
• ENEC, CE, CB approved by TUV SUD, SAA, Ctick qualified
• Adjustable constant current output from 650 to 1100 mA(Preselected 650mA), and 250mA to 600mA(Preselected 250mA)
• Reliable, Class II, SELV according EN 61347
• Independent ECG and with strain-relief.
• Permissible AC cable 0.5-1.5mm² wire gauge, 3.5~8mm PVC jacket diameter
• Working Ta=-25°C ~ +45°C
• 50,000 hrs nominal lifespan
• 5-year factory guarantee
• Flicker Free(less than 3% flicker percentage)
• Built-in active PFC
• Built--in with permanent memory for DALI and Push-DIM, 100,000 times memory
• Grow wire tested 650° for 30S and 850° for 5S
• Push-DIM, from 100% to 1.5% dimming range
The 120A10 PWM servo drive is designed to drive brush DC motors with a peak current of 120A and continuous current of 60A. It has full short circuit and overcurrent protection and can operate in various modes like current, voltage, IR compensation, and velocity control. It requires only a single DC power supply and has adjustable parameters via potentiometers to configure the drive for different applications.
The BE30A8I analog servo drive is designed to drive brushless DC motors. It has a peak current of 30A and continuous current of 15A. It can interface with digital controllers or operate stand-alone. Loop gain, current limit, and other parameters can be adjusted using on-board potentiometers. The drive provides current, open loop, and encoder velocity modes of operation.
The document provides information about the Analog Servo Drive BE40A8I:
- It is a PWM servo drive designed to drive brushless DC motors with a peak current of 40A and continuous current of 20A.
- It has features like adjustable current limits, encoder velocity mode, and status LED indicators.
- It can interface with digital controllers or operate stand-alone, and requires only a single DC power supply.
The document describes the Analog Servo Drive BE25A20. It is a PWM servo drive designed to drive brushless DC motors. It has a peak current of 25A and continuous current of 12.5A. It can interface with digital controllers or operate stand-alone. Key features include four quadrant regenerative operation, adjustable current limits, and selectable modes of operation including current, encoder velocity, and tachometer velocity modes.
The BE40A20 analog servo drive is designed to drive brushless DC motors. It has a peak current of 40A and continuous current of 20A. It can interface with digital controllers or operate stand-alone. Key features include four quadrant regenerative operation, adjustable current limits, and selectable operating modes like current and encoder velocity modes. It has safety approvals from UL, cUL, and CE and is RoHS compliant.
The document describes an analog servo drive that is designed to drive brush DC motors. It can provide up to 50A of peak current and 25A of continuous current. It has adjustable current limits and loop gains. It supports various modes of operation and feedback types and has protections for overvoltage, overcurrent, and short circuits.
This Z-Wave flush dimmer module can be used to dim lights or control fan speed. It is installed in a wall switch box behind a traditional wall switch. The module measures power usage and can connect to a digital temperature sensor. It supports connection to push buttons and can control lights, fans, or other devices within a Z-Wave network or directly from the wall switch. The module has configuration parameters for installation settings, input types, association groups, and power reporting.
The document describes the Analog Servo Drive BE40A8. It is designed to drive brushless DC motors with a peak current of 40A and continuous current of 20A. It can interface with digital controllers or operate standalone from a single 20-80VDC power supply. Key features include adjustable current limits, encoder velocity mode, and safety protections. It has connectors for power, signals, and feedback along with potentiometers and switches for configuration.
The Analog Servo Drive B25A20I is designed to drive brushless DC motors with a peak current of 25A and continuous current of 12.5A. It can interface with digital controllers or operate stand-alone using a single unregulated DC power supply between 40-190VDC. The drive features adjustable current limits, input gain, and offset using potentiometers as well as selectable operating modes and commutation phasing using DIP switches. It is compliant with various safety and EMC standards including UL, CE, and RoHS.
The document introduces the Controlled Power Company (CPC) Model ELC inverter. It is available in sizes from 600W to 2KW and uses a double conversion topology. It has a sinewave output and features like being HID/LED compatible, uninterrupted power, regulated and conditioned output. It has up to 12 output circuit breakers, an inverter bypass switch, and input/output configurability. The ELC also has communications capabilities, automatic battery testing, and field programmable off-bus control settings. It has a small footprint compared to competitors and provides backup power times of up to 4 hours depending on the size.
The 50A20 analog servo drive is designed to drive DC motors with peak currents of 50A and continuous currents of 25A. It has adjustable current limits and loop gains, multiple operating modes, and safety features like overcurrent protection. It is compliant with various safety standards and can be used for industrial applications.
The 25A20 analog servo drive is designed to drive brush DC motors with peak currents of 25A and continuous currents of 12.5A. It can operate in various modes including current, velocity, and voltage control. The drive features adjustable current limits, gains, and offsets via potentiometers and dip switches. It provides status indicators and fault protection. The drive is compliant with relevant safety standards including UL, CE, and RoHS.
The 25A20DD PWM servo amplifier is designed to drive brush DC motors with up to 25A of peak current. It has adjustable current limits, fault protection, and single supply operation. It interfaces with digital controllers via PWM and direction inputs to control motor speed and direction.
* Tailored design of luminaire optical parts according to customer requirements, application specifications, and/or luminaire design – lenses, reflectors, refractors, diffusers, louvres
* Evaluation of appropriate optical materials according to application specifications, production volumes, and price requirements
* Rapid prototyping
* Measurements, evaluations, simulations
* Tooling design, tool production
* Production of the final parts
* Optical system optimisation
iLumTech - support in rapid prototyping:
CNC machining (plastic and aluminium parts)
FDM (Fused Deposition Modelling)
3D printing (Stereolitography, Selective Laser Sintering)
Sheet metal work
Vacuum Casting
Handmade prototypes and mock-ups
The FORTIS 3in1 IP66 LED module is a durable, efficient, and weatherproof LED lighting solution designed for demanding indoor and outdoor applications. It combines optical, electronic, and thermal components into a single ready-to-use module protected to IP66 standards. The module produces up to 10,150 lumens with efficacies over 160 lm/W and comes with various light distributions and mounting accessories to suit a wide range of commercial, industrial, and emergency lighting needs.
SYNAPSE developed by iLumTech is an innovative, intelligent, and dynamic smart city control and monitoring system. It provides city administrators with comprehensive control of street illumination with additional functions: environmental and traffic sensing, security management and town management providing also data mining and recording for the whole sensor network. SYNAPSE ANALYTICS software receives and analyses all harvested data and turns it into understandable, actionable information for the control and development of city lighting and other assets. www.ilumtech.eu
iLumTech controls and sensors are designed for DALI installation, wired and as well wireless, with a manual or automatic control to satisfy the higest requriements of users.
Easy, effective and elegant 3in1 LED module which can be implemented to luminaires, ceilings, furniture, aluminium profiles. High performed and extremely high efficient, and suitable for office aplication. Quick installation, ready optics and no need of heatsink make from him the ideal choice for those ones, who wants to develop a new luminaire in a short time with the best values or to implement illumination to the existing parts of the space.
DALI PowerLine Communication (DALI PLC) is a
revolutionary technology that allows for the control of
DALI luminaires through mains power lines. Developed
to save time and costs during the installation and
modification of lighting systems, it also offers increased
flexibility of installation, commissioning, and use. This
is possible as DALI PLC removes the need to install
additional wiring, is fully compatible with any standard
DALI driver and controller and size of luminaire, and
comes with several methods of implementation
suitable for a wide range of requirements. The document introduce how the DALI PLC can be used in different applications and installations.
The EHA Sensor is a sensor that measures illuminance and correlated color temperature in tunable white luminaires using energy harvesting from a photovoltaic cell, requiring no power supply. It communicates measurement data via Bluetooth to a BlueBridge control unit. The sensor works by automatically measuring data and sending it to the BlueBridge, which controls the luminaires accordingly. Key advantages include energy savings, environmental friendliness, wireless operation, and accurate measurements.
User guide for iLumTech DALI USB Bridge - The DALI/USB Bridge is a control and configuration device that connects a DALI bus with any computer equipped with a USB port. The DALI/USB Bridge allows for the setting of the operating parameters defined by the DALI standard and the operating parameters of iLumTech control devices. The small form factor and wiring simplicity of the DALI/USB Bridge makes it ideal for DALI bus setup and commissioning.
This document provides information on a range of connected lighting products, including lighting control sensors, DALI control interfaces, tunable white controls, DALI powerline communication devices, and DALI devices. The products allow for practical and simple control of DALI lighting networks, and include sensors, interfaces for smartphone/tablet control, modules for tunable white functionality, and devices for integrating other control solutions into DALI networks. The range is suited for small to mid-sized commercial and residential lighting installations.
DALI Power line communication is a revolutionary technology which allows to control the DALI devices through existing power lines without additional wiring and saving of up to 30% of total install cost. The main advantage is its flexibility – it works with any DALI driver and the installer is not limited by size of the luminaire since the DALI PLC coupler can be installed outside of the luminaire.
Connected lighting products from iLumTech allow for flexible control of lighting through switches, sensors and apps. This allows lighting to be tailored for different times of day, activities and user preferences, as shown through a day in the life of Caroline and her family - controlling lighting from bedside switches in the morning, to tunable lighting in the bathroom and throughout the work and school day for various activities. The lighting solutions can be integrated into both new and existing buildings through different connectivity options like DALI, Bluetooth and powerline communication.
The document provides instructions for using a nano-diffuser to change the light distribution from a light source for specific applications. The nano-diffuser has opto-mechanical structures that can provide different distribution curves depending on the distance between the diffuser and the LED. Positioning the diffuser 10mm from the LED will produce a double asymmetric distribution, 5mm for a medium wide distribution, and 15mm for a double asymmetric type II distribution. The diffuser is made of PMMA plastic with nano-structures and has surfaces for installation in a luminaire.
iLumTech is an engineering firm with over 15 years of experience providing lighting design and development services. They have a team of over 60 engineers and designers who can offer full luminaire development from concept to market launch. Their services include industrial, optical, thermal, electronic, and mechanical design, as well as prototyping, testing, certification, and manufacturing support. They work with customers to understand their needs and budget and provide a tailored solution to help customers efficiently develop and launch new lighting products.
Corporate presentation of iLumTech 2015 - gives an overview about the vision, the portfolio of services and products and examples of work of the company.
Optimizing Gradle Builds - Gradle DPE Tour Berlin 2024Sinan KOZAK
Sinan from the Delivery Hero mobile infrastructure engineering team shares a deep dive into performance acceleration with Gradle build cache optimizations. Sinan shares their journey into solving complex build-cache problems that affect Gradle builds. By understanding the challenges and solutions found in our journey, we aim to demonstrate the possibilities for faster builds. The case study reveals how overlapping outputs and cache misconfigurations led to significant increases in build times, especially as the project scaled up with numerous modules using Paparazzi tests. The journey from diagnosing to defeating cache issues offers invaluable lessons on maintaining cache integrity without sacrificing functionality.
Batteries -Introduction – Types of Batteries – discharging and charging of battery - characteristics of battery –battery rating- various tests on battery- – Primary battery: silver button cell- Secondary battery :Ni-Cd battery-modern battery: lithium ion battery-maintenance of batteries-choices of batteries for electric vehicle applications.
Fuel Cells: Introduction- importance and classification of fuel cells - description, principle, components, applications of fuel cells: H2-O2 fuel cell, alkaline fuel cell, molten carbonate fuel cell and direct methanol fuel cells.
Embedded machine learning-based road conditions and driving behavior monitoringIJECEIAES
Car accident rates have increased in recent years, resulting in losses in human lives, properties, and other financial costs. An embedded machine learning-based system is developed to address this critical issue. The system can monitor road conditions, detect driving patterns, and identify aggressive driving behaviors. The system is based on neural networks trained on a comprehensive dataset of driving events, driving styles, and road conditions. The system effectively detects potential risks and helps mitigate the frequency and impact of accidents. The primary goal is to ensure the safety of drivers and vehicles. Collecting data involved gathering information on three key road events: normal street and normal drive, speed bumps, circular yellow speed bumps, and three aggressive driving actions: sudden start, sudden stop, and sudden entry. The gathered data is processed and analyzed using a machine learning system designed for limited power and memory devices. The developed system resulted in 91.9% accuracy, 93.6% precision, and 92% recall. The achieved inference time on an Arduino Nano 33 BLE Sense with a 32-bit CPU running at 64 MHz is 34 ms and requires 2.6 kB peak RAM and 139.9 kB program flash memory, making it suitable for resource-constrained embedded systems.
Discover the latest insights on Data Driven Maintenance with our comprehensive webinar presentation. Learn about traditional maintenance challenges, the right approach to utilizing data, and the benefits of adopting a Data Driven Maintenance strategy. Explore real-world examples, industry best practices, and innovative solutions like FMECA and the D3M model. This presentation, led by expert Jules Oudmans, is essential for asset owners looking to optimize their maintenance processes and leverage digital technologies for improved efficiency and performance. Download now to stay ahead in the evolving maintenance landscape.
Advanced control scheme of doubly fed induction generator for wind turbine us...IJECEIAES
This paper describes a speed control device for generating electrical energy on an electricity network based on the doubly fed induction generator (DFIG) used for wind power conversion systems. At first, a double-fed induction generator model was constructed. A control law is formulated to govern the flow of energy between the stator of a DFIG and the energy network using three types of controllers: proportional integral (PI), sliding mode controller (SMC) and second order sliding mode controller (SOSMC). Their different results in terms of power reference tracking, reaction to unexpected speed fluctuations, sensitivity to perturbations, and resilience against machine parameter alterations are compared. MATLAB/Simulink was used to conduct the simulations for the preceding study. Multiple simulations have shown very satisfying results, and the investigations demonstrate the efficacy and power-enhancing capabilities of the suggested control system.
Software Engineering and Project Management - Introduction, Modeling Concepts...Prakhyath Rai
Introduction, Modeling Concepts and Class Modeling: What is Object orientation? What is OO development? OO Themes; Evidence for usefulness of OO development; OO modeling history. Modeling
as Design technique: Modeling, abstraction, The Three models. Class Modeling: Object and Class Concept, Link and associations concepts, Generalization and Inheritance, A sample class model, Navigation of class models, and UML diagrams
Building the Analysis Models: Requirement Analysis, Analysis Model Approaches, Data modeling Concepts, Object Oriented Analysis, Scenario-Based Modeling, Flow-Oriented Modeling, class Based Modeling, Creating a Behavioral Model.
2. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
Key features
• Four independent relay contacts
• 10 A maximum switching current per contact
• Push button for manual control (test function)
• One DALI address for each contact (DALI device type 7,
EN 62386-208)
Function
After powering-up the device, an internal test sequence is
initiated that lasts for no more than 2 seconds. The device
then acts in Normal Mode and awaits DALI commands.
The ‘STATUS‘ LED indicator is lit when the DALI bus is
correctly supplied. LED indicators 1 to 4 show the current
status of each relay: a lit LED means the corresponding relay
is switched on, an unlit LED means the corresponding relay
is switched off.
Test mode
Test Mode can be activated at any time by pressing the push
button ‘TEST’.
A short push of the button, for a period less than 3
seconds, changes which relay is selected, indicated
by the corresponding LED indicator blinking.
By pressing the push button for a period of more than 3
seconds the selected relay is switched on/off, indicated by
the way in which the LED indicator blinks (predominantly on
means the relay is switched on, predominantly off means the
relay is switched off). The device will return to Normal Mode
after 5 seconds of push button inactivity.
Connections
Mains cable Wires AWG 24-12 (0.2-2.5 mm²)
DALI cable Wires AWG 28-16 (0.08-1.5 mm²)
Relays cable Wires AWG 24-12 (0.2-2.5 mm²)
Power
Mains supply 220-240 V AC / 50-60 Hz
Max. system power 6 W
DALI consumption < 2 mA
Relay loads 10 A (per contact)
Insulation 4 kV
Mechanical data
Housing 4U DIN rail box 71 mm wide
Weight 300 g
IP rating IP 20
Operating conditions
Ambient temp. range 0 ºC - + 40 ºC
Max. relative humidity 85 % (non-condensing)
Storage temp. range -40 °C - +70 °C
Conformance with regulations
EN 55015 Limits and methods of
measurement of radio disturbance
characteristics of electrical lighting
and similar equipment
EN 61547 Equipment for general lighting
purposes EMC immunity
requirements
EN 60950-1 Information technology equipment
– Safety – Part 1: General
requirements
EN 62386-208 Digital addressable lighting interface
The DALI 4 x Relay is a DALI compatible
relay device designed to allow for the
independent switching of four devices
(luminaires and others) through a DALI
interface. On the front panel of the device
can be found an integrated push button
for the manual control of the relays for
testing purposes, additional to five device
status indicator LEDs. The device is housed
in a standard DIN-rail mountable box for
easy installation in electrical switchboards.
DALI 4 x Relay
DALI RELAY 4 x 10 A
DA
L1
L2
L3
N
DA
DA
DA
L N
F=max. 10 A
K1
K1’
K2
K2’
K3
K3’
K4
K4’
Lamp
ON
OFF
Arc Power Level 1
254
Up Switch-Off
Threshold
Up Switch-Off Threshold = “MASK”
Down Switch-Off Threshold = “MASK”
Example configuration
t
Down Switch-Off
Threshold
1
0
90
45
71 58
DALI Interface
The device fulfils EN 62386-208 type 7 standards
Wiring diagram
Dimensions
3. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
The DALI Input Unit is a fully DALI-
compatible interface, designed to allow
customer specified switches, sensors, time
clocks or other on/off control devices to
be incorporated into a standard DALI
installation. The DALI Input Unit is a small,
pre-wired, encapsulated PCB module and
it is suitable for inclusion into all standard
size back boxes together with a suitable
mains rated switch.
Purple Input 1
Blue Input 2
Green Input 3
Yellow Input 4
Orange COM
Red DALI bus
Brown DALI bus
Key features
• Powered from DALI bus, compatible with standard DALI
rating
• Up to four user inputs
• Default functions – ready to use out-of-box
• Small dimensions (L x W x H): 27 x 20 x 4 mm
• DALI consumption 9 mA
Function
DALI Input Unit detects short-circuit connection between
wires Input 1-4 and COM. Module is designed to be used
with standard push buttons – short-circuit connection is the
active state. The logic of the module differentiates between
short and long press of the push buttons. Short press is
detected when the short-circuit detection lasts shorter
than 1 second. If the short-circuit connection lasts longer
it is detected as long press. User can configure different
reaction to short and long press.
Each input of DALI Input Unit can be configured with
different DALI address (device support broadcast, group
addresses and short addresses). Three types of reactions
can be configured for each input: Static commands, Direct
level or Toggle. In Static commands mode device transmit
defined command each time a press is detected. The most
useful commands are: MIN_LEVEL, MAX_LEVEL, UP or
DOWN. If desirable user can set up any command listed
in DALI standard (IEC 62386-102). In Direct level mode
device transmit defined brightness level each time a press is
detected (for example 50%). In Toggle mode device toggles
between two commands each time a press is detected.
The user can choose from 3 toggle functions: MIN/MAX,
ON/OFF and Scene X/Scene Y. Scene X and Scene Y are
settable number of DALI scenes which are toggled. The
configuration can be changed using special programmer
(on demand).
For the reaction on long press it is possible to set whether
the command should be sent only once or it should be
repeated (for example UP/DOWN commands). The period
of repetition is also settable (1 second period). DALI Input
Unit is delivered with default configuration.
DALI Input Unit is a DALI powered device therefore external
DALI power supply has to be connected on the DALI line.
Note
The DALI Input Unit is intended to be used with push
buttons that come back to non-active position after release.
The compatibility with other devices should be discussed
with the manufacturer. The push buttons used as input
devices for DALI Input Unit must have mains rating (DALI
bus provides basic insulation only).
Connections
Mains cable Wires AWG 24 (0.5 mm²)
DALI cable Wires AWG 24 (0.5 mm²)
Power
DALI voltage 12-25 V DC
DALI consumption 9 mA
Control Inputs
Voltage range Open 5 V DC / closed max. 0.3 V
DC
Current range Max. 1 mA
Mechanical data
Housing Encapsulated PCB
Weight 10 g
Dimensions 27 x 20 x 4 mm
Operating conditions
Ambient temp. range 0 ºC - + 40 ºC
Relative humidity 85 % (non-condensing)
Storage temp. range -40 °C - +70 °C
DALI Input Unit
Wiring diagram
Input 1-4 Positive pole of input
COM Negative pole of input
(common for all inputs)
DALI Connection to DALI bus
(polarity free)
Input Address Short press Long press
Input 1 Broadcast Recall Max level UP
Input 2 Broadcast OFF DOWN
Input 3 Group 1 Recall Max level UP
Input 4 Group 1 OFF DOWN
DALI INPUT UNIT
DALI bus (externally powered)DALI
DALI
COM
Input 4
Input 3
Input 2
Input 1
4. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
DALI TW MODULE is a DALI compatible
device (device type 6) especially designed
to allow for the Tunable White control of
LED modules through a DALI interface.
For correct function an external LED driver
is required (DALI LED driver if brightness
control is desired). The device itself is
powered independently from mains. The
device is open-frame module that can be
easily mounted into the luminaire.
Key features
• Independent control of CCT
• Up to 180 V voltage range
• DALI control (device type 6)
Function
DALI TW MODULE is a DALI device designed for Tunable
White control. It is not a power source for LEDs! For correct
function an external LED driver must be used (constant
current). Selection of the LED driver depends on the LED
load used (forward voltage and current). DALI TW MODULE
controls the CCT of light according to the DALI commands
received. On DALI line, the device appears as standard
DALI device type 6 (LED driver) allowing for direct CCT level
control, group addressing, fading and scene settings.
DALI TW MODULE represents simple way of CCT control
via DALI using standard components – LED driver and DALI
controller.
Connections
Mains cable Wires AWG 28-16 (0.08-1.5 mm²)
DALI cable Wires AWG 28-16 (0.08-1.5 mm²)
LED cable Wires AWG 28-16 (0.08-1.5 mm²)
Power
Mains supply 90-260 V AC / 47-400 Hz
120-370 V DC
System power 200 mW
DALI consumption 2 mA
Insulation Class II
Output
Output voltage range 30-180 V DC
Output current range 0-2 A
Output power range 0-150 W
Mechanical data
Housing Open Frame
Weight 60 g
Dimensions 94 x 45 x 26 mm
Operating conditions
Ambient temp. range 0 ºC - +55 ºC
Relative humidity 85 % (non-condensing)
Storage temp. range -40 °C - +70 °C
Conformance with regulations
EN 55015 limits and methods of measurement
of radio disturbance characteristics
of electrical lighting and similar
equipment
EN 61547 Equipment for general lighting
purposes EMC immunity
requirements
EN 62386-102 Digital addressable lighting
interface, general requirements for
control gears
EN 62386-207 Digital addressable lighting
interface, LED drivers
DALI TW Module
type 6
Dimensions
4x /o 3.2
4526.15
41
94
21.53.05
1.6
23.5
37
Wiring diagram
DALI LED Driver
COLD LED Anode
DALI EXTERNAL
DALI
VoutL
N
LN
GND
DALIINTERNAL
WARM LED Anode
COLD LED Cathode
WARM LED Cathode
5. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
DALI TW MODULE is a DALI compatible
device (device type 8) especially designed
to allow for the Tunable White control of
LED modules through a DALI interface.
For correct function an external LED driver
is required (DALI LED driver if brightness
control is desired). The device itself is
powered independently from mains. The
device is open-frame module that can be
easily mounted into the luminaire.
Key features
• Independent control of CCT
• Up to 180 V voltage range
• DALI control (device type 8) – one address only
Function
DALI TW MODULE is a DALI device designed for Tunable
White control. It is not a power source for LEDs! For correct
function an external LED driver must be used (constant
current). Selection of the LED driver depends on the LED
load used (forward voltage and current). DALI TW MODULE
controls the CCT of light according to the DALI commands
received. On DALI line, the device appears with one address
as standard DALI device type 8 (Colour control) allowing for
direct brightness and CCT level control, group addressing,
and fading and scene settings.
DALI TW MODULE represents simple way of CCT control
via DALI using standard components – LED driver and DALI
controller (DALI controller must support DALI type 8).
Connections
Mains cable Wires AWG 28-16 (0.08-1.5 mm²)
DALI cable Wires AWG 28-16 (0.08-1.5 mm²)
LED cable Wires AWG 28-16 (0.08-1.5 mm²)
Power
Mains supply 90-260 V AC / 47-400 Hz
120-370 V DC
System power 200 mW
DALI consumption 2 mA
Insulation Class II
Output
Output voltage range 30-180 V DC
Output current range 0-2 A
Output power range 0-150 W
Mechanical data
Housing Open Frame
Weight 60 g
Dimensions 94 x 45 x 26 mm
Operating conditions
Ambient temp. range 0 ºC - +55 ºC
Relative humidity 85 % (non-condensing)
Storage temp. range -40 °C - +70 °C
Conformance with regulations
EN 55015 Limits and methods of
measurement of radio disturbance
characteristics of electrical lighting
and similar equipment
EN 61547 Equipment for general lighting
purposes EMC immunity
requirements
EN 62386-102 Digital addressable lighting
interface, general requirements for
control gears
EN 62386-207 Digital addressable lighting
interface, LED drivers
EN 62386-209 Digital addressable lighting
interface, Colour control
DALI TW Module
type 8
Dimensions
4x /o 3.2
4526.15
41
94
21.53.05
1.6
23.5
37
Wiring diagram
DALI LED Driver
COLD LED Anode
DALI EXTERNAL
DALI
V out
L
N
LN
GND
DALIINTERNAL
WARM LED Anode
COLD LED Cathode
WARM LED Cathode
6. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
Manual TW Module 01
Wiring diagram
MANUAL TW is module with patented current splitter topology for Tunable White control. It is
intended to be used in any Tunable White luminaire that fits its operating range (input voltage and
output current). The module requires external LED driver for its biasing and LED powering.
MANUAL TW 01 has a fixed position of buttons so the module should be placed in a fixture on the
place, where the button can be reachable.
Key features
• Two push buttons for manual control
• Output current range: up to 2 A
• Output power: up to 110 W
• Module internal biasing: 5 V / 8 mA (40 mW)
Function
After powering up Manual TW electronic reloads last used
setting of output current ratio. The new level is saved to
memory after 10 seconds of push button inactivity. Push
button 1 (PB 1) serves for increasing and Push button 2
(PB 2) for decreasing of output current ratio. There are
two modes of current ratio transients – smooth mode and
discrete mode.
Discrete mode / discrete mode is activated by default.
When short pressing one of the push buttons (holding
pressed shorter than 1 second) the current ratio level is
changed in discrete steps according to the table below.
One press activates change of one step.
Smooth mode – smooth mode is activated when one of
the push buttons is hold pressed longer than 1 second.
After this period current ratio starts to change (increase or
decrease) smoothly with approximately 2 % per second.
Connections
Cable Wires AWG 24-12 (0.5-2.5 mm²)
Power
Input voltage 25 V DC-56 V DC
Output
Output voltage 25 V DC-56 V DC
Output current 0-1.5 A
Module consumption 50 mW
Mechanical data
Housing Open case
Weight 18 g
Dimensions 60 x 45 x 15 mm
Operating conditions
Ambient temp. range 0 ºC - +55 ºC
Vin -
Vin +
LED W Cathode
LED W Anode
LED C Cathode
LED C Anode
Step Index 1 2 3 4 5 6 7 8
Channel C
Level (%)
0 9,8 20 31,7 45,1 63,5 85,5 100
Channel W
Level (%)
100 90,2 80 68,3 54,9 36,5 14,5 0
LED driver Manual TW
module
L
N
(Vout = 25-56 V)
Iout = 0-1.5 A
Vf = 25-56 V
Warm white LEDs Cold white LEDs
Vf = 25-56 V
Push buttons
Vin −Vout −
Vout + Vin +
LED W Cathode
LED W Anode
LED C Cathode
LED C Anode
7. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
Manual TW Module 02
Wiring diagram
MANUAL TW is module with patented current splitter topology for Tunable White control. It is
intended to be used in any Tunable White luminaire that fits its operating range (input voltage and
output current). The module requires external LED driver for its biasing and LED powering.
Manual TW Module 02 is without the fixed position of the buttons, so can be placed anywhere in
a luminaire.
Key features
• Two push buttons for manual control
• Output current range: up to 2 A
• Output power: up to 100 W
• Module internal biasing: 5 V / 3 mA (15 mW)
Function
After powering up Manual TW electronic reloads last used
setting of output current ratio. The new level is saved to
memory after 10 seconds of push button inactivity. Push
button 1 (PB 1) serves for increasing and Push button 2
(PB 2) for decreasing of output current ratio. There are
two modes of current ratio transients – smooth mode and
discrete mode.
Discrete mode – discrete mode is activated by default.
When short pressing one of the push buttons (holding
pressed shorter than 1 second) the current ratio level is
changed in discrete steps according to the table below.
One press activates change of one step.
Smooth mode – smooth mode is activated when one of
the push buttons is hold pressed longer than 1 second.
After this period current ratio starts to change (increase or
decrease) smoothly with approximately 2 % per second.
Purpose: electronic control device, manually controlled
control device, built-in control device, for normally polluted
environment. Mode of action: type 1.
Connection of push buttons
Manual TW module is delivered with cable harness for push
button connection. The cable harness consists of 4 wires –
Push button 1 input (PBI1), Push button input 2 (PBI2) and
common ground (COM). Wires can be connected to any
type of mechanical push buttons.
Connections
Cable Wires AWG 24-12 (0.5-2.5 mm²)
Power
Input voltage 25-70 V DC
Output
Output voltage 25-70 V DC
Output current 0-1.5 A
Module consumption 15 mW
Mechanical data
Housing Open case
Weight 10 g
Dimensions 42 x 34 x 15 mm
Operating conditions
Ambient temp. range 0 ºC - +55 ºC
Vin -
Vin +
LED W Cathode
LED W Anode
LED C Cathode
LED C Anode
Step Index 1 2 3 4 5 6 7 8
Channel C
Level (%)
0 9.8 20 31.7 45.1 63.5 85.5 100
Channel W
Level (%)
100 90.2 80 68.3 54.9 36.5 14.5 0
LED driver Manual TW
module
(Vout = 25-70 V)
Iout = 0-1.5 A
Vf = 25-70 V
Warm white LEDs Cold white LEDs
Vf = 25-70 V
Vin −Vout −
Vout + Vin +
LED W Anode
LED W Catode
LED C Anode
LED C Catode
PBI2
Push button 1
PBI1 COM
Push button 2
COM
PBI1
PBI2
COM
8. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
The DALI Ambient Sensor measures
illuminance and Correlated Colour
Temperature properties and uses a DALI
bus for biasing and communication. It
can be used as a simple sensor with its
data being processed by another device
on the same DALI bus, or as a combined
sensor and control device to regulate the
luminous output and colour temperature
parameters of DALI addressed Tunable
White luminaires.
DALI Ambient Sensor
Dimensions
Key features
• Biasing from the DALI bus with an input voltage range
compatible with the DALI standard
• Illuminance and CCT measurement
• Passive / Active Mode – offers direct regulation of
Tunable White luminaires
• Configuration via DALI bus
• Installation into ceiling
Function
The DALI Ambient Sensor measures illuminance and
Correlated Colour Temperature (CCT) properties within
its scanning area – illuminance in lux and CCT in Kelvins.
Measurement occurs automatically using automatic range
switching within an illuminance range of 100-30,000 lx and
CCT range of 2500-8000 K. The sensor communicates using
the industry standard DALI protocol once addressed and
set using any standard DALI configuration tool. Additional
sensor parameters can be set using a DALI/USB bridge and
related software tool.
By default, the sensor functions in passive mode with
regulation disabled and where measured values can only
be read. The basic parameters required for regulation are
desired illuminance and CCT values and connection to type-
defined and controllable Tunable White luminaires. The
sensor can be used to regulate warm/cold two-channel
luminaires, brightness/ CCT two-channel luminaires and
DALI type 8 luminaires. It is possible to assign each channel
its own address, for example, a cold channel, warm
channel, brightness channel, CCT channel or DALI type 8
channel. All connected Tunable White luminaires can be
controlled in parallel using illuminance only regulation, CCT
only regulation or dual regulation.
The parameters and properties of the DALI Ambient Sensor
are outlined in the table below.
Connections
Cable Wires AWG 24 (0.5 mm²)
Power
Voltage at DALI input 12-25 V DC
Input current 9 mA
Mechanical data
IP rating IP40
Weight 200 g
Dimensions Ø 117 x 40 mm
Opening Ø 105 mm
Operating conditions
Ambient temp. range 0 ºC - +40 ºC
Relative humidity 85 % (non-condensing)
Storage temp. range -40 °C - +70 °C
Parameter Ranges of values Settable by Description
Address 1- 64 Any DALI configurator Address of the sensor
Illuminance level 100-30,000 lx -
Measured illuminance value
(read only)
CCT level 2500-8000 K - Measured CCT value (read only)
Status - - Status of the sensor (see below)
Timing 5-300 ms DALI/USB Bridge
The defined period between two subsequent
control commands (a lower value results in faster
regulation)
Final illuminance
level
100-30,000 lx DALI/USB Bridge Desired illuminance value
Final CCT level 2500-8000 K DALI/USB Bridge Desired CCT value
Illuminance
regulation
Active / Inactive DALI/USB Bridge Activates or deactivates the illuminance regulation
CCT regulation Active / Inactive DALI/USB Bridge Activates or deactivates the CCT regulation
Regulation mode
Cold/warm, Brightness/
CCT, DALI type 8
DALI/USB Bridge
Defines the addressing of TW luminaires – it is
possible to use more address types at the same
time
Warm channel group
address
1-16 DALI/USB Bridge Defines group address for warm channel control
Cold channel group
address
1-16 DALI/USB Bridge Defines group address for cold channel control
Brightness channel
group address
1-16 DALI/USB Bridge
Defines group address for brightness channel
control
CCT channel group
address
1-16 DALI/USB Bridge Defines group address for CCT channel control
DALI type 8 group
address
1-16 DALI/USB Bridge Defines group address for DALI type 8 control
Height
(m)
Diameter
(m)
1.7 5.89
2 6.93
2.3 7.97
2.5 8.66
2.7 9.35
3 10.39
3.5 12.12
4 13.86
/o 117
4
31
h
d
120°
9. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
DALI Ambient Sensor Outdoor is a sensor of
illuminance and correlated colour temperature
that uses DALI bus for biasing and the
communication. Besides of the sensing features
it is also capable of regulation of variously
addressed Tunable White luminaires. DALI
Ambient Sensor can therefore act as simple
sensor, whose data are processed by another
device on DALI bus or it can act as control
device for automatic control of illuminance
and correlated colour temperature. DALI
Ambient Sensor Outdoor is suitable for outdoor
application (IP 65).
DALI Ambient Sensor
Outdoor
Dimensions
Key features
• Biasing from DALI bus, input voltage range is compatible
with DALI standard
• Illuminance and CCT sensing
• Passive / Active mode – offers direct regulation of
Tunable White luminaires
• Configuration via DALI bus
• Installation ceiling surfaced
Function
DALI Ambient Sensor senses the light conditions in the area
– illuminance in luxes and correlated colour temperature
(CCT) in Kelvins. The measurement runs automatically
with automatic range switching. The range of measured
illuminance is from 100 lx to 30 000 lx. The range of
CCT measurement is from 2 500 K to 8 000 K. For the
communication the sensor uses DALI protocol typical for
lighting installations. The sensor reacts on its address that is
possible to set using any standard DALI configuration tool.
Other parameters of the sensor can be set only using DALI/
USB Bridge and its software tool.
By default the sensor is in passive mode therefore any
regulation is disabled – it is possible to read-out measured
values only. The basic parameters for the regulation are
final values of illuminance and CCT. Then it is necessary
to define the type of regulated Tunable White luminaires.
DALI Ambient Sensor can control the luminaires with two
channels of cold/warm type; two channels of brightness/
CCT type and DALI type 8 luminaires. For each channels it is
possible to set its DALI group address independently (cold
channel, warm channel, brightness channel, CCT channel,
DALI type 8). The sensor can control all types of Tunable
White luminaires in parallel. The regulation of illuminance
and CCT can be activated or deactivated independently or it
can also run in parallel (concurrent regulation of illuminance
and CCT). The parameters of the DALI Ambient Sensor and
its properties are summarized in the table below.
Connections
Cable Wires AWG 24 (0.5 mm²)
Power
Voltage at DALI input 12-25 V DC
Input current 9 mA
Mechanical data
IP rating IP65
Weight 214 g
Dimensions 82 x 112 x 55 mm
Operating conditions
Ambient temp. range -20 ºC - +60 ºC
Relative humidity 85 % (non-condensing)
Storage temp. range -40 °C - +70 °C
Parameter Ranges of
values
Settable by Description
Address 1 to 64
Any DALI
configurator
Address of the sensor
Illuminance level 100-30,000 lx - Measured value of illuminance (read only)
CCT level 2500-8000 K - Measured value of CCT (read only)
Status - - Status of the sensor (see below)
Timing 5-300 ms DALI/USB Bridge
Parameter defines period between two subsequent control commands
(lower value means faster regulation)
Final illuminance level 100-30,000 lx DALI/USB Bridge Desired illuminance value
Final CCT level 2500-8000 K DALI/USB Bridge Desired CCT value
Illuminance
regulation
Active /
Non-active
DALI/USB Bridge Activates or deactivates the illuminance regulation
CCT regulation
Active /
Non-active
DALI/USB Bridge Activates or deactivates the CCT regulation
Regulation mode
Cold/Warm,
Brightness/
CCT, DALI
type 8
DALI/USB Bridge
Defines the addressing of TW luminaires, it is possible to use more
addressing types concurrently
Warm channel group
address
1- 6 DALI/USB Bridge Define group address for warm channel control
Cold channel group
address
1-16 DALI/USB Bridge Define group address for cold channel control
Brightness channel
group address
1-16 DALI/USB Bridge Define group address for brightness channel control
CCT channel group
address
1- 6 DALI/USB Bridge Define group address for CCT channel control
DALI type 8 group
address
1-16 DALI/USB Bridge Define group address for DALI type 8 control
Holes(2) are designed for M4 PAN Head
Machine screws use
/o 5
R 4,25
95,4
68
60
70
Assembly
49
55
10. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
DeeBridge
Wiring diagram
DeeBridge is a solution comprising a DeeBridge device and easily operated user interface application.
This solution enables intuitive control of luminaires within a DALI installation via an Ethernet network
using a PC, tablet or smartphone. The software runs on Windows, Android and iOS. The device
comes housed in a standard 2U sized DIN box which allows for installation on electrical switchboards.
It is powered by an external 12 V DC Power Source Unit (not standardly supplied with the device
but available on request). Free software available at Google Play, Apple store or www.ilumtech.eu.
Key Features
• Allows for intuitive control of DALI installations from
computer, tablet and smartphone
• Application runs on Windows, Android and iOS
• Provides dimming control via buttons, switches and
sliders
• Offers standard or advanced Tunable White and RGB
control as well as lighting scenes and timers
• Integrated web server for initial setting
• Wireless control via external Wi-Fi router
• Fast scanning of the DALI network
• Auto commissioning
• Pre-set and customisable lighting scenes
Connections
Power cable Wires AWG 28-16 (0.08-1.5 mm²)
DALI cable Wires AWG 28-16 (0.08-1.5 mm²)
Ethernet cable UTP CAT5E
Power
Input voltage 12 V DC
System power 0,5 W
DALI consumption 2 mA
Insulation Class II
Mechanical data
Housing 2U sized DIN box
Weight 70 g
Dimensions 94 x 36 x 60 mm
Operating conditions
Ambient temp. range 0 °C - +40 °C
Relative humidity 85 % (non-condensing)
Storage temp. range -40 °C - +70 °C
Conformance with regulations
EN 61347-1 Lamp control gear. Part 1: General
and safety requirements
EN 61347-2-1 Lamp control gear. Part 2-11:
Particular requirements for
miscellaneous electronic circuits
used with luminaires
EN 62386-102 Digital addressable lighting
interface, general requirements for
control gears
Initial Dee Bridge device TCP/IP and port
configuration settings
TCP/IP address 192.168.1.252
Port 8421
Default web configuration settings
Username admin
Password admin
LAN 230 V AC
Existing
self-powered DALI
installation
12 V DC
Power
Supply
Unit
+ -
L PE N
DALI -
DALI +
12 V DC
Power status indicator
DALI status indicator
Device status indicator
RESET button
RJ45 Ethernet connector
11. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
BlueBridge
BlueBridge is a solution comprising a DALI to BLE bridge device and easily operated user interface
application that enables intuitive control of luminaires within a DALI installation via Bluetooth Low
Energy (Bluetooth 4.1) using a tablet or smartphone.
Key Features
• Wireless control of DALI installation via Bluetooth Low
Energy
• Compatibility with most tablets and smartphones
• User friendly Android GUI app
• Powered from the DALI bus (no external power
source) − external DALI Power Supply is needed!
• Pluggable DALI terminals – easy to install and use
• Fast scanning of the DALI network
• Auto commissioning
• Pre-set and customisable lighting scenes
Connections
DALI cable Wires AWG 28-16 (0.08-1.5 mm2
)
Power
DALI input voltage 12-25 V DC
System power 0.25 W
DALI consumption 10 mA
Insulation Class II
Mechanical data
Housing ABS plastic box
Weight 50 g
Dimensions 35 x 67.3 x 15 mm
Operating Conditions
Ambient temp. range 0 °C - +40 °C
Relative Humidity 85 % (non-condensing)
Storage temp. range -40 °C - +70 °C
Free software available at Google Play, Apple store or www.ilumtech.eu
Mains input
Output to DALI bus
to DALI luminaires
Wiring diagram
12. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
DALI Power Supply
DALI Power Supply is a member of the Connected Lighting product family. As a basic element of DALI
installations, it provides power supply for all DALI devices. It is fully compatible according to the DALI
standard, and capable of supplying DALI devices with an overall current consumption of up to 250
mA. The green LED indicates DALI voltage and the blinking red LED indicates DALI communication.
Key features
• Power supply for DALI devices up to 250 mA
• Over-heating protection
• DALI overcurrent protection
• Input fuse protection
• Power and communication indication LEDs
• Wide input voltage operation
Installation notes
• The connected mains supply must be protected
• Only one DALI power supply may be used
Connections
Mains cable 0.5-4 mm2
(AWG 20-10)
DALI cable 0.08-2.5 mm2
(AWG 28-12)
Power
Input voltage 85-264 V AC (47-63 Hz)
System power Max. 3.7 W
DALI output 18 V DC (250 mA)
Mechanical data
Housing 2U sized DIN box
Weight 82 g
Dimensions 90 x 36 x 58 mm
IP rating IP20
Operating conditions
Ambient temp. range 0 °C - +40 °C
Relative humidity 85 % (non-condensing)
Storage temp. range -40 °C - +70 °C
Wiring diagram
Mains input Output to
DALI bus
Characteristics
Efficiency by input voltage (@50 % load)
Power factor by input voltage (@50 % load)
Load regulation
Efficiency(%)
60
55
50
45
40
0 50 100 150 200 250 300
Input Voltage (V)
50 % Load
Efficiency(%)
60
55
50
45
40
0.00 0.05 0.10 0.15 0.20 0.25
Load Current (A)
VIN
=230 V AC
VIN
=110 V AC
PowerFactor
0.55
0.50
0.45
0.40
0.35
0.30
0.25
0.00 0.05 0.10 0.15 0.20 0.25
Load Current (A)
VIN
=230 V AC
VIN
=110 V AC
OutputVoltage(V)
25
20
15
10
5
0
0.00 0.05 0.10 0.15 0.20 0.25
Load Current (A)
VIN
=230 V AC
VIN
=110 V AC
0.65
0.60
0.55
0.50
0.45
0.40
0.35
0.30
0 50 100 150 200 250 300
Input Voltage (V)
50 % Load
PowerFactor
13. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
DALI/USB Bridge
DALI/USB Bridge is a control and configuration device that interconnects DALI bus with PC equipped
with USB. Using DALI/USB Bridge you are able to set all the parameters defined by DALI standard and
all the parameters of iLumTech control devices. Small form factor and simplicity of wiring makes DALI/
USB Bridge ideal for DALI bus setup and commissioning.
Key features
• Isolated from DALI bus – external DALI Power Supply
needed
• Powered from USB – no extra power supplies needed
• Small form factor – flash stick size
• Supports standard DALI commands for control gears
device type 1, 6, 7 and 8
• Supports iLumTech devices
Function
DALI/USB Bridge is designed mainly for setup of DALI
network and its commissioning. Firstly you have to install
DALI Controller software available on our website. During
the installation also the USB drivers will be installed. After
successful installation of software you can connect the
DALI/USB Bridge to your PC. When DALI network is correctly
powered green LED is lit. Red LED indicator is flashing when
DALI/USB Bridge transmits data while green LED indicator is
flashing simultaneously indicating the activity on the DALI
line. If only green LED indicator is flashing it indicates the
communication initiated by other DALI devices. Detailed
description of DALI Controller software is included in its
user manual.
Connections
DALI cable Wires AWG 24 (0.5 mm²)
Input parameters
Voltage at DALI input 12-25 V DC
Input current 2 mA
Voltage at USB input 5 V DC
Input Current 10 mA
Mechanical data
IP coverage IP20
Weight 50 g
Dimension 70 x 23 mm, height 20 mm
Operating conditions
Ambient temp. range 0 ºC - +40 ºC
Max. relative humidity 85 % (non-condensing)
Storage temp. range -40 °C - +70 °C
Connection
DALI terminal
Connection to DALI bus (polarity free)
USB Plug
14. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
DLS Touch Panel II
DLS TOUCH PANEL II is 7“ touchscreen display which is suitable mainly for use in offices. It can
be used also in classrooms, smaller manufacturing facilities and similar areas of application. DLS
TOUCH PANEL II offers wide possibilities for Tunable White and RGB control. User can use pre-
defined sequences or customize his own. Automatic control can be overridden by manual control
at any time. Possibility of sensor connection makes the lighting installation even more intelligent by
reacting to ambient light level changes and presence of people. DLS TOUCH PANEL II offers control
of 3 DALI lines thus allowing for large lighting installation. Additionally DLS TOUCH PANEL II is DALI
type 8 compatible.
Key features
• 2 modes: RGB and Dynamic white
• Manual or fully automatic control of light
• DALI type 8 support – up to 192 DALI type 8 devices
• Possibility of connecting up to 81 TW luminaires or
64 RGB luminaires
• 3 independent DALI lines – 1 internally powered,
2 externally powered
• User configurable time scheduler
• Possibility of connection light-level and movement
sensor
• Energy saving solution
• Daylight simulation - bringing natural conditions into
interior
• Security option – password protection of settings
• Simple and fast setting of colour with TW or RGB
• User friendly graphic interface
• User pre-settable screen savers
• Static scene pre-sets
• Dynamic scene pre-sets
General
Power consumption Max. 9 W
Power input 12 V DC
Cooling system Fanless
Temp.-Range 0° C - +40° C
System Hardware
CPU Texas Instruments AM3354,
720 MHz
Memory 256 MB SDRAM
Flash 128 MB NAND FLASH
Networking LAN 100BaseTX, Bluetooth, Wi-Fi
I/O 3xDALI (1xDALI internally powered
– 250 mA)
Display
Size 7“
LCD Type TFT, Transmissive, Anti-Glare
Resolution 800x480, 262K colours
Viewing angle (H/V) 140 / 120 deg
Luminance 350 Cd/m2
Contrast ratio 350:1
Touchscreen Capacitive
Ambient temp. range 0 °C - +40 °C
Internally
powered
DALI bus
DALI LINK
DALI LINK
DALI LINK
Max. 64 pcs.
of DALI drivers
Max. 64 pcs.
of DALI drivers
Max. 64 pcs.
of DALI drivers
+ external DALI
power source
+ external DALI
power source
Luminaire Luminaire Luminaire
Luminaire Luminaire Luminaire
Luminaire Luminaire Luminaire
220-240V
50-60Hz
4-45
32
50
310
90
31
160
110
235
151
CONTROL MODE
USER SETTINGTIME LINE
MAIN MENU
Wiring diagram
Dimensions
15. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
DALI PLC Bridge
iLumTech DALI PLC Bridge belongs to the Connected Lighting product family. This powerful
device is used for connecting two or more DALI networks over mains. It means that it couples
DALI communication to the mains and vice versa. This eliminates usage of additional wires where
communication is transmitting over mains. This is intended for usage in applications where two-wire
cable for DALI communication is not presented and reconstruction is not planned or possible.
Key features
• Support of forward and backward DALI commands
according to IEC 62 386-102
• DALI powered
• 3-phase support
• Communication error source detection
• Dedicated output terminal (mains) for DALI Power
Supply
• Over-voltage protection
• Reset push button for Network management
Installation notes:
• Maximum of 64 DALI devices with unique address can be
connected to single network
• Only one DALI power supply may be used
Input parameters:
DALI 12-25 V DC, input current 20 mA
PLC 120 / 230 V AC
Connections
DALI 0.08-2.5 mm2
(AWG 28-12)
Mains 0.5-4 mm2
(AWG 20-10)
Operating Conditions:
Ambient temp. range 0 °C - +40 °C
Max. relative humidity 90% (non-condensing)
Storage temp. range -40 °C - +70 °C
Mechanical data
Housing DIN rail enclosure
Dimensions 90 x 36 x 58 (mm)
Weight 82 g
IP Rating IP20
PLC side
(to another PLC Coupler)
To DALI networkDALI
Wiring diagram
Additional phases
Dedicated for DALI Power Supply
16. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
DALI PLC-IN
iLumTech DALI PLC-IN belongs to the Connected Lighting product family. This small device is
intended to be used inside the luminaire in order to connect the luminaire to the DALI PLC network.
DALI PLC-IN has to be used in combination with at least one DALI PLC Bridge than brings DALI
communication to the power line. DALI PLC-IN offers possibility to connect the luminaire to the DALI
PLC network without using additional DALI wiring between the luminaires. This is intended for usage
in applications where two-wire cable for DALI communication is not present and reconstruction is
not planned or possible.
Key features
• Support of forward and backward DALI commands
according to IEC 62 386-102
• Powered from mains
• DALI control output to luminaire with integrated DALI
power supply
• Possibility to connect up to three DALI control gears at
DALI output
• Over-voltage protection
Installation notes
• Maximum of 64 DALI devices with unique address can
be connected to single network
• No extra DALI Power supply is needed – DALI Power
supply is integrated
Input parameters
DALI 12-25 V DC,
output current 20 mA
PLC 120 / 230 V AC,
input current 20 mA
Connections
DALI 0.08-2.5 mm2
(AWG 28-12)
Mains 0.5-4 mm2
(AWG 20-10)
Operating Conditions
Ambient Temperature Range 0 °C to +40 °C
Max. Relative Humidity 90 % (non-condensing)
Storage Temperature Range -40 °C to 70 °C
Mechanical data
Housing Plastic box
Dimensions 94 x 44 x 27 (mm)
Weight 66 g
IP Rating IP20
Wiring diagram
Mains input
DALI input
of the driver
Luminaire
Luminaire
DALI PLC Bridge DALI PLC Bridge DALI bus with luminairesDALI bus with controllers
PLC-IN
PLC-IN
DALI driver
DALI driver
Terminal Block
DALI control gear
DALI control gearDALI
PLC-IN
Mains input
To light source
To light source
Up to three DALI control gears
Internal DALI bus (no external DALI power supply!)
Typical application example
Connection inside the luminaire
Mains input
of the driver
LN
IN
LNDALI
OUT
DALI
DALI
N
L
N
L
17. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
INFINITAS 04
Infinitas is ready to use without the need for further development. It is a 3in1 LED unit that combines
high-performance LED light sources with carefree thermal management and an original hybrid optical
system. This makes Infinitas an ideal choice for both luminaire manufacturers and those seeking the
devices necessary to create a bespoke lighting solution.
Key features
• Compact, ready to use LED modules with integrated
dual optic and thermal management
• Easy installation into luminaire or ceiling
• Office, industrial, retail lighting application
• Long life time and reliability
Technical parameters
Optical system PMMA diffuser, metalized
reflector
Thermal management aluminium sheet plate
System efficiency of
the module up to 137 lm/W
Net lumen output up to 620 lm
Beam angle 73°/76°
UGR 21/24
(up to 16 in situation)
CCT 3000 K/4000 K
MacAdam 3
CRI 83 (CRI 93 on request)
Life time up to131,500 h / L70 B50
IP 20
Applications
Infinitas’ lighting parameters, especially very low glare,
make it ideal for use in the lighting fixtures for offices,
classrooms, laboratories, cashdesk areas etc. Their easy
installation make them suitable for implementation into
general illumination.
With a small modification, they can be installed even in a
very thin luminaire. Thanks to the different CCT (3000 K /
4000 K) with a CRI 83 or 93 make their usage even more
wide.
/o 4,5
130
55
65
17,8
20
Dimensions
C0,0-C180,0 C90,0-C270,0
90°90°
75°
60°
45°
30° 15° 0° 15° 30°
45°
60°
75°
200
300
400
500
600
cd/klm
C0,0-C180,0 C90,0-C270,0
90°90°
75°
60°
45°
30° 15° 0° 15° 30°
45°
60°
75°
200
300
400
500
600
cd/klm
LIDC of Infinitas module
Infinitas 04 840 602 lmInfinitas 04 830 597 lm
Applications
18. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
INFINITAS 08
The Infinitas 3in1 LED module is designed for use in office, track and continuous line luminaries for
applications with the highest demands on effectiveness and visual comfort. The clever combination
of high-performance LED light sources with an original hybrid optical system and carefree thermal
management determine the module for ready use.
Key features
• Compact, ready to use LED modules with integrated
dual optic and thermal management
• Easy installation into luminaire or ceiling
• Office, industrial, retail lighting application
• Long life time and reliability
Technical parameters
Optical system PMMA diffuser, metalized
reflector
Thermal management aluminium sheet plate
System efficiency of
the module up to 137 lm/W
Net lumen output up to 1,240 lm
Beam angle 73°/76°
UGR 21/24
(up to 16 in situation)
CCT 3000 K/4000 K
MacAdam 3
CRI 83 (CRI 93 on request)
Life time up to 131,500 h / L70 B50
IP 20
Applications
Infinitas’ lighting parameters, especially very low glare,
make it ideal for use in the lighting fixtures for offices,
classrooms, laboratories, cashdesk areas etc. Their easy
installation make them suitable for implementation into
general illumination.
With a small modification, they can be installed even in a
very thin luminaire. Thanks to the different CCT (3000 K /
4000 K) with a CRI 83 or 93 make their usage even more
wide.
Structure
17,8
20
Aluminium mounting plate that acts as a heatsink for the module
Thermal interface material
FR4 PCB with flexible lumen
output according to used drive current
Two installation screws make it easy to install
the module in a wide array of settings
Cover pad
PMMA microprism diffuser
Metallised reflector
Dimensions
LIDC of Infinitas module
Infinitas 08 830 1250 lm Infinitas 08 840 1252 lm
/o 4,5
130
85
95
C0,0-C180,0 C90,0-C270,0
90°90°
75°
60°
45°
30° 15° 0° 15° 30°
45°
60°
75°
200
300
400
500
600
cd/klm
C0,0-C180,0 C90,0-C270,0
90°90°
75°
60°
45°
30° 15° 0° 15° 30°
45°
60°
75°
200
300
400
500
600
cd/klm
19. 1 Year Warranty
The Company reserves the right to change any product specifications without prior notification.
Fortis IP65 LED module
Fortis IP65 is a powerful, highly efficient, and extra durable 3in1 LED module designed for use in
demanding industrial conditions where high IP ratings and lumen high flux outputs are required. Each
module provides up to 10,150 lm and comes in five different light distribution curves, allowing it to
perfectly fit a range of specific illumination, installation, and mounting height needs. The construction
of the module means it is very simple and effective to combine modules in various combinations to
achieve unbeatably suitable high- and low-bay lighting in individual luminaries or modular linear
systems. The lens array is made of PMMA with LOR 93 % and with high level of light transmission for
30 years. All of these features, in addition to an excellent lifetime of 150,000 hours, makes Fortis IP65
an ideal solution for any industrial luminaire.
Dimensions
Key features
• Durable and high efficient 3in1 industrial module
• Flexible connectable system
• 5 different light distributions: narrow beam, medium
beam, wide beam, extra wide beam and extra large
• 10,150 lm from one 132 cm2
module
• Weatherproof IP65 and IK08 protection LED array with
36 high-power LEDs
• Applications: hi- and low-bays, linear industrial systems,
stadium and high mast luminaires
• Driver and driving current up to customer
Performances
Power consumption 73 W
Luminous flux up to 10,150 lm
Efficacy up to 161 lm/W (without driver)
CCT 5000 K, 4000 K, 3000 K
CRI 80, 70
LOR optic 93 %
Lifetime L80 B10 @ 50.000 h
L80 B50 @ 150.000 h
Max. Ta 55 ºC
Material
Lens PMMA PLEXIGLAS®
trademark -
no yellowing, a high level of light
transmission for 30 years
Heatsink anodized UV protected extruded
aluminium
Gasket silicon
Mechanical parameters
Dimensions 110 x 120 x 71 mm
Weight 1050 g / module
IP 65
IK 08
Optical variants
FORTIS IP65 NA narrow beam 14,5°
FORTIS IP65 ME medium beam 18°
FORTIS IP65 WI wide beam 28°
FORTIS IP65 EW extra wide 45°
FORTIS IP65 EL extra large 15° x 40°
Ta
(°C)
SDCM CRI/CCT
I
(mA)
typ flux
(lm)
typ Vf
(V)
typ power
(W)
lm/W
25 5
370
350 5,250 100 35 150
700 9,400 104 73 129
470
350 5,600 100 35 160
700 10,100 104 73 138
570
350 5,650 100 35 161
700 10,150 104 73 139
25 5
380
350 4,700 100 35 134
700 8,450 104 73 116
480
350 4,950 100 35 141
700 8,900 104 73 122
580
350 4,950 100 35 141
700 8,900 104 73 122
Technical performances
120
110
71
Application