Introduction
Sammode is a company established in 1927, specializing in durable lighting solutions for industrial environments. Their products are designed to withstand extreme temperatures and are known for their French design and manufacturing quality.
Durability and Dependability
Sammode's luminaires are robust, long-lasting, and adaptable, using high-quality materials and innovative technologies. They offer a 5-year guarantee, emphasizing efficiency and minimal operating costs.
Sustainable Lighting
The company focuses on environmental responsibility by using recyclable materials and reducing waste, aiming to limit energy consumption and resource use.
Innovation and LED Technologies
Sammode is committed to research and innovation, particularly in LED technologies, which enhance functionality, precision, and energy savings. Their products meet demanding technical specifications and undergo rigorous quality control.
Types of Lighting
- General Lighting: For large industrial spaces.
- Task Lighting: For smaller spaces.
- Hall Lighting: For high industrial halls.
- Compact Design: For confined spaces.
Materials and Design
Materials like stainless steel and borosilicate glass are used to ensure durability. The tubular design enhances mechanical strength and ingress protection.
Seal and Wiring Issues
Challenges with traditional seals can lead to water ingress and electrical malfunctions. Silicon insulation woven with glass fiber is used to ensure durability.
Fixings and Technical Considerations
Luminaires use wraparound strap fixings for easy installation. Various technical strap fixings cater to different needs, optimizing component geometry and strap elasticity.
Connectors and Vibration Resistance
Luminaires feature an IP68/IP69K plug-in connector for easy maintenance and comply with IEC 60068-2-6 vibration resistance standards.
LED Technology and Thermal Management
Emphasizes the importance of temperature management and protection from chemical pollution to ensure a long operational life.
Optical Management and System Efficiency
LEDs require specific optical management. System efficiency is a key metric, considering the entire luminaire system's performance.
Specifications and Standards
Community (Zhaga compatible) LED modules are standardized for interchangeability. The EN 62471 standard categorizes light sources into risk groups based on potential health risks.
Quality and Partnerships
High-quality modules from European manufacturers are emphasized, with rigorous selection and testing processes.
Lighting Technologies
Various lighting technologies are discussed, including T8 and T5 fluorescent tubes and compact fluorescent lamps.
Power Supplies
Details the use of electronic ballasts and drivers for LED and fluorescent technologies, emphasizing energy efficiency.
Regulatory Compliance
References EU regulations, specifically EC 245/2009, setting eco-design requirements for industrial lighting products.
Product Features and Benefits
Lighting solutions are durable and suitable for demanding environments, offering resistance to impacts, humid atmospheres, and UV radiation.
Applications and Use Cases
Applicable in various industrial settings, designed for large spaces with specific requirements.
Technical Data and Options
Provides detailed technical data for different product versions, including light output and power consumption.
Energy Performance and Efficiency
Emphasizes energy performance, with products designed to operate efficiently at temperatures up to 40 °C.
Overview
Focuses on the Darwin series and other lighting solutions designed for extreme environments, highlighting key features like imperviousness and UV resistance.
Specifications
Details on light sources, optics, control gear, power supply, and materials used in construction.
Key Features
Impervious luminaires resistant to UV rays, oils, and hydrocarbons, with easy lamp change and maintainability.
Options and Accessories
Various cable entry options and accessories like protective roofs and fixings for columns.
Lighting Solutions for Extreme Environments
Designed to withstand high vibration, corrosive agents, and temperature variations.
Technical Data for LED Modules
High efficiency LED modules with 155 lm/W and 50,000 hours lifespan.
Method of Construction
Housing constructed in one piece with high mechanical and chemical resistance.
Materials
Polycarbonate housing with a coextruded layer of PMMA, stainless steel end caps, and EPDM gaskets.
Principal Part Numbers
Details for various models, including lumens, designation, part numbers, and consumption.
Options
Finishings, housing materials, and cable entries available for customization.
Accessories
Includes protective roof and fixings for columns.
Key Features
Plug&Play installation, suitable for repeated switching, high resistance to corrosion.
Product Variants
Details for Stevin 133, Stevin 100, Einstein 133 T8, Einstein 100 T8, Einstein 133 T5, and Einstein 100 T5.
Specifications
Focuses on technical and material properties, designed for high resistance to environmental factors.
Materials
Housing made of polycarbonate with a coextruded PMMA layer, end caps and fixing straps made of Stainless Steel 304L.
Technical Data
High-efficiency LED modules and T8 lamps, with control gear rated for industrial use.
Product Variants
Available in various configurations for new installations and retrofits.
Key Features
Designed for plug-and-play installation, high resistance to vibrations and corrosion.
Options and Accessories
Different finishings, cable entries, and disconnectable plugs available.
Applications
Suitable for general lighting in extreme environments.
Overview
Focuses on industrial luminaires designed for extreme environments, highlighting high resistance to aggressive chemical environments.
Key Features
Impervious, resistant to aggressive chemical environments, high resistance to vibrations and corrosion.
Specifications
Details for different models, including Einstein 133 IND PY T8, Einstein 100 IND PY T5, Leslie 133, and Leslie 100.
Technical Data
High-efficiency light sources, resistant electronic control gear, borosilicate glass housing.
Materials and Construction
Borosilicate glass housing, stainless steel components, high mechanical and chemical resistance.
Standards and Compliance
Meets various standards, including imperviousness, shock resistance, fire resistance, and vibration resistance.
Options and Accessories
Different finishings, reinforced fixing straps, cable entries, and disconnectable plugs available.
Applications
Suitable for general lighting in extreme environments.
Key Features- Impervious luminaires resistant to external UV-rays, oils, and hydrocarbons.
- Easy lamp change and durable construction.
- Suitable for demanding environments with high mechanical and chemical resistance.
Specifications- Light sources include T5, T8, and compact fluorescent lamps, as well as high-efficiency LED modules.
- Operating temperature ranges from -20°C to +40°C, depending on the model.
- Electrical class I with a power supply of 220-240 V, 50/60 Hz.
- Imperviousness ratings of IP66, IP68, and IP69K, with shock resistance of IK10 and fire resistance up to 650°C.
Materials and Construction- Housing made of polycarbonate protected by a coextruded layer of PMMA.
- End caps and fixing straps made of Stainless Steel 304L.
- Patented SLIDE opening system for easy maintenance.
Standards and Compliance- Meets severe application requirements of EN 60598-1 and tested according to CEI 60068-2-6 for vibration resistance.
Options and Accessories- Various cable entry options in black polyamide or nickel-coated brass.
- Disconnectable plugs and output cords available for easy installation and maintenance.
- Protective roof and column fixings available as accessories.
Applications- Designed for use in extreme environments with high levels of vibration, hydrocarbons, corrosive agents, and temperature variations.
- Suitable for both standard and high-risk electrical systems.
Overview
The document provides detailed specifications and features of various lighting products, focusing on their technical data, construction, materials, and compliance with standards. It includes information on cable glands, disconnectable plugs, and accessories.
Specifications
The lighting products are designed with high efficiency LED modules, offering a lifespan of 50,000 hours at maximum operating temperature. They feature a CRI greater than 80 and are equipped with a satin diffuser to minimize glare. The power supply is 220-240 V, 50/60 Hz, and they are classified as Electrical Class I.
Construction and Materials
The luminaires are constructed with a single-piece housing made of polycarbonate protected by a coextruded layer of PMMA. End caps and fixing straps are made of Stainless Steel 304L, and gaskets are made of EPDM. The products are designed to be impervious, with IP66, IP68, and IP69K ratings, and have a shock resistance of IK10.
Standards and Compliance
The products meet the severe application requirements of the standard EN 60598-1 and are tested according to CEI 60068-2-6 for vibration resistance. They also have a fire resistance rating of 650 °C.
Key Features
The luminaires are impervious, resistant to external UV-rays, and have high resistance to corrosion and vibrations. They are durable and maintainable, suitable for extreme environments, and feature plug-and-play installation with disconnectable plugs.
Options and Accessories
Various options are available, including different cable gland sizes, reinforced fixing straps, and protective roofs. The products also offer different optic configurations, such as intensive and extensive reflectors.
Overview
The document provides detailed specifications and features of various industrial lighting solutions, focusing on their construction, materials, standards, and key features. It includes information on different models such as Cugnot 100, Bunsen 100, Crookes 100, and Einstein 100, highlighting their technical data, options, and accessories.
Specifications
Each lighting model is constructed with high mechanical and chemical resistance materials, primarily using polycarbonate housing protected by a coextruded layer of PMMA, and stainless steel 304L for end caps and fixing straps. The gaskets are made of EPDM. The luminaires are designed to be impervious with ratings of IP66, IP68, and IP69K, and have a shock resistance of IK10 or IK07, depending on the model. They also meet fire resistance standards and are tested for vibration resistance according to EN 60598-1.
Technical Data
The lighting solutions use various light sources, including T8 and T5 lamps, and high-efficiency LED modules. They are equipped with different types of control gear, such as ferromagnetic and electronic drivers, and are designed to operate within specific temperature ranges. The power supply is typically 220-240 V, 50/60 Hz, and they are classified as Electrical Class I.
Key Features
The luminaires are designed for durability and maintainability, with features such as plug-and-play installation, high resistance to vibrations and corrosion, and long maintenance intervals. They are suitable for repeated switching on and off and are resistant to aggressive chemical environments and external UV rays.
Options and Accessories
Various options are available, including different finishings for end caps and fixing straps, cable entries in black polyamide or nickel-coated brass, and disconnectable plugs. Accessories such as protective roofs and fixings for columns are also offered.
Principal Part Numbers
The document lists part numbers for different configurations of each model, specifying the lumens, power consumption, optic type, color temperature, and length.
Specifications
The document outlines the specifications for various lighting solutions, focusing on their construction, materials, and performance standards. The lighting solutions include models like Einstein 133 PY T5, Leslie 100, Napier 100, and Einstein 100 HT PY, each with specific power, temperature, and housing details.
Technical Data
Each model is equipped with high-efficiency LED modules or T8 lamps, with varying power outputs and operating temperatures. The control gear is designed to handle high temperatures and voltage surges, ensuring durability and reliability.
Materials and Construction
The housings are made from borosilicate glass, with stainless steel end caps and fixing straps. The construction ensures high mechanical and chemical resistance, with long-lasting imperviousness achieved through axial screw fittings.
Standards and Resistance
The products meet several standards, including imperviousness (IP66, IP68, IP69K), shock resistance (IK07), fire resistance (non-flammable), and vibration resistance (EN 60598-1).
Options and Accessories
Various options are available, such as different cable entries, disconnectable plugs, and reinforced fixing straps. Accessories include protective roofs and column fixings.
Key Features
The luminaires are designed to be impervious, resistant to aggressive chemical environments, and highly resistant to vibrations and corrosion. They are durable and maintainable, suitable for extreme environments.
Applications
The document also highlights applications in industrial settings, particularly in production halls, where robust lighting solutions are required. The Fresnel 133 range is noted for its suitability in severe environments, offering rapid installation and easy maintenance.
Overview
This document provides detailed specifications and features of lighting solutions designed for industrial environments, particularly focusing on production halls and inspection pits. The products are engineered to withstand harsh conditions such as dust, humidity, vibration, and extreme temperatures.
Specifications- Light Sources: Options include High Pressure Sodium (HPS), Metal Iodine (MI) lamps, and high-efficiency LED modules.
- Optics: Reflectors available in intensive, extensive, and semi-intensive beams to meet various lighting requirements.
- Control Gear: Includes ferromagnetic and electronic drivers, with features like voltage surge resistance.
- Materials: Use of stainless steel, tempered glass, and polycarbonate for durability and resistance to chemicals.
- Standards: Products meet IP65 to IP69K for imperviousness, IK07 to IK10 for shock resistance, and fire resistance standards.
Product Features- Floodlights: Designed with the TILT system for easy maintenance and robust construction, suitable for environments like steelmaking and ports.
- Huygens Series: Offers solutions for both compact spaces and remote gear locations, facilitating maintenance.
- Inspection Pit Lighting: Special optics and robust casings ensure visual comfort and durability in demanding environments.
Key Features- Easy access for maintenance with front-opening designs.
- High resistance to aggressive environments and corrosion.
- Durable construction with long-lasting materials.
Applications
The products are trusted by major companies in various industries, including steel, port operations, and energy sectors, highlighting their reliability and performance in challenging conditions.
Specifications and Standards
The document outlines the specifications for various lighting solutions, emphasizing their compliance with high standards of imperviousness (IP66, IP68, IP69K), shock resistance (IK10), fire resistance (650 °C), and vibration resistance as per EN 60598-1 standards.
Product Details
The Foucault 70 and Darwin series are highlighted, with details on lumens, power consumption, and temperature ratings. The Foucault 70 offers LED technology with a light output ranging from 2000 to 3330 lumens, suitable for environments with a maximum temperature of 35 °C. The Darwin series, designed for T5 fluorescent tubes, provides low glare lighting suitable for industrial workstations.
Key Features
The luminaires are designed for durability and ease of maintenance, featuring a patented SLIDE system for easy lamp changes and robust power supplies resistant to electrical interference. They are also resistant to oils, hydrocarbons, and UV rays.
Options and Accessories
Various options are available, including stainless steel finishings, reinforced fixing straps, and disconnectable plugs. Accessories such as protective roofs and column fixings are also offered.
Optical Management
The document describes optical solutions for directional and diffuse lighting, with mirror-polish aluminum reflectors for directional lighting and satin-finish diffusers for glare reduction.
Installation and Maintenance
The CLOSE’N CONNECT system is highlighted for its ergonomic design, allowing for easy installation and maintenance without compromising the seal or light direction.
Overview
The document provides detailed specifications and features of various lighting solutions designed for industrial and clean room environments. It highlights the use of high-efficiency LED modules and compact, durable designs suitable for harsh conditions.
Specifications- Light Sources: Options include T8, T5 lamps, and high-efficiency LED modules.
- Optics: Available in extensive and intensive reflectors made from anodised aluminum for wide or narrow beam lighting.
- Control Gear: Hot cathode electronic control gear with energy efficiency index A2.
- Power Supply: 220-240 V, 50/60 Hz, Class I electrical classification.
- Operating Temperature: Ranges from -20 °C to +35 °C depending on the model.
- Construction: Features include a one-piece housing with reinforced sealing, automatic electrical connection on closure, and maintenance without cable intervention.
- Materials: Polycarbonate housing with PMMA protection, stainless steel components, and EPDM gaskets.
- Standards: Compliance with IP66, IP68, IP69K for imperviousness, IK10 for shock resistance, and fire resistance up to 650 °C.
Key Features- Compact design suitable for confined spaces.
- Durable and maintainable with resistance to oils, hydrocarbons, and high-pressure cleaning.
- Plug&Play installation with disconnectable plugs for easy maintenance.
- Suitable for environments requiring frequent switching and long maintenance intervals.
Clean Room Lighting- Designed for high-tech industries requiring high cleanliness standards.
- Features include easy cleaning surfaces, robust power supplies, and efficient thermal management.
- Installation involves inset luminaires into ceilings with secure sealing and maintenance from above.
Options and Customizations- Available in different power ratings and configurations with optional stainless steel finishings.
- Customizable with hinged fixing straps, disconnectable plugs, and various optic designs.
Overview: The document provides detailed specifications and features of various industrial lighting products designed for use in environments requiring high resistance to aggressive cleaning agents and efficient energy consumption. The products include Pasteur T8, Pasteur T5, and Calmette, each tailored for specific lighting needs and environments.
Product Specifications:- Pasteur T8: Designed for two T8 fluorescent tubes with G13 fittings, offering energy efficiency suitable for industrial sites. It features a durable casing resistant to aggressive detergents and easy maintenance.
- Pasteur T5: Utilizes two T5 fluorescent tubes with G5 fittings, providing higher luminous flux density, recommended for higher-level installations.
- Calmette: Employs high-efficiency LED modules optimized for environments with temperatures above zero, reducing the number of light sources needed and suitable for sensor-controlled lighting.
Technical Data:- Light sources include high-efficiency LED modules and T5/T8 lamps.
- Optics feature reflectors in anodized aluminum and light mixing chambers.
- Control gear is industry-rated, resistant to voltage surges, and supports voltage peaks.
- Power supply is 220-240 V, 50/60 Hz, with electrical class I.
- Operating temperature ranges from -20 °C to +40 °C.
- Connection via disconnectable plug with specific cable dimensions.
Construction and Materials:- Casing constructed in two parts for maintenance from above, with embedding from the bottom into the ceiling.
- Protective covers made from PMMA and UV-resistant polycarbonate, compatible with cleaning agents.
- End caps and fixing straps made from stainless steel 304L, with casing and top cover in white-coated steel sheet.
Standards and Resistance:- Imperviousness rated IP66, IP68 for clean rooms, and IP65 for maintenance areas.
- Shock resistance rated IK09 for PMMA and IK10 for polycarbonate covers.
- Fire resistance up to 850 °C for polycarbonate covers.
Options and Accessories:- Various mounting and fixing options, including yoke mounts and screw fixing straps.
- Cable entries with different ingress protection ratings and materials for specific environmental conditions.
- Spare parts and additional accessories available for customization and maintenance.
Key Features:- Maintenance can be performed outside of the production area.
- Plug&Play installation with disconnectable plugs.
- Resistant to aggressive detergents and easy to clean.
- Durable and maintainable luminaires suitable for industrial applications.
Specifications and Lighting Solutions
The document outlines various lighting solutions and specifications for industrial and general lighting applications. It includes details on different types of reflectors and lighting designs such as the Huygens SEP extensive reflector, Niépce 70 FV, Darwin 100 FV, and Foucault 70. The document also discusses low glare lighting options and compact designs for specific models like the Niépce 70 T8 and T5 with various reflector types.
Lighting Standards and Recommendations
The document references the EN 12464-1 standard for indoor workplaces, specifying recommended lighting levels for different areas such as circulation areas, stairs, lifts, loading bays, and various industrial activities. It provides detailed lux levels for tasks ranging from general machine work to precision assembly and inspection in industries like chemicals, electronics, and vehicle construction.
Outdoor Lighting Standards
According to the EN 12464-2 standard, the document specifies lighting levels for outdoor workplaces, including circulation areas, industrial sites, and specific tasks in railways, water plants, and shipyards. It emphasizes the importance of using local lighting for certain tasks to ensure safety and efficiency.
Fluorescent and LED Lighting
The document provides technical data on fluorescent lamps, including power consumption, luminous flux, and lifespan. It discusses the benefits of long-life and eco lamps, highlighting their energy efficiency and reduced maintenance costs. The document also covers high-intensity discharge lamps and their applications.
Calculating Luminous Flux
Instructions are provided for calculating the luminous flux of a luminaire, emphasizing the importance of considering both the quantity and direction of light for effective lighting solutions. The document includes examples and encourages consultation with technical teams for product selection.
Safety and Maintenance
The document briefly touches on safety concerns related to LED tubes, noting that while major manufacturers offer safe solutions, some hazardous products remain in use. It suggests that many LED tubes have been withdrawn from the market due to safety issues.
Introduction
This document outlines the compliance and benefits of LED lighting systems, specifically in relation to the European Union's Rapid Alert System and the Low Voltage Directive 2006/95/EC. It also discusses the EN 6059 standard and the implications of replacing traditional lighting with LED sources.
Benefits of LED Lighting
LED lighting offers significant advantages such as reduced energy consumption, longer lifespan, simple maintenance, and easy end-of-life replacement compared to traditional lighting sources.
Drawbacks of Replacing Fluorescent Lamps with LED Tubes
Replacing fluorescent lamps with LED tubes in existing luminaires can invalidate EC certification. This modification often requires changes to wiring and components, voiding warranties and potentially reducing lighting quality and service.
Company Vision and Product Philosophy
The company believes in a coherent assembly of light source, power supply, and casing. They emphasize using the same technology for replacement light sources to maintain performance and offer LED products designed around standardized modules for optimal energy efficiency and lifespan.
Maintenance and Cleaning Recommendations
Regular cleaning of luminaires and stainless steel components is recommended to maintain appearance and resistance. Specific cleaning methods are advised to avoid damage.
Ingress Protection (IP) and Impact Resistance (IK) Specifications
The document details the IP and IK ratings, which indicate protection against solid objects, moisture, and impact. Sammode luminaires are rated for high levels of ingress protection and impact resistance, ensuring durability in various environments.
Electrical Safety and Fire Resistance
Sammode luminaires comply with electrical safety classes I, II, and III, and pass glow wire tests for fire resistance, ensuring safety in high-risk environments.
Conclusion
Sammode's commitment to quality and design ensures their luminaires are suitable for demanding environments, with a focus on long-term performance and easy maintenance. The document also provides contact information for further inquiries.