[{"content":" The Challenge Modern agriculture faces a critical paradox: crops require consistent soil moisture for optimal growth, yet excessive irrigation leads to water waste, nutrient leaching, and root diseases. Traditional irrigation scheduling relies on weather forecasts, surface soil appearance, or single-point moisture sensors—methods that fail to capture the complex three-dimensional water distribution within the root zone.\nThe Hidden Costs of Conventional Irrigation:\nWater Inefficiency: …","permalink":"/solutions/optimizing-irrigation-schedules-with-multi-layer-soil-monitoring/","section":"solutions","summary":" The Challenge Modern agriculture faces a critical paradox: crops require consistent soil moisture for optimal growth, yet excessive irrigation leads to water waste, nutrient leaching, and root …","title":"Optimizing Irrigation Schedules with Multi-Layer Soil Monitoring","type":"solutions"},{"content":" The Challenge Agricultural irrigation remains one of the most resource-intensive operations in modern farming, accounting for approximately 70% of global freshwater withdrawals. Yet, traditional irrigation strategies relying on fixed schedules or visual crop assessment frequently result in either water waste through over-irrigation or yield losses due to water stress.\nThe critical limitation of conventional single-parameter monitoring systems is their inability to account for the complex …","permalink":"/solutions/optimizing-irrigation-scheduling-with-integrated-soil-moisture-and-temperature-monitoring/","section":"solutions","summary":" The Challenge Agricultural irrigation remains one of the most resource-intensive operations in modern farming, accounting for approximately 70% of global freshwater withdrawals. Yet, traditional …","title":"Optimizing Irrigation Scheduling with Integrated Soil Moisture and Temperature Monitoring","type":"solutions"},{"content":" The Challenge Urban air quality monitoring networks face a critical scalability dilemma. Traditional deployments rely on single-parameter sensors—dedicated units for PM2.5 detection, separate noise monitoring stations, and distinct meteorological sensors—creating fragmented infrastructure that demands excessive capital expenditure and operational overhead.\nThe Density-Cost Paradox: Municipalities and environmental agencies must choose between comprehensive spatial coverage (requiring hundreds …","permalink":"/solutions/optimizing-urban-air-quality-monitoring-networks-with-multi-parameter-integration/","section":"solutions","summary":" The Challenge Urban air quality monitoring networks face a critical scalability dilemma. Traditional deployments rely on single-parameter sensors—dedicated units for PM2.5 detection, separate noise …","title":"Optimizing Urban Air Quality Monitoring Networks with Multi-Parameter Integration","type":"solutions"},{"content":" The Challenge Modern aquaculture operations face mounting pressure to optimize water quality management while controlling capital expenditure and operational complexity. Traditional monitoring approaches require deploying three separate instruments—a dissolved oxygen (DO) sensor, pH probe, and temperature transmitter—to capture critical water parameters essential for aquatic life survival and growth.\nThis conventional multi-device architecture creates significant infrastructure burdens. Each …","permalink":"/solutions/reducing-infrastructure-costs-in-aquaculture-through-multi-parameter-monitoring/","section":"solutions","summary":" The Challenge Modern aquaculture operations face mounting pressure to optimize water quality management while controlling capital expenditure and operational complexity. Traditional monitoring …","title":"Reducing Infrastructure Costs in Aquaculture Through Multi-Parameter Monitoring","type":"solutions"},{"content":"Product Overview The OHTS1022 is a composite sensor integrating soil volumetric water content (VWC) and soil temperature measurements designed for long-term buried soil monitoring applications. Moisture measurement is based on the Frequency Domain Reflectometry (FDR) principle, achieving high-precision volumetric water content measurement by detecting changes in soil dielectric constant. Temperature measurement utilizes a Class A PT1000 precision platinum resistance temperature detector (RTD), …","permalink":"/products/ohts1022-soil-moisture-and-temperature-sensor/","section":"products","summary":"Product Overview The OHTS1022 is a composite sensor integrating soil volumetric water content (VWC) and soil temperature measurements designed for long-term buried soil monitoring applications. …","title":"OHTS1022 Soil Moisture and Temperature Sensor","type":"products"},{"content":"Product Overview The OHTS1023 is a soil acidity detection sensor based on electrochemical principles. It utilizes a zinc-aluminum alloy probe to convert hydrogen ion activity in soil into analog voltage, current loop, or digital signal outputs. The sensor features a fully sealed structural design, enabling direct burial into soil for long-term in-situ monitoring across various soil types.\nWith high measurement accuracy, fast response time, and excellent interchangeability, this sensor delivers …","permalink":"/products/ohts1023-soil-ph-sensor/","section":"products","summary":"Product Overview The OHTS1023 is a soil acidity detection sensor based on electrochemical principles. It utilizes a zinc-aluminum alloy probe to convert hydrogen ion activity in soil into analog …","title":"OHTS1023 Soil pH Sensor","type":"products"},{"content":"Product Overview The OHTS1024 is an integrated multi-parameter sensor designed for comprehensive soil monitoring. This advanced device simultaneously measures soil temperature, soil volumetric water content (VWC), soil electrical conductivity (EC), and soil pH value, providing a complete solution for agricultural and environmental monitoring applications.\nThe sensor employs Frequency Domain Reflectometry (FDR) principle for accurate soil moisture measurement, directly reflecting actual soil …","permalink":"/products/ohts1024-soil-multi-parameter-sensor/","section":"products","summary":"Product Overview The OHTS1024 is an integrated multi-parameter sensor designed for comprehensive soil monitoring. This advanced device simultaneously measures soil temperature, soil volumetric water …","title":"OHTS1024 Soil Multi-Parameter Sensor","type":"products"},{"content":"Product Overview The OHTS1031 is an online multi-parameter water quality monitoring sensor based on the fluorescence quenching principle, integrating dissolved oxygen (DO), pH, and temperature measurement functions. The sensor features an all-plastic enclosure structure and measures dissolved oxygen concentration by detecting the quenching effect of oxygen molecules on specific fluorescent materials.\nIncorporating a built-in temperature compensation unit and pH electrode, the OHTS1031 is …","permalink":"/products/ohts1031-digital-fluorescence-dissolved-oxygen-sensor/","section":"products","summary":"Product Overview The OHTS1031 is an online multi-parameter water quality monitoring sensor based on the fluorescence quenching principle, integrating dissolved oxygen (DO), pH, and temperature …","title":"OHTS1031 Digital Fluorescence Dissolved Oxygen Sensor","type":"products"},{"content":"Product Overview The OHTS1050 is an integrated multi-element meteorological monitoring device featuring a louvered radiation shield design. It integrates acoustic noise acquisition, particulate matter (PM2.5/PM10) detection, temperature and humidity sensing, atmospheric pressure measurement, and illuminance monitoring functions. The device provides RS485 interface output and supports the standard Modbus-RTU communication protocol, making it suitable for continuous monitoring and data acquisition …","permalink":"/products/ohts1050-multi-element-weather-sensor/","section":"products","summary":"Product Overview The OHTS1050 is an integrated multi-element meteorological monitoring device featuring a louvered radiation shield design. It integrates acoustic noise acquisition, particulate matter …","title":"OHTS1050 Multi-Element Weather Sensor","type":"products"},{"content":"Product Overview The OHTS1060 is an integrated multi-parameter environmental monitoring sensor featuring a louvered radiation shield structure. It integrates six-parameter measurement capabilities including carbon dioxide (CO₂) concentration, ambient temperature, relative humidity, atmospheric pressure, ambient noise, and illuminance.\nThe device utilizes an RS485 physical interface with standard ModBus-RTU communication protocol, making it suitable for distributed environmental monitoring …","permalink":"/products/ohts1060-multi-parameter-environmental-sensor/","section":"products","summary":"Product Overview The OHTS1060 is an integrated multi-parameter environmental monitoring sensor featuring a louvered radiation shield structure. It integrates six-parameter measurement capabilities …","title":"OHTS1060 Multi-Parameter Environmental Sensor","type":"products"},{"content":"Product Overview The OHTS1070 is an integrated ultrasonic meteorological monitoring device featuring a multi-parameter all-in-one structural design. It supports synchronous acquisition of meteorological elements including wind speed, wind direction, air temperature and humidity, ambient noise, particulate matter concentration (PM2.5/PM10), carbon dioxide concentration, atmospheric pressure, light intensity, optical rainfall, and total solar radiation.\nThe device utilizes the ultrasonic …","permalink":"/products/ohts1070-ultrasonic-integrated-weather-station/","section":"products","summary":"Product Overview The OHTS1070 is an integrated ultrasonic meteorological monitoring device featuring a multi-parameter all-in-one structural design. It supports synchronous acquisition of …","title":"OHTS1070 Ultrasonic Integrated Weather Station","type":"products"},{"content":"Product Overview The OHTS1080 is a wind speed measurement transmitter based on a three-cup mechanical structure, featuring an aluminum alloy enclosure and bottom cable exit design for long-term outdoor environmental monitoring. The device incorporates a bearing rotation mechanism that converts cup wheel rotational speed into electrical signals via photoelectric or magnetoelectric conversion principles.\nInternal circuitry processes these signals and outputs standard Modbus RTU protocol data …","permalink":"/products/ohts1080-aluminum-enclosure-wind-speed-transmitter-rs485-type/","section":"products","summary":"Product Overview The OHTS1080 is a wind speed measurement transmitter based on a three-cup mechanical structure, featuring an aluminum alloy enclosure and bottom cable exit design for long-term …","title":"OHTS1080 Aluminum Enclosure Wind Speed Transmitter (RS485 Type)","type":"products"},{"content":"Product Overview The OHTS1090 is a 360° wind direction detection transmitter featuring an aluminum alloy housing structure with surface oxidation treatment for excellent weather resistance. It utilizes a precision bearing transmission mechanism to achieve low-resistance rotation, ensuring accurate and sensitive wind direction data acquisition for long-term outdoor deployment.\nThe device integrates an RS485 communication interface supporting the ModBus-RTU protocol, enabling seamless integration …","permalink":"/products/ohts1090-aluminum-housing-360-wind-direction-transmitter/","section":"products","summary":"Product Overview The OHTS1090 is a 360° wind direction detection transmitter featuring an aluminum alloy housing structure with surface oxidation treatment for excellent weather resistance. It …","title":"OHTS1090 Aluminum Housing 360° Wind Direction Transmitter","type":"products"},{"content":"Product Overview The OHTS1091 is a high-precision photoelectric effect illuminance detection transmitter designed for professional lighting measurement applications. The device provides measurement units in Lux and features a robust aluminum alloy enclosure with IP65 protection rating, making it ideal for outdoor installations and harsh industrial environments where reliability and durability are critical.\nThe transmitter integrates an RS485 communication interface supporting standard ModBus-RTU …","permalink":"/products/ohts1091-aluminum-shell-illuminance-transmitter-rs485-type/","section":"products","summary":"Product Overview The OHTS1091 is a high-precision photoelectric effect illuminance detection transmitter designed for professional lighting measurement applications. The device provides measurement …","title":"OHTS1091 Aluminum Shell Illuminance Transmitter (RS485 Type)","type":"products"},{"content":"Product Overview The OHTS1092 is a UV radiation measurement transmitter based on the photoelectric effect principle, featuring an aluminum enclosure design suitable for industrial-grade environmental monitoring applications. The device integrates a high-sensitivity UV photoelectric sensor, capable of detecting ultraviolet radiation in the wavelength range of 290nm to 390nm.\nThe transmitter supports dual-parameter output of UV intensity (unit: mW/cm²) and UV Index, making it versatile for various …","permalink":"/products/ohts1092-aluminum-housing-uv-transmitter/","section":"products","summary":"Product Overview The OHTS1092 is a UV radiation measurement transmitter based on the photoelectric effect principle, featuring an aluminum enclosure design suitable for industrial-grade environmental …","title":"OHTS1092 Aluminum Housing UV Transmitter","type":"products"},{"content":"Product Overview The OHTS1093 is a fully automatic solar radiation tracking measurement device based on the thermoelectric effect principle. It utilizes a dual-mode positioning system combining optical tracking and GPS tracking to achieve unattended, all-weather monitoring of solar radiation parameters. The device employs a wire-wound electroplated thermopile sensing element, coupled with a multi-layer shading ring structure, to measure direct and diffuse solar radiation within the spectral …","permalink":"/products/ohts1093-automatic-solar-radiation-tracking-transmitter/","section":"products","summary":"Product Overview The OHTS1093 is a fully automatic solar radiation tracking measurement device based on the thermoelectric effect principle. It utilizes a dual-mode positioning system combining …","title":"OHTS1093 Automatic Solar Radiation Tracking Transmitter","type":"products"},{"content":"Product Overview The OHTS1094 is a quantum sensor based on the photoelectric effect principle, designed to measure Photosynthetically Active Radiation (PAR) within the wavelength range of $400\\,\\mathrm{nm} \\sim 700\\,\\mathrm{nm}$. The sensor employs a high-precision photoelectric sensing element with broad-spectrum absorption characteristics, offering high quantum responsivity within the $400\\,\\mathrm{nm} - 700\\,\\mathrm{nm}$ band and low annual drift. The sensing surface is equipped with an …","permalink":"/products/ohts1094-photosynthetically-active-radiation-par-sensor/","section":"products","summary":"Product Overview The OHTS1094 is a quantum sensor based on the photoelectric effect principle, designed to measure Photosynthetically Active Radiation (PAR) within the wavelength range of …","title":"OHTS1094 Photosynthetically Active Radiation (PAR) Sensor","type":"products"},{"content":"Product Overview The OHTS1095 Pyranometer is a precision instrument designed for measuring global solar radiation flux density. Based on the thermoelectric effect principle, this transmitter utilizes a wire-wound electroplated thermopile as the sensing element, featuring a high-absorptivity black coating that efficiently converts solar radiation into thermal energy.\nThe sensor incorporates a double-layer quartz glass dome with 95% light transmittance, specifically engineered to suppress air …","permalink":"/products/ohts1095-pyranometer/","section":"products","summary":"Product Overview The OHTS1095 Pyranometer is a precision instrument designed for measuring global solar radiation flux density. Based on the thermoelectric effect principle, this transmitter utilizes …","title":"OHTS1095 Pyranometer","type":"products"},{"content":"Product Overview The OHTS1096 is a total solar radiation measurement device based on the photoelectric effect principle, designed for precise measurement of global solar irradiance across the solar spectrum. This sensor employs a wide-spectral-response photosensitive element featuring high sensitivity and stability with excellent full-spectrum absorption characteristics.\nThe sensor is equipped with an optical-grade transparent dust shield on top, offering 95% transmittance and featuring a …","permalink":"/products/ohts1096-photoelectric-pyranometer/","section":"products","summary":"Product Overview The OHTS1096 is a total solar radiation measurement device based on the photoelectric effect principle, designed for precise measurement of global solar irradiance across the solar …","title":"OHTS1096 Photoelectric Pyranometer","type":"products"},{"content":"Product Overview The OHTS1098 Evaporation Transmitter is a water surface evaporation monitoring instrument based on pressure measurement principles. The device employs a gravimetric (weighing) method to measure liquid mass changes within an evaporation pan, calculating evaporation data through liquid level height variations.\nFeaturing a dual-layer 304 stainless steel structure, the device effectively isolates external thermal radiation and interference. Combined with digital sensor technology, …","permalink":"/products/ohts1098-evaporation-transmitter/","section":"products","summary":"Product Overview The OHTS1098 Evaporation Transmitter is a water surface evaporation monitoring instrument based on pressure measurement principles. The device employs a gravimetric (weighing) method …","title":"OHTS1098 Evaporation Transmitter","type":"products"},{"content":"Product Overview The OHTS1099 is a universal precipitation measurement sensor based on the strain gauge weighing principle, designed for comprehensive meteorological and hydrological monitoring applications. Capable of monitoring solid, liquid, and mixed-phase precipitation, this device employs a high-precision load cell to deliver accurate measurements across a wide dynamic range. With a real-time precipitation intensity measurement range of 6 ~ 1800 mm/h and resolution of 0.1 mm, the sensor …","permalink":"/products/ohts1099-weighing-rain-gauge/","section":"products","summary":"Product Overview The OHTS1099 is a universal precipitation measurement sensor based on the strain gauge weighing principle, designed for comprehensive meteorological and hydrological monitoring …","title":"OHTS1099 Weighing Rain Gauge","type":"products"},{"content":"Product Overview The OHTS1120 Road Surface Condition Sensor is a non-contact road surface condition monitoring device based on spectral analysis technology. Employing active remote sensing detection principles, the sensor emits monochromatic beams at specific wavelengths and receives reflected spectra from the road surface to achieve real-time analysis of road surface materials and status.\nThe sensor integrates a laser source and optical receiving system. The emitted light is focused by lenses …","permalink":"/products/ohts1120-road-surface-condition-sensor/","section":"products","summary":"Product Overview The OHTS1120 Road Surface Condition Sensor is a non-contact road surface condition monitoring device based on spectral analysis technology. Employing active remote sensing detection …","title":"OHTS1120 Road Surface Condition Sensor","type":"products"},{"content":"Product Overview The OHTS1121 is a qualitative detection sensor based on AC impedance measurement principles, designed to detect rainfall or snowfall states in outdoor natural environments. The sensor employs AC excitation technology to prevent oxidation of the sensing plate surface, ensuring long-term detection sensitivity and measurement stability even under continuous outdoor exposure.\nThe device features dual output modes, supporting both RS485 digital communication with ModBus-RTU protocol …","permalink":"/products/ohts1121-rain/snow-sensor/","section":"products","summary":"Product Overview The OHTS1121 is a qualitative detection sensor based on AC impedance measurement principles, designed to detect rainfall or snowfall states in outdoor natural environments. The sensor …","title":"OHTS1121 Rain/Snow Sensor","type":"products"},{"content":"Product Overview The OHTS1122 is a digital snow depth measurement sensor based on the phase-shift laser ranging principle, utilizing a 635nm semiconductor laser source and integrating a temperature compensation algorithm to eliminate the influence of laser temperature drift on measurement accuracy. The device features automatic tilt detection, supports data communication via RS485 interface using Modbus-RTU protocol, and can output snow depth data with 1mm resolution and ±1mm accuracy.\nThe …","permalink":"/products/ohts1122-laser-snow-depth-transmitter/","section":"products","summary":"Product Overview The OHTS1122 is a digital snow depth measurement sensor based on the phase-shift laser ranging principle, utilizing a 635nm semiconductor laser source and integrating a temperature …","title":"OHTS1122 Laser Snow Depth Transmitter","type":"products"},{"content":"Product Overview The OHTS1123 is an industrial-grade meteorological monitoring device featuring integrated multi-parameter measurement. Utilizing an all-in-one structural design, it simultaneously acquires environmental parameters including wind speed, wind direction, temperature and humidity, noise, particulate matter (PM2.5/PM10), carbon dioxide concentration, and atmospheric pressure.\nThe device employs an RS485 interface and supports the standard ModBus-RTU communication protocol, ensuring …","permalink":"/products/ohts1123-type-c-integrated-weather-station/","section":"products","summary":"Product Overview The OHTS1123 is an industrial-grade meteorological monitoring device featuring integrated multi-parameter measurement. Utilizing an all-in-one structural design, it simultaneously …","title":"OHTS1123 Type C Integrated Weather Station","type":"products"},{"content":"Product Overview The OHTS1124 is a negative oxygen ion concentration monitoring instrument based on the capacitive aspiration principle, designed for ambient air quality monitoring and assessment. The device integrates a high-sensitivity negative ion detection unit, featuring local LCD data display and remote digital communication capabilities.\nThe device supports data exchange with host computer systems or PLCs via the RS485 interface using the ModBus-RTU protocol, with a maximum communication …","permalink":"/products/ohts1124-negative-oxygen-ion-detector/","section":"products","summary":"Product Overview The OHTS1124 is a negative oxygen ion concentration monitoring instrument based on the capacitive aspiration principle, designed for ambient air quality monitoring and assessment. The …","title":"OHTS1124 Negative Oxygen Ion Detector","type":"products"},{"content":"Product Overview The OHTS1020 is an integrated multi-parameter isolated soil sensor capable of simultaneously monitoring soil temperature, volumetric water content, electrical conductivity, salinity, nitrogen, phosphorus, potassium, and pH value. The temperature measurement unit utilizes an NTC precision thermistor with signal conditioning circuitry, integrating zero-drift compensation and temperature compensation algorithms. Moisture measurement is based on the Frequency Domain Reflectometry …","permalink":"/products/ohts1020-isolated-multi-parameter-soil-sensor/","section":"products","summary":"Product Overview The OHTS1020 is an integrated multi-parameter isolated soil sensor capable of simultaneously monitoring soil temperature, volumetric water content, electrical conductivity, salinity, …","title":"OHTS1020 Isolated Multi-Parameter Soil Sensor","type":"products"},{"content":"Product Overview The OHTS1021 is a multi-layer soil parameter monitoring sensor based on the dielectric constant measurement principle. Utilizing a stratified measurement structure, it enables dynamic observation of soil moisture content, temperature, and electrical conductivity at different depths. The device is equipped with standard 3-layer to 5-layer soil parameter detection capability, with a measurement point spacing of 10cm. An optional integrated tri-axial tilt sensor is available for …","permalink":"/products/ohts1021-tube-soil-moisture-monitoring-sensor/","section":"products","summary":"Product Overview The OHTS1021 is a multi-layer soil parameter monitoring sensor based on the dielectric constant measurement principle. Utilizing a stratified measurement structure, it enables dynamic …","title":"OHTS1021 Tube Soil Moisture Monitoring Sensor","type":"products"},{"content":" The Challenge Modern agriculture faces a critical paradox: maximizing crop yields while minimizing environmental impact and input costs. Traditional fertilization strategies rely on periodic soil sampling and laboratory analysis, creating significant data gaps between sampling intervals. This approach leads to nutrient application based on historical averages rather than real-time soil conditions, resulting in over-fertilization, nutrient leaching, and soil degradation.\nCurrent monitoring …","permalink":"/solutions/optimizing-soil-nutrient-management-with-multi-parameter-sensors/","section":"solutions","summary":" The Challenge Modern agriculture faces a critical paradox: maximizing crop yields while minimizing environmental impact and input costs. Traditional fertilization strategies rely on periodic soil …","title":"Optimizing Soil Nutrient Management with Multi-Parameter Sensors","type":"solutions"},{"content":"Shanghai, China — April 6, 2026 — OrangeHorse Electronic Technology Co., Ltd., a Shanghai-based pioneer in environmental IoT and high-precision sensing technology, today announced the official launch of its comprehensively redesigned corporate website. This strategic digital upgrade reflects our commitment to providing seamless, professional service to our growing international clientele of 200+ partners across smart agriculture, industrial monitoring, and environmental management sectors.\nBuilt …","permalink":"/news/2026/04/orangehorse-unveils-redesigned-global-website-to-better-serve-international-iot-partners/","section":"news","summary":"Shanghai, China — April 6, 2026 — OrangeHorse Electronic Technology Co., Ltd., a Shanghai-based pioneer in environmental IoT and high-precision sensing technology, today announced the official launch …","title":"OrangeHorse Unveils Redesigned Global Website to Better Serve International IoT Partners","type":"news"},{"content":"1. Introduction RS485 (TIA/EIA-485-A) remains the dominant standard for industrial serial communications, enabling robust data transmission over long distances in harsh environments. Despite its 1983 origins, implementation errors in field wiring continue to cause system instability, data corruption, and equipment damage. This guide consolidates standards-compliant practices with field-proven methodologies to ensure reliable RS485 network operation in automation, building management, and process …","permalink":"/blog/rs485-wiring/","section":"blog","summary":"1. Introduction RS485 (TIA/EIA-485-A) remains the dominant standard for industrial serial communications, enabling robust data transmission over long distances in harsh environments. Despite its 1983 …","title":"Technical Guide: Best Practices for RS485 Wiring","type":"blog"},{"content":"Bringing Soil to Life: A Practical IoT Approach for Smarter Greenhouses\nWhen you step into a greenhouse at dawn, there\u0026amp;rsquo;s that familiar moment of uncertainty. You look at the rows of tomatoes or lettuce and wonder: Are the roots getting enough moisture? Did yesterday\u0026amp;rsquo;s fertigation push the salt levels too high? Is the soil warming up evenly, or are there cold pockets stressing the young plants?\nFor years, growers have relied on experience and handheld meters—walking the aisles, …","permalink":"/solutions/bringing-soil-to-life-a-practical-iot-approach-for-smarter-greenhouses/","section":"solutions","summary":"Bringing Soil to Life: A Practical IoT Approach for Smarter Greenhouses\nWhen you step into a greenhouse at dawn, there\u0026rsquo;s that familiar moment of uncertainty. You look at the rows of tomatoes or …","title":"Bringing Soil to Life: A Practical IoT Approach for Smarter Greenhouses","type":"solutions"},{"content":"Preventing Aquaculture Disasters: Why Optical DO Sensors Are the Breakthrough for High-Density Shrimp and Crab Ponds The Critical Role of Dissolved Oxygen in Aquaculture Success In high-density aquaculture operations, dissolved oxygen (DO) stands as perhaps the single most critical water quality parameter determining stock survival and yield. Shrimp and crab farming operations, characterized by intensive stocking densities and demanding water quality requirements, face unique challenges that …","permalink":"/solutions/preventing-aquaculture-disasters-why-optical-do-sensors-are-the-breakthrough-for-high-density-shrimp-and-crab-ponds/","section":"solutions","summary":"Preventing Aquaculture Disasters: Why Optical DO Sensors Are the Breakthrough for High-Density Shrimp and Crab Ponds The Critical Role of Dissolved Oxygen in Aquaculture Success In high-density …","title":"Preventing Aquaculture Disasters: Why Optical DO Sensors Are the Breakthrough for High-Density Shrimp and Crab Ponds","type":"solutions"},{"content":" Founded in June 2017 and headquartered in Shanghai, OrangeHorse Electronic Technology Co., Ltd. is a leading innovator in the field of environmental IoT and sensing technology.\nOur core R\u0026amp;D team brings over 15 years of expertise in IoT device development and sensor engineering. We specialize in the design and manufacture of high-precision digital sensors (primarily RS485) for water, soil, atmospheric, and light environments, providing the critical data infrastructure for a greener, smarter …","permalink":"/about/","section":"","summary":" Founded in June 2017 and headquartered in Shanghai, OrangeHorse Electronic Technology Co., Ltd. is a leading innovator in the field of environmental IoT and sensing technology.\nOur core R\u0026D team …","title":"About Us","type":"page"},{"content":"Cookie Policy 1. What Are Cookies Cookies are small text files that are placed on your computer or mobile device when you visit a website. They are widely used to make websites work more efficiently and provide information to website owners.\n2. How We Use Cookies OrangeHorse Electronic Technology Co., Ltd. uses cookies for various purposes, including:\n2.1 Essential Cookies These cookies are necessary for the website to function properly. They enable core functionality such as:\nUser …","permalink":"/cookies/","section":"","summary":"Cookie Policy 1. What Are Cookies Cookies are small text files that are placed on your computer or mobile device when you visit a website. They are widely used to make websites work more efficiently …","title":"Cookie Policy","type":"legal/single"},{"content":"Frequently Asked Questions General Questions What does OrangeHorse specialize in? OrangeHorse Electronic Technology Co., Ltd. is a leading manufacturer of IoT environmental sensors and monitoring solutions. We specialize in:\nSoil and agricultural sensors Air quality and gas detection devices Water quality monitoring equipment Weather stations and meteorological instruments Industrial safety sensors Where is OrangeHorse located? Our headquarters is in Shanghai, China, with regional offices and …","permalink":"/support/faq/","section":"support","summary":"Frequently Asked Questions General Questions What does OrangeHorse specialize in? OrangeHorse Electronic Technology Co., Ltd. is a leading manufacturer of IoT environmental sensors and monitoring …","title":"Frequently Asked Questions","type":"legal/single"},{"content":"Privacy Policy 1. Introduction OrangeHorse Electronic Technology Co., Ltd. (\u0026amp;ldquo;we,\u0026amp;rdquo; \u0026amp;ldquo;our,\u0026amp;rdquo; or \u0026amp;ldquo;us\u0026amp;rdquo;) respects your privacy and is committed to protecting your personal data. This Privacy Policy explains how we collect, use, disclose, and safeguard your information when you visit our website or use our services.\n2. Information We Collect 2.1 Personal Information We may collect personal information that you voluntarily provide to us, including:\nName and contact …","permalink":"/privacy/","section":"","summary":"Privacy Policy 1. Introduction OrangeHorse Electronic Technology Co., Ltd. (\u0026ldquo;we,\u0026rdquo; \u0026ldquo;our,\u0026rdquo; or \u0026ldquo;us\u0026rdquo;) respects your privacy and is committed to protecting your personal …","title":"Privacy Policy","type":"legal/single"},{"content":"","permalink":"/download/resources/","section":"download","summary":"","title":"Resources","type":"resources"},{"content":"","permalink":"/search.json","section":"","summary":"","title":"Search Index","type":"page"},{"content":"Terms of Service 1. Acceptance of Terms By accessing or using the website, products, or services of OrangeHorse Electronic Technology Co., Ltd. (\u0026amp;ldquo;OrangeHorse,\u0026amp;rdquo; \u0026amp;ldquo;we,\u0026amp;rdquo; \u0026amp;ldquo;us,\u0026amp;rdquo; or \u0026amp;ldquo;our\u0026amp;rdquo;), you agree to be bound by these Terms of Service. If you do not agree to these terms, please do not use our services.\n2. Definitions \u0026amp;ldquo;Services\u0026amp;rdquo; refers to all products, software, applications, and services provided by OrangeHorse \u0026amp;ldquo;User\u0026amp;rdquo; or …","permalink":"/terms/","section":"","summary":"Terms of Service 1. Acceptance of Terms By accessing or using the website, products, or services of OrangeHorse Electronic Technology Co., Ltd. (\u0026ldquo;OrangeHorse,\u0026rdquo; \u0026ldquo;we,\u0026rdquo; …","title":"Terms of Service","type":"legal/single"},{"content":"","permalink":"/download/tools/","section":"download","summary":"","title":"Tools","type":"tools"},{"content":"Warranty Policy 1. Standard Warranty Coverage OrangeHorse Electronic Technology Co., Ltd. (\u0026amp;ldquo;OrangeHorse\u0026amp;rdquo; or \u0026amp;ldquo;we\u0026amp;rdquo;) stands behind the quality of our products. All OrangeHorse sensors and IoT devices come with a comprehensive warranty to ensure your peace of mind.\n1.1 Warranty Period Standard Products: 24 months from the date of purchase Industrial-grade Products: 36 months from the date of purchase Custom/OEM Products: As specified in your contract 1.2 What Is Covered Our …","permalink":"/support/warranty/","section":"support","summary":"Warranty Policy 1. Standard Warranty Coverage OrangeHorse Electronic Technology Co., Ltd. (\u0026ldquo;OrangeHorse\u0026rdquo; or \u0026ldquo;we\u0026rdquo;) stands behind the quality of our products. All OrangeHorse …","title":"Warranty Policy","type":"legal/single"}]