AUTONICS(آتونیکس)

Nirnovin, the largest manufacturer of brake resistors in Iran Are you looking for a reliable, durable, and economical brake resistor for your industrial applications? Nirnovin Company, with over 15 years of experience in producing and selling brake resistors, is ready to offer the best solutions for your needs in this field. We are proud to have a fully equipped and modern factory capable of producing all types of brake resistors from start to finish, in various forms and with international standards. Types of brake resistors produced by Nirnovin Company with special features include: Ceramic brake resistor: suitable for heavy and light-duty applications Aluminum fan-cooled brake resistor: suitable for heavy-duty tasks Aluminum brake resistor without fan: suitable for light-duty tasks Resistance banks: suitable for heavy-duty operations (heavy work, high power) For free consultation, ordering, and purchasing brake resistors, you can contact the phone numbers listed at the bottom of the ad. Company working hours: Saturday to Wednesday: 08:30 to 17:30 Thursday: 08:30 to 12:30

Key Features of the HPCS-310 Portable Spectrometer Advanced Spectral Analysis: Accurate measurement of CCT, CRI, Lux parameters and color spectrum (Spectrum) CCD Sensor Technology: Equipped with a CCD detector with 0.5 nm wavelength accuracy Wide Spectral Coverage: Wavelength measurement range from 380 to 780 nm Dual Connectivity: Ability to connect to computer (USB) and mobile (Bluetooth) for data transfer Smart Display: 5-inch color LCD screen with English user interface Standard Reporting: Capability to output PDF files and analyze color data (SDCM, Purity) Product Introduction The HOPOOCOLOR HPCS-310 device is a portable and intelligent optical spectrometer designed for precise and scientific analysis of light sources. Unlike ordinary lux meters that only measure light intensity, this device uses CCD sensor technology to analyze the nature of light and accurately calculate vital parameters such as Correlated Color Temperature (CCT), Color Rendering Index (CRI), and Standard Deviation Color Matching (SDCM). The ergonomic design and lightweight (430 grams) make this device an ideal tool for lighting engineers and quality control inspectors. The ability to connect to computer software and mobile apps allows for storage, graphical analysis of light spectrum, and obtaining standard outputs for reporting, which is highly useful for research and industrial projects. Technical Specifications of HPCS-310 Device Parameter Technical Specifications Brand / Model HOPOOCOLOR / HPCS-310 Detector Type (Sensor) CCD (Charge-Coupled Device) Wavelength Range 380 to 780 nanometers (Visible Light) Spectral Bandwidth 4 nanometers Wavelength Accuracy 0.5 nanometers Color Temperature Range (CCT) 1,000 to 100,000 Kelvin Stray Light Less than 0.3% Display 5-inch color LCD Measurement Parameters CCT, CRI (Ra, R1-R15), Lux (E), Candle Light (fc), SDCM, CIE1931 XY,Z, Purity, S/P Communication Ports USB (PC connection) / Bluetooth (mobile connection) Device Weight 430 grams Warranty Period 1 year Expert Review of HOPOOCOLOR HPCS-310 Light Analyzer In this section, we thoroughly examine the capabilities and value of this spectrometer. The HPCS-310 model is designed to fill the gap between expensive laboratory equipment and simple lux meters. Laboratory Accuracy in Pocket Size The heart of this device is its CCD sensor. In light measurement equipment, CCD sensors have much higher wavelength resolution accuracy compared to ordinary photodiode sensors. With a spectral bandwidth of 4 nm and accuracy of 0.5 nm, the HPCS-310 can plot the light spectrum diagram with detailed precision. This feature is vital for assessing LED quality and their compliance with health and aesthetic standards. Color Parameter Analysis (CRI and CCT) One of the most important uses of this device is measuring the Color Rendering Index (CRI). It not only shows the overall Ra index but also analyzes details from R1 to R15. This level of detail is crucial for interior designers, photographers, and lamp manufacturers who require precise color reproduction. Also, the wide color temperature range (1000 to 100000 Kelvin) covers everything from candlelight to cold industrial lighting. Software and Connectivity Regarding purchasing the HPCS-310 light analyzer, software capabilities add significant value. Connection via USB port to a computer and using dedicated software allows simultaneous viewing of charts on a larger monitor and exporting reports in PDF format. Although Bluetooth interface is designed for quick field connection, in-depth analyses are usually performed through the desktop version. Strengths and Limitations Strengths: High spectral accuracy, large 5-inch display reducing the need for external devices, measurement of color deviation (SDCM) which is critical for MacAdam ellipses. Limitations: This device is designed for visible light spectrum and is not specialized for measuring UV (ultraviolet) or IR (infrared) rays outside the 380-780 nm range. Target Customers This device is designed for and effective with the following specialized groups: Manufacturers and Importers of Lighting Products (LED): For quality control (QC) and ensuring the accuracy of optical parameters. Lighting Designers and Interior Architects: To measure light quality in residential, commercial, and museum spaces. Agricultural and Greenhouse Researchers: For analyzing suitable light spectra for plant photosynthesis (Grow Lights). Professional Photographers and Videographers: For precise adjustment of light color temperature in studios. Calibration and Physics Laboratories: As a portable inspection tool. Frequently Asked Questions What is the main difference between this device and a regular lux meter? A regular lux meter only measures light intensity (Lux), but the HPCS-310 is a spectrometer that decomposes the light spectrum and analyzes light quality (CRI), color temperature (CCT), and color purity with high accuracy. Is it possible to save data and transfer it to a computer? Yes, this device connects to a computer via USB cable, and with dedicated software, you can analyze data and export PDF or Excel reports. What does CRI R1-R15 mean in the specifications? Most devices report only the average of R1 to R8 as CRI. However, this device measures up to R15 (including difficult colors like deep red and skin tones), which is essential for precise color science work. Does this device require periodic calibration? Like all precise measurement equipment, to maintain 0.5 nm accuracy and data validity, annual calibration in accredited laboratories is recommended, although the device is factory calibrated upon delivery.

The capacitive level gauge or capacitive level switch, with quality and manufacturing technology similar to European (imported) level gauges, is produced exclusively by ADAK Sanjesh. The CS11 model capacitive level switch is a single-point capacitive level gauge featuring a probe (sensor) made of steel rod. Rod-type capacitive level gauges are used for tank level control, and by installing capacitive level gauges at different positions (maximum or minimum), the material level inside the tank is monitored to prevent overflow or emptying of tanks and silos. The ADAK CS11 capacitive level switch is a fully Iranian-made level gauge, localized through the efforts of Iranian engineers at ADAK Sanjesh... In fact, the Iranian ADAK Sanjesh brand level gauges are completely localized and reverse-engineered from various models of well-known and reputable international level gauges such as Endress+Hauser, and can be introduced as the best replacement level gauge for imported capacitive level gauges. The application of the ADAK CS11 capacitive level switch is in tanks and silos containing various solids and non-conductive liquids such as cement, gypsum, lime, coal, oil, petroleum, plastic granules, flour, grains, sand, soil, etc. This product is ideal for bulk and powder material tanks and silos in mining, petrochemical, food, and construction industries. ADAK capacitive level switches are the only Iranian level switches equipped with FailSafe technology, allowing their safe use in sensitive industrial processes. It provides maximum reliability against various challenges such as dusty industrial environments, strong air currents, vapor, material turbulence and foam, and explosion-proof nature. If you face the challenge of selecting the best level gauge for your industry’s tanks and silos or project, you can contact our experts and benefit from ADAK Sanjesh's technical consulting experience in choosing the best level gauge.

The ultrasonic level transmitter is a precise measuring device that uses ultrasonic mechanical waves to measure distance and level. These sensors operate without physical contact with the target surface, making them stable and reliable in industrial environments and harsh conditions. The operation of the ultrasonic level sensor is such that the transmitter sends ultrasonic waves toward the surface. These waves reflect off the surface and are received by the receiver. By calculating the round-trip time of the wave and considering the speed of sound propagation, the distance or height is calculated with high accuracy. Due to its suitable accuracy, easy installation, and no need for direct contact, the ultrasonic level transmitter has many applications. The UT52 ultrasonic level transmitter is a practical and reliable option for measuring the level of various liquids and solids such as water, wastewater, chemicals, fuel, and granular materials. This device is ready for immediate use with quick installation and operates without the need for initial calibration. The presence of an LCD graphical display allows for local settings and easy monitoring. The UT52 ultrasonic level transmitter, with high accuracy and suitable stability, is an economical and reliable solution for level measurement in industrial projects. For more information and specialized consultation, contact ADAK Sanjesh experts.

The Ultrasonic Flowmeter 61 ADAK-FM is one of the best tools for measuring the flow and volume of liquids in pipes. You can calculate the fluid velocity and flow rate with high accuracy using a non-contact method by installing two magnetic sensors on the pipe. Installing the ultrasonic flowmeter is very simple, and its non-contact method makes it one of the most accurate and stable methods for measuring liquid flow. The Ultrasonic Flowmeter 61 ADAK-FM is less sensitive to changes in pressure, temperature, and environmental conditions. The ultrasonic flowmeter is used in various industries such as oil and gas, petrochemical, water and wastewater, food, pharmaceutical, automotive, and chemical industries, and is an ideal choice for controlling and measuring the flow and rate of liquids in complex industrial systems. For more information and technical consultation about the Ultrasonic Flowmeter 61 ADAK-FM, you can contact the experts at ADAK Sanjesh Kavir Yazd.