Overview
GB Intelligent Lighting for Professionals offers a comprehensive range of sensor technologies and products designed for efficient lighting control. The document provides a detailed product overview, including presence detectors, motion detectors, sensor-switched floodlights, and wireless sensor technology.
Presence Detectors
Presence detectors are designed for indoor use, offering solutions like the Control PRO System and Air Quality Sensor. These detectors are ideal for environments where precise detection is required, such as offices and public buildings.
Motion Detectors
Motion detectors are suitable for both indoor and outdoor applications. They include products like sensIQ and IS series, which are designed to efficiently control lighting by detecting movement.
Sensor-Switched Floodlights
These are primarily for outdoor use, providing instant bright light upon detecting movement. Options include LED and halogen floodlights, ensuring energy efficiency and security.
Wireless Sensor Technology
The Impulser series offers wireless solutions for both indoor and outdoor environments, enhancing flexibility and ease of installation.
Philosophy and Quality
STEINEL Professional emphasizes energy efficiency, ecological intelligence, and high-quality standards. The company prides itself on German quality made in Europe, with a focus on innovation, design, and ease of use.
Energy Efficiency and Planning
The document highlights the importance of energy efficiency, offering solutions that match energy consumption to actual demand. The PROLog system is introduced as a tool for analyzing potential savings, providing accurate predictions of energy, cost, and CO2 savings.
Software-Assisted Planning
RELUX Professional is a software tool developed in collaboration with RELUX Informatik AG, allowing for precise planning of lighting tasks with motion and presence detectors.
Conclusion
STEINEL Professional offers a wide range of products and solutions for intelligent lighting, focusing on energy efficiency, quality, and innovation. Their products are designed to meet the needs of various environments, ensuring optimal lighting control and energy savings.
Overview of Sensor Technology
STEINEL Professional offers advanced sensor technologies, focusing on precision and reliability. Their sensors utilize multi-lens and multi-sensor technology to enhance accuracy in detection and coverage.
Passive Infrared (PIR) Sensors
PIR sensors are effective in detecting tangential movements, with reduced reach for radial movements. They are suitable for outdoor use as they detect heat radiation. Key features include adjustable detection reach, twilight threshold, and light 'ON' duration.
High-Frequency (HF) Sensors
HF sensors actively scan detection zones and are effective regardless of temperature. They provide uninterrupted coverage and can detect movements through various materials like glass and wood. These sensors are ideal for long rooms and stairwells.
Motion vs. Presence Detectors
Motion detectors are designed for detecting walking movements and are suitable for both indoor and outdoor applications. Presence detectors, on the other hand, are highly sensitive and suitable for indoor environments where even the smallest movements need to be detected, such as offices and classrooms.
Product Range and Features
STEINEL offers a wide range of motion detectors with varying specifications for different applications. These include options for wall and ceiling mounting, different detection angles, and reach capabilities. The sensIQ model is highlighted for its innovative design and functionality, offering adjustable detection reach and remote control capabilities.
Conclusion
STEINEL Professional's sensor technology is designed to meet professional needs with high precision and reliability. Their products are characterized by advanced features, ease of installation, and award-winning design.
Overview: The document provides detailed specifications and functionalities of the sensIQ motion detector and its accessories, designed for both indoor and outdoor use. It highlights the device's intelligent programming, remote control capabilities, and modular design for easy installation and operation.
Main Features:- Holiday Function: Simulates occupancy by switching connected loads 'ON' and 'OFF' at programmed times to deter intruders.
- Manual Override: Allows the connected load to remain 'ON' for 4 hours, reverting to sensor mode automatically.
- Reach Setting: Adjustable in three directions with a control dial, offering precision up to a meter.
- Switch-off Delay: Adjustable from 5 seconds to 15 minutes.
- Pulse Mode: Activates output for 2 seconds, suitable for staircase lighting.
Technical Specifications:- Output: Up to 2500 W for resistive loads, with various limits for inductive and capacitive loads.
- Voltage: 230 – 240 V / 50 Hz.
- Detection Angle: 300° with a 180° angle of aperture.
- Sensor System: Includes 4 sensors with 1360 switching zones.
- Enclosure: IP 54, suitable for various environmental conditions.
Accessories:- Soft-start Module (MS1): Gradually increases lamp output to 100% power.
- Wireless Module (MF1): Enables bi-directional wireless links for interconnecting motion detectors.
- Floating Module (MPF1): Allows operation of independent devices.
Installation and Design: The sensIQ features a modular design for straightforward installation, with a large terminal compartment for easy wiring. The device includes shrouds for limiting detection zones and potentiometers for precise time and twilight settings.
Additional Models:- IS 3180: Designed for large areas with a 180° coverage angle and a reach of up to 20 meters.
- IS 3360: Offers 360° coverage for high spaces, with a reach of up to 20 meters.
Overview: The document provides detailed specifications and features of various motion detectors designed for different environments and applications. These include ceiling-mounted, corridor, highbay, wall-mounted, and high-frequency motion detectors, each tailored for specific use cases such as large outdoor spaces, corridors, and high ceilings.
IS D3360 Motion Detector: This ceiling-mounted detector is designed for discreet integration into false ceilings. It features 1,416 switching zones, 11 detection levels, and a 360° coverage angle with a 20-meter reach. It includes a practical clip retaining system for easy installation and offers features like anti-glare and overload protection.
IS 345 Corridor Motion Detector: Specially designed for corridors, this detector has 280 switching zones on 5 detection levels. It offers a 20-meter reach tangentially and 12 meters radially, with a 180° coverage angle. It is ideal for energy-efficient lighting control in passageways.
IS 345 MX Highbay Detector: Suitable for high ceilings up to 12 meters, this detector covers 30 x 4 meters radially. It is equipped with a specialized optical system for high installations, making it ideal for warehouses and large indoor spaces.
HF 3360 High-Frequency Detector: This detector uses high-frequency technology to cover indoor spaces with a 360° detection angle and a reach adjustable from 1 to 8 meters. It can detect through glass and walls, making it suitable for multi-storey car parks and stairwells.
IS 2180-5 Wall Motion Detector: Designed for large outdoor areas, this detector has a 180° detection angle and a reach of up to 20 meters. It features 504 switching zones on 10 levels and is suitable for guarding large properties and factory premises.
IS 2180-2 Wall Motion Detector: A smaller version of the IS 2180-5, this detector is ideal for medium-sized areas up to 200 m². It offers a 12-meter reach with a 180° coverage angle and is designed for building fronts and medium-sized premises.
Common Features: All detectors include manual override options, time and twilight settings, and are designed for easy installation with features like plug-in terminals and pre-installation of power supply units. They operate within a temperature range of -20° to +50° C and have varying IP protection ratings.
Introduction
The document discusses the advanced technology of presence detectors, emphasizing their role in energy-saving lighting automation. It highlights the importance of precise and reliable sensors that can detect minimal movements, such as those of people sitting quietly.
Specifications and Features
The presence detectors are designed to meet high demands, ensuring lights are on only when needed. They are equipped with advanced sensor technology that requires no manual intervention, offering features like long stay-on times and manual override for specific tasks like video presentations.
Performance and Testing
STEINEL Professional employs a standardized testing process to ensure the high performance of their presence detectors. This involves using a robot to simulate human movement, allowing for objective comparison with competitors.
Control PRO System
The Control PRO System is a new generation of sensor technology that includes various sensor types and configurations. It offers a range of installation options and is compatible with multiple interfaces, making it suitable for diverse applications.
Unique Detection Capabilities
The presence detectors feature a unique square detection zone, allowing for precise coverage without overlaps or gaps. This design ensures maximum energy savings and reliable detection.
Product Range and Applications
The document provides an overview of different presence detectors and their applications, including smoke detectors and air-quality sensors. It details the specific features and installation options for each product, catering to various environments and needs.
Conclusion
STEINEL Professional's presence detectors are positioned as top-tier products in the market, offering unmatched precision and reliability for intelligent lighting solutions.
Overview: The document provides detailed specifications and features of various presence detectors, focusing on the high-definition (HD) models and their applications in building automation. These detectors are designed for precise motion detection in various environments such as offices, classrooms, sports halls, and corridors.
Presence Control PRO IR Quattro HD:- Features a high-definition detection system with 4800 switching zones and a presence zone of 8x8 meters (64 sqm).
- Utilizes 4 digital pyros for enhanced infrared detection, reducing switching errors.
- Available in multiple versions including COM1, COM2, DIM, KNX, and DALI.
- Designed for high spaces and areas where activities are primarily sedentary.
- Remote control capabilities for easy function and mode adjustments.
Presence Control PRO IR Quattro:- Basic version with 1760 switching zones and a square detection zone.
- Mechanical reach setting allows for precise adjustment without affecting detection quality.
- Available in COM1, COM2, DIM, KNX, and DALI versions.
- Supports remote control adjustments via RC3, RC4, and RC5.
Presence Control PRO HF 360:- Utilizes high-frequency sensor technology for detection irrespective of temperature.
- Features a 360° detection angle and electronically adjustable reach.
- Ideal for areas like WCs, changing rooms, and stairwells.
- Available in COM1, COM2, DIM, KNX, and DALI versions.
Presence Control PRO Dual HF:- Designed for corridors with dual high-frequency sensors for reliable detection over 24 meters.
- Electronically adjustable reach in both directions.
- Available in COM1, COM2, DIM, KNX, and DALI versions.
Technical Specifications:- All models feature user-friendly settings with DIP switches and remote control options.
- Light-level settings range from 10 to 1000 lux, with daylight options.
- IP rating of IP 20, with IP 54 available with specific adapters.
- Temperature range from 0°C to +40°C, with UV-resistant and paintable housing.
Accessories: Various remote controls and mounting adapters are available for customization and ease of installation.
Specifications:
The presence detectors, HF KNX and DUAL HF DALI, have dimensions of 120 x 120 x 76 mm and are designed for indoor use with a recommended installation height of 2.5 m to 3.5 m. They feature a 360° detection angle with a 140° angle of aperture, capable of detecting through glass, wood, and stud walls. The reach is adjustable up to 10 x 3 m in each direction. The sensor system operates at a high frequency of 5.8 GHz with transmission power under 1mW. The devices are IP20 rated, with an option for IP54 using an AP Box, and operate within a temperature range of 0°C to +40°C.
Functions and Settings:
Settings are configured via DIP switches or KNX using ETS software. Key functions include normal/test mode, semi-/fully automatic mode, pushbutton/switch mode, and constant-lighting control. Parallel connections can be set up in master/slave or master/master configurations. Light-level settings range from 10 to 1000 lux, with a DIM range of 100 to 1000 lux.
Interfaces and Operation:
The presence detectors support various interfaces including COM1, COM2, DIM, and DALI, allowing for comprehensive control over lighting and HVAC systems. The COM1 interface is primarily for switching lights on and off based on ambient brightness and presence detection. The COM2 interface extends control to HVAC systems, optimizing energy efficiency by managing these systems based on room occupancy.
Lighting Control:
The lighting controller operates by switching lights on when needed and off when not, based on ambient brightness and presence. The brightness level can be adjusted using a potentiometer, and the stay-on time can be set from 30 seconds to 30 minutes, with special modes like pulse and IQ mode for automatic adjustment.
Accessories:
Available accessories include various remote controls (RC3, RC4 DIM, RC5 DALI, RC6 KNX, RC7 KNX) and mounting adapters for different installation needs.
KNX System:
KNX is a field bus system used for automating building services, allowing integration of lighting, HVAC, alarm systems, and more, providing flexibility, convenience, and security.
Overview: The document provides detailed technical specifications and operational guidelines for the Presence Control PRO system, which integrates presence detectors with KNX interfaces for efficient management of lighting, heating, ventilation, and air-conditioning (HVA) systems. It also covers accessories and additional control options.
Specifications: The system operates on a 30V mains power supply and supports IP/Ethernet communication. It features a KNX digital BUS interface for controlling up to four lighting channels and HVA systems. The presence detectors can be configured using ETS software or remote controls, allowing for flexible and efficient light management.
Operational Modes: The presence detectors can function in various modes, including individual, master, and slave configurations. These modes allow for extended detection zones and coordinated control of lighting and HVA systems based on presence detection.
Lighting and HVA Control: The system includes a lighting controller that adjusts lighting based on ambient brightness and presence, minimizing energy waste. The HVA controller manages heating, ventilation, and air-conditioning based on occupancy, further enhancing energy efficiency.
Remote Controls: Special IR remote controls are available for easy configuration of lighting and dimming settings, as well as for saving and retrieving scenarios. These remotes can also calibrate brightness measurements and modify detector parameters without ETS software.
Accessories: The document lists various accessories, including clamping-type ceiling adapters, guard cages, and surface-mounting adapters, which facilitate installation and enhance the functionality of the Presence Control PRO system.
Fire and Air Control: The Fire Control PRO integrates smoke and temperature detection for enhanced safety, while the Air Control PRO monitors air quality and controls ventilation systems to maintain optimal indoor air conditions.
Conclusion: The Presence Control PRO system offers a comprehensive solution for managing lighting and HVA systems efficiently, with a focus on energy savings and user convenience. Its modular design and compatibility with various interfaces make it suitable for a wide range of applications.
Overview: The document discusses advanced sensor technologies for managing air quality and lighting in indoor environments. It highlights the importance of controlling CO2 levels and optimizing lighting for energy efficiency and improved concentration.
Air Control System: The Air Control sensor measures CO2 levels in room air, using a traffic-light LED system to indicate air quality: green for up to 1000 ppm, amber for 1000-1500 ppm, and red for over 1500 ppm. It includes an acoustic warning for high CO2 levels and can control ventilation systems to maintain air quality efficiently.
Specifications: The CO2 measurement range is 400-2000 ppm with an accuracy of +/- 150 ppm. The system operates at 230 VAC and has a response time of 5 minutes. It is suitable for various environments, including meeting rooms and bedrooms, with options for surface or concealed mounting.
LuxMaster Presence Detectors: These detectors manage lighting based on presence and ambient light, offering significant energy savings. They feature 1320 switching zones and a reach of 12 meters, with remote control capabilities for adjusting light intensity.
HF-SensorLights: Designed for indoor use, these lights operate based on movement detection, providing decentralized lighting control. They are suitable for areas like stairwells and corridors, offering high energy efficiency and easy installation.
Benefits: The systems enhance energy savings, improve air quality, and provide optimal lighting conditions, contributing to better concentration and productivity in various settings.
Overview of HF-SensorLights for Indoors
The document provides a detailed overview of the RS PRO series of high-frequency sensor lights designed for indoor use. These lights incorporate advanced technology to ensure precise detection and efficient lighting control.
Specifications and Features- High-Frequency Sensors: The lights feature state-of-the-art high-frequency sensors that offer accurate detection regardless of ambient temperature or movement direction.
- Chip-Controlled Electronic Ballasts: These ballasts provide rapid start-up, extra-long lamp life, and more light for the same power output. They eliminate starting flicker and hum, and include a gentle pre-heating system.
- Models: The RS PRO series includes models such as RS PRO 500, 1000, and 2000, each with varying power outputs and capabilities.
- Interconnectivity: The lights can be interconnected via wired or wireless modules, allowing for complex lighting systems with up to 32 addresses for wireless connections.
Technical Benefits- Energy Efficiency: The electronic ballasts are designed to minimize energy loss and maximize light output, contributing to a high European energy efficiency index (EEI).
- Durability: The lights feature durable aluminum bases and shades available in glass or impact-resistant plastic.
Accessories and Options- LED Modules: Optional LED modules provide orientation lighting, which can be mains-operated or battery-powered for independence from mains power.
- Emergency Lighting: An emergency lighting module is available for connection to emergency power systems, ensuring light availability during power failures.
- Designer Rings: Optional designer rings in white or silver allow for aesthetic customization of the lights.
Applications and Use Cases- The RS PRO series is suitable for a wide range of applications, including multi-storey car parks and other environments where concealed and reliable lighting is required.
- The lights are designed for professional use, offering features that meet various lighting needs efficiently.
Overview: The document provides detailed information on the RS PRO series of sensor-controlled lighting solutions, specifically designed for large spaces such as car parks, warehouses, and commercial properties. The focus is on high-frequency sensor lights that offer efficient and responsive illumination.
Specifications: The RS PRO series includes models 5000, 5002 LED, 5100, 5200, and 5500, each with specific features and capabilities. These models are equipped with high-frequency sensors operating at 5.8 GHz and 1 mW, providing a 360° detection angle and a reach setting of 1-8 meters. The luminaires are designed to be impact-resistant and have a slim-line, robust design.
Lighting Solutions: The RS PRO 5000 series offers various lighting solutions with different wattage options, including 2 x 28 W T5 tubes for the 5000 and 5002 models, and 2 x 54 W for the 5200 model. The 5100 model uses 1 x 54 W T5. The 5002 model includes integrated power-LEDs for basic illumination.
Features: Key features include the ability to interconnect individual luminaires, connect additional loads, and control settings via remote control. The luminaires have a burn-in function for fluorescent tubes and are equipped with high-quality stainless steel clips and polycarbonate light diffusers.
Applications: These lighting solutions are ideal for environments where temperature is not a factor, such as underground and multi-storey car parks, basements, and storage rooms. The RS PRO 5500 is particularly suited for corridors and passageways, offering rapid response to movement and long tube life.
Remote Control: The RC 2 remote control allows for easy adjustment of parameters such as sensor reach, time and twilight settings, and manual override. This remote control is compatible with the RS PRO 5000 – 5500 and DL 100 models.
Additional Information: The document includes light distribution curves for each model and details on emergency light shunts and other accessories. The RS PRO DL 100 is highlighted as a sensor-controlled downlight suitable for large installations, with settings adjustable only by remote control.
Emergency Light Shunt
The RS PRO emergency light shunt ensures lighting during mains power failures by switching to an independent power supply. It is compatible with RS PRO 5000, 5002 LED, 5100, and 5200 models.
RS PRO LED S1
The RS PRO LED S1 is a highly efficient, self-controlled light featuring a high-frequency sensor, LED technology, and a wireless communication system. It offers a 360° detection angle and can form light groups through wireless interconnection. The LED output is 18 W, and it operates within a temperature range of -10° to +50° C.
RS 50
The RS 50 is an entry-level light with a 13 W TC-DEL lamp and features a chip-controlled electronic ballast. It has a 360° detection angle and is suitable for smaller lighting tasks. The design includes an impact-resistant plastic shade and an aluminium base.
BRS Series
The BRS series lights are suitable for various settings, offering automatic or manual operation via a close-range sensor. They support 24 W lamps and feature a chip-controlled electronic ballast for efficient operation. The design includes opal glass shades and optional power sockets.
Sensor-Switched Floodlights
The range includes LED and halogen floodlights with or without sensors, offering various output levels and detection angles. These floodlights are designed for maximum efficiency and quality.
Overview: The document provides detailed information on various sensor-switched LED and halogen floodlights designed for professional use. These lighting solutions are engineered for efficiency, convenience, and ecological benefits, suitable for outdoor and large area lighting.
Specifications: The document outlines specifications for different models, including XLed, XLed-SL, HS 502, HS 152 XENO, and HS 2160 ECO. Key specifications include power consumption, detection range, angle of coverage, and additional switching capacities. The LED models boast energy savings of up to 70% and a lifespan of up to 50,000 hours.
Technological Features: The floodlights incorporate advanced technologies such as Active Thermo Control (ATC) for heat management, integrated electronic ballasts, and sensor systems with multiple detection levels and switching zones. The LED models are designed with flat, adjustable light heads for precise illumination.
Installation and Usage: The floodlights are suitable for wall and ground installation, with options for manual override and brightness control. They are designed to be user-friendly with fast installation processes and adjustable settings for time, twilight, and brightness.
Design and Innovation: The floodlights have received awards for their design, innovation, and ecological benefits. They feature sleek, flat-design light heads made of aluminum, providing well-spread light radiation and directional flexibility.
Applications: These lighting solutions are ideal for large open spaces, expansive properties, and sensitive common areas. They offer automated light management for energy efficiency and cost savings.
Accessories: Optional accessories include ground spikes and corner wall mounts to enhance installation flexibility.
Specifications:
- Maximum power for uncorrected, inductive loads (e.g., fluorescent lamps) is 200 W, and for electronic ballasts, capacitive loads (e.g., low-energy lamps) is 200 W with a maximum of 2 lamps each and ≤ 44 μF.
- Detection angle is 160° with a 40° angle of aperture and a maximum reach of 12 m.
- Sensor system includes 5 detection levels and 260 switching zones.
- Time setting ranges from 8 seconds to 30 minutes.
- Twilight setting ranges from 2 to 2000 lux.
- IP rating is IP 44, and safety class is I.
- Temperature range is from -20° to +40° C.
HS-S 150 W Slave Halogen Floodlight:
- Designed for wall and corner mounting, it connects to sensor-switched halogen floodlights with external switch output.
- Maximum rating is 150 watts, with a die-cast aluminum enclosure that can tilt and turn for precise adjustment.
- Includes a ceramic reflector and a linear ECO halogen lamp.
- Dimensions are 180 x 156 x 166 mm, with a voltage of 230 – 240 V/50 Hz.
- IP rating is IP 44, and safety class is I.
- Temperature range is from -20° to +40° C.
Wireless Sensor Systems:
- The Impulser range offers wireless communication at 868.3 MHz, providing reliable and interference-free connections.
- The system includes sensors, remote controls, and outdoor halogen floodlights, allowing for seamless integration of indoor and outdoor lighting.
- Features include fast installation, user-configured transmitters and receivers, and automated lighting for security and convenience.
- Wireless range is up to 100 m in open spaces and 30 m indoors.
Presence Control PRO IR Quattro:
- Offers 1760 switching zones for precise detection and square detection zones for exact planning.
- Battery-operated and mounted below the ceiling, it provides automated lighting control with a reach of up to 49 m².
- Operating frequency is 868.3 MHz, with a transmitter range of up to 100 m in open spaces and 30 m indoors.
IS-FS 300 Wireless Motion Detector:
- Provides a 300° angle of coverage and wireless surveillance of areas up to 300 m².
- Transmitter range is up to 100 m in open spaces and 30 m indoors.
- Features 10 detection levels and 720 switching zones.
XLed-FE 10 and XLed-FE 25 LED Floodlights:
- Integrated wireless receivers with LED light heads that can tilt and turn for precise adjustment.
- Offers energy savings and long-life LEDs, with a switching capacity of up to 800 W for resistive loads.
- Operating frequency is 868.3 MHz, with programming for up to 8 different transmitters.
HS-FE 150 Wireless Halogen Floodlight:
- Receives wireless signals from up to eight transmitters, with a die-cast aluminum housing that tilts and turns.
- Maximum lamp wattage is 150 W, with a switching capacity of up to 800 W for resistive loads.
- Operating frequency is 868.3 MHz, with programming for up to 8 different addresses.
Wireless Halogen Floodlight with Receiver (HS-FE 500)
The HS-FE 500 is a powerful wireless halogen floodlight capable of receiving signals from up to eight STEINEL Professional transmitters. It features a die-cast aluminium housing with adjustable tilt and turn capabilities. The floodlight is rated for 500 watts and operates at a voltage of 230-240 V/50 Hz with an IP rating of IP 44. It can be programmed with up to 8 different addresses.
Wireless Receivers (FE 8100 and FE 8200)
The FE 8100 and FE 8200 are wireless receivers that can handle signals from up to eight STEINEL Impulser transmitters. The FE 8100 is designed for surface mounting, while the FE 8200 is suitable for flush-mounting boxes. Both models operate at a frequency of 868.3 MHz and can switch loads on and off automatically. The FE 8100 has an IP rating of IP 54, and the FE 8200 has an IP rating of IP 20.
Wireless Module (MF1)
The MF1 is a bidirectional wireless module for sensIQ and RS PRO 1000/2000 systems. It allows for the creation of switching groups without the need for permanent cables. The module operates at a frequency of 868.3 MHz and supports up to 32 possible addresses.
Wiring Diagrams
The document provides detailed wiring diagrams for motion and presence detectors, including configurations for master/master and master/slave setups. These diagrams illustrate how to extend detection zones and manage load switching.
IP and IK Protection Ratings
The document explains the IP protection rating system, which classifies the level of protection against solid objects and water ingress. It also details the IK protection code, which defines the degree of protection against mechanical impacts.
Conformity Marks
Various conformity marks are described, including the VDE label, VDE-GS label, VDE-EMC mark, ENEC label, and CE label. These marks indicate compliance with safety and quality standards.
Safety Classes
The document outlines safety classes I, II, and III, which relate to the protection methods used in electrical equipment to ensure safety.