UV aging tester Chamber is designed for evaluating the resistant performance of non-metallic materials, organic materials under the specified conditions such as sunlight, temperature, and other climatic conditions.
This document provides information about the UV-263LS UV aging test chamber manufactured by Lisun Electronics Inc. It can evaluate how materials hold up under simulated sunlight and other weather conditions. The chamber has a working room size of 1170x450x500mm and uses 8 UVA lamps to provide irradiation. It can control temperature from RT+40°C to 70°C and humidity of 90% or more. The chamber tests material degradation from UV light, temperature, humidity and other factors.
This document provides information about the Xenon lamp aging test Chamber (XD-80LS) produced by Lisun Electronics Inc. It includes contact information for Lisun's global offices, a description of the product's functions and capabilities for simulating various environmental conditions, its technical specifications, and an overview of its components and control systems. The chamber uses a xenon arc lamp to simulate full spectrum sunlight and accelerate testing of materials durability. It allows testing under varying temperature, humidity, and light conditions.
The chamber fully complies with the requirements of Standard GB/T16585-1996, GB14522-93, GB/T16422.3-97, ASTMG53 and etc., provides the best UV sunlight simulation, and is easy to use and operate.
This document describes the Xenon lamp aging test Chamber (XD-80LS) produced by Lisun Electronics Inc. It can simulate various environmental conditions, including temperature from 0-80°C, humidity from 30-98% RH, and the full spectrum of sunlight, to test how materials age or degrade over time when exposed to different environments. The chamber uses a xenon arc lamp as its full-spectrum light source and has controls for temperature, humidity, rainfall, and other parameters. It is designed for scientific research, product development, and quality testing of materials.
The document describes a fully transparent radiator called SGG THERMOVIT® ELEGANCE. It has no visible heating elements and uses an electro conductive coating to heat two panes of laminated safety glass. It provides radiant heat at temperatures between 40-85°C. The radiator has electronic and mechanical protections against overheating and breakage. It can be installed in various ways and remotely controlled through a wireless thermostat.
Bench top High temperature muffles furnaces offer heating area and include a ceramic shelf to double furnace load capacity. Highly thermal-efficient ceramic insulation surrounding the chamber achieves maximum energy efficiency. Open coil heating elements on both sides of chamber enable rapid heating with minimal temperature gradient of 1400°C. For More Information Please Logon http://goo.gl/uSxLlW
The TT-708T Electric Loft Drier Laboratory Drying Oven is a piece of laboratory equipment used to dry, bake, and preheat various materials through hot air circulation to uniformly distribute temperatures. It has an interior size ranging from 300x300x400mm to 400x400x450mm, a temperature range of room temperature to 200°C or 300°C, and is made of carbon steel and steel plate with an anti-corrosion coating. The drying oven controls temperature through a microcomputer system for precise regulation between room temperature and 200°C/300°C.
Smit Ovens provides low-temperature solutions for sheet-to-sheet and roll-to-roll drying, curing, annealing, and sintering applications. They have decades of experience in high-temperature glass processing and are now focusing on developing technologies for applications like thin film photovoltaics and printed electronics that require temperatures below 150°C. Their solutions include convective dryers and photonic-based systems that use pulsed light to achieve the required temperatures for very short durations, preventing damage to heat-sensitive substrates. Smit Ovens works with research partners and uses modeling and simulation to optimize their systems for customers' low-temperature manufacturing needs.
This document provides information about the UV-263LS UV aging test chamber manufactured by Lisun Electronics Inc. It can evaluate how materials hold up under simulated sunlight and other weather conditions. The chamber has a working room size of 1170x450x500mm and uses 8 UVA lamps to provide irradiation. It can control temperature from RT+40°C to 70°C and humidity of 90% or more. The chamber tests material degradation from UV light, temperature, humidity and other factors.
This document provides information about the Xenon lamp aging test Chamber (XD-80LS) produced by Lisun Electronics Inc. It includes contact information for Lisun's global offices, a description of the product's functions and capabilities for simulating various environmental conditions, its technical specifications, and an overview of its components and control systems. The chamber uses a xenon arc lamp to simulate full spectrum sunlight and accelerate testing of materials durability. It allows testing under varying temperature, humidity, and light conditions.
The chamber fully complies with the requirements of Standard GB/T16585-1996, GB14522-93, GB/T16422.3-97, ASTMG53 and etc., provides the best UV sunlight simulation, and is easy to use and operate.
This document describes the Xenon lamp aging test Chamber (XD-80LS) produced by Lisun Electronics Inc. It can simulate various environmental conditions, including temperature from 0-80°C, humidity from 30-98% RH, and the full spectrum of sunlight, to test how materials age or degrade over time when exposed to different environments. The chamber uses a xenon arc lamp as its full-spectrum light source and has controls for temperature, humidity, rainfall, and other parameters. It is designed for scientific research, product development, and quality testing of materials.
The document describes a fully transparent radiator called SGG THERMOVIT® ELEGANCE. It has no visible heating elements and uses an electro conductive coating to heat two panes of laminated safety glass. It provides radiant heat at temperatures between 40-85°C. The radiator has electronic and mechanical protections against overheating and breakage. It can be installed in various ways and remotely controlled through a wireless thermostat.
Bench top High temperature muffles furnaces offer heating area and include a ceramic shelf to double furnace load capacity. Highly thermal-efficient ceramic insulation surrounding the chamber achieves maximum energy efficiency. Open coil heating elements on both sides of chamber enable rapid heating with minimal temperature gradient of 1400°C. For More Information Please Logon http://goo.gl/uSxLlW
The TT-708T Electric Loft Drier Laboratory Drying Oven is a piece of laboratory equipment used to dry, bake, and preheat various materials through hot air circulation to uniformly distribute temperatures. It has an interior size ranging from 300x300x400mm to 400x400x450mm, a temperature range of room temperature to 200°C or 300°C, and is made of carbon steel and steel plate with an anti-corrosion coating. The drying oven controls temperature through a microcomputer system for precise regulation between room temperature and 200°C/300°C.
Smit Ovens provides low-temperature solutions for sheet-to-sheet and roll-to-roll drying, curing, annealing, and sintering applications. They have decades of experience in high-temperature glass processing and are now focusing on developing technologies for applications like thin film photovoltaics and printed electronics that require temperatures below 150°C. Their solutions include convective dryers and photonic-based systems that use pulsed light to achieve the required temperatures for very short durations, preventing damage to heat-sensitive substrates. Smit Ovens works with research partners and uses modeling and simulation to optimize their systems for customers' low-temperature manufacturing needs.
Detailed explaination of how fire alarm system works in a building, its networking systems and what are the minimum requirements needed for a fire protection system in a building.
This document describes a prototype automatic fire alarm and extinguishing system. It works by using a thermostat to detect rises in temperature caused by fire. When fire is detected, the system sounds an audio alarm and activates a fire extinguishing system using a water pump. The system components include resistors, capacitors, transistors, diodes, a buzzer, LED, circuit board, wires and a transformer to power the system and convert AC to DC current required by the water pump. The thermostat senses temperature increases from fire to trigger the alarm and extinguishing response.
1800 °C Muffle Furnace offer heating area and include a ceramic shelf to double furnace load capacity. Highly thermal-efficient ceramic insulation surrounding the chamber achieves maximum energy efficiency. A built-in venting system removes contaminants and moisture. For More Information Please Logon http://goo.gl/SPzT1r
This document summarizes the System Sensor 5600 Series mechanical heat detectors, which provide property protection against fire. The detectors come in multiple configurations to accommodate different applications, including single-circuit and dual-circuit models with low and high temperature ratings and fixed or combination fixed/rate-of-rise activation. They have flexible mounting options and clear markings to identify the detector type and temperature rating. The detectors are UL listed and approved by additional agencies.
This document summarizes various methods of fire detection, including smoke, flame, and heat detection. It describes the phases of fire and how different sensor types detect fires at different phases. Smoke detectors use ionization chambers or photoelectric sensors. Flame detectors use spectral analysis to detect flickering frequencies unique to flames. Heat detectors include fixed temperature types and rate-of-rise types. Other detection methods discussed are air aspiration systems and gas sensors.
Testo thermography of micro electronicsTesto Limited
Thermal imaging cameras are useful for optimizing the layout of electronic components by allowing engineers to visualize temperature distributions and heat development over time without contact. High-resolution cameras are needed to measure the smallest structures reliably. The Testo 890 camera meets these needs with a 640x480 pixel detector and 42° lens, enabling resolution of structures as small as 113 micrometers. This allows engineers to record thermal processes in real time via fully radiometric video and analyze temperature measurements at any point to precisely study heat development and identify areas for improvement.
Bench top muffle furnaces are excellent for quantitative analysis and organic and inorganic ashing applications.For More Information Please Logon http://goo.gl/J1R4Yf
Learn the purpose compartmentation and fire doors. Understand code requirements, door types, and proper inspection methods.
Learning objectives:
- Know what codes and standards apply to fire doors
- Identify fire door types, components, and proper operation
- Conduct a fire door inspection to confirm compliance with codes and standards.
This document discusses active fire fighting systems, which aim to detect fires early, warn of emergencies, help people evacuate safely, and provide initial assistance. There are portable and fixed systems. Portable systems include fire extinguishers and blankets. Fire extinguishers come in different types suited to particular fire types, like water, foam, dry chemical, or CO2. Fixed systems permanently installed in buildings include wet and dry risers to supply water to upper floors, fire hydrants, sprinkler systems, fire alarms, and smoke/heat detectors. The document provides details on how each system works.
This document contains a list of 186 physics projects with their rates. The projects cover a wide range of topics including home appliance control, security systems, sensors for light, temperature, liquid levels and more. Many involve the use of microcontrollers, infrared technology, alarms and indicators. The list provides inexpensive electronics projects suitable for hobbyists, students and makers.
Needle flame tester is the needle-shaped burner by a certain size, fill the inside with a specific gas (butane), and at 45 ° angle by fixed time and certain direction to test products, Assess the fire hazard of small flames caused by fault conditions inside the equipment, depending on the test sample Whether ignited, and its ignition time and combustion Length.more view on http://www.qinsun-lab.com/Products/Property/Flammability/165.html
This document provides an overview and instructions for operating an automatic fire detection system at a hotel. It describes the key components of the system, including the Bosch FPA-5000 modular fire panel, intelligent addressable detectors, manual call points, and notification appliances. It explains how to install and connect the different detectors, operate the fire panel interface for bypassing zones, viewing history logs, and conducting drills and resets. The document also outlines the working principles of optical and thermal detectors and shows how to install and operate the manual call points.
Eddy current displacement sensors are used to measure the thickness of glass panes during manufacturing. The sensor hovers over the glass surface and measures through the glass to a metal plate behind it. Measurements can be read directly from the sensor and have high accuracy within a range of 15 mm, tolerances of ±0.03 mm, and resolution of 0.01 mm. The eddy current technique provides non-contact thickness measurement of glass and insulation materials without being affected by the material composition.
A fire detection and alarm system is used in hotels to detect fires and warn occupants. It consists of input devices like detectors, a control panel, and output devices like alarms. Detectors are placed strategically in critical areas like guest rooms, kitchens, laundries, restaurants, stairways, parking garages, and plant rooms based on potential fire hazards. The positioning of detectors considers factors like steam, heat sources, and air ventilation to avoid false alarms. A case study of Radisson Blu Hotel in Greater Noida, India illustrates a properly installed system across its 5 star premises according to fire safety standards.
A thermostat is a device that senses the temperature of a system and controls actions to maintain the temperature near a desired setpoint. It automatically cuts off the heat supply when the temperature rises above the setpoint and immediately resumes heating if the temperature falls below the setpoint. Common types of thermostats include bimetallic, liquid, thermometer, and vapor pressure thermostats. A bimetallic thermostat uses a strip made by melting brass and invar together that bends due to their different expansion rates, opening and closing an electrical contact to turn a heating coil on and off.
Fire detection and alarm systems are installed to notify occupants of a fire, summon assistance to fight fires, and initiate automatic suppression systems. There are different types of automatic alarm initiating devices like heat, smoke, and flame detectors that sense fire. Indicating devices like audible alarms and visible strobes alert people of a fire. Automatic alarm systems transmit alarm signals off-site to notify emergency responders. These systems are supervised to ensure proper operation and may include auxiliary functions to support firefighting and safety.
Fundamental training on Fire Detection & Alarm SystemSabrul Jamil
This is a basic training on Fire Detection and Alarm System, created to give my colleagues from non-engineering divisions a comprehensive brief on the system. This is most suitable for individuals with little or no technical knowledge. This training introduces the devices and the system in a whole, not how to design it.
1800 °C Muffle Furnace offer heating area and include a ceramic shelf to double furnace load capacity. Highly thermal-efficient ceramic insulation surrounding the chamber achieves maximum energy efficiency. A built-in venting system removes contaminants and moisture. For More Information Please Logon http://goo.gl/wWM2hi
This document provides information about the Xenon lamp aging test Chamber (XD-80LS) produced by Lisun Electronics Inc. It includes contact information for Lisun's global offices, a description of the chamber's components and capabilities, such as its ability to control temperature, humidity, and simulate sunlight. Specifications of the chamber such as its size, temperature and humidity ranges, and power requirements are also listed.
High temperature-pressure-jet-waterproof-test-chamber世满 江
This document is a brochure for the Lisun Electronics Inc. JL-9K1L High Temperature & Pressure Jet Waterproof Test Chamber. The chamber tests protection levels up to IPX9K and simulates natural environments. It has a stainless steel interior, observation window, adjustable nozzle angles and spray settings, and controls for temperature, pressure, rotation and more.
High temperature-pressure-jet-waterproof-test-chamber世满 江
This document is a brochure for the Lisun Electronics Inc. JL-9K1L High Temperature & Pressure Jet Waterproof Test Chamber. The chamber tests protection levels up to IPX9K and simulates natural environments. It has a stainless steel interior and exterior, a 1000x1000x1000mm working chamber, adjustable water temperature up to 80°C, and a test time adjustable from 0-90 seconds. The chamber rotates samples on a turntable at 5-17 rpm while spraying them from four nozzles at adjustable angles and distances between 100-200mm at pressures from 8000-10000 kPa.
Detailed explaination of how fire alarm system works in a building, its networking systems and what are the minimum requirements needed for a fire protection system in a building.
This document describes a prototype automatic fire alarm and extinguishing system. It works by using a thermostat to detect rises in temperature caused by fire. When fire is detected, the system sounds an audio alarm and activates a fire extinguishing system using a water pump. The system components include resistors, capacitors, transistors, diodes, a buzzer, LED, circuit board, wires and a transformer to power the system and convert AC to DC current required by the water pump. The thermostat senses temperature increases from fire to trigger the alarm and extinguishing response.
1800 °C Muffle Furnace offer heating area and include a ceramic shelf to double furnace load capacity. Highly thermal-efficient ceramic insulation surrounding the chamber achieves maximum energy efficiency. A built-in venting system removes contaminants and moisture. For More Information Please Logon http://goo.gl/SPzT1r
This document summarizes the System Sensor 5600 Series mechanical heat detectors, which provide property protection against fire. The detectors come in multiple configurations to accommodate different applications, including single-circuit and dual-circuit models with low and high temperature ratings and fixed or combination fixed/rate-of-rise activation. They have flexible mounting options and clear markings to identify the detector type and temperature rating. The detectors are UL listed and approved by additional agencies.
This document summarizes various methods of fire detection, including smoke, flame, and heat detection. It describes the phases of fire and how different sensor types detect fires at different phases. Smoke detectors use ionization chambers or photoelectric sensors. Flame detectors use spectral analysis to detect flickering frequencies unique to flames. Heat detectors include fixed temperature types and rate-of-rise types. Other detection methods discussed are air aspiration systems and gas sensors.
Testo thermography of micro electronicsTesto Limited
Thermal imaging cameras are useful for optimizing the layout of electronic components by allowing engineers to visualize temperature distributions and heat development over time without contact. High-resolution cameras are needed to measure the smallest structures reliably. The Testo 890 camera meets these needs with a 640x480 pixel detector and 42° lens, enabling resolution of structures as small as 113 micrometers. This allows engineers to record thermal processes in real time via fully radiometric video and analyze temperature measurements at any point to precisely study heat development and identify areas for improvement.
Bench top muffle furnaces are excellent for quantitative analysis and organic and inorganic ashing applications.For More Information Please Logon http://goo.gl/J1R4Yf
Learn the purpose compartmentation and fire doors. Understand code requirements, door types, and proper inspection methods.
Learning objectives:
- Know what codes and standards apply to fire doors
- Identify fire door types, components, and proper operation
- Conduct a fire door inspection to confirm compliance with codes and standards.
This document discusses active fire fighting systems, which aim to detect fires early, warn of emergencies, help people evacuate safely, and provide initial assistance. There are portable and fixed systems. Portable systems include fire extinguishers and blankets. Fire extinguishers come in different types suited to particular fire types, like water, foam, dry chemical, or CO2. Fixed systems permanently installed in buildings include wet and dry risers to supply water to upper floors, fire hydrants, sprinkler systems, fire alarms, and smoke/heat detectors. The document provides details on how each system works.
This document contains a list of 186 physics projects with their rates. The projects cover a wide range of topics including home appliance control, security systems, sensors for light, temperature, liquid levels and more. Many involve the use of microcontrollers, infrared technology, alarms and indicators. The list provides inexpensive electronics projects suitable for hobbyists, students and makers.
Needle flame tester is the needle-shaped burner by a certain size, fill the inside with a specific gas (butane), and at 45 ° angle by fixed time and certain direction to test products, Assess the fire hazard of small flames caused by fault conditions inside the equipment, depending on the test sample Whether ignited, and its ignition time and combustion Length.more view on http://www.qinsun-lab.com/Products/Property/Flammability/165.html
This document provides an overview and instructions for operating an automatic fire detection system at a hotel. It describes the key components of the system, including the Bosch FPA-5000 modular fire panel, intelligent addressable detectors, manual call points, and notification appliances. It explains how to install and connect the different detectors, operate the fire panel interface for bypassing zones, viewing history logs, and conducting drills and resets. The document also outlines the working principles of optical and thermal detectors and shows how to install and operate the manual call points.
Eddy current displacement sensors are used to measure the thickness of glass panes during manufacturing. The sensor hovers over the glass surface and measures through the glass to a metal plate behind it. Measurements can be read directly from the sensor and have high accuracy within a range of 15 mm, tolerances of ±0.03 mm, and resolution of 0.01 mm. The eddy current technique provides non-contact thickness measurement of glass and insulation materials without being affected by the material composition.
A fire detection and alarm system is used in hotels to detect fires and warn occupants. It consists of input devices like detectors, a control panel, and output devices like alarms. Detectors are placed strategically in critical areas like guest rooms, kitchens, laundries, restaurants, stairways, parking garages, and plant rooms based on potential fire hazards. The positioning of detectors considers factors like steam, heat sources, and air ventilation to avoid false alarms. A case study of Radisson Blu Hotel in Greater Noida, India illustrates a properly installed system across its 5 star premises according to fire safety standards.
A thermostat is a device that senses the temperature of a system and controls actions to maintain the temperature near a desired setpoint. It automatically cuts off the heat supply when the temperature rises above the setpoint and immediately resumes heating if the temperature falls below the setpoint. Common types of thermostats include bimetallic, liquid, thermometer, and vapor pressure thermostats. A bimetallic thermostat uses a strip made by melting brass and invar together that bends due to their different expansion rates, opening and closing an electrical contact to turn a heating coil on and off.
Fire detection and alarm systems are installed to notify occupants of a fire, summon assistance to fight fires, and initiate automatic suppression systems. There are different types of automatic alarm initiating devices like heat, smoke, and flame detectors that sense fire. Indicating devices like audible alarms and visible strobes alert people of a fire. Automatic alarm systems transmit alarm signals off-site to notify emergency responders. These systems are supervised to ensure proper operation and may include auxiliary functions to support firefighting and safety.
Fundamental training on Fire Detection & Alarm SystemSabrul Jamil
This is a basic training on Fire Detection and Alarm System, created to give my colleagues from non-engineering divisions a comprehensive brief on the system. This is most suitable for individuals with little or no technical knowledge. This training introduces the devices and the system in a whole, not how to design it.
1800 °C Muffle Furnace offer heating area and include a ceramic shelf to double furnace load capacity. Highly thermal-efficient ceramic insulation surrounding the chamber achieves maximum energy efficiency. A built-in venting system removes contaminants and moisture. For More Information Please Logon http://goo.gl/wWM2hi
This document provides information about the Xenon lamp aging test Chamber (XD-80LS) produced by Lisun Electronics Inc. It includes contact information for Lisun's global offices, a description of the chamber's components and capabilities, such as its ability to control temperature, humidity, and simulate sunlight. Specifications of the chamber such as its size, temperature and humidity ranges, and power requirements are also listed.
High temperature-pressure-jet-waterproof-test-chamber世满 江
This document is a brochure for the Lisun Electronics Inc. JL-9K1L High Temperature & Pressure Jet Waterproof Test Chamber. The chamber tests protection levels up to IPX9K and simulates natural environments. It has a stainless steel interior, observation window, adjustable nozzle angles and spray settings, and controls for temperature, pressure, rotation and more.
High temperature-pressure-jet-waterproof-test-chamber世满 江
This document is a brochure for the Lisun Electronics Inc. JL-9K1L High Temperature & Pressure Jet Waterproof Test Chamber. The chamber tests protection levels up to IPX9K and simulates natural environments. It has a stainless steel interior and exterior, a 1000x1000x1000mm working chamber, adjustable water temperature up to 80°C, and a test time adjustable from 0-90 seconds. The chamber rotates samples on a turntable at 5-17 rpm while spraying them from four nozzles at adjustable angles and distances between 100-200mm at pressures from 8000-10000 kPa.
The Clean Oven Crate is your solution for effortlessly maintaining a spotless oven.
Say goodbye to stubborn grease and grime with this comprehensive cleaning kit. Designed
to tackle even the toughest oven messes, this crate includes everything you need for a
thorough oven cleaning experience.
The LED Lumen Maintenance and Life Test System include two parts of function:LED
lumen maintenance life and also measure the LED colorimetric parameters maintenance curve such as CCT, Chromaticity and spectrum.
The document is a test report from Lisun Electronics evaluating the lumen maintenance and color stability of white LED samples from OSRAM Lighting over 6,000 hours of operation. Key findings include:
- The samples maintained over 96% of their initial lumen output after 6,000 hours and were predicted to reach L70 and L50 ratings of over 33,000 hours based on TM-21 projections.
- Chromaticity shift was small, within a du'v' range of -0.0001 to 0.0018 over the test period.
- No sample failures occurred and performance was stable under the test conditions of 55°C case temperature and 6,000 hour duration.
This brochure describes the Thermal Resistance & Spectroradiometer System for LED (TRS-1000) from Lisun Electronics Inc. The TRS-1000 allows for integrated testing of optical, color, electrical, and thermal parameters of LEDs. It monitors parameters like junction temperature, thermal resistance, chromaticity, and luminous flux in real-time as temperature is varied from 5-90°C. The system configuration includes an LED spectroradiometer, thermal and electrical performance analyzer, temperature control device, standard light source, and integrating sphere.
According to IESNA LM-80-2008, LM-82 and TM-21, it will record the lumen for L70, L50 and L30, the software is based on Arrhenius model to calculate the LED life
Lisun Electronics Inc. is a leader in lighting and electrical test instruments with global offices in Hong Kong, Shanghai, Los Angeles, and Hangzhou. The document describes Lisun's Water Pressure Test Apparatus (WPD-A) which is used to pressure test water storage type water heaters in compliance with IEC60335/GB4706.12 standards. The WPD-A features a 900L water storage tank, temperature control from 5-85°C, pressure testing up to 2.5MPa controlled automatically via PLC and interface. It includes stainless steel and aluminum construction, power and control systems, flow and pressure sensors, and touch screen interface.
This document provides information about Lisun Electronics Inc., a leader in lighting and electrical test instruments. It includes contact information for Lisun Group's global offices in Hong Kong, Shanghai, Los Angeles, and Hangzhou. The second page describes the CHL-5LED Phosphor Relative Brightness Tester, which tests the phosphor relative brightness and forward voltage of LED light sources. It lists the tester's specifications, working principles, and provides a diagram of the testing process.
This document describes the LED Driver Aging Rack (LEDRACK-100W192P) from Lisun Electronics Inc. The rack can test up to 192 LED driver products simultaneously based on standards like IEC62384 and GB24825-2009. It includes the aging rack, control system, and LED load modules. The aging rack has 6 layers to test drivers under various load modes and conditions while the control system software monitors and records testing data in real-time.
This document describes the LED Driver Aging Rack (LEDRACK-100W192P) from Lisun Electronics Inc. The rack can test up to 192 LED driver products simultaneously based on standards like IEC62384 and GB24825-2009. It includes the aging rack, control system, and LED load modules. The aging rack is over 20 feet long and can accommodate different driver output interfaces. The control system software allows setting test parameters and monitoring results in real-time.
Thermal resistance spectroradiometer system for led世满 江
This document describes the Thermal Resistance & Spectroradiometer System for LED (TRS-1000) produced by Lisun Electronics Inc. The TRS-1000 allows for integrated testing of optical, color, electrical, and thermal parameters of LEDs. It monitors parameters such as junction temperature, thermal resistance, chromaticity, and luminous flux in real-time as it varies the temperature between 5-90°C using a temperature controlled clamp. The system complies with international standards and includes software for data collection and analysis.
Why choose high-performance induction heating machine for the metal melting application. In this PPT, I list the advantages of our induction heating machine which used in the metal melting field. May you can get some points from my PPT.
Thanks.
Yours
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A Constant temperature and humidity test chamber, also known as constant temperature and humidity testing machine, constant temperature and humidity test chamber, programmable humidity test chamber, thermostat or constant temperature and humidity box, for testing materials in a variety of environments performance equipment and test each It is suitable for testing the quality of electronics, electric appliances, mobile phones, telecommunications, instruments, vehicles, plastic products, metals, foodstuffs, chemicals, building materials, medical treatment, and aerospace products, etc.,
Lisun Electronics Inc. is a leader in lighting and electrical test instruments with global offices in Hong Kong, Shanghai, Los Angeles, and Hangzhou. The document describes Lisun's Energy Dispersive X-ray Fluorescence Spectrometer (EDX-2) which can detect and analyze over 75 chemical elements and fully meet the RoHS testing requirements to restrict pollution from electronic waste. The 6-page brochure provides specifications, installation instructions, operating procedures, and an example test report for the EDX-2.
Lisun Electronics Inc. is a leader in lighting and electrical test instruments headquartered in Hong Kong with offices in Shanghai, Los Angeles, and Hangzhou. The brochure describes Lisun's Energy Dispersive X-ray Fluorescence Spectrometer (EDX-2) which can detect and analyze over 75 chemical elements and fully meets the testing requirements of the RoHS directive restricting hazardous substances. The EDX-2 offers high accuracy testing in 60-300 seconds to test for cadmium, lead, mercury, chromium, and bromine content.
The document is a brochure for the UV-263LS UV aging test chamber manufactured by Lisun Electronics Inc. It describes the features and specifications of the chamber, which is designed to evaluate how materials hold up under simulated sunlight and other weather conditions. Key details include its internal dimensions, temperature and humidity ranges, UV lamp specifications, sample holder sizes, and automatic controls for temperature, lighting, condensation, and spraying cycles. Safety devices and features of the heating, humidity, and temperature control systems are also outlined.
The document is a brochure for the JL-UL UL Water Spray Test Device produced by Lisun Electronics Inc. It describes the device as testing electrical and electronic products under simulated rainy conditions according to UL standards. The device consists of three nozzles above and one nozzle below to test for UL rain and 45-degree sprinkler conditions. It provides specifications such as dimensions, adjustable height range, number of nozzles, flow rates, and pressure requirements.
Lisun Electronics Inc. is a leader in lighting and electrical test instruments. The document provides information on test corners, which are used for temperature rise testing. It lists the technical specifications of the test corners including dimensions, thermocouple details, temperature measuring points, and materials. Basic configuration and installation/operation instructions are also included.
Lisun Electronics produces a line of spectrophotometers under the HSCD series for measuring color. The brochure provides contact and location information for Lisun's global offices and factories. It also summarizes the key features and technical specifications of the HSCD spectrophotometer models, including their measurement capabilities, sensors, color indicators, repeatability, and optional accessories.
This document is a brochure for Lisun Electronics Inc. that describes their line of spectral colorimeters. It provides contact and location information for Lisun's global offices in Hong Kong, Shanghai, and Los Angeles. The brochure then describes the technical specifications and features of four models of spectral colorimeters - SCD-380, SCD-385, SCD-386, and SCD-388. It provides details on their illumination sources, sensors, measurement capabilities, data storage and display options, and other technical details.
Lisun Electronics provides a full suite of lighting test instruments including a scientific grade CCD spectroradiometer, integrating spheres, power supplies, and software. The document describes the company's spectroradiometer, optical fibers, power supplies, power meters, AC power sources, integrating spheres, standard lamp sources, and cabinet options for creating a complete LED testing system.
This document is a brochure for Lisun Electronics Inc. that provides information about their portable CCD spectroradiometer product line. It lists contact information for their global offices in Hong Kong, Shanghai, and Los Angeles. It then describes the key features and specifications of their LMS-6000 series of devices that can measure parameters like illuminance, color temperature, chromaticity coordinates, and spectral distributions. It provides example interface screenshots and an example test report output.
Lisun Electronics Inc. is a leader in lighting and electrical test instruments with global offices in Hong Kong, Shanghai, Los Angeles, and Hangzhou. The brochure describes the Oxygen Bomb (YD-KD) aging tester, which tests wire, cable, rubber, and polymer materials under pressure and temperature conditions in oxygen or compressed air. The Oxygen Bomb has a maximum working pressure of 4.0MPa, safety blasting pressure of 2.7-3.3MPa, temperature range of 0-200°C, and tank volume of 4000cm3. It meets the testing requirements of IEC60335-1.
Lisun Electronics provides an optical radiation safety test system that measures the safety of lighting and electrical devices according to international standards. The system includes a spectroradiometer, retinal radiance meter, motorized goniometer, calibration sources, and software. It tests for hazards like UV exposure, blue light, and thermal radiation from 200-3000nm. The system identifies maximum exposures and classifies products' safety levels.
This document provides information on Lisun Electronics Inc., including contact information for their global offices in Hong Kong, Shanghai, and Los Angeles. It also describes Lisun's Near Field Type C Goniophotometer (LSG-1900B) and provides specifications and test results for the device. The goniophotometer is used to measure the photometric parameters of luminaires, such as spatial intensity distribution curves.
The document is a brochure for Lisun Electronics Inc. that provides information about their LSG-3000CCD Moving Detector Goniospectroradiometer system. It includes specifications for the system such as measurement capabilities, accuracy standards, and laboratory requirements. It also lists contact information for Lisun Electronics' global offices and describes features of the system like measurement principles and data output formats.
Lisun Electronics provides lighting test instruments including a moving detector goniospectroradiometer (LSG-5000CCD) for measuring the spatial luminous intensity distribution and other photometric parameters of luminaires. The LSG-5000CCD system rotates a luminaire and detects light with two moving mirrors and a detector to directly measure light from the luminaire. It can test in accordance with various lighting standards and export data for use in lighting design software.
The document provides information on the Lisun Electronics Inc. LSG-3000 Moving Detector Goniophotometer system for measuring the spatial distribution of luminous intensity of luminaires. The system meets various industry standards and can test luminaires such as floodlights, street lights, and interior lights. It provides measurement of photometric properties such as luminous intensity, illuminance, luminance, beam angles, and luminous flux.
Lisun Electronics provides a brochure describing their LSG-5000 Moving Detector Goniophotometer system for measuring the photometric properties of luminaires. The system includes a goniometric rotating console, photometer, software and various accessories. It is capable of measuring properties such as luminous intensity distribution, beam angles, efficiency and more in accordance with various international standards. The document provides details on system components, measurement principles, specifications, laboratory requirements and applications.
The brochure describes Lisun Electronics Inc., a leader in lighting and electrical test instruments, and their UV Lamp Test System which uses a high precision UV spectroradiometer, dark testing case, and other accessories to test the spectrum, radiant power, efficiency, color rendering index, correlated color temperature, and electric parameters of UV lamps. The system provides testing of UV lamps' spectral power distribution, radiant irradiance, peak wavelength, half bandwidth, UVA, UVB, and UVC output as well as the lamp's voltage, current, power, and power factor. An example test report is also included showing results for a sample
Lisun Electronics produces LED power driver test instruments including the WT2080. The WT2080 can measure input/output characteristics of LED drivers including voltage, current, power, power factor, harmonics, and startup characteristics. It tests according to industry standards and is used with other Lisun test equipment. The document provides details on the WT2080 specifications, functions, and an example test report showing results from testing an LED driver.
Lisun Electronics Inc. is a leader in lighting and electrical test instruments with offices in Hong Kong, Shanghai, Los Angeles, and Hangzhou. The document advertises Lisun's LED Driver Online Tester models LEDLS-60 and LEDLS-12 which can test LED driver input and output parameters on production lines. The LEDLS-60 has 10 channels to test 60 parameters at once while the LEDLS-12 can test 12 parameters at once. Both models provide quick testing within 20 seconds for the LEDLS-60 and 2 seconds for the LEDLS-12.
This document provides information on Lisun Electronics' line of lighting test instruments, including a CCD spectroradiometer, integrating spheres, power meters, and other accessories. It lists the company's locations and contact information and then describes each product's specifications and applications for testing LED luminaires and single LEDs according to industry standards. The line includes systems for measuring light intensity, spectrum, color, and electrical characteristics of lighting products.
Lisun Electronics produces a hot wire ignition tester that meets IEC60695-2-20 and GB4943 standards. The tester uses a 0.5mm diameter nickel-chromium heating coil to wrap samples for 5 cycles at 5.4N tension and 6.35mm distance. Samples are heated for 8-12 seconds at 0.26W/mm and then tested at that power for 120 seconds to determine ignition and ignition time for assessing fire risk. The tester has adjustable heating and testing times and powers and can accommodate various sample sizes.
High precision-spectroradiometer-integrating-sphere-system-9000b世满 江
The document provides contact and location information for Lisun Electronics Inc., a manufacturer of electrical test instruments. It lists various precision testing devices for properties like light spectrum, color, and electrical parameters. The instruments can test properties of LEDs, lamps, luminaires and other lighting products. It also provides order numbers, specifications and application information for products like spectroradiometers, integrating spheres, power supplies and more.
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Uv aging-test-chamber
1. Brochure
Global Office of Lisun Electronics Inc.
http://www.Lisungroup.com
Lisun Group (Hong Kong) Limited
Add: Room 803, Chevalier House, 45-51 Chatham Road South, Tsim Sha Tsui, KL, HK
Tel: 00852-68852050 Fax: 00852-30785638
Email: SalesHK@Lisungroup.com
Lisun Electronics (Shanghai) Co., Ltd
Add: 113-114, No. 1 Building, Nanxiang Zhidi Industry Park, No. 1101, Huyi Road, Jiading
District, Shanghai, 201802, China
Tel: +86(21)5108 3341 Fax: +86(21)5108 3342
Email: SalesSH@Lisungroup.com
Lisun Electronics Inc. (USA)
Add: 445 S. Figueroa Street, Los Angeless, CA 90071, U.S.A.
Email: Sales@Lisungroup.com
Lisun China Factory
Add: NO. 37, Xiangyuan Road, Hangzhou City, Zhejiang Province, China
Tel: +86-189-1799-6096
Email: Engineering@Lisungroup.com
Leader in Lighting & Electrical Test Instruments
Rev. 10/18/2019
UV aging test Chamber
(UV-263LS)
2. Lisun Electronics Inc. Sales@Lisungroup.com www.Lisungroup.com
-Page 1 -
UV aging test Chamber is designed for evaluating the resistant performance of
non-metallic materials, organic materials (plastics, paints, coatings, rubbers, etc.)
under the specified conditions such as sunlight, temperature, and other climatic
conditions. It creates a man-made testing environment imitating the natural light
source such as sunlight and other damages in the nature, such as rain and dew
damage, to impose on the materials and to assess the degree of color changing and
fading under the accelerated environment conditions. The chamber fully complies
with the requirements of Standard ISO 4892-1, ISO 4892-3, GB/T16585-1996,
GB14522-93, GB/T16422.3-97, ASTMG53 and etc., provides the best UV sunlight
simulation, and is easy to use and operate.
Main configuration:
Working room: 1170×450×500mm (L*W*H)
Outside dimension:1300×550×1480mm (L*W*H)
Material (internal & external): 304SUS stainless steel
Sample holder:Aluminum alloy frame plate
Controller: Color touch-screen programmable controller
Irradiation lamp:UVA-340 8pcs (4pcs on each side, total 2 sides)
Protecting power supply from circuit overload, short circuit, over-temperature
and water shortage by residual-current circuit breaker (RCCB)
3. Lisun Electronics Inc. Sales@Lisungroup.com www.Lisungroup.com
-Page 2 -
Specifications:
Temperature range:RT+40℃~70℃, Temperature uniformity:±1℃
Temperature fluctuation:±0.5℃, Humidity range:≥90%RH
Distance between lamps:70mm
Distance between sample and lamp: 50±3mm
Irradiance: 1.0W/m2
adjustable
Temperature, lighting, condensation, spraying and test cycle are adjustable
Lamp:L=1200/40W (8pcs UVA life ≥2000hrs)
Controller:color touch-screen programmable controller
Way of temperature control:PID + SSR
Standard size of testing sample:75×290mm (Special size can be customized)
Sink depth:25mm auto control
Effective irradiation area:900×210mm
UV wavelength:UVA range is 315-400nm
Testing time:0~999H(adjustable)
Temperature of irradiation blackboard:50℃~70℃
Standard sample holder:24 inches
The tester is equipped with automatic spraying function
4. Lisun Electronics Inc. Sales@Lisungroup.com www.Lisungroup.com
-Page 3 -
System description:
The test chamber has elegant appearance and manufactured with numerical
control equipment and advanced technology.
The material of test chamber is 1.2mm 304 SUS high quality stainless steel.
The air channel of test chamber adopts single-cycle system, equipped with
imported axial fan to improve the air flow, heating capacity and temperature
uniformity.
Lamp:Special UV lamp, toal 8pcs of two rows (40W/pc)
Lamp life:above 2000hrs
Water and consumption:tap water or distilled water (8L/day)
Total 8pcs UVA lamps installed on both side of the working chamber.
Tank-type heating: fast heating up, uniform temperature.
Tank cover: Bi-direction flip type, easy to turn off.
The tank automatically fills water to prevent damage to heating pipes without
water.
The sample holder made of stainless steel and or aluminum alloy.
The bottom of the chamber adopts high quality fixed PU wheels.
The drainage system use u-shaped plot sinks drainage.
Sample surface parallels to the UV light plane.
The sprinkler system installed with automatic sprinkler, pressure is adjustable.
Safety Protection Devices:
Ground protection
Power overload short-circuit breaker
Circuit overload control、short-circuit fuse
Water shortage protection
Over temperature protection
5. Lisun Electronics Inc. Sales@Lisungroup.com www.Lisungroup.com
-Page 4 -
Temperature control
UV:
In the UV process, temperature can be set at any point between 50℃~70℃,
depending on the light level and the indoor environmental temperature.
Temperature of the device is adjusted by a controller with a microcomputer
calculation functions to direct air heater, water heater and a series of other systems
within the device.
Humidity:
With the rising of temperature, the destructivity of moisture on material will
increase rapidly. Therefore, temperature control is the basic requirement for the
process of humidifying. In order to generate acceleration effect, it requires
maintaining a high temperature in the humidified process. So, in the condensation
process, temperature will be set at any point between 40 ℃ ~ 60 ℃.
Heating system:
Adopting u-shaped titanium alloy high-speed electric heating pipe.
Temperature control and lighting system are two completely independent
systems.
Output power of the temperature controlled by microcomputer.
Heating system equipped with over-temperature protect function.
Blackboard temperature is controlled and heated by color touch screen
programmable scanner or digital buttons temperature controller. Power output
is calculated by the microcomputer. PID is self-tuning and monitor is equipped
with standard PT100 temperature sensor blackboard.
Sink temperature is controlled and heated by Korean color touch screen
programmable temperature controller. The sink locates in the lower part of the
chamber, plus built-in electric heater. During the test, one of the sections is dark
condensation process, which require the chamber inside is able to produce
saturated steam with higher temperature. When the steam encountered
relatively cold model surface, it will condense dew on the model surface.
Working conditions:
Environmental temperature:5℃ ~+32℃
Environmental humidity:≤85%
Power:AC220(±10%)V, 50HZ, two phase three wires
Pre-installed capacity:5kW