Gravity: Analog High Temperature Sensor

SKU: SEN0198 Brand: DFRobot

What sensor should you use when you need to measure temperature? Most people will think of a DS18B20 temperature sensor first, but this sensor is only capable of measuring temperatures up to 125C. In order to measure temperatures greater than 100C you will need something with a greater temperature range and resistance. This is the sensor you need! We have used a PT100 resistance type high temperature probe which is often used in industrial applications. Using this probe you can measure a temperature range between 30-350C. The module itself is compatible 3.3V-5.5V supply, so Arduino, STM32 and other microcontrollers are compatible.

$25.05 AUD, inc GST

$22.77 AUD, exc GST

Available with a lead time
Expect dispatch between Apr 28 and May 02

Quantity Discounts:

10+ $21.86 (exc GST)
25+ $21.18 (exc GST)

What sensor should you use when you need to measure temperature? Most people will think of a DS18B20 temperature sensor first, but this sensor is only capable of measuring temperatures up to 125°C. In order to measure temperatures greater than 100°C you will need something with a greater temperature range and resistance. This is the sensor you need! We have used a PT100 resistance-type high-temperature probe which is often used in industrial applications. Using this probe you can measure a temperature range between 30-350°C. The module itself is compatible 3.3V-5.5V supply, so Arduino, STM32, and other microcontrollers are compatible.

Type Selection of Temperature Sensors

Name	Gravity: I2C Non-contact IR Temperature Sensor For Arduino	Gravity: Analog LM35 Temperature Sensor For Arduino	Gravity: Waterproof DS18B20 Sensor Kit	Gravity: DS18B20 Temperature Sensor	Gravity: Analog High Temperature Sensor
SKU	SEN0226	DFR0023	KIT0021	DFR0024	SEN0198
Operating Voltage	3.3V/5V	3.3V/5V	3.0V~5.5V	3.3V~5V	3.3V~5.5V
Operating Current	2.7µA	2.7µA	<3µA	<3µA	2.8µA
Operating Temperature	-40?~85?	-40?~150?	-55?~125?	-55?~125?	30?~350°C
Range of temperature measurement	0?~65?	0?~100?	-55?~125?	-55?~125?	-55?~125?
Precision of temperature measurement	0.01?	0.5?	0.5?	0.5?	0.5?
Temperature deviation	±0.5?	±0.5?	±0.5°C	±0.5?	±0.5?
Dimension	30*22(mm)	30*22(mm)	33*22(mm)	22*32(mm)	423218(mm)
Interface	Gravity-I2C	Gravity-analog	Gravity-digital	Gravity-digital	Gravity-analog
Data type	Digit	analog	Digit (unibus)	Digit (unibus)	analog
Brief Introduction	BMP280 Barometer sensor supports Arduino and can measure both temperature and atmospheric pressure. It can be applied to enhance GPS navigation & coordinate with IMU sensor to realize indoor and outdoor navigation. Compared to the last generation BMP180 barometer sensor, it has a lower power consumption, higher resolution and higher sampling frequency. Application: Enahnced GPS navigation (e.g. time-to-first-fix improvement, dead-reckoning, slope detection)Indoor navigation (floor detection, elevator detection)Outdoor navigation, leisure and sports applicationsWeather forecastHealth care applications (e.g. spirometry)Vertical velocity indication (e.g. rise/sink speed)	$A Temperature Sensor can be used to detect ambient air temperature, the output voltage is proportional to temperature. It has good linearity and high sensitivity. Application:Medical treatmentsPersonal controlsIndustrial controlsAeronautics and astronautics.	Waterproof temperature sensor DS18B20 is widely used in many fields, such as soil temperature measurement, hot tank temperature control etc. It supports multipoint measurement. Application: Constant temperature controlIndustrial system Consumer electronics ThermistorsRefrigeratorsBarns Tanks Telecommunication rooms Power communication rooms Cables etc.	A Temperature Sensor can be used to detect ambient air temperature. It can be connect to three-wire in parallel to achieve multipoint temperature measurement. Application:Constant temperature controlIndustrial system Consumer electronics ThermistorsRefrigeratorsBarns Tanks Telecommunication rooms Power communication rooms Cables etc.	It used a PT100 resistance type high temperature probe to measure a temperature range between 30-350°C. Application:Especially for high precision of temperature measurements.Medical treatmentsMotorsIndustrialsTemperature countsResistance counts

Name	Gravity: i2C BMP280 Barometer Sensor	Infrared Thermometer Module	Gravity:SHT1x Humidity and Temperature Sensor	Gravity: DHT11 Temperature Humidity Sensor For Arduino	DHT22 Temperature and Humidity Sensor
SKU	SEN0206	SEN0093	DFR0066	DFR0067	SEN0137
Operating Voltage	3.3V~5V	3V~5V	3.3V~5V	3.3V~5V	+5V
Operating Current	1.2mA	4mA~9mA	2µA	0.5mA~2.5mA	1.5mA
Operating Temperature	-40?~125 ?	-10?~50?	-40?~128.8?	0?~50?	-20?-80?
Range of temperature measurement	-70.01?~382.19?	-33?~220?	-40?~128.8?	0?~50?	-40?-80?
Precision of temperature measurement	0.5?	2?(full range)	0.5?	2?
Temperature deviation	±0.5?	±0.6?	±0.4°C	±0.1?	±0.5?
Dimension	31.5*18(mm)	1213.735(mm)	32*27(mm)	22*32(mm)	22*32(mm)
Interface	Gravity-I2C	Digitalx3	Gravity-2-wire digital	Gravity-digital	Gravity-digital
Data type	Digit	Digit	Digit (unibus)	Digit (unibus)	Digit (unibus)
Range of humidity measurement	NA	NA	0-100%RH	20-90%RH	0-100%RH
Humidity deviation	NA	NA	±4.5%RH	±5%RH	±2%RH
Brief Introduction	non-contact measurement uses infra-red radiation to measure the temperature and does not require a direct touch. Additionally, this method of measurement can be read quickly and accurately. This module has a FOV of 35°Wave length 5.5um-14um Application: Environmental monitor Home automationAutomobile electronics Airline industry Military	It is a long distance thermometer specially designed for a high sensitivity, high accuracy, low noise and low power consumption. Wave length:5um-14umThis module has a FOV of 26.6°x 2 = 53.2° Application: Medical equipmentFire alarm systemstelecommunications	It consists of 1 capacitive humidity module and 1 energy gap temperature module, perfect integration of 1 14bit A/D converter and 1 2-wire digital interface. CMOSens technology makes it of advantages such as low power consumption, fast response, strong anti-jamming capacity etc. Application: Medical equipment HVAC Meteorology Humidity regulator Dehumidifier Tests and measurements Automobile Automatically control	This sensor includes a resistive element and a sense of wet NTC temperature measuring devices. It has excellent quality, fast response, anti-interference ability and high cost performance advantages. Its signal transmission distance up to 20 meters. These features make it a variety of applications and even the most demanding applications. Application: Medical equipmentHVAC Meteorology Humidity regulator Dehumidifier Tests and measurements Automobile Automatically control	It contains a resistive element and a sense of wet NTC temperature module. Compared to DHT11, it has smaller humidity deviation, faster response, stronger anti-interference ability and higher cost performance Application: Medical equipmentHVAC Meteorology Humidity regulator Dehumidifier Tests and measurements Automobile Automatically control

SENSOR de temperatura ( PT100) con ARDUINO ||DF ROBOT (Spanish)

Projects

Project 1. Build KnowFlow: automatic water monitor

KnowFlow is the name of this water quality monitoring device, based on Arduino Uno. It can automatically monitor 5 parameters of water: pH, Temperature, Dissolved Oxygen, Electronic Conductivity, ORP.

Central Control Unit: Arduino Uno (DFRobot Bluno in this case) and Expansion Shield (DFRobot Expansion Shield V7.1 in this case)
Water Sensors: pH (pH probe and pH circuit board); EC (EC probe and EC circuit board); ORP (ORP probe and ORP circuit board); Temperature (temperature probe and temperature circuit board); Dissolved Oxygen (DO probe, BNC and circuit board); real time clock circuit board
Data Storage: Micro-SD module, Micro SD card
Fit and fix: mounting plate, water proof box( 200mm_150mm_75mm), water proof joint
Other parts: Cables (Wires), bread board, bolts and nuts, screws, battery, double-sided adhesive, write on tape, small wrench, spiral cable wrap

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