Mohali, Punjab, India
Our Complete range of products are High Precision Rotation Luminaire Goniophotometer, Rotation Luminaire Goniophotometer, Electrostatic Discharge Simulator, emi test system and coupling Decoupling Network.
LSG-1800BLSG-1700BLSG-1600B Goniophotometer is high precision automatic goniophotometric instrument for luminous intensity distribution measurements with facility for turning the light source. The LSG-1800B is an update version for LSG-1800, the LSG-1800B use a constant temperature detector, Japanese Motor and Germany precision angle coder which keeps high test accuracy. It is for industrial laboratory measurements the photometric data of luminaries such as LED luminaries, HID lamps, fluorescent lamps and so on. LSG1800B High Precision Rotation Luminaire Goniophotometer
LSG-1800LSG-1700LSG-1600 Goniophotometer is high precision automatic goniophotometric instrument for luminous intensity distribution measurements with facility for turning the light source. The LSG-1800 is an update version for LSG-1800, the LSG-1800 use a high accuracy Motor and precision angle coder which keeps high test accuracy. It is for industrial laboratory measurements the photometric data of luminaries such as LED luminaries, HID lamps, fluorescent lamps and so on. LSG1800B High Precision Rotation Luminaire Goniophotometer
ESD simulator (Electrostatic Discharge Generator or Electrostatic Gun) is in full compliance with IEC 61000-4-2, EN61000-4-2, ISO10605, GBT17626.2, GBT17215.301 and GBT17215.322. The ESD generator is designed for the assessment of electrical and electronic equipment to withstand ESD performance. ESD61000-2ESD61000-2A has LCD display in both English and Chinese, they equipped with an infrared remote control which can allow you do the test in some special place.
KH3961 is an automatic EMI receiver. It is a main test system for EMI (Electro Magnetic Interference) testing. The KH3961 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 KH3961 fully meets CISPRl6-1, GB17743, FCC, EN55015 and EN55022.
Measurement: Luminous Intensity Data, Luminous Intensity Distribution, Zonal Luminous Flux, Luminaries Efficiency, Luminance Distribution, Coefficient Of Utilization, Luminance Limitation Curves Glare, Maximum Ratio of Distance to Height, Equal Illuminance Diagrams, Curves of Luminaires VS Lighting Area, Lsocandela Diagrams, Efficient Luminescence Angle, etc.
Measurement Principle LSG-1950 is the CIE A-Î± Goniophotometer . The photometer head keeps static and face to the test sample while the test sample rotates around both horizontal axis and vertical axis, so the luminous intensity and illuminance of the tested lamp or luminaires can be tested.
LSG-1950S is a high automatic test system for luminous intensity distribution of luminaires and can be applied to quality evaluation and quality control for signal luminaires, luminaires for cars, motors, vessels and Retro-reflectors, LSG-1950S system is a goniophotometer which can measure all kinds of lamps and luminaires. • Rotations of test samples around both vertical axis (-90°~+90°) and horizontal axis(-35°~+35°) • Accuracy of angle: 0.1° • Resolution of angle: 0.01° • Photometer detector: CIE class A (standard class) accuracy • All software control, high intellectual faculties and simple operation By selecting different test scheme, replace testing different types of lamps rapidly.
LSG-1800BCCDLSG-1700BCCDLSG-1600BCCD Goniospectroradiometer is high precision automatic goniophotometric instrument for luminous intensity distribution measurements with facility for turning the light source. The LSG-1800BCCD can do the spatial CCT test when do the intensity distribution test. It is for industrial laboratory measurements the photometric data of luminaires such as LED luminaries, HID lamps, fluorescent lamps and so on.
LSG-1800CCDLSG-1700CCDLSG-1600CCD Goniospectroradiometer is an automatic goniophotometric instrument for luminous intensity distribution measurements with facility for turning the light source. The LSG-1800CCD can do the spatial CCT test when do the intensity distribution test. It is for industrial laboratory measurements the photometric data of luminaires such as LED luminaries, HID lamps, fluorescent lamps and so on.
The compact goniophotometer of LSG-1200A is used to measure the luminous intensity distribution curve, intensity data, spread angle and other parameters for Chip LED, LED Module, LED Spotlight and all other light which beam angle is no more than 180 degree. Option Function: The LSG-1200A can work with a Digital Power Meter (LS2012 DC & AC Power Meter or LS2010 Harmonic Analyzer) and LSP-500VA AC Power Source. Specification: • Meets the requirements of IEC, CIE and LM-79 standards • Measures beam angle automatically: staple half intensity angle as well as 14 intensity angle, 34 intensity angle and 110 intensity angle which meets the special requirements. • Measured data is matched with international standard form (IES) and can be applied for lighting design by other lighting design software such as DiaLux
LMS-9000ALMS-9000B is according to LM-79 clause 9.1. It is designed to have a capability of producing any visible spectral distribution, mimicking various light sources in the visible region by feedback control of the radiant power emitted by individual LEDs. This LED test system will be used as a transfer standard for photometric, colorimetric and radiometric applications. LMS-9000B is quick test with high accuracy, it used in Scientific lab test. Due to the test speed and LMS-9000B can work with LSG-1600BLSG-1800BLSG-1900LSG-2000 goniophotometer to do the Spatial color and Spectrum test.
LMS-8500 Scientific Grade CCD Spectroradiometer fully meets Energy Star IESNA LM-79 and GBT 24824 standards etc. It is test for CFL, HID, Promise Light, Tungsten Halogen Lamps, which can reach the scientific grade measurement accuracy. LMS-8500 is composed of Concave Average Diffraction Grating and Scientific Grade CCD, and uses unique stray light control technology, wide dynamic linear technology, precision CCD electronic drive technology and complex matrix software technology, the instrument can be traceable to the Chinese National Institute of Metrology(NIM) and the USA NIST transfer standards. LMS-8500 can work with LSG-1800LSG-1700LSG-1600 series Goniophotometer, to test special CCT Distribution and other Spectral color parameters.
LMS-8000ALMS-8000 LED Measurement System is an automated measurement system for identifying the performance of individual LED. It is designed to have a capability of producing any visible spectral distribution, mimicking various light sources in the visible region by feedback control of the radiant power emitted by individual LEDs. This LED test system will be used as a transfer standard for photometric, colorimetric and radiometric applications. The LMS-8000ASLMS8000S is updated on LMS-8000ALMS-8000. It can connect with two integrating spheres: the big one is for LED luminaries and the small one is for LEDs & LED modules. The software can be chosen between the two integrating sphere to test. This new technology can save a lot of time and length the use life of the optical fiber & detectors, click to the blog page for more infomation: Technology advanced for LMS-8000 CCD Spectroradiometer
This test system is suitable for energy saving lamp, fluorescent lamp, HID lamp (high voltage sodium lamp, high voltage mercury lamp), LED, phosphor photometry and colorimetry analysis and meets the requirements of CIE for the measurement of photometry and colorimetry. • Measure and display the relative spectral power distribution (UV-VIS-NIR)P(λ), chromaticity coordinate, correlated color temperature, rending index, color difference, peak wavelength, luminous flux, luminous flux efficiency and photometry parameters of light source and light material under the control of general PC. • Automatically adjust high-voltage, it not only shortens the measurement time, but also reduces the wear and tear of the instrument • Simultaneously measure the temperature in both environment and integrating sphere to make the data more visually and reliably • Figure of chroma and color difference in test report can be exchanged freely • Color display and print. The relative spectral power distribution (UV-VIS-NIR)P(λ), reports both in English. RS-232-C interface, compatible with all kinds of computer • LSP-500 AC Power source PC RS-232-C interface. compatible with all kinds of computer • Range of wavelength: 380nm～780nm, (Special:200nm～780nm) • Accuracy of wavelength: ±0.2nm • Repeatability of wavelength: ±0.1nm • Accuracy of chromaticity coordinate: ±0.0003(under standard illuminate A) • Spectrum sample interval: 5nm(Special order:1nm) • Luminosity linearity: 0.3%
LSG-1900 Moving Detector Goniophotometer completely meets LM-79 Clause 9.3.1 requirement. The LSG-1900 is an automatic light distribution intensity 3D curve testing system for measuring light. The measuring distance is from 5m to 30m. It can measure all types of lighting sources, LED or HID luminaires such as indoor and outdoor luminaires, roadway luminaires, street lamps, flood lights and other kinds of luminaires. Measurement: Luminous Intensity Data, Luminous Intensity Distribution, Zonal Luminous Flux, Luminaries Efficiency, Luminance Distribution, Coefficient Of Utilization, Luminance Limitation Curves Glare, Maximum Ratio of Distance to Height, Equal Illuminance Diagrams, Curves of Luminaires VS Lighting Area, Lsocandela Diagrams, Efficient Luminescence Angle, etc.
Thermal parameter is the key index to evaluate the quality of LED. Different temperature will have significant different effects on optical parameters, color parameters, electricity parameters and life of LED. Therefore, design and control of the thermal dissipation are the most important thing for the manufacturers and users. Referring to the relative international standard, TRS-1000 could conduct integration testing on optic, color, electricity and thermal, meanwhile record the changing curve of the parameters at real time.
Thermal parameter is the key index to evaluate the performance of LED. Itâ��s very important to measure thermal characteristics of high power LED for high reliability LED applications. It will have effect on the optical parameters, electricity parameters and lifetime of LED. Therefore, design and control of the thermal dissipation is the most important thing for the manufacturers and users.
There are many LED manufactories using two integrating spheres and one spectrophotometer to do test. The previous testing way is: when you use big sphere to test, the customer need to connect the detector cable and optical fiber from the Spectrophotometer to the big sphere, after the calibrating and then you can do the test. When you use the small sphere, you need to take away the detector cable and optical fiber from the big sphere to the small sphere, then need to calibrate again… It is too troublesome to take out the detector cable and optical fiber between the big sphere and small sphere, and you need to calibrate again for every change. The frequent change will also shorten the life of the detector cable and optical fiber.
LPCE-2 is an Integrating Sphere Spectroradiometer LED Testing System for identifying the performance of single LEDs and LED lamps. LED’s quality should be tested by checking its photometric, colorimetric and electrical parameters. According to CIE127-1997, IES LM-79-08 and IES LM-80-08, it recommends to using an array spectroradiometer with integrating sphere to test SSL products. The LPCE-2 system is applied with a CCD Spectroradiometer (LMS-9000B or LMS-9000A) and worked with A molding integrating sphere with testing holder base function which will be more circle and the test results will be more accurate than the traditional integrating sphere.
LPCE-2(LMS-8000) is an Integrating Sphere Spectroradiometer LED Testing System for identifying the performance of single LEDs and LED lamps. LED’s quality should be tested by checking its photometric, colorimetric and electrical parameters. According to CIE 127-1997 and IES LM 79-08 standards, it recommends using an array spectroradiometer with integrating sphere and photometer head to test SSL products. LISUN GROUP developed LPCE-2 test system for LED products. The LMS-8000S CCD Spectroradiometer can connect with two integrating spheres: the big sphere is for LED luminaries and the small sphere is for LEDs & LED modules. The software can be chosen between the two integrating spheres to test. This new technology advanced can save a lot of time and longer use life the optical fiber & photo detector, the more introduce please visit at: Technology advanced for LMS-8000 CCD Spectroradiometer
This Test System is suitable for photometric and colorimetric measurement of luminaries such as Energy-saving lamps, Fluorescent lamps, HID lamps (high voltage sodium lamps and high voltage mercury lamps), CCFL and LED. The measured data meets the requirements of CIE and IES LM-79 for the measurement of photometry and colorimetry.
OSRAM Standard Lamp to calibrate the spectrum and luminous flux with Lisun Lab certification. The data can be traced NIM. The Standard Lamp Source is used to calibrate the integrating sphere system. The different size of Integrating Sphere should choose the right power of standard lamp source.
Measure lamp voltage, lamp current, lamp power, oscillatory frequency, filament current, guided cathode current, and crest factors • Measure changing curves and values of startup lamp voltage, lamp current, filament current, cathode current from 0 to 5 seconds, as well as the pre-heat time • Accuracy: Class 2 • Data and curves printable. All the data and curves can be displayed after being connected with PC
4 display windows for V(600V), A(2A), W, PFHz • THD, 0 to 39th harmonic components • Accuracy: ±(0.4% reading+ 0.1% range+1 digit) • Data and curves printable. All the data and curves can be displayed after being connected with PC
The LS9922I is a high-performance testing device special for withstanding voltage and insulation resistance test, allowing setting the output voltage. The warning value, testing time and some other parameters can be set in the software. It with a variety of automatic test functions. The testing is quick and high accuracy which is not only applied in the production line but also in the lab develop research.
According to IEC60695-2-2 and IEC60695-11-5, ZY-3 Needle Flame Test is applied in the production and quality control department of lighting instrument, hyperpiesia electrical apparatus, domestic appliance, machine electric appliance, electrical machine, power tool, electronic instrument, electrician instrument and technical equipment. Also, it is fit for the industry of insulation material, engineering plastics and solid combustible material.
TMP-L is according to IEC60360-1998 and GB2512-2001(Standard method of measurement of lamp cap temperature rise). It is used to test the working and environmental temperature as well as temperature-rise of the burner and lamp. It meets the requirement of IEC and GB Standards.
The LS9934LS9935 Automatic Safety Test System is according to GB4706.1, IECEN60335-1, UL60335, GB7000, IEC60598, GB4943, IEC60950 and GB9706.1. It used for luminaries, home application and motor tools safety test in production line or Lab R&D.
This series drop test bench for measuring the main simulation packages in the transportation, loading and unloading process under drop impact influence, identification package impact strength and packaging design. The machine wills automatic stop positioning after sample reach up to the sated height position. According to the different size to choice the test distance between tests arms, electric pulse width. The release mechanism of machine are flexible and reliable, to ensure the sample without any external influence during the release of instant and free fall way, and make sure it meet sampleÃ¢ï¿½ï¿½s dropping requirements.
Electrodynamic Vibration Generator System is complied with IEC 60068, IEC68-2-6, JJG189-97, GBT13309-91, GB2423 etc. Full-function computer control, it includes computer and printer, connect computer to do control, store, record and print function.
This instrument is designed according to GBT2423.19-1981, GBT2423.33-2005, ISO6988(replaced DIN50018:1988-06), DIN50900, DIN53210 and EC, MIL, ASTM etc to do sulfur dioxide gas corrosion test. Model Work Room Size (mm) Exterior Size (mm) Voltage Power (KW) SQ-150 450X600X400 800x1070x1050 AC220 2.5 SQ-250 600x900x500 870x1400x1150 AC220 3 SQ-750 750x1100x500 1030x1680x1260 AC220 4 SQ-010 850x1300x600 1160x2000x1390 AC380 6 SQ-016 850x1600x600 1280x2320x1500 AC380 7.5 SQ-020 900x2000x600 1220x2530x1410 AC380 9
It is according to GB10590 GB15091 low temperaturelow pressure test chamber requirements; GB11159 low pressure test chamber requirements; GBT2423. 25-1992 low temperature low pressure integrated chamber requirement; GBT2423. 26-1992 High temperature low pressure integrated chamber requirement; GJB150. 2-86 low temperature low pressure test etc standards. It’s used to test the In aviation, aerospace, information, electronics and other fields, to determine the instrumentation, Electrical products, materials, components, equipment etc.
JL-X waterproof test system is according to IEC60529, IEC60598, IEC60335 and IEC 60034-5:2000. The JL-X includes the following test grades: IPX1, IPX2, IPX3, IPX4, IPX5, IPX6, IPX7 and IPX8 (Refer to page 51 of IEC60529). It is widely used in the authentication test organization for the products such as electrical & electronic products such as LED luminaires as well as in the relevant quality control department for the waterproof detection of the enclosures protection grades. The whole JL-X waterproof test system includes: • Drip Box (JL-12): The drip box is for IPX1 and IPX2 drip test. The drip box size is 800x800x75mm (LxWxH). The diameter of drip hole is 0.4mm, distant of drip hole is 20mm, sample can be over 150kg • Swing Pipe Water Spray Test Equipment (JL-34): It is for IPX3 and IPX4 test, the semi-diameter of swing pipe is 1meter. IPX3 is 120degree and IPX4 is 180degree. The diameter of inside swing pipe is 0.4mm. The automatic sample rotating base diameter is 600mm and speed is 1~5rpm which controlled by PLC panel • Waterproof Jet Test Device (JL-56): With water supply device size is 1000x1000x600mm, the bore diameter is ф6.3mm (IPX5) and ф12.5mm (IPX6). Diameter of hole is 6.3mm for IPX5 and 12.5mm for IPX6. The water speed is 12.5±0.626Lmin for IPX55 and 100±5Lmin for IPX6 • Immersion tank Waterproof test Device (JL-7): It is for IPX7 test. The top of the water tank size is 1000x1000x1200mm. The sample testing base is max 120kg. It includes two temperature channels meter and digital display. • Immersion tank Waterproof test Device (JL-8): It is for IPX8 test. It can measure 0~50m water depth. The water immersion size is diameter is 600mm and height is 1200mm. The compressive stress is 10 atmospheric pressures or design customer request.
This Pull out device BCL-1 is designed and manufactured according to relevant standard requirements of IEC884-1 GB2099.1-2008 and other electrical accessories standards, Mainly used to test the needed maximum force when the plug pull out from socket and the minimum force when single stage plug pull out from socket, and to inspect whether the socket can withstand the lateral stress imposed by electric plug into the socket. This device is applied to plugs and sockets which rated voltage no more than 250V and rated current no more than 16A.
This machine is designed according to relevant requirements of GB2099.1 and GB16915.1, used to test contact pressure drop of socket unthreaded terminal and non-removable plug after finish bending test.
output voltage 4 grades: 6V12V24V50V • output current: DC 0~2.5A (adjustable) • Output current drift at full scale: ±0.05% reading value10 mins • Monitor range of ampere meter: 0.0000A ~1.9500A, 1.950 A ~2.500A • Accuracy of ampere meter: ±(0.08% reading value + 0.02% full scale) • Max output power: 80W • Continuous working time: 8 hours • Work environment: Temperature 0℃ -25℃, humidity≤85%R.H, supply source: AC220±10%, 5060HZ • Holding conditions: -20~50℃ humidity
AC-DC-AC frequency conversion technology • Output frequency range: 45.00-65.00Hz • Output voltage range: AC 0.0-300.0V • Zero output impedance, equivalent resistance ≤0.1 • Insulation for power output to make test safely and steady • Protection for over hot and thundering voltage and current • Input by keyboard, bigsmall adjustment, fast parameter set-up • Total voltage distortion: ≤0.6%; Voltage stability: ≤0.1%30 min • Load adjust rate: ≤0.1%; Frequency stability: ≤0.05%30min • Digital wave synthesis, wave feed-back technology, low power distortion • Controlled and tested by 16 bits MCU, which has high automation • High speed 12 bits AD sampling technology, exactly display Voltage, Current, Power, Power factor, Frequency Lisun Model Output Power Remark LSP-500VA LSP-500VAR 500W 0~150V: 4.2A, 150~300V: 2.1A (LSP-500VAR has RS-232 port can communicate with PC with low harmonic and high accuracy) LSP-1KVA LSP-1KVAR 1000W 0~150V: 8.4A, 150~300V: 4.2A (LSP-1KVAR has RS-232 port can communicate with PC with low harmonic and high accuracy) LSP-2KVA 2000W 0~150V: 16.8A, 150~300V: 8.4A
Measure parameters: 1) β(0~99) 2) Switching time T (0.01μs~99.9μs), including Tr, Ts, Tf 3) VCES (0~2V), VBE (0~2V) 4) Leakage current ICEO (0.1μA~3mA) 5) Withstand voltage BVCEO (50V~650V) • Pre-set grouping values for T & β, selector can display group number and alarm when being measured. Values of VCES, VBE, ICEO and BVCEO exceed the limit, meanwhile indicating the unqualified item • Freely adjust or set the testing conditions according to requirement. 1) Three different Ib currents for β test: 0.1mA, 1mA, 10mA. 2) Four different Ic currents for switching time test: 0.5A, 0.25A, 0.1A, 0.05A; The corresponding currents Ib : 0.1A, 0.05A, 0.02A, 0.01A. 3) Test voltage for leakage current ICEO: 50~650V continuously adjustable • Can freely set the grouping values and limit values, with automatically saving function in case of power cut; the instrument can save 20 different settings, choose one setting when using it • 4 windows for displaying measured values, which can be easy to read and printable
Measure parameters: Open voltage UGS(th), internal resistance RDS, Transconductance gm, Withstand voltage V(BR)DS • Test range: UGS(th) 0.1-9.9V; RDS 0.001-9.999Ω gm; 0.10-10.00s; V(BR)DS 50-650V • Test current range: 0.1A-5A adjustable, comply with different working situation • Automatic selecting, out of limit alarming, advance the work efficiency • The technique of testing RDS under the big-current, is advanced technique.
Test parameter: C, R, L, Z, D, Q • Test frequency: 100Hz, 120Hz, 1kHz, 10kHz • Test level range: 0.1V, 0.3V, 1.0V • Output impedance: 30Ω, 100Ω • Slow or fast(15 timess) • Automatic selecting, out of limit alarming • Provide the RS-232 & HANDLER interface • Accuracy: 0.1%
Measure relative value of μm, Bs, Br, Hc integrated factor • No need of wiring, direct testing, being convenient • Automatic selecting, out of limit alarming, freely setting of the selecting limit • Driving current for test: 0-2A, frequency for test: 20-50kHz, both continuously adjustable, Comply with actual working situation of electronic ballast • No need of adjusting the instrument every day • Digital display, easy to read, simply and quickly to operate • Print B-H curve
Parameter measured under normal temperature: 1) β(0-99) 2) Switching time T(0.01μs-99.9μs), including Tr, Ts, Tf 3) VCES(0-2V), VBE(0-2V) 4) Leakage current ICEO(0.01μA-99.9mA) 5) Withstand voltage BVCEO(50V-650V) • Parameter measured under high temperature: VBE, β, ICEO • Compare the measuring results VBE, β, ICEO gotten under normal and high temperature, to those changes exceeding the preset limits, the selector alarms to let operator to pick them out • Divide T and β into several groups, selector can display group number and alarm when measured values of VBE, β, ICEO exceed the limit, indicating the unqualified item • Freely adjusting or setting test conditions according to requirement A. β testing: Ib; three different Ib current: 0.1mA、1mA、10mA B. Switching time test: Ic; 4 different Ic current: 0.5A、0.25A、0.1A、0.05A; the corresponding current Ib: 0.1A、0.05A、0.02A、0.01A C. Heating condition for transistor: 1) Heating voltage: 5 ~ 20V Continuously adjustable 2) Heating current: 0.05 ~ 2A Continuously adjustable 3) Heating time: 0 ~ 9.9s Continuously adjustable • Dividing value and limit value, freely set and automatically saving to any power cut; the instrument can save 20 different settings, choose one setting when using it. • Measured values displayed in four windows which are easily read and printable.
EFT immunity tester EFT61000-4 is specially designed according to the characteristics and requirements of EFT measurement and it is an ideal disturbance source of EMS measurement. They have fine performance, such as high stability, high reliability, easy to use etc. It meets the standard requirements of IEC 61000-4-4, EN 61000-4-4, GBT17215.301, GBT17215.322 and GBT17626.4. EFT61000-4 has LCD display in both English and Chinese.
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