Shopping Cart

Your cart is empty.

Your cart is empty.

MLX90614ESF-DCI Non-Contact Infrared Temperature Sensor Module High Precision Infrared Temperature Sensor Module Long Distance 50cm Serial Port IIC Suitable for Arduino/DIY (GY-906-DCI)

Free shipping on orders over $29.99

$32.99

$ 17 .99 $17.99

In Stock
  • ✔Product Features: The MLX90614ESF-DCI is a low-cost, non-contact thermometer. The output data is linearly proportional to the object temperature, with high accuracy and high resolution. The TO-39 metal package integrates the infrared induction thermopile detector chip MLX81101 (the temperature is measured by PTC or PTAT element) and the signal processing dedicated integrated chip MLX90302, which is specially used to process the infrared sensor output signal.
  • ✔Product parameters: ∗Size: 16.5mm(L)*11.5mm(W) ∗Digital interface type: 1C (slave mode) or PWM ∗Temperature measurement range: -70℃~382.2℃ ∗Temperature measurement error: ±0.5°C (at room temperature) Resolution 0.02°C ∗Operating voltage: 3.3V~5V ∗Ambient temperature: -40~125℃ ∗With M3 fixing screw holes, it is easy to install and fix.
  • ✔GY-906-DCI Non-Contact Infrared Thermometry Sensor Module Optical filter to block visible and near-infrared radiation (long wave propagation) is integrated into the package to provide immunity to the environment and sunlight. The wavelength passband of the filter is 5.5 to 14 μm. Due to the integration of a low noise amplifier, a 17-bit analog-to-digital converter, and a powerful digital signal processing chip MLX90302, a high-precision and high-resolution thermometer can be realized.
  • ✔The calculated object temperature and ambient temperature are stored in the RAM unit of the MLX90302, with a temperature resolution of 0.01°C, and are compatible with a two-wire SMBus (system management bus) compatible protocol interface (IIC compatible) (0.02°C resolution) or 10 Bit PWM (Pulse Width Modulation) output mode output. The temperature range of MLX90614 is calibrated at the factory, and temperature measured by sensor is the average temperature of all objects in the field of view.
  • ✔Application : ♥High precision non-contact measurement ♥Temperature comfort sensor for car air conditioning control system ♥ Air conditioner temperature sensing element for commercial and industrial buildings ♥ Windshield Anti-Fog Application ♥Industrial moving the element temperature control ♥ Printer temperature control ♥Home appliance temperature control ♥Multi-zone temperature control - two-wire communication can support up to 100 sensors ♥ Thermal relay/alarm ♥ Body temperature measurement



Product Description

EC-buying GY-906 MLX90614ESF Non-Contact Infrared Temperature Sensor Module IIC I2C Serial for Arduino

EC Buying MLX90614ESF-DCI Non-Contact Infrared Temperature Sensor Module

The size and wavelength distribution of infrared radiation energy of an object are closely related to its surface temperature. Therefore, by the object itself

The measurement of infrared radiation can accurately determine its surface temperature, and infrared thermometry uses this principle to measure temperature. Infrared the thermometer is composed of optical system, photodetector, signal amplifier, signal processing and output. Optical system convergence the infrared radiation energy of the target in its field of view, and the size of the field of view is determined by the optical parts and their positions of the thermometer. Infrared Energy Concentration Focus on the photodetector and convert it into a corresponding electrical signal. The signal goes through amplifiers and signal processing circuits, and according to the instrument The internal algorithm and target emissivity correction are converted into the temperature value of the measured target

MLX90614 PINS

Infrared Temperature Sensor Module High Precision Infrared Temperature Sensor Module

Application For

Appliaction For

Note

All the communication and refresh rate timings are given for the nominal calibrated HFO frequency and will vary with this frequency’s variations.

1.With large capacitive load lower PWM frequency is recommended. Thermal relay output (when configured) has the PWM DC specification and can be programmed as push-pull, or NMOS open drain. PWM is free-running, power-up factory default is SMBus, refer to section 8.6, “Switching between PWM and SMBus communication” for more details.

2.For SMBus compatible interface on 12V application refer to Application information section. SMBus compatible interface is described in details in the SMBus detailed description section. Maximum number of MLX90614 devices on one bus is 127, higher pull-up currents are recommended for higher number of devices, faster bus data transfer rates, and increased reactive loading of the bus. MLX90614 is always a slave device on the bus. MLX90614 can work in both low-power and high-power SMBus communication. All voltages are referred to the Vss (ground) unless otherwise noted. Sleep mode is not available on the 5V version (MLX90614Axx)

GY-906-SCH

GY-906-SCH

costcoastro
Reviewed in the United States on October 18, 2023
this is the 2nd one I purchase, it seems to break extremely quickly and very noise prone .. there are some libraries available for programing on Arduino But if using it on a machine not recommended .