ELECROW eBus Adapter Shield C6 with Translucent Enclosure USR-ES1 Module without Ethernet The eBUS Adapter Shield C6 offers an interface to a 2-wire eBUS with galvanic isolation, enabling reliable communication with eBUS-compatible heating, ventilation, or solar systems. As an enhanced version of the previous adapter (v5), it continues the evolution of earlier designs with significant improvements. These include a more compact size (37x26mm), a pluggable eBUS connection, built-in WiFi using the ESP32-C6, compatibility with various Ethernet modules, and many additional features. Introduced in early 2023 after extensive prototyping, the v5 version is already widely used by thousands. Since its release, several design upgrades have been made, including the integration of an eFuse for overvoltage and overcurrent protection, as well as a USB-C connection, both featured in the C6 version. Features Complete galvanic isolation with no power consumption from the eBUS (classified as Class 0 per the eBUS specification). Versatile host connectivity options, including: - Built-in USB - Built-in WiFi with an onboard PCB antenna - Direct plug-in compatibility with Raspberry Pi - Ethernet (using the optional USR-ES1 addon module, see details below) Full compatibility with the enhanced ebusd protocol. Web-based configuration and firmware updates, available at no cost. Optional sensor connectivity for expanded functionality. Specifically optimized and designed for seamless integration with ebusd.

ZFX-13001 12V DC High Precision Capacitive Humidity Controller The ZFX-13001 12V DC high-precision digital humidity control controller is with wide humidity measuring range and controlling range and comes with a humidity controller sensor probe with cable. The humidity sensor uses a high-precision capacitive faster chip which has the advantage of high accuracy to reflect. The humidity measuring range is 1 percent - 99 percent RH and the control range is 1 percent RH. Humidification and dehumidification can be set through the menu, the parameters have been set for the power outage permanent memory function. The digital humidity controller can set a high or a low humidity limit when the humidity is beyond the compass of limits, it will humidify or dehumidify automatically With the humidity sensor, uses a high precision capacitive chip, high accuracy, and wide humidity measuring range. With a large and clear LED display for better readability. Anti-interference control: When the temperature control mode (code is HC) was H, eg. the setting control humidity is 50% RH, slewing range of temperature is 5% RH, when the environment humidity setting temperature (50% RH) + slewing range (5% RH), the relay will switch on and start the output load; when the environment humidity is setting temperature (50% RH) + slewing range (5%RH), the relay will switch off and stop the output load. Humidification control: When the temperature control mode (code is HC) was C, e. g. the setting control humidity is 50%RH. slewing range of temperature is 5%RH, when the environment humidity setting temperature (50%RH)-slewing range (5%RH). the relay will switch on and start the output load; when the environment humidity is set temperature (50% RH), the relay will switch off and stop the output load. Applications: Hatching device Refrigerator Greenhouse cultivation Freezer PACKAGE INCLUDED: 1 x ZFX13001 12V DC Humidity Controller

SenseCAP S2120 8-in-1 LoRaWAN Weather Sensor Delivers 8 Key Weather Metrics - Seeed Studio The SenseCAP LoRaWAN S2120 Weather Station is a high-precision LoRaWAN 8-in-1 weather sensor designed to capture and transmit key environmental parameters, including air temperature, humidity, wind speed and direction, rainfall intensity, light intensity, UV index, and barometric pressure. Supported by global LoRaWAN networks, it ensures reliable long-range data transmission with minimal power consumption. Engineered for durability and versatility, this hyperlocal outdoor weather station is ideal for gardens, agriculture, meteorology, and urban environmental monitoring. With built-in Bluetooth for fast OTA configuration and remote management, it offers both convenience and low maintenance costs, making it an efficient and long-lasting solution for professional and personal environmental monitoring needs. Features: Scan-and-Play Simplicity, Easy Configuration Over Bluetooth in About One Minute Built-in Bluetooth eliminates the need for time-consuming setting tasks, allowing those with little or no technical expertise to easily get started with weather detection. Powerful SenseCAP Mate App Data Visualization and Remote Device Management Compatibility with Many Networks and Platforms Easily interacts with existing global LoRaWAN networks. Other Features: 8-in-1 Weather Monitoring – Measures air temperature, humidity, wind speed, wind direction, rainfall intensity, light intensity, UV index, and barometric pressure in one device. LoRaWAN Connectivity – Uploads real-time data reliably over worldwide LoRaWAN networks. Quick Bluetooth Configuration – Set up in just 1 minute with the SenseCAP Mate App; supports remote management of real-time and historical data. Ultra-Low Power Consumption – Powered by a 0.5W solar panel with 3 × standard 1.5V AA dry batteries, lasting up to 2 years. Expandable Battery Capacity – Option to add an external compartment for 6 batteries, doubling service life. Durable Outdoor Performance – Resistant to high UV exposure, heavy rainfall, dust, and other harsh conditions. Built-In Remote Management – OTA configuration and device management through SenseCAP Mate App and SenseCAP Portal. Easy Installation & Flexible Layout – Includes poles, mounting stand, and accessories for fast deployment in diverse environments. How to Select a Gateway: LoRaWAN network coverage is essential when employing sensors, and there are two LoRaWAN network possibilities. Option 1: Sensors operate in areas covered by the Helium Network. Option 2: Sensors operate in a typical LoRaWAN network, such as The Things Network, Loriot, Chirpstack, etc. Applications: Backyard & Gardens: To safeguard your family, measure the air temperature and humidity in the backyard and garden, as well as the rainfall intensity and UV index. Smart Agriculture: Allow farmers to acquire climate data and information in real time, implement scientific management techniques in production, and increase agricultural output capacity and levels. Meteorology: Support applications in the professional meteorological sector, such as immediately reflecting the changes of various abnormal meteorological conditions in the field of traffic and transportation to give real-time scientific basis data for traffic management departments. Urban Weather: Provide real-time data for city squares, parks, scenic regions, golf courses, and other urban locations. Field Deployment SenseCAP S2120 8-in-1 LoRaWAN Weather Sensor Diagram How to Deploy

10K Temperature Sensor (Thermistor) A 10K temperature sensor (also known as a thermistor) is a type of resistor that changes its resistance value in response to changes in temperature. The "10K" refers to its resistance value at a temperature of 25°C, which is 10,000 ohms. Thermistors are commonly used in temperature sensing and control applications because of their high sensitivity and fast response time. They are often preferred over other temperature sensors such as thermocouples and RTDs because they are smaller, cheaper, and easier to use. There are two main types of thermistors: negative temperature coefficient (NTC) and positive temperature coefficient (PTC). NTC thermistors have a resistance that decreases as the temperature increases, while PTC thermistors have a resistance that increases as the temperature increases. Thermistors are inexpensive, easily obtainable temperature sensors.  They are easy to use and adaptable.  Circuits with thermistors can have reasonable output voltages - not the millivolt outputs thermocouples have.  Because of these qualities, thermistors are widely used for simple temperature measurements.  They're not used for high temperatures, but in the temperature ranges where they work, they are widely used. Applications: Temperature control in HVAC systems Medical equipment Industrial processes Automotive systems Environmental monitoring Consumer electronics. Also check 10K Thermistor Temperature Sensor Module(3 Pin) Also check 10K Thermistor Temperature Sensor Module(4 Pin) . The module is small and low-cost. It can be used to detect the temperature of the surrounding environment.

Adjustable Temperature Controller with Display Socket This module is XK-W2001 Adjustable Temperature Controller and features a digital display on the socket. The XK-W2001 Adjustable Temperature Controller is a mini temperature controller with a socket. The adjustable temperature controller socket AU plug is integrated with a clear digital display for better readability. The clear digital display on the XK-W2001 adjustable temperature controller socket gives you better readability and a Wide temperature measuring range. The XK-W2001 temperature controller socket plug has Input voltage of 110-220V with input of NTC10K L=1 waterproof probe. Operation Instruction: P0 setting start temperature Press the SET button to enter the internal menu. The default display is P0. Press the SET button again to set the desired starting temperature with the up and down buttons. P1 setting stop temperature Press the setting button to enter the internal menu, the digital display is P0, switch to P1 by the up and down buttons, press the setting button again, and set the required stop temperature by the up and down buttons. P2 Setting calibration temperature In the same way, enter the internal menu, switch to P2 by the up and down buttons, and then press the faint setting button. Set the required calibration temperature by the up and down buttons. P3 Setting starting delay time In the same way, enter the internal menu, switch to P3 by pressing the up and down buttons, press the setting button again, and set the required delay time (in minutes) by the up and down buttons.

XH-W3002 Intelligent Led Digital Microcomputer Temperature Controller Mini Thermostat Switch with Water-Resistant Sensor Probe 10A (Max) Multipurpose Controller This is XH-W3002 AC 220V 1500W Digital Temperature Controller Microcomputer Thermostat Switch. A temperature measurement and Controller tool with high accuracy and precision at a very low cost. It offers a high-temperature control precision of 0.1?. The temperature control range from -50? to 110?. TheLED Display shows the results clearly. One can directly install or embed the XH-W3002 in industrial control equipment panel, convenient and quick. It features a 1M probe made up of stainless steel material which makes it waterproof and does not let it rust easily. Also, all the delicate and sensitive components are kept safe in ABS flame retardant housing which is avirulent and environmental protective. Digital display LLL: If the digital tube displays LLL, the sensor is faulty. Please repair the sensor or replace the sensor. Digital display HHH: If the digital tube displays HHH, this is because the detected temperature is beyond the measurement range. Button functions of the XH-W3002 Controller: Press UP to show the start temperature button. On Long press of the UP button, the display starts flashing, then press the UP or DOWN button Set the beginning of the temperature value Press Down the display button to stop temperature. On the Long press of the Down button, the display starts flashing, then press the Up or Down button Set to stop the temperature value. Also check the XK-W2001 Adjustable Temperature Controller Socket with 1M Probe and AU Plug available on Iotcart. The adjustable temperature controller socket features a clear digital display for better readability and has a wide temperature measuring range from -50? to 110?.

XH-W1219 12V Digital Temperature Controller The XH-W1219 12V digital temperature controller is a device that allows you to control the temperature of a system or process using a digital interface. It typically includes a temperature sensor, a control algorithm, and an output mechanism to control the temperature. The XH-W1219 is a 12V version, meaning that it operates at a voltage of 12V DC. It may have inputs for setting the temperature setpoint and control parameters, as well as outputs for controlling devices such as heating elements or cooling fans. The controller may also have a display for showing the current temperature, setpoint, and other information. It may be used in a wide range of applications including HVAC systems, incubators, ovens, and other temperature-controlled environments. The XH-W1219 module is basically the same as the popular W-1209 module except it has a 2nd display added to always show the current trigger point along with the current temperature.   When programming the parameters in the module, the dual displays make it a little easier see what you are doing since the top display shows the parameter selected while the bottom display shows the value you are setting.  This module is slightly larger than the W-1209 and so will not fit in the acrylic case designed for that module. A built in STM8S uC allows you to configure the module using the display and 3 pushbuttons.  All settings are saved into non-volatile memory and are preserved during a power cycle. The temperature is sensed by a high accuracy waterproof NTC 10K Thermistor that has a range of -30°C to 110°C (-22°F to 230°F) .  The sensor cable is about 13? long, but it is possible to splice wire to lengthen the cable if needed. The relay is rated for up to 120VAC @ 10A and 14VDC @ 10A.  When the relay is energized an LED is lit.    It is also possible to use the relay on this module to switch higher power relays if you want to control a lot of power. Note : This board is Nuvoton based. Button Parameters: P0 = (Heat / Cool) sets whether the relay is energized or de-energized when trigger temperature is reached. P1 = (Hysteresis) sets the difference in degrees between the Trigger temp and when the relay changes state P2 = (Max Temp) sets the maximum Trigger temp that can be set P3 = (Min Temp) sets the minimum Trigger temp that can be set P4 = (Temp Correction) sets an offset to use for the displayed value P5 = (Delay) sets a time delay between when the Trigger temp is reached and when the relay is switched P6 = (Alarm) sets a high temperature ‘alarm’ trip point

Sensirion SHT30-DIS I2C humidity & temperature sensor SHT3x-DIS is the next generation of Sensirion’s temperature and humidity sensors. It builds on a new CMO sensor chip that is at the heart of Sensirion’s new humidity and temperature platform. The SHT3x-DIS has increased intelligence, reliability and improved accuracy specifications compared to its predecessor. Its functionality includes enhanced signal processing, two distinctive and user selectable I2C addresses and communication speeds of up to 1 MHz. The DFN package has a footprint of 2.5 x 2.5 mm2 while keeping a height of 0.9 mm. This allows for integration of the SHT3x-DIS into a great variety of applications. Additionally, the wide supply voltage range of 2.4 V to 5.5 V guarantees compatibility with diverse assembly situations. All in all, the SHT3x-DIS incorporates 15 years of knowledge of Sensirion, the leader in the humidity sensor industry. Pin description: 1 Vin this is the power pin 2 GND common ground for power and logic I2C Logic pins 3 SCL I2C clock pin, connect to your microcontrollers I2C clock line 4 SDA I2C data pin, connect to your microcontrollers I2C data line 5 ADR This is the I2C address selection pin 6 RST Hardware reset pin 7 ALR Alert/Interrupt output

10K Thermistor Temperature Sensor Module(3 Pin) Thermistor Temperature Sensor Module is very sensitive to ambient temperature. This electronic part generally used to detect the temperature of the surrounding environment. Through potentiometer adjustment, it is possible to change the temperature detection threshold. DO output can be directly connected to the microcontroller to detect high and low, by detecting temperature changes in the environment. The temperature detection range of the module is between 20 and 80 degrees Celsius. This sensor module can be replaced with a line temperature sensor for controlling the water temperature, water tank, etc. Generally, the 4-wire method of thermistor measurement is the most accurate because there is effectively no current flowing in either of the measurement cable wires and therefore no added resistance due to the cable wires. Also check the DC 3-5V MAX6675 Module + K Type Thermocouple Temperature Sensor Thermocouple Sensor Set M6 Screw and Jumper Wire F to F 5pcs

SenseCAP S1000 V2 Weather Sensor – 10-in-1 Environmental Sensor with CO₂, PM2.5, PM10 Monitoring -Seeed Studio The SenseCAP S1000 V2 10-in-1 environmental sensor delivers precise, real-time monitoring of 10 key parameters in a single, integrated device. It measures air temperature, humidity, barometric pressure, light intensity, precipitation, wind speed, wind direction, CO₂, PM2.5, and PM10 (air quality), making it a complete solution for outdoor, agricultural, and smart city applications. With an industrial-grade design, IP66-rated enclosure, and an operating temperature range from -40°C to +85°C, it ensures durability and reliability even in the harshest environments. Its output interfaces (RS485 MODBUS-RTU / SDI-12) enable seamless integration into existing monitoring systems and IoT platforms. Engineered for high performance and low maintenance, the S1000 features a thermostatically controlled heating system for cold climates, ultrasonic wind sensors with no moving parts for long-lasting use, and radiation shields for accurate measurements. It comes with a 3m cable and pole-mount accessories for easy deployment. To guarantee consistent accuracy and performance, the sensor undergoes six rigorous reliability tests, including wind tunnel calibration, high/low temperature trials, vibration, waterproofing, and structural validation. Compact yet powerful, the SenseCAP S1000 stands as a trusted 10-in-1 environmental sensor that measures CO₂, PM2.5, and PM10 (air quality) with exceptional precision and reliability. Features: 10-in-1 Measurement: Monitors air temperature, relative humidity, barometric pressure, light intensity, precipitation intensity, wind speed, wind direction, CO₂, PM2.5, and PM10 in a single device. Industrial-Grade Design: Operating temperature from -40°C to +85°C, IP66-rated waterproof and dustproof housing, built for outdoor environments. Multiple Output Interfaces: Supports RS485 (MODBUS-RTU) and SDI-12 for seamless integration with monitoring and IoT systems. Heating System for Cold Climates: Thermostatically-controlled independent power supply ensures stable operation in extreme cold. Durable Components: Includes a 3m pole-mount cable, radiation shields for accurate measurements, and ultrasonic wind sensors with no moving parts. Applications: Smart Agriculture, Smart City, Power Transmission, Renewable Energy, Transportation, and Traffic Today, data on localized weather, known as microclimates, represents the next frontier in more precise and accurate weather forecasting. As a result, the collection of weather data is becoming smaller and more gridded. In light of this, weather sensors, which are the most convenient way to collect weather data, are becoming increasingly popular. This SenseCAP ONE S1000 10-in-1 Compact Weather Sensor allows you to gather and monitor environmental and weather data, which is important in a variety of application situations, such as smart city projects, among others. It is IP66 rated and has high durability to survive even the harshest outdoor conditions. In place of a standard mechanical 3-cup or vane anemometer, wind speed and direction sensors employ ultrasound. The advantage of employing ultrasonic sensors is that minimizing the number of movable elements makes the sensor less likely to break, making maintenance easier without sacrificing precision or labor. SenseCAP ONE is a series of all-in-one small weather sensors that measure up to ten weather parameters simultaneously: air temperature, air humidity, atmospheric pressure, light intensity, wind speed, wind direction, precipitation, PM 2.5, PM 10, and CO2. The SenseCAP ONE series employs the RS485 (MODBUS-RTU) / SDI-12 communication protocol. As a result, the SenseCAP ONE tiny weather sensor is compatible with any data logger that supports RS485 (MODBUS-RTU) or SDI-12. Hardware Overview

DHT11 Humidity and Temperature Sensor The DHT-11 Digital Temperature And Humidity Sensor is a basic, ultra low-cost digital temperature and humidity sensor. It uses a capacitive humidity sensor and a thermistor to measure the surrounding air and spits out a digital signal on the data pin (no analog input pins needed). It's fairly simple to use but requires careful timing to grab data. The only real downside of this sensor is you can only get new data from it once every 2 seconds, so in your code please use sensor reading interval at 2 seconds or more. Compared to the DHT22, this sensor is less precise, less accurate, and works in a smaller range of temperature/humidity. But despite its disadvantages over DHT22, it is a smaller and less expensive sensor for temperature and humidity measurement. APPLICATIONS: Measure temperature and humidity Local Weather station Automatic climate control Environment monitoring Also check the DHT11 Humidity and Temperature Sensor Module pack of 25, The module operates in the voltage range of 3.3VDC to 5.5VDC and is described as a basic, ultra-low-cost digital temperature and humidity sensor.

SHT20 MRS Type I2C Humidity and Temperature Sensor Probe -7Semi The SHT20 MRS Type I2C Humidity and Temperature Sensor Probe by 7Semi is a robust and precise sensing solution tailored for demanding environments. Utilizing advanced CMOSens technology, this sensor delivers highly accurate humidity and temperature measurements over a broad temperature range of -40°C to 125°C. It features a digital I2C interface, enabling seamless integration with microcontrollers and low-power operation. Housed in a stainless-steel breathable shell, the sensor is built to resist high pressure (up to 150 bar), extreme temperatures, and harsh chemical exposure. It comes factory-calibrated at multiple points for reliable readings and offers superior protection against dust and contaminants. With a 1-meter cable and Mini Round Shell connector, it ensures flexible and secure installation in tight or rugged spaces such as industrial pipelines, environmental test chambers, and hazardous locations. Features: Accurate and Stable Measurements: The CMOSens technology offers digital, linearized readings with little drift over time, and it supports temperatures ranging from -40°C to 125°C. Robust Metal Probe Construction: Stainless steel porous housing is resistant to high pressure, corrosion, and dust, making it perfect for long-term industrial applications. Advanced Breathable Shell Design: Provides high air permeability and a rapid humidity exchange rate while shielding inside electronics from dust and chemical contamination. Pre-calibrated and Digital Output: Fully factory-calibrated for humidity and temperature, with an I2C interface for seamless integration and low-power data transfer. High filtration efficiency: Precision pore diameters (5–120 microns) provide superior filtration, interception, and uniform dispersion performance. Exceptional Environmental Resistance: Reliable in difficult situations such as high humidity, heated drying operations, restricted spaces, vacuum chambers, and explosive conditions. Long-Term Durability: The anti-shedding design and superior material quality provide extended service life and consistent readings over time.

BME680 Digital Humidity Temperature Pressure High Altitude Sensor Module Discover an unparalleled sensor module, the BME680 Digital Humidity Temperature Pressure High Altitude Sensor Module, for precise environmental measurements. This module ensures accurate readings of humidity, temperature, and pressure, making it an ideal choice across various applications. Whether you're an enthusiast or professional, the BME680 module offers unmatched versatility. It seamlessly integrates with popular development platforms like Arduino and Raspberry Pi , simplifying the incorporation into IoT projects, home automation systems, and smart devices. Leveraging its advanced capabilities, this sensor module empowers you to monitor and analyze air quality, making it perfect for both indoor and outdoor environments. Stay updated on weather conditions, establish data logging systems, and enhance industry applications with the precise measurements provided by the BME680. Witness accuracy, efficiency, and innovation with the BME680 module. Features: BME680 Digital Humidity Temperature Pressure High Altitude Sensor Module Monitors humidity, temperature, and pressure for accurate data. Easily connects to popular development platforms like Arduino and Raspberry Pi. Keeps track of indoor and outdoor air quality. Suitable for weather monitoring and industry-specific needs. Enables creation of comprehensive data logging systems to track environmental changes. Designed for efficiency and reliability in measurement tasks. Applications: Personal air quality tracker Air quality mapping Air quality inside cars & public transport Enhanced context awareness Accurate step & calorie tracker Quick GPS fix & improved navigation Indicator of too high/low humidity Air quality & well-being indicator Sleep/recovery tracker Weather trend Stair counter Floor level detection

12V Mini Digital Air Humidity Control Controller MH13001 12V Digital Air Humidity Control Controller Range designed as digital humidity control controller. It comes with a wide humidity measuring range and controlling range consisting of a humidity controller sensor probe with cable. This humidity Capacitive Digital Temperature and Humidity Module is a temperature and humidity composite sensor providing a calibrated digital signal output. This digital output is displayed via an LCD. The display is red that shows three “LED” digits, which clearly shows the temperature full value (no decimal place). Humidity sensors make use of high-precision capacitive faster chip which has the advantage of high accuracy to reflect. It offers a Humidity measuring range of 1 percent ~ 99 percent RH and also has a control range of 1 percent RH. In this module, the humidification and dehumidification are set via the menu, thus the parameters have been set for the power outage permanent memory function.

XM-18 Mini Digital Automatic Egg Incubator This is the XM-18 Mini Digital Automatic Egg Incubator, which is a researched product that uses microcomputer technology. This egg incubator is integrated with the latest electronic component for the highest accuracy. It features a digital temperature sensor and moisture-sensitive capacitance humidity sensor. This incubator is stable and reliable, time-saving, labor-saving, and easy to use. Features: High-quality circuit components, reliable quality, stable performance, leakage resistance, and durability. The automatic multi-function incubator equipping with the imported digital temperature sensor and France moisture-sensitive capacitance humidity sensor. Easy to control the temperature and humidity. The automatic multi-function incubator is miniaturized, intelligent, high measurement accuracy. This incubator is stable and reliable, time-saving, labor-saving, and easy to use. It is the ideal incubation equipment for the propagation of poultry and rare birds and small and medium-sized hatchery. Applications: Humidity and Temperature control in egg incubator