Tools & Hardware

PRODUCT DESCRIPTION Zirconia Ceramic Blasting Media B20 INTRODUCTION Low dust content, high degree of sphericity, smooth spherical and high toughness ensure excellent performance of ceramic sand products. They are suitable for sandblasting the surfaces of various steel, aluminum and other non-ferrous metal alloys to remove oxides, rust, sand, coatings and burrs. FEATURES Lower wear rate: Ceramic beads has smooth surface and round solid shape,it can be rebunded in multi-angles,so it has lower wear rate in blasting process. High hardness and toughness: Ceramic beads contains 62-66% ZrO2,it has higher hardness over 700HV and fracture toughness,which willplay an important role in blasting process. APPLICATION Ceramic beads can be used for blast pretreatment beforecoating or plating. Among all surface cleaning methods, the ceramic beads sandblasting method is a thorough, universal, and extensive method, because: 1. Sandblasting is more efficient, thorough and cheaper than other pretreatment processes. 2. The sandblasting process allows you to freely choose the cleanliness and roughness of your workpiece.

Salt Spray Test Chamber Salt Fog Test ASTM B117 Salt Spray ChamberSalt Spray Test Chamber is applicable to the salt spray corrosive test for the protection layer of components, parts, electronic and electrical parts and metal materials and industrial products. The salt fog test chamber meets the following standards: IEC60068-2-11 (GB/T2423.17), GB/T10125, GB/T1771, ISO9227, ASTM-B117, GB/T2423-18, QBT3826, QBT3827, IEC 60068-2-52, ASTM-B368, MIL-STD- 202, EIA-364-26, GJB150, DIN50021-75, ISO3768, 3769, 3770; CNS 3627, 3885, 4159, 7669 etc. Specifications: • A waterproof structure is adopted between the chamber cover and chamber body, thus there is no salt spray overflow. • Adopts the tower spraying system and equipped with the salt solution filter system and non-crystal nozzle so as to realize even salt spray distribution and freely adjustable settlement. • The Salt Spray Chamber Working room temperature range:RT+5ºC~50ºC (The setting value cannot be lower than the current ambient temperature); Saturated barrel temperature: +40°C~+63°C; • Brine temperature: preheated by laboratory temperature; Temperature uniformity: ≤ ±2°C; Temperature fluctuation: ≤ ±1°C; • The Salt Spray Test time: 0-99,999m (adjustable); Settlement: 1-2ml/80cm²/h; • The Salt Spray Test Chamber Spray method: NSS (neutral) test, AASS (acidic) test, CASS (copper acceleration) test, custom test, programmable test, each test can choose continuous spray or intermittent spray (according to industry standards). The ratio of each test solution has a corresponding explanation in the test setting interface. • Sample holder: at an angle of 15 to 30 degrees from the vertical surface (with sample standard placed). Other irregular samples are recommended to remain tilted. The V-groove has a single weighing capacity of 3KG, and the O- bar has a single bearing capacity of 5KG. It is strictly forbidden to place samples under heavy weight. How do you do a salt spray test? 1. First power on the salt spray test chamber (plug in) 2. Press the red power switch panel from left to right, respectively: the low water level A light is on, the low salt water B light is on, and the low water level C light is on. 3. Pour distilled water directly into the test chamber, wait until the water level A indicator light off, and stop adding water. […more…] How Long does a Salt Spray Test Take? The Salt Spray Test Chamber is an environmental test equipment that evaluates the corrosion resistance of products or metal materials by artificially simulating salt spray environmental conditions. The chloride concentration in the salt spray environment can be several or tens of times the salt spray content of the general natural environment, which greatly increases the corrosion rate. The salt spray testing of the product can greatly shorten the time to obtain the result. For example, if a product is tested in a natural exposure environment, it may take 1 year for its corrosion, while a test in salt spray test chamber may take as long as 24 hours to obtain similar results. How to use a salt spray test chamber to determine the corrosion resistance of LED lamps? Salt spray test is a kind of environmental reliability test, mainly used to test the corrosion resistance of metal materials of lamps. In order to verify whether the metal parts on the product will corrode when exposed to the atmosphere or other environments, the product can be placed in the use environment for a long enough time, such as a product life cycle. This is time- consuming and labor-intensive. In practice, it is rarely used, so a convenient method is needed to evaluate the corrosion resistance of the product.

Minimum Order: 1 bags

SC-015 Dust-proof Test Chamber (Sand Dust Chamber) is applied to physical and other related performance tests for electronic and electrical products, lamps, electrical cabinets, electrical components, automobiles, motorcycles and their parts and other products under simulated dust climate conditions. After the measurement, it is judged whether the performance of the product meets the requirements through verification, so as to facilitate the design, improvement, verification and factory inspection of the product. Comply meets IEC60529:1989 +A1:1999 +A2: 2013 ,IEC60598-1, GB2423.37-89 (Test L: dust test methods), GB4208, GB/T 4942.2-93(protective casing grade of low-voltage apparatus), GB7000.1 9.2.1, 9.2.2 and Figure 6, DIN40050 and IP5K0. The dust test chamber is applicable to the IP5X and IP6X dustproof test of the products. Specifications: • Temperature range: RT+10~50ºC • Standard wire warp of metal net: 50um; Standard spacing between wires: 75um • Test dust: dry talc powder; Talc powder dosage: 2~4kg/m; Dust reduction method: free dust reduction • Total test time: 0~999H (adjustable); vibration time: 0~999H (adjustable); timing accuracy: ±1 second • Vacuum: 0~10Kpa (adjustable); Pumping speed: 0~4800L/H (adjustable) • Power supply of test samples: single-phase 220V/50Hz or 100V/60Hz • Safety protection function: leakage protection, short circuit protection • The shell is made of domestic high-quality steel plate, and the surface is sprayed with paint, which is beautiful and durable. • The inner box, sample rack, etc. are made of stainless steel plates to ensure that they will not rust for a long time. • There is a transparent observation window (toughened glass material) on the door, and an LED lighting lamp is installed in the box to facilitate the observation of the internal test situation. • There is a device for replacing dust at the bottom of the device, which can easily 100% replace the used dust. • A special device is installed to ensure that the dust does not stick to the wall and condense. The working time of the device is adjustable, and it can work automatically and alternately. • There is a suction pipe in the box, which can complete the vacuum action on the sample (require the sample to reserve the suction hole position). • Dust chamber testing control system: 7-inch touch screen + Panasonic PLC. The dust blower, dust vibration and total test time can be controlled separately. This controller has the following various arbitrary setting control functions: 1. Dust blowing time (stop, blowing): can arbitrarily choose any of continuous and periodic dust blowing time to setting; 2. Vibration time: vibration and stop vibration time are automatically alternated; 3. Preset test time: the maximum test time is 99 hours and 59 minutes; • Heating system: The circulating air duct is equipped with a heater to heat the dust to avoid dust condensation. The heat of the muffler mica sheet heating ring is safe and stable. • Vacuum system: equipped with vacuum pump, vacuum pressure, air filtration, flow meter, pressure regulating triplet, connecting pipe.

Minimum Order: 1 bags

What is goniophotometer definition? LSG-1890B/LSG-1800A goniophotometer is automatic goniophotometric instrument for luminous intensity distribution measurements with facility for rotating the light source. The LSG-1890B/LSG-1800A uses a constant temperature detector, Japanese motor and German precision angle coder which keep the test results with high accuracy. It is for industrial laboratory photometric data measurement of all kinds of luminaries such as LED luminaries, HID lamps, fluorescent lamps and so on. Standard: Full meet the EN13032-1 clause 6.1.1.3 goniophotometer type 1, COMMISSION DELEGATED REGULATION (EU) 2019/2015, CIE-70, CIE-121, IES LM-79, IES LM-75, IES LM-80 and ect. Measurement: Luminous Intensity Data, Luminous Intensity Distribution, Zonal Luminous Flux, Luminaries Efficiency(Option),Luminance Distribution,Coefficient Of Utilization, Luminance Limitation Curves Glare, Maximum Ratio of Distance to Height, Equal Illuminance Diagrams, Curves of Luminaires VS Lighting Area, Isocandela Diagrams, Efficient Luminescence Angle, EEI, UGR, etc. Specification: • The goniophotometric instrument can do the B-β test with two pillars and the C-γ test with single pillar & multi-function jigs • Test Max Luminaires size and weight: LSG-1890B is 2000mm/60kg and LSG-1800A is 1600mm/50kg • The tested luminaries rotates around an angle of (γ)±180°(or 0-360°) and the tested luminaries rotates around itself with an angle of (C)±180°(or 0- 360°) • Luminosity Testing Range: Illuminance 0.01lx~99,999lx; Light Intensity 1.0cd~10^7cd (detector) • Angle accuracy: LSG-1890B is 0.1°, LSG-1800A is 0.2° • Photometry Accuracy: CIE Class A (Class L is option) • Testing Accuracy: 2%(Under Standard lamp); Stray Light: less than 0.1% • English version software can run in Win7, Win8 or Win10, Win11 • LISUN goniophotometer software can export CIE, IES, LDT and other format files. These kinds of format files can be transferred by other illumination and luminaire design software such as DiaLux. What are the types of goniophotometer? The types of Goniophotometers can be basically divided into Type A, Type B and Type C. For a detailed description, please refer to the 1987 edition of CIE 70. The difference between them lies in the way the lighting equipment rotates during the measurement and the photometric data obtained during this measurement. How does goniophotometer measures? Goniophotometer is a device used to measure the light distribution performance of lamps. Goniophotometer measures the spatial light intensity distribution of lamps or light sources, total luminous flux and lamp efficiency and other parameters. Goniophotometer need to work in larger darkroom. Use low-reflectivity materials in the room to avoid reflected light from entering the probe. Depending on the arrangement of the measuring light path, two measurement schemes can be used to measure the luminous flux: the illuminance integral method and the luminous intensity integral method.

Minimum Order: 1 bags

EMI receiver system for EMI (Electromagnetic Interference) radiation conduction or conducted emissions testing. The EMI-9KB EMI receiver is produced by the full closure structure and strong electro-conductibility material, which has high shielding effect. Due to the new technology for the EMI Test System, it solved the instrument self-EMI problem. The test results are according to the international format test report. The EMI Test System EMI-9KB fully meets CISPR15:2018, CISPR16-1, GB17743, FCC, EN55015 and EN55022. System Configurations: • EMI-9KC Test System includes: EMI-9KC EMI Receiver built-in Attenuator (9K- 1GHz), LISN-A Artificial Network Power (16A with RS-232 communicate), CDNE-M316 Coupling/Decoupling Network for Emission, 3pcs Isolation Transformers and cables. • EMI-9KB Test System includes: EMI-9KB EMI Receiver (9K-300MHz), LISN-A Artificial Network Power (5A), CDNE-M316 Coupling/Decoupling Network for Emission, 3pcs Isolation Transformers, Attenuator and cables. • EMI-9KA Test System includes: EMI-9KA EMI Receiver (9K-30MHz), LISN-A Artificial Network Power (5A), 3pcs Isolation Transformers, Attenuator and cables. Option instruments to work with the EMI-9KC, EMI-9KB and EMI-9KA EMI receivers: • LISUN LSP-500VARC/LSP-1KVARC Pure Sine Wave AC Power Source for EUT • LISUN SDR-2000B Magnetic Shielding Cabinet for the EMI Receiver System • LISUN VVLA-30M Three Loop Antenna to test 9k-30MHz Radiation • LISUN AB-CLP Absorbing Clamp to test the Home Applications & motor tools Specification: • Detection frequency range: 9kHz~1GHz (EMI-9KC), 9kHz~300MHz (EMI-9KB), 9kHz~30MHz (EMI-9KA) • Frequency stability: 1×10^-6 • Frequency resolution: (9kHz~150kHz) 30Hz; (150kHz~30MHz) 1kHz • Test Tolerance: ±2 dB • Measure and Detection method: PK, QP and AV • Measure range from 20dBμV to 140dBμV • Frequency scanning step length: 20Hz~2MHz • Sweep bandwidth: 200Hz; 9kHz; 120kHz • Connect PC via USB cable and software can run on Win7, Win8 and Win10, Win11 What is EMI receiver? Electromagnetic Interference (EMI receiver) is electronic noise that interferes with cable signals and reduces signal integrity. EMI Receiver is usually generated by electromagnetic radiation sources such as motors and machines. EMI Receiver (Electromagnetic Interference) has two types: conducted interference and radiated interference. Conducted interference refers to the coupling (interference) of signals on one electrical network to another electrical network through a conductive medium. Radiated interference refers to the interference source coupling (interference) its signal to another electrical network through space. How to test EMI Interference? Electromagnetic disturbance that degrades the performance of electrical equipment or electronic device, works abnormally or fails. It can be divided into conducted interference test and radiated interference test. LISUN EMI-9KB is an automatic EMI receiver system for EMI (Electromagnetic Interference) radiation conduction or conducted emissions testing. It can do both conducted interference test and radiated interference test. What's the difference between EMI and EMS? EMC (Electro Magnetic Compatibility) literally translates to "electromagnetic compatibility". EMI (Electromagnetic Interference) "Electromagnetic Interference" can be understood as attack type. There are two types of EMI, conducted interference and radiated interference. EMS (Electro Magnetic Susceptibility) literally translates to "electromagnetic sensitivity", which we can understand as defensive type, which means the ease of performance degradation due to electromagnetic energy. Noted: According to latest CISPR15:2018 standard, you need to use CDNE-M316 (Coupling/Decoupling Network for Emission) to instead the CDN. The CDNE-M316 worked with EMI receiver system is equivalent to test radiated electromagnetic disturbance of electric lighting appliance with frequency from 30M-300mHz

Minimum Order: 1 bags

Product Description The SG61000-5 fully automatic surge generator (also called lightning surge immunity test, combination wave generator, surge current generator/surge voltage generator, combined surge voltage and current generator) . How does a surge generator work? The SG61000-5 surge generator provides a common basis for evaluating the resistance of power cords and internal connectors of different equipment to high energy transient interference caused by natural lightning surge induction and large capacity load switching. It fully meets the IEC 61000-4-5, EN61000-4- 5 and GB/T17626.5 standards.

Minimum Order: 1 bags

LPCE-2 Integrating Sphere Spectroradiometer LED Testing System is for single LEDs and LED lighting products light measurement. LED's quality should be tested by checking its photometric, colorimetric and electrical parameters. According to CIE 177, CIE84, CIE-13.3, IES LM-79-19, Optical-Engineering-49-3- 033602, COMMISSION DELEGATED REGULATION (EU) 2019/2015, IESNA LM-63-2, IES-LM- 80 and ANSI-C78.377, it recommends to using an array spectroradiometer with an integrating sphere to test SSL products. The LPCE-2 system is applied with LMS- 9000C High Precision CCD Spectroradiometer or LMS-9500C Scientific Grade CCD Spectroradiometer, and A molding integrating sphere with holder base. This sphere is more round and the test result is more accruacy than the traditional integrating sphere. Measures: • Colorimetric: Chromaticity coordinates, CCT, Color Ratio, Peak Wavelength, Half Bandwidth, Dominant Wavelength, Color Purity, CRI, CQS, TM-30 (Rf, Rg), Spectrum Test • Photometric: Luminous Flux, Luminous Efficiency, Radiant Power, EEI, Energy Efficiency Class, Pupil Flux, Pupil Flux Efficiency, Pupil Factor, Cirtopic Flux, Plant Growth Lamp PAR and PPF • Electrical: Voltage, Current, Power, Power Factor, Displacement Factor, Harmonic • LED Light Decay Test according to LM-80: Flux VS time, CCT VS time, CRI VS time, Power VS time, Power Factor VS time, Current VS time and Flux Efficiency VS time. Option: The LPCE-2(LMS-9000C) or LPCE-2(LMS-9500C) work with a IS-1.5MT Constant Temperature Integrating Sphere and TMP-8 Multiplex Temperature Tester can fully meet IES LM-82 High Precision LPCE-2(LMS-9000C) System Configuration (It is suitable for the Middle & Small Manufactory or General Test Lab): High Precision CCD Spectroradiometer (LMS-9000C), Optical Fiber (CFO-1.5M), Digital Power Meter (LS2050B/LS2050C/LS2012), DC Power Source (DC Series), AC Power Source (LSP-500VARC or LSP-500VARC-Pst), Integrating Sphere (IS-1.5MA and IS-0.3M), Standard Light Source (SLS-50W and SLS-10W), 19 Inch Cabinet (CASE- 19IN). You can download the detail PDF here: LPCE-2 (LMS-9000C) High Precision CCD Spectroradiometer Integrating Sphere System Brochure Specification: • Spectral Wavelength Accuracy: ±0.3nm, Wavelength Reproducibility: ±0.1nm • Sample Scanning Steps: ±0.1nm • Accuracy of Chromaticity Coordinate (Δx, Δy): ±0.002 (under Standard A Lamp) • Correlated Color Temperature CCT: 1,500K~100,000K, CCT Accuracy: ±0.3% • Color Rendering Index Range: 0~100.0, Accuracy: ±(0.3%rd±0.3) • Luminous Flux Range: 0.01-200,000lm; Photometric linear Accuracy: ±0.5% • Stray light: <0.015%(600nm) and <0.03%(435nm) • Integration Time: 0.1~10,000ms • It can measure the temperatures inside and outside of integrating sphere • Flux testing method: spectrum, photometric and spectrum with photometric revision • The system includes the auxiliary lamp device and the software includes self- absorption function • It can measure the temperatures inside and outside of integrating sphere • Connect with PC via USB cable. The English version software can be run in Win7, Win8, Win10 and Win11 (The driver was Certificated by Microsoft) • The LM-79 Photometric, Colorimetric and Electricity report can be exported PDF and LED Optical Maintenance test report can be exported Excel or PDF. Scientific Grade LPCE-2(LMS-9500C) System Configuration (It is suitable for the Big & Middle Manufactory or Third Party Test Lab): Scientific Grade CCD Spectroradiometer (LMS-9500C), Optical Fiber (CFO-1.5M), Digital Power Meter (LS2050C), DC Power Source (DC Series), AC Power Source (LSP-500VARC or LSP-500VARC-Pst), Integrating Sphere (IS-1.5MA and IS-0.3M), Standard Light Source (SLS-50W and SLS-10W), 19 Inch Cabinet (CASE-19IN). You can download the detail PDF here: LPCE-2 (LMS-9500C) Scientific Grade CCD Spectroradiometer Integrating Sphere System Brochure Specification: • CCD detector: Hamamatsu TE-cooled (Temp: -10°C ±0.05°C) high sensitivity back-thinned detector • Spectral wavelength accuracy: ±0.2nm, Resolution: ±0.1nm, Sample scanning steps: ±0.1nm • Accuracy of chromaticity coordinate (Δx, Δy): ±0.0015 (under Standard A Lamp) • Correlated color temperature CCT: 1, 500K~100, 000K, CCT accuracy: ±0.2% • Color rendering index range: 0~100.0, Accuracy: ±(0.3%rd±0.3) • Photometric linear Accuracy: ±0.2% • Stray light: <0.015%(600nm) and <0.03% (435nm) • Integration time: 0.1ms-60s • It can measure the temperatures inside and outside of integrating sphere • Flux testing method: spectrum, photometric and spectrum with photometric revision • The system includes the auxiliary lamp device and the software includes self- absorption function • It can measure the temperatures inside and outside of integrating sphere • Connect with PC via USB cable. The English version software can be run in Win7, Win8, Win10 and Win11 (The driver was Certificated by Microsoft) • The LM-79 Photometric, Colorimetric and Electricity report can be exported PDF and LED Optical Maintenance test report can be exported Excel or PDF

Minimum Order: 1 bags

LPCE-3 is a CCD Spectroradiometer Integrating Sphere Compact System for LED Testing. It is suitable for single LED and LED luminaires' photometric, colorimetric and electrical measurement. The measured data meets the requirements of CIE 177, CIE84, CIE-13.3, COMMISSION DELEGATED REGULATION (EU) 2019/2015, IES LM-79-19, Optical-Engineering-49-3-033602, IESNA LM-63-2, ANSI- C78.377 and GB standards The Sphere System Configuration: CCD Spectroradiometer (LMS-7000), Optical Fiber (CFO-1.5M), Digital Power Meter (LS2008R), DC Power Source (DC-S Series), AC Power Source (LSP-500VAS), Integrating Sphere (IS-1.5MA-CASE and IS-0.3M), Standard Light Source (SLS-50W and SLS-10W) Measurement: • Colorimetric: Chromaticity coordinates, CCT, Color Ratio, Peak Wavelength, Half Bandwidth, Dominant Wavelength, Color Purity, CRI (Ra, R1 to R15), Spectrum Test, TM30 (Rf, Rg), CQS • Photometric: Luminous Flux, Luminous Efficiency, Radiant Power, EEI, PAR, PPF • Electrical: Voltage, Current, Power, Power Factor, Harmonic (Optional) Specification: • Spectral Range Wavelength: 350nm~950nm(LMS-700VIS) (200~1050nm is optional) • Spectral Wavelength Accuracy: ±0.5nm Wavelength Reproducibility: ±0.5nm • Sample Scanning Steps: ±0.1nm • Accuracy of Chromaticity Coordinate (Δx, Δy): ±0.003 (under Standard A Lamp) • Correlated Color Temperature CCT: 1,500K~25,000K. CCT Accuracy: ±0.5% • Color Rendering Index Range: 0~100.0, Accuracy: ± (0.3%rd±0.3) • Photometric linear: ±0.5% • Stray light: <0.015% (600nm) and <0.03% (435nm) • The system includes the auxiliary lamp device and the software includes self- absorption function • Connect with PC via USB cable. The English version software can be run in Win7, Win8 and Win10, Win11 (The driver was Certificated by Microsoft)

Minimum Order: 1 bags

LSG-1890BCCD/LSG-1800ACCD goniospectroradiometer is high precision automatic goniophotometric instrument for luminous intensity distribution measurement with facility for rotating the light source. The LSG-1890BCCD/LSG-1800ACCD can do the spatial CCT test and the intensity distribution test. It is for industrial laboratory photometric data measurement of luminaires such as LED luminaires, LED Plant Lighting, HID luminaires, fluorescent lamps and so on. Standard: Full meet the EN13032-1 clause 6.1.1.3 goniophotometer type 1, COMMISSION DELEGATED REGULATION (EU) 2019/2015, CIE-70, CIE-121, IES LM-79, IES LM-75, IES LM-80 and ect. Measurement: Luminous Intensity Data, Luminous Intensity Distribution, Zonal Luminous Flux, Luminaries Efficiency, Luminance Distribution(Option), Coefficient Of Utilization, Luminance Limitation Curves Glare, Maximum Ratio of Distance to Height, Equal Illuminance Diagrams, Curves of Luminaires VS Lighting Area, Isocandela Diagrams, Efficient Luminescence Angle, EEI, UGR, CCT, CRI, Color Temperature Distribution, Spectrum, (x, y)/(u, v), PAR, PPF, PPFD 3D distribution test and etc. Specification: • LSG-1890BCCD/LSG-1800ACCD Goniospectroradiometer=LSG-1890B/LSG-1800A Goniophotometer System + LPCE-2 Integrating sphere Spectroradiometer System • The goniophotometer can do the B-β test with two pillars and the C-γ test with single pillar & multi-function jigs • Test Max Luminaires size and weight: LSG-1890BCCD is 2000mm/60kg and LSG- 1800ACCD is 1600mm/50kg • The tested luminaries rotates around an angle of (γ)±180°(or 0-360°) and the tested luminaries rotates around itself with an angle of (C)±180°(or 0- 360°) • Luminosity Testing Range: Illuminance 0.01lx~99,999lx; Light Intensity 1.0cd~10^7cd (detector) • Angle accuracy: LSG-1890BCCD is 0.1°, LSG-1800ACCD is 0.2° • Work with high accuracy and quick CCD Spectroradiometer to measure spatial color parameters • Accuracy of chromaticity coordinate: ±0.0015 or ±0.0005(under standard A lamp) • Spectral Range Wavelength: 350nm ~800nm; Accuracy of wavelength: ±0.5nm • The Hardware and Software can do the PAR, PPF and PPFD 3D distribution test, which can export IES/LDT files • Photometry Accuracy: CIE Class A (Class L is option) • Testing Accuracy: 2%(Under Standard lamp); Stray Light: less than 0.1% • English version software can run in Win7, Win8 or Win10, Win11 • LISUN goniophotometer software can export CIE, IES, LDT and other format files. These kinds of format files can be transferred by other illumination and luminaire design software such as DiaLux

Minimum Order: 1 bags

What is type C goniophotometer definition? LSG-6000 Moving Detector Goniophotometer (Mirror Type C) was manufactured by LISUN completely meets LM-79-19, IES LM-80-08, COMMISSION DELEGATED REGULATION (EU) 2019/2015, CIE-121, CIE S025, SASO 2902, IS16106 and EN13032-1 clause 6.1.1.3 type 4 requirements. LSG-6000 is the latest upgraded product of LSG- 5000 and LSG-3000 in compliance with the requirements of the LM-79-19 standard Clause 7.3.1, its an automatic light distribution intensity 3D curve testing system for measuring light. The measuring distance is from 5m to 30m. What is the use of goniophotometer? LSG-6000 gonio photometer manufacturer is LISUN, it can measure all types of lighting sources, LED, Plant Lighting or HID luminaires such as indoor and outdoor luminaires, roadway luminaires, street lamps, flood lights and other kinds of luminaires. Measurement: Luminous Intensity Data, Photometric Data, Luminous Intensity Distribution, Zonal Luminous Flux, Luminaries Efficiency, Luminance Distribution(Option), Coefficient Of Utilization, Luminance Limitation Curves Glare, Maximum Ratio of Distance to Height, Equal Illuminance Diagrams, Curves of Luminaires VS Lighting Area, Isocandela Diagrams, Efficient Luminescence Angle, EEI, UGR, etc. Features: • The near field detector moves together with the big mirror in a line. The big mirror and the far field detector move synchronously. • The burning position of the lumainares will be kept without moving at all, and the detector will always sense the light directly from the luminares. • The rotary motor is from Japan MITSUBISHI MOTORS and the angle decode system is from Germany. They help the goniophotometer rotating smoothly with high accuracy. It is very stable when start and stop. • The working principles are according to IESNA and CIE. The LSG-6000 completely meet the LM-80, LM-79, LM-75, GB, EN and CIE121-1996 standards. • Special collimation device with cross laser line help you installing the position of the luminaires under test conveniently and accurately. Specifications: • The luminaire under test rotates around the mirror with an angle of (γ) vertical axis ±180° (or 0-360°) and the luminaire rotates around itself with an angle of (C) horizontal axis ±180° (or 0-360° ). • The accuracy of angle: 0.05°, Resolution of angle: 0.001° • Accuracy of Goniophotometry detector: Constant temperature photo detector DIN5032-6/CIE pub1. No. 69 Class L • LISUN goniophotometer software can export CIE, IES, LDT and other format files. These kinds of format files can be used via other illumination and luminaire design software such as DiaLux. • Connect the goniophotometer to PC via USB cable. English version software can run on Win7, Win8 or Win10, Win11 • LSG-6000 can be used together with a CCD Spectroradiometer to test spatial CCT Distribution and other Spectral color parameters. We call this system "Goniospectroradiometer (LSG-6000CCD)". LSG-6000CCD Goniospectroradiometer = LSG-6000 Goniophotometer System + LPCE-2 Integrating sphere Spectroradiometer System. Please click to download the LSG-6000CCD Brochure • The LSG-6000CCD software and hardware support the plant lighting PAR, PPF and PPFD spatial distribution test , and it can export IES/LDT files How does Mirror Goniophotometer work? Goniophotometer adopts the measuring principle of fixed detector and rotating lamp method. The measuring lamp is installed on a two-dimensional rotating worktable, and the luminous center of the lamp coincides with the rotating center of the rotating worktable through the laser beam of the laser sight.

Minimum Order: 1 bags

CBB60 electrical appliances are metallized polypropylene film electrical appliances used for AC motors. The shell is cylindrical or metal aluminum shell. The main features are small size, light weight, and good self-feeding performance. Types of CBB60 Capacitor for Sale CBB60 Capacitor with Aluminum Case CBB60 Capacitor with White Epoxy CBB60 Dual Capacitor CBB60 Motor Run Capacitor with 2 Pins CBB60 Motor Run Capacitor with 4 Pins CBB60 Motor Run Capacitor with Cable CBB60 Motor Run Capacitor with 2 Wires  Features of CBB60 Capacitor Application Widely applied to the starting and running of AC single-phase motors at 50Hz/60Hz frequency power. Self-healing Property Good Stability and Reliability As one of cbb60 capacitor suppliers, we will do our best to meet all the needs of customers. More types of capacitor, please visit our website.

Minimum Order: 1 bags

TIMKEN LM48548/LM48510 Inch Taper Roller Bearing Weight 0.259 Kgs LM48548/LM48511A In Stock LM48548/10 TIMKEN Tapered roller bearings utilize conical rollers and raceways, arranged so that the rollers and raceways meet at a common apex. The rollers are guided by contact between the large end of the roller and a rib on the inner ring. This provides high capacity for radial and single thrust loads. Koyo pioneering efforts in developing crowned rollers have resulted in greater load-carrying capability and longer bearing life. Crowned rollers under load distribute stress equally along their full length of contact with the raceways, thereby eliminating stress concentration at the roller ends. This design concept also compensates for minor misalignment between shaft and housing bore and deflection under load, thereby reducing stress concentration.

Advantages: One of the key advantages of a water cooling heatsink is its superior thermal performance. Water has a much higher thermal conductivity than air, which means it can absorb heat more efficiently and transfer it away from the heat source. This allows for more effective cooling of high-power electronics and other heat-generating components. Water cooling heatsinks are commonly used in high-performance computing, gaming, and overclocking applications. They are especially well-suited for applications where high heat loads are present and where precise temperature control is required. Feature: High thermal conductivity: Water has a much higher thermal conductivity than air, which means it can absorb heat more efficiently and transfer it away from the heat source. Easy maintenance: Water cooling heatsinks are typically easy to maintain, as they only require occasional cleaning and refilling of the water coolant. This can be done quickly and easily, without the need for specialized tools or equipment. Aesthetics: Water cooling heatsinks can be visually appealing, as they can be customized with LED lighting and other features. This can make them a popular choice for gaming enthusiasts and other users who want to showcase their cooling system.

Hot rolled bars are available on the website in all grades and sizes. Select the properties you purchased, such as diameter, hot rolled, cold rolled, corrugated, etc. Hot rolled steel bars are stronger than galvanized steel bars. They prevent cracks in concrete. When used with concrete for construction, thinner concrete is fine. Hot-rolled steel bars are extremely long-lived, cost-effective and responsive. Hot rolled steel bars have proven useful in enhancing the functionality of many commercial enterprises. These include airports, agriculture, fencing, infrastructure and concrete slabs. When you buy hot rolled deformed rebar, you compare various international sellers and narrow down your options based on price, quality and reviews from previous customers. Length: 12m or as per customers' requirements Technology: Hot rolled, right hand Accessories: full hex nut, spherical hex nut, bearing plate, domed nut, anchor bolt, foundation bolt, couplers, spring bar Packing: in bundles Delivery: 15-30 days COMPOSITION: The PSB950 thread bar is made of black steel with a continuous right-handed along the entire length of the thread bar. The continuous threading allows the cut of the bar with different length according to the design requirements and it also improves the adhesion between the bar and grouting.