Temperature Probes & Sensors
MLX90614 Contactless Temperature Sensor Module
Score 80/100
A solid choice for basic temperature measurement needs.
Best for accurate contactless temperature measurements.
🔥 Positives
✅ What Users Love
- Highly accurate temperature readings.
- Easy to integrate with microcontrollers.
- Compact and lightweight design.
⚠️ Critical
⚠️ What to Watch
- Limited range for accurate measurements.
- Sensitivity to ambient temperature changes.
- Requires careful calibration for best results.
#1
Jain Automation Bayonet Thermocouple Sensor 2m
Score 80/100
A reliable thermocouple sensor for basic needs.
Best for precise temperature measurements in automation.
🔥 Positives
✅ What Users Love
- Accurate temperature readings
- Durable construction for long-term use
- Flexible 2m length for versatile applications
⚠️ Critical
⚠️ What to Watch
- Installation can be complicated for some users
- Higher price compared to similar products
- Limited compatibility with certain devices
#2
DHT22 Digital Temperature & Humidity Sensor Module
Score 80/100
Great choice for basic temperature and humidity monitoring.
Best for monitoring environmental conditions
🔥 Positives
✅ What Users Love
- Accurate temperature and humidity readings.
- Easy to set up and integrate with microcontrollers.
- Compact design with a convenient connection cable.
⚠️ Critical
⚠️ What to Watch
- Limited range for humidity measurement.
- Sensitivity to environmental factors can affect accuracy.
- Requires calibration for precise readings.
#3
DHT22 Digital Temperature & Humidity Sensor Module
Score 80/100
Great for basic temperature and humidity monitoring needs.
Best for monitoring indoor climate conditions
🔥 Positives
✅ What Users Love
- Accurate temperature and humidity readings.
- Easy to interface with microcontrollers like Arduino and Raspberry Pi.
- Compact size and lightweight design.
⚠️ Critical
⚠️ What to Watch
- Sensitive to power supply fluctuations.
- Slow response time in changing environments.
- Limited range for humidity measurement.
#4
DHT22 Temperature and Humidity Sensor Module
Score 79/100
Good choice for basic temperature and humidity monitoring.
Best for monitoring environmental conditions
🔥 Positives
✅ What Users Love
- Accurate temperature and humidity readings
- Easy to interface with microcontrollers like Arduino and Raspberry Pi
- Compact size and lightweight design
⚠️ Critical
⚠️ What to Watch
- Sensitive to electrical noise, which can affect readings
- Requires careful calibration for precise measurements
- Limited range for humidity detection in extreme conditions
#5
Ledgebit Zigbee Temperature & Humidity Sensor
Score 78/100
Good choice for basic temperature and humidity monitoring.
Best for monitoring indoor climate conditions
🔥 Positives
✅ What Users Love
- High accuracy in temperature and humidity readings.
- Easy integration with Zigbee hubs and smart home systems.
- App alerts and data export features are very useful.
⚠️ Critical
⚠️ What to Watch
- Limited range if not placed near a Zigbee hub.
- Some users report connectivity issues with certain hubs.
- Battery life could be improved for longer usage.
#6
e-INFINITY NTC Thermistor Temperature Sensor 50CM
Score 78/100
Good option for basic temperature sensing needs.
Best for precise temperature measurements in various applications.
🔥 Positives
✅ What Users Love
- Accurate temperature readings.
- Flexible 50CM length for versatile applications.
- Easy to install and integrate with various systems.
⚠️ Critical
⚠️ What to Watch
- Limited compatibility with some devices.
- Sensitivity to environmental factors can affect performance.
- Durability concerns with prolonged use in harsh conditions.
#7
Aqara Temperature & Humidity Sensor
Score 78/100
Good for smart home enthusiasts, but requires additional investment.
Best for monitoring indoor climate conditions
🔥 Positives
✅ What Users Love
- Accurate temperature and humidity readings.
- Seamless integration with Apple HomeKit and Alexa.
- Compact design and easy to install.
⚠️ Critical
⚠️ What to Watch
- Requires Aqara Hub for functionality.
- Limited range for Zigbee connectivity.
- Some users report connectivity issues over time.
#8
Tapo Smart Temperature & Humidity Sensor
Score 78/100
Good choice for smart home enthusiasts, but consider hub cost.
🔥 Positives
✅ What Users Love
- Accurate temperature and humidity readings.
- Easy integration with Alexa and Google Home.
- Free data storage for historical tracking.
⚠️ Critical
⚠️ What to Watch
- Requires a separate hub for operation.
- Battery life could be improved.
- Limited range for connectivity.
#9
NTC Thermistor Temperature Sensor Module 3 Pin
Score 77/100
A reliable sensor for basic temperature monitoring needs.
🔥 Positives
✅ What Users Love
- Accurate temperature readings
- Easy to integrate with microcontrollers
- Compact size for various applications
⚠️ Critical
⚠️ What to Watch
- Limited temperature range
- Sensitivity to environmental factors
- Wiring can be confusing for beginners
#10
NTC Temperature Sensor 10K 25mm
Score 77/100
Good value for basic temperature sensing needs.
🔥 Positives
✅ What Users Love
- Accurate temperature readings
- Easy to install and use
- Durable and reliable performance
⚠️ Critical
⚠️ What to Watch
- Limited compatibility with some devices
- Sensitivity to environmental factors
- Calibration may be required for precise measurements
#11
Maxwell NTC Thermistor Temperature Sensor Module
Score 77/100
A reliable sensor for basic temperature monitoring needs.
Best for precise temperature measurements in various applications.
🔥 Positives
✅ What Users Love
- Accurate temperature readings.
- Easy to integrate with various microcontrollers.
- Compact design for space-saving installations.
⚠️ Critical
⚠️ What to Watch
- Limited temperature range compared to other sensors.
- Sensitivity to environmental factors can affect readings.
- Wiring can be confusing for beginners.
#12
MAX6675 Thermocouple Sensor Module
Score 77/100
Good choice for basic temperature sensing needs.
Best for precise temperature measurement in various applications.
🔥 Positives
✅ What Users Love
- Accurate temperature readings within specified range.
- Easy to interface with microcontrollers like Arduino.
- Compact design suitable for various projects.
⚠️ Critical
⚠️ What to Watch
- Limited temperature range compared to other sensors.
- Requires calibration for precise measurements.
- Some users report issues with long-term reliability.
#13
K Type Bayonet Thermocouple Sensor 1 Meter
Score 77/100
Good choice for basic temperature measurement needs.
Best for precise temperature measurements in various applications
🔥 Positives
✅ What Users Love
- Accurate temperature readings.
- Durable construction suitable for various applications.
- Flexible and easy to install.
⚠️ Critical
⚠️ What to Watch
- Limited compatibility with some devices.
- Calibration may be required for precise measurements.
- Wiring can be confusing for first-time users.
#14
HiLetgo DHT22 Digital Temperature & Humidity Sensor
Score 77/100
Good choice for basic temperature and humidity monitoring.
Best for monitoring indoor climate conditions
🔥 Positives
✅ What Users Love
- Accurate temperature and humidity readings.
- Easy to integrate with various microcontrollers.
- Compact size and lightweight design.
⚠️ Critical
⚠️ What to Watch
- Limited range for temperature and humidity measurements.
- Sensitivity to environmental conditions can affect readings.
- Requires calibration for optimal accuracy.
#15
DHT22 Digital Temperature Humidity Sensor Module
Score 77/100
Good choice for basic temperature and humidity monitoring.
Best for monitoring temperature and humidity levels
🔥 Positives
✅ What Users Love
- Accurate temperature and humidity readings.
- Easy to interface with microcontrollers like Arduino.
- Compact design suitable for various projects.
⚠️ Critical
⚠️ What to Watch
- Sensitivity to moisture can affect accuracy.
- Limited range for temperature and humidity measurements.
- Requires calibration for optimal performance.
#16
HUMBE&CO XH-M452 Temperature & Humidity Controller
Score 77/100
Good choice for basic temperature and humidity control.
Best for maintaining optimal indoor climate.
🔥 Positives
✅ What Users Love
- Accurate temperature and humidity readings.
- Easy to install and configure.
- Compact design suitable for various applications.
⚠️ Critical
⚠️ What to Watch
- Limited range for temperature and humidity sensing.
- User manual lacks detailed instructions.
- Some users report calibration issues over time.
#17
DHT22 Temperature & Humidity Sensor Module
Score 77/100
Good choice for basic temperature and humidity monitoring.
Best for monitoring environmental conditions
🔥 Positives
✅ What Users Love
- Accurate temperature and humidity readings.
- Easy to interface with microcontrollers.
- Compact size and lightweight design.
⚠️ Critical
⚠️ What to Watch
- Sensitivity to moisture can affect performance.
- Requires calibration for precise measurements.
- Limited range for temperature and humidity detection.
#18
K-type Temperature Controller Probe 100mm
Score 77/100
Good choice for basic temperature control needs.
Best for precise temperature control in various applications.
🔥 Positives
✅ What Users Love
- Accurate temperature readings.
- Easy to install and use.
- Durable construction and materials.
⚠️ Critical
⚠️ What to Watch
- Limited temperature range.
- Calibration may be required for precision.
- Some users report slow response time.
#19
DHT22 Digital Temperature Humidity Sensor Module
Score 77/100
A reliable sensor for basic applications at a fair price.
Best for accurate temperature and humidity measurements.
🔥 Positives
✅ What Users Love
- Accurate temperature and humidity readings.
- Easy to interface with microcontrollers.
- Compact size and lightweight design.
⚠️ Critical
⚠️ What to Watch
- Limited range for humidity measurement.
- Sensitivity to environmental conditions.
- Requires calibration for precise readings.
#20
Temperature Probes & Sensors
Discover the essential tools for accurate temperature measurement with our range of Temperature Probes & Sensors. Perfect for both professional and home use, these devices ensure precision in various applications, from cooking to industrial processes.
Key Highlights
- Variety of types: thermocouples, thermistors, and infrared sensors.
- Ideal for cooking, HVAC systems, and laboratory settings.
- Durable materials: stainless steel, plastic, and glass options available.
- Easy-to-read displays for quick temperature checks.
- Wireless and wired models to suit your needs.
- Temperature ranges from -50°C to 1000°C for versatile applications.
- Compact designs for easy storage and portability.
Buying Tips
- Consider the temperature range suitable for your specific needs.
- Check compatibility with existing devices or systems.
- Look for models with easy calibration and maintenance features.
- Review warranty options for peace of mind.
- Understand delivery and return policies to ensure a smooth shopping experience in India.
FAQs
Question: What is the difference between thermocouples and thermistors?
Answer: Thermocouples are suitable for high-temperature applications, while thermistors are more accurate at lower temperatures.
Question: How do I care for my temperature probe?
Answer: Clean the probe after each use and store it in a protective case to maintain accuracy.
Question: Can I use temperature sensors in liquids?
Answer: Yes, many temperature probes are designed for immersion in liquids, but ensure they are rated for such use.
Explore our collection of Temperature Probes & Sensors today and elevate your temperature measurement accuracy. Shop now for the best selection!
