Sensor Modules - Gertech

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Sensor Modules

Arduino > Arduino modules
Keyes #SensorPicture
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[KY-001]
Temperature sensor module

1
  • Pin - = connect to Arduino GND
  • Pin (middel) = connect to arduino +5V
  • Pin S = Signal, in this example connect to Arduino Digital port 10
When everything is properly connected, there is a led on the module that blinks when the sensor is read.

[KY-002]
Vibration switch module

1
  • Pin - = GND, connect to GND of the Arduino
  • Pin (middel pin) +5 v, connect to Arduino +5
  • Pin S signal, connect to Arduino pin 10
When there is vibration the Arduino LED on pin 13 flashes.

[KY-003]

Hall magnetic sensor module

1
  • Pin - = GND, connect to GND of the Arduino
  • Pin (middle pin) +5 v, connect to Arduino +5
  • Pin S signal, connect to Arduino pin 10
  • Power consumption, 3 mA in rest, 8 mA when switched on


[KY-004]
Key switch module

1
  • Pin - = GND, connect to GND of the Arduino
  • Pin (middel pin) +5 v, connect to Arduino +5
  • Pin S signal, connect to Arduino pin 10

[KY-005]
Infrared emission sensor module

1
[KY-006]
Small passive buzzer module

1
  • Arduino digital pin 8 --> pin 'S' of module
  • Arduino GND --> Pin '-' of module

[KY-12]
Active buzzer module

1
Module pin - = GND Module pin S = +5V
Connection to Arduino
  • Arduino digital pin 8 --> Module pin S
  • Arduino GND --> Module pin -


Small passive buzzer
3Passive buzzer can produce different tones according to sound control signal. For example you can use arduino to make the buzzer produce different sound tones. Unlike the active buzzer which produce fixed tone when you just give power.

This buzzer is 5 V, with two pins, connect one pin to the ground and the other pin to any arduino digital pin.

Small active buzzer
3
Specifications:
  • Operating voltage: 3.3V to 5V
  • Dimensions: 2.5 cm x 1.5 cm x 1.0 cm
  • Short Terminal - Negative
  • Long Terminal - Positive

An active buzzer sensor module has a built-in oscillation circuit, thus the sound frequency is fixed. It is able to generate the sound itself.
[KY-008]
Laser head sensor module

1
  • Pin - = GND
  • Pin (middle pin) = not connected
  • Pin S = +5V

[KY-009]
RGB LED SMD module

1
Since you can't connect the led's directly to the Arduino you will need resistors!!
  • Arduino pin 9 --> 180 Ohm resistor --> Pin 'R' of KY-009 module
  • Arduino pin 10 --> 100 Ohm resistor --> Pin 'G' of KY-009 module
  • Arduino pin 11 --> 100 Ohm resistor --> Pin 'B' of KY-009 module
  • Arduino GND --> pin '-' of KY-009 module

[KY-010]
Optical breaking

1
  • Left = Ground
  • Middle = +5V
  • Right = Signal
Connect the module to the arduino as follows:
  • Arduino pin GND to module GND
  • Arduino digital pin 3 to module Signal
  • Arduino pin 5V to module 5V

[KY-011]
Two-color LED module

  • Arduino pin 10 --> resistor 330 Ohm --> Signal pin of the module
  • Arduino pin 11 --> resistor 330 Ohm --> Middel pin of the module
  • Arduino GND --> module -/GND

[KY-013]
Temperature sensor module

1
  • Arduino pin analoog A5 --> module S (Signal)
  • Arduino pin GND - module -
  • Arduino pin 5+ --> middel pin 5V
This code don't give the right values, in a room that was kind of ok it gave a tempature of 10 C. That isn't right so the calculation in the code should be checked.
Temperature sensor module KY-013

These modules are the same, they're all on boards labelled "S1". THE PINS ARE MARKED BACKWARDS ON THESE.

Has pin 1 (marked S) (GND), pin 2 (5v power) and pin 3 (marked -) (analog signal.)??


  • Temperature sensor module
[KY-015]
Temperature and humidity sensor module
(humiture sensor Module)

1
  • Arduino pin 8 --> Pin S module
  • Arduino GND --> Pin - module
  • Arduino +5 --> Pin Middle


AM2302 DHT22 Temperature And Humidity Sensor Module

3
  • Voltage: 5V
  • Port: digital two-way single bus
  • Temperature range: -40-80 °C ± 0.5 °C
  • Humidity: 20-90% RH ± 2% RH
  • Platform: Arduino, SCM
  • Dimension: 40 x 23 mm
  • Weight: 4g

DHT22 Digital Temperature Humidity Sensor AM2302 Module with PCB and Cable

5
  • Size: 28.2 mm (length) * 13.1 mm (width) * 10 mm (high)
  • Weight: 6 g
  • Working voltage: 3 V - 5.5 V
  • The sensor models: the loose AM2302 temperature and humidity sensor
  • Signal output form: digital signal
  • Temperature measurement range: - 40°c to 80°c
  • Measuring accuracy: 0.5°c
  • The humidity measuring range: 0-100% RH
  • Measuring accuracy: 2% RH
  • Resolution: 16
  • With fixed screw holes, convenient installation and fixation. Diameter of 2.6 mm
[KY-016]
3-color LED module

1
  • Arduino pin 11 --> Pin R module
  • Arduino pin 10 --> Pin G module
  • Arduino pin 9 --> Pin B module
  • Arduino pin GND --> Pin - module
You don't need any resistors, these are already included on the module.

[KY-017]
Mercury opening module

1
  • Arduino GND --> Pin - of module
  • Arduino 5+ --> Pin middel of module
  • Arduino 3 --> pin S of module

[KY-018]
Photoresistor module

1
  • Arduino A5 --> Module Signal (S)
  • Arduino 5V --> Module +5V (Pin2)
  • Arduino GND --> Module GND (-)

[KY-019]
5V relay module

1
  • Arduino digital pin 10 --> module pin S
  • Arduino GND --> module pin -
  • Arduino +5V --> module pin +

[KY-020]
Tilt switch module

1
[KY-021]
Arduino Mini Reed module

1
  • Arduino GND --> Module pin -
  • Arduino +5V --> Module PLUS (middle pin)
  • Arduino Digital pin 3 --> Module S

[KY-022]
Infrared sensor receiver module

1
  • Arduino GND --> Module pin -
  • Arduino +5V --> Module PLUS (middle pin)
  • Arduino Digital pin 11 --> Module S

[KY-023]
Arduino PS2 Joystick game controller module


1
  • Arduino GND --> Module pin -
  • Arduino +5V --> Module pin +5V
  • Arduino Analoog 0 --> Module VRx
  • Arduino Analoog 1 --> Module VRy
  • Arduino Digital --> Resistor??-->Module SW

[KY-024]
 
Linear magnetic Hall sensor

1
[KY-025]
Large reed module

1
[KY-026]
Flame sensor module

1
  • Arduino GND --> Module G
  • Arduino +5V --> Module +
  • Arduino digital 4 --> Module D0
  • Arduino A3 --> Module A0

[KY-027]
Magic Light Cup module

1
[KY-028]
Digital temperature sensor module

1
[KY-029]
Bicolor LED common cathode module 3MM

1
[KY-031]
ARDUINO hit sensor module
1
[KY-032]
Smart car avoid obstacle sensor infrared sensor photoelectric switch

1
[KY-033]
Hunt sensor module

1
[KY-034]
Automatically flashing LED module

1
[KY-035]
Analog Hall magnetic sensor

1
  • Pin - = GND, connect to GND of the Arduino
  • Pin (middle pin) +5 V, connect to Arduino +5 V
  • Pin S signal, connect to Arduino pin A5
  • Power consumption sensor, 8 mA

[KY-036]
Metal touch sensor module

1
[KY-037]
Microphone sensitivity sensor module

1
  • Pin + to Arduino 5+
  • Pin - to Arduino -
  • Pin A0 to Arduino A0 (for analog program)
  • Pin D0 to Arduino 13 (for digital program)

[KY-038]
Microphone sound sensor module

1
  • Pin + to Arduino 5+
  • Pin - to Arduino -
  • Pin A0 to Arduino A0 (for analog program)
  • Pin D0 to Arduino 13 (for digital program)

[KY-039]
ARDUINO finger detect heartbeat module

1
  • Sensor pin S connect to Arduino pin Analoog 0 / A0
  • Sensor pin + (middle pin) connect to Arduino pin 5+
  • Sensor pin - connect to Arduino pin GND

[KY-040]
Rotary encoder module

1
A
Ultrasonic module


1
B
Gyro Module


1
C
Water level module

1
DSoil module

1
  • VCC: 3.3V-5V
  • GND: GND
  • DO: digital output interface(0 and 1)
  • AO: analog output interface

F
Mini IR Pyroelectric Infrared PIR Motion Human Body Sensor Module

3
Features:
  • Weight: 7g (approx)
  • Color: White + Green
  • Dimension: 3.2 cm x 2.4 cm x 2.8 cm (approx)
  • Infrared sensor with control circuit board
  • The sensitivity and holding time can be adjusted
  • Working Voltage Range: DC 4.5V- 20V
  • Current drain: <60uA
  • Voltage Output: High/Low level signal: 3.3V TTL output
  • Detection distance: 3--7M(can be adjusted)
  • Detection range: <140°
  • Delay time: 5-200S(can be adjusted, default 5s +-3%)
  • Blockade time: 2.5 S (default)
  • Trigger: L: Non-repeatable trigger  H: Repeat Trigger (default)
  • Work temperature: -20-+80°C
  • Trigger Method: L unrepeatable trigger / H repeatable trigger

Note:
  • Sensitive Setting: turn to right, distance increases (About 7 m); turn to left, distance reduce (About 3 m)
  • Time Setting: turn to right, time increases (About 300 s); turn to left, time reduce (About 5 s).
G
Mini IR Pyroelectric Infrared PIR Motion Human Sensor Detector Module

1
Features:
  • Immunity enhancement, internal use of digital signal processing, direct high-low output.
  • Repeatable trigger: the sensor output high after, the delay period, if there is human activity in its sensing range, the output will remain high until the people left after the delay, it becomes low (ie: sensor module detects the human body every activity will be automatically extended a period of time delay, and to the last activity time as the starting point of the delay time).

Technical Parameters:
  1. Working voltage: DC 2.7-12V
  2. Static power consumption: <0.1mA
  3. Delay time: 2 seconds
  4. The blocking time: 2 seconds
  5. Trigger: can be repeated
  6. Sensing range: ≤100 degree cone angle, 3-5 m; (required depending on the lens)
  7. Working temperature: -20 - + 60 ℃
  8. PCB Dimensions: 10mm x 8mm
  9. Total size: Approx. 12mm x 25 mm
  10. Module Lens: Small lens

SR602 Motion Detector Human Body Infrared Pyroelectric Sensor Module

5
  • Pyroelectric human body infrared sensor module, model: SR-602
  • Sensing distance: up to 5 meters; recommended 0-3.5M.
  • Output: high level, H=3.3V, L=0V
  • Power supply DC: 3.3V-15V
  • Quiescent current: 20uA
H
DS18B20 Temperature Sensor Module Kit

1
DS18B20 Temperature Sensor Module Kit Waterproof Electronic Building Block For Arduino


  • Size: 23 x 2 0mm
  • Chip: DS18B20
  • Voltage: 3.3V, 5V
  • Port: Digital two-way single bus
  • Temperature range: -50 ℃ to + 125 ℃
  • Applicable sensor: Waterproof DS18B20 temperature sensor
  • Port: DAT (18B20 data) VCC (18B20 positive) GND (18B20 negative)
Suitable platform: Arduino and Raspberry Pi
I
Analog Keyboard Keypad Module for Arduino

1
Features:
  • The 5 buttons only takes up an analog port, saving resources
  • Pressing a different button causes a different voltage output
  • Analog acquisition
  • High quality omron key
  • Suitable for the arduino platform
  • Compatible with the arduino sensor interface
  • Size: 68x33mm
J
CJMCU-280E BME280 High Precision Atmospheric Pressure Sensor For Arduino

1
SPI
  • Relative humidity range: 0 ~ 100%
  • The temperature range: -40°C ~ +85°C
  • Humidity measurement response time: 1S
  • Hysteresis: 2% relative humidity
  • Pressure range: 300 ~ 1100 hPa
  • Absolute pressure accuracy: absolute ± 1hPa (after soldering)
  • Absolute temperature accuracy: ±0.5°C (at 25°C)
  • Communication interface: I2C, SP
K
Temperature Humidity Barometric Pressure BME280 Digital Sensor

2
I2C
  • Supply Voltage: 1.8 - 5V DC
  • Interface: I2C (up to 3.4MHz), SPI (up to 10 MHz)
  • Operational Range:
  • Temperature: -40 to +85°C
  • Humidity: 0-100%
  • Pressure: 300-1100 hPa
  • Resolution:
  • Temperature: 0.01°C
  • Humidity: 0.008%
  • Pressure: 0.18P
  • Accuracy:
  • Temperature: +-1°C
  • Humidity: +-3%
  • Pressure: +-1Pa
  • I2C address:
  • SDO LOW : 0x76
  • SDO HIGH: 0x77
L
HB100 Microwave Motion Sensor 10.525GHz Doppler Radar Detector

2HB100 is the use of microwave Doppler radar module (Doppler Radar) design principles of the microwave detector moving objects.

Features:
Launch
  • Transmission frequency: 10.525 GHz
  • Frequency Setting Accuracy: 3MHz
  • Output power (minimum): 13dBm EIRP
  • Operating voltage: 5V 0.25V
  • Operating Current (CW): 60mA max., 37mA typical
  • Harmonic emission: <-10dBm
  • Pulse mode
  • Average current (5% DC): 2mA typ.
  • Pulse Width (Min.): 5uSec
  • Load cycles (Min.): 1%
Receiver
  • Sensitivity (10dB S / N ratio) 3Hz to 80Hz band width: -86dBm
  • 3Hz to 80Hz bandwidth of clutter 10uV
  • Antenna Gain: 8dBi
  • Vertical 3dB beamwidth: 36 degrees
  • Horizontal 3dB beam width: 72 degrees
  • Weight: 8 grams
M
LM358 100 times gain Signal amplification amplifier

2
  • Onboard LM358 chip
  • 100 gain of circuit design
  • Onboard 10K adjustable resistance, you can adjust the magnification
  • Onboard power indicator
  • The chip has been drawn primarily pin can be directly input and output signals
  • Operating Voltage: 5 ~ 12V
  • Board size: 32.7 (mm) x13.3 (mm)
N
RC522 Chip IC Card Induction Module RFID Reade

1
Electrical parameters:
  • Operating current: 13-26mA/DC 3.3V
  • Idle current: 10-13mA/DC 3.3V
  • Sleep current: <80uA
  • Peak current: <30mA
  • Operating Frequency: 13.56MHz
  • Supported card types: mifare1 S50, mifare1 S70 MIFARE Ultralight, mifare Pro, MIFARE DESFire
  • Product physical characteristics: size: 40×60 mm
  • Environmental Operating temperature: -20 to +80°C
  • Environmental Storage Temperature: -40 to +85°C
  • Relative humidity: relative humidity 5%-95%
O
Lightning Sensor Module MOD-1016

1
Features
The MOD-1016 features the AS3935 from AMS. It features an I2C and SPI interface, can operate down to 2.4V and up to 5.5V, and provides detection of storm fronts up to 40km away.

The MOD-1016 can be powered from 2.4V – 5.5V. It uses 8uA while in power down
mode and 65uA when listening for lightning.  When verifying lightning and calculating
distances, the device consumes 350uA.

  • Lightning sensor module
  • Document
PMQ-2 Smoke Gas LPG Butane Hydrogen Gas Sensor
2
  • Input voltage : DC 5V
  • Power consumption ( current ): 150mA
  • DO output : TTL digital 0 and 1 ( 0.1 and 5 V)
  • AO output :0.1-0 .3 V ( relative to pollution ) , the maximum concentration of a voltage of about 4 V
  • Special note: After the sensor is powered , needs to warm up around 20S, measured data was stable , heat sensor is a normal phenomenon , because the internal heating wire , if hot is not normal .

  • VCC: positive power supply ( )
  • GND: power supply is negative
  • DO: TTL switching signal output
  • AO: analog signal output
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