Modules
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Arduino, Modules
1 inch Water Flow Sensor – YF-G1 DN25
YF-G1 DN25 1 inch Water flow sensor used for flow measurement it consists of a plastic valve body, a water rotor, and a hall-effect sensor. When water flows through the rotor, rotor rolls. Its speed changes with different rate of flow. The hall-effect sensor outputs the corresponding pulse signal. This one is suitable to detect flow in water dispenser or coffee machine.
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Arduino, Modules
1 inch Brass Water Flow Sensor SEN-HZG1WA
Now easily measure water (liquid) flow in your application using this 1 inch Brass water flow sensor. This is good quality flow sensor with brass body and can be used for industrial and commercial applications. This one inch water flow sensor is used extensively is various types of vending machines.
This water flow sensor is connected in line with the liquid whose flow rate has to be measured. There is a simple rotating wheel with a magnet and when the liquid flows the wheel is rotated and a hall effect sensor measures how many times he wheel is rotated and accordingly gives pulses. By counting the number of pulses you can easily calculate the flow rate as well as the amount of liquid dispensed.
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Arduino, Modules
1 Channel 5V Relay Module without Optocoupler
This is 1 Channel 5V Relay Board Module For Arduino PIC AVR DSP ARM. A wide range of microcontrollers such as Arduino, AVR, PIC, ARM and so on can control it.
Each one needs 15mA – 20mA driver current and Equipped with high current relay: DC 5V / 10A, AC 250V / 10A
Standard interface that can be compatible with microcontroller.
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Arduino, Modules
1 Channel 5V Relay Module with Optocoupler
This is a 16 Channel 5V Relay Module with Optocoupler, Be able to control various appliances and other equipment with a large current. It can be controlled directly by Micro-controller (Arduino, 8051, AVR, PIC, DSP, ARM, MSP430, TTL logic).This is 5V 16-Channel Relay interface board and each one of the individual relays needs 15-20mA Driver Current. The board features indication LED for Relay output status and the standard interface that can be controlled directly by many of widely used microcontrollers like Arduino etc.The 5V electromechanical relay module with AC contact capacity of 250V which also include light coupling protection(optocoupler) for isolation of control circuitry. The plate load power module doesn’t need an external power supply. It supports all SCM Drive.SKU: n/a -
Arduino, Modules
XH-W3001 12V DC 120W Digital Microcomputer Thermostat Switch
This is an XH-W3001 DC 12V 120W Digital Microcomputer Thermostat Switch. A temperature measurement and Controller tool with high accuracy and precision at the very low cost.
It offers high-temperature control precision of 0.1. The temperature control range from -50 to 110.
It features a 1M probe made up of stainless steel material which makes is 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 a virulent and environmental protective.
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Arduino, Modules
XH-W1401 12V DC Digital Thermostat Temperature Controller With NTC Sensor & LED Display
Arduino, ModulesXH-W1401 12V DC Digital Thermostat Temperature Controller With NTC Sensor & LED Display
XH-W1401 DC12V Digital Thermostat Temperature Controller With NTC Sensor & LED Display is a dual temperature controlled thermostat. This module can control both heater and cooler and you can set it according to your application.
An NTC temperature sensor is provided for monitoring temperature from a range of -9 to 99. A relay is provided for AC or DC load control the relay can control up to 10 amperes. The module input voltage (supply voltage) is 12 volts DC
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Arduino, Modules
XH-W1219 12V Digital Red and Green Display Temperature Controller Module with NTC Waterproof Temperature Sensor
Arduino, ModulesXH-W1219 12V Digital Red and Green Display Temperature Controller Module with NTC Waterproof Temperature Sensor
This is XH-W1219 12V Digital Red+Green Display Temperature Controller Module W/ NTC Waterproof Temperature Sensor. The XH-W1219 thermostat module with its C and I/O (sensor input, keys, double display, relay) can be re-programmed for automation tasks, and its easy to work with.
Digital thermostat module. The temperature controller/switch with waterproof NTC probe and integrated LED display in red and green.
Note: This board is Nuvoton based.
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Arduino, Modules
XH-M452 Temperature and Humidity Controller Module
Get the all-new DC 12V XH-M452 Temperature And Humidity Controller Module Digital Display. It has a very High Accuracy Dual Output Automatic Constant Temperature And Humidity Control Board.
Humidity Control
- Set to start humidity: long-press the + key, start the humidity value flashing, set by + / key launch humidity value
- Set stop humidity: long press to stop humidity value, set by + / key to stop the humidity value
Temperature Control
- Setting the temperature +: Normal display mode, long-press the + key for 3 seconds, start temperature numerical flashing, press the + / key setting values, the wrong operation after 5 seconds, automatically return to detect temperature display
- Setting the temperature :Normal display mode, long press button for 3 seconds, stop numerical flashing temperature, press the + / key set value
- Restore the factory Settings: At the same time long press temperature, and humidity + key for 3 seconds, digital display, 888, 888
- Setting the start temperature: Long press the + key, start the flashing temperature, set start temperature by + / key
- Setting Stop temperature: long press button, stop flashing temperature, set stop temperature by + / key
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Arduino, Modules
Waterproof Ultrasonic Obstacle Sensor Module with Probe
his ultrasonic sensor is very similar to the ultrasonic sensors which are found in cars. This Waterproof Ultrasonic Obstacle Sensor shows some important constructional advantages over the conventional sensors. It comes in two separate parts one being the transducer which is the sensing element and the other beingthe control board.
The module is capable of providing information of the objects between the distance range of 250 mm to 4500 mm. The great advantage of using this Waterproof Ultrasonic Obstacle Sensor is you can put the sensing element far away from all the control circuitry.
This Ultrasonic Distance Sensor is an industrial-grade sensor to measure distance. Interfacing with it is the same as another cheap ultrasonic sensor, but it offers better performance and is compatible with harsher environments and is waterproof too! It can be easily interfaced with Arduino and Sample codes and projects are available.
There are many ultrasonic distance sensors in the market, but sometimes, this kind of sensor needs to work in vulnerable conditions. This Waterproof Ultrasonic Obstacle Sensor meets this requirement. It has a good performance and almost the same usage of an HC-SR04 module.
It is very easy to use, a control port with a 10US above high level can wait for high-level output at the receiving port. An output can drive the timer when this port is low can read the timer value, this time for the location of the time can be distance measurement. Constantly cycle tests that can achieve the measurement of the value of your mobile.
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Arduino, Modules
USB Charger Doctor Inline Voltmeter and Ammeter
Help! This patient is heating up! Is the voltage too low? Is the current draw too high? Is there a doctor in the house? Oh, thank goodness, the USB Charger Doctor (Voltmeter Ammeter) is here! Right on time Doctor, can you tell us what the current draw is? What about the voltage? Thanks to the Doctor, you will now be able to watch and care for your USB-powered projects.
Use the USB Charger Doctor to measure the working voltage and current output for any USB port and project. This blue plastic dongle plugs between a USB device and passes the data lines through. There is a 0.05-ohm resistor in line with the power pin that is used to measure current draw.
The Doctors digital display instantly reads the numbers out for testing devices such as chargers, cables, and cell phones.
You can use this device from the 3.5-7VDC input voltage (although most USB devices tend to hover around 4.75 to 5.25) and up to 3A of current. It flips between voltage and current readouts every 3 seconds or so. Its a very handy tool for testing USB devices, checking load levels and debugging battery chargers and boost converters. Its a little chunkier but more numerical thanour USB Power Gauge Mini-Kit. Its also not open source so check out the USB Power Gauge mini kit if you want to hack together your own power gauge indicator.
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Arduino, Modules
USB Charger Doctor Inline Voltmeter and Ammeter
Use the USB Charger Doctor to measure the working voltage and current output for any USB port and project. This blue plastic dongle plugs between a USB device and passes the data lines through. There is a 0.05-ohm resistor in line with the power pin that is used to measure current draw.
The Doctors digital display instantly reads the numbers out for testing devices such as chargers, cables, and cell phones.
You can use this device from the 3.5-7VDC input voltage (although most USB devices tend to hover around 4.75 to 5.25) and up to 3A of current. It flips between voltage and current readouts every 3 seconds or so. Its a very handy tool for testing USB devices, checking load levels and debugging battery chargers and boost converters. Its a little chunkier but more numerical thanour USB Power Gauge Mini-Kit. Its also not open source so check out the USB Power Gauge mini kit if you want to hack together your own power gauge indicator.
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Arduino, Modules
TCRT5000 Single Channel Line Tracking Sensor Module
This TCRT5000 Single Channel Line Tracking Sensor Module is a great detector for a line-following robot. Potentiometer to adjust the sensitivity of the individual sensors.
TCRT5000 Single Channel Line Tracking Sensor Module is a carrier board for TCRT5000 reflective optical sensor. Although it is designed for use with line-following robots, it can be used in mini-sumo robots for line control. The board has a digital output.
The concept of working of line follower sensor is related to light. We use here the behavior of light at the black and white surface. When light fall on a white surface it is almost fully reflected and in case of black surface light is completely absorbed. This behavior of light is used in building a line follower sensor.
Each phototransistor is connected to a pull-up resistor to form a voltage divider that produces an analog voltage output between 0 V and VIN (which is typically 5 V) as a function of the reflected IR. The lower output voltage is an indication of greater reflection.
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Arduino, Modules
Sound Detection Sensor Module for Intelligent Vehicle Arduino Compatible
Sound Detection Module Sensor for Intelligent Vehicle Compatible With Arduino is a Single channel signal output Sensor. The output is effective to the low-level sound signal with good fidelity, When there is sound, outputs low level and signal light.
It can be used for Acoustic control light, give sound and light alarm working with the Photosensitive sensor, and sound control, sound detect. (The Maximum induction distance is 0.5M)
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Arduino, Modules
RCWL-0516 Microwave Radar Sensor
The RCWL-0516 Microwave Radar Sensor module has been designed as an alternative to the common PIR motion sensors widely used in burglar alarms and security lights. Like the PIR sensor, this sensor also detects only movements within its detection range.
But instead of sniffing the blackbody radiation from a moving person, this sensor uses a microwave Doppler radar technique to detect moving objects. It has a sensitivity range of ~7 meters. When triggered, its TTL-level output (OUT) pin will switch from LOW (0 V) to HIGH (3.3 V) for a finite time (2 to 3 s) before returning to its idle (LOW) state.
This flexible sensor module can easily be used in conjunction with many microcontrollers and even without a microcontroller at all. It can handle power supply inputs anywhere from 4 to 28 V.
The output pin can be utilized for a multitude of tasks, such as for driving an aural/visual indicator or even linking with the I/O of any 3-V microcontroller for further processing. During construction, avoid any metal part in front of the sensor module. Similarly, always keep a minimum of 1-cm clear space on the front and rear side of the module.
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Arduino, Modules
MPR121 Breakout V12 Capacitive Touch Sensor Controller Module I2C keyboard
This MPR121 is a capacitive touch sensor controller driven by an I2C interface. The chip can control up to twelve individual electrodes, as well as a simulated thirteenth electrode The MPR121 also features eight LED driving pins, when these pins are not configured as electrodes, they may be used to drive LEDs. There are four jumpers on the bottom of the board, all of which are set (closed) by default. An address jumper ties the ADD pin to the ground, meaning the default I2C address of the chip will be 0x5A. If you need to change the address of the chip (by shorting ADD to a different pin), make sure you open the jumper first. Jumpers also connect SDA, SCL, and the interrupt pin to 10k pull-up resistors. If you do not require the pull-up resistors you can open the jumpers by cutting the trace connecting them.
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