RCWL-1670 Ultrasonic Ranging Module Waterproof Transceiver Split HC-SR04 HC SR04 HCSR04 Distance Sensor For Arduino (Trig-Echo) ,UART(TX-RX)

RCWL-1670 Ultrasonic Ranging Module Waterproof Transceiver Split HC-SR04 HC SR04 HCSR04 Distance Sensor For Arduino (Trig-Echo) ,UART(TX-RX)
RCWL-1670 Ultrasonic Ranging Module Waterproof Transceiver Split HC-SR04 HC SR04 HCSR04 Distance Sensor For Arduino (Trig-Echo) ,UART(TX-RX)RCWL-1670 Ultrasonic Ranging Module Waterproof Transceiver Split HC-SR04 HC SR04 HCSR04 Distance Sensor For Arduino (Trig-Echo) ,UART(TX-RX)RCWL-1670 Ultrasonic Ranging Module Waterproof Transceiver Split HC-SR04 HC SR04 HCSR04 Distance Sensor For Arduino (Trig-Echo) ,UART(TX-RX)RCWL-1670 Ultrasonic Ranging Module Waterproof Transceiver Split HC-SR04 HC SR04 HCSR04 Distance Sensor For Arduino (Trig-Echo) ,UART(TX-RX)RCWL-1670 Ultrasonic Ranging Module Waterproof Transceiver Split HC-SR04 HC SR04 HCSR04 Distance Sensor For Arduino (Trig-Echo) ,UART(TX-RX)
รหัสสินค้า M4538
หมวดหมู่ วัดระยะทาง และ ความเคลื่อนใหว
ราคา 200.00 บาท
น้ำหนัก 10 กรัม
สถานะสินค้า พร้อมส่ง
ลงสินค้า 1 พ.ย. 2567
อัพเดทล่าสุด 28 ส.ค. 2568
จำนวน
pcs
หยิบลงตะกร้า
บัตรประชาชน
บุ๊คแบ๊งค์
คุ้มครองโดย LnwPay
  • DC3-5V RCWL-1670 Ultrasonic Ranging Module Waterproof Transceiver Split Ultrasonic Detector Ranging Module HC-SR04 HC SR04 HCSR04 Ultrasonic Distance Sensor For Arduino

    Product selling points:

    1. High quality materials with guaranteed quality
    2. Typical applications: outdoor robot obstacle avoidance, liquid level, water level measurement, trash can detection, other ranging applications, etc
    3. The module has waterproof and dust-proof functions, and is suitable for wet and harsh measurement occasions
    4. The module has ultra-low standby power consumption, which is suitable for battery applications.
    5. RCWL-1670 is a waterproof, transceiver split ultrasonic ranging module


    Product parameters:
    Working voltage: 3-5 V
    Working current: 6mA
    Standby current: 3.5uA@5V 1.5uA@3.3V
    Software compatible with HC-SR04
    2CM blind area, 4M typical farthest ranging
    50mS measurement cycle


    Product overview:

    RCWL-1670 is a waterproof, transceiver split ultrasonic ranging module. 2cm-400cm ranging range, 3-5 V wide voltage operation, 1.5uA@3.3V / 3.5uA@5V Ultra low standby power consumption. The module includes a transmitter receiver split waterproof ultrasonic sensor and a control circuit. The external control software is compatible with the HC-SR04 module.


    Pin description:

    Label 5V: 3-5V power supply
    Label TX: ECHO return distance signal
    Label RX: TRIG trigger signal
    Label GND: ground


    matters needing attention:

    1: This module should not be connected with electricity. If it is necessary to connect with electricity, let the Gnd end of the module connect first.
    2: If the test surface is not very regular or when testing remote objects, multiple measurements can be used to correct.
    3: The interval between two tests shall not be less than 50mS.


 
There are 4 pins on the module: VCC , Trig, Echo, and GND . To use the sensor: pull the Trig pin to high level for more than 10us to trigger an impulse. The module will begin sending ultrasonic pulses. If an object is detected in front of the sensor the Echo pin will rise to a logic high level. The distance between the sensor and the object can then be calculated using the equation below. 
 
Distance = ((Duration)*(Sonic :340m/s))/2
 
/* HC-SR04 Sensor
/*
Module: RCWL-9300A 16MM Split Type Open Type Ultrasonic Ranging Module
Version: V2.0
Date: 20220710
Master chip: RCWL-9300A
Function: In GPIO mode, RCWL-9610 ultrasonic ranging module measures distance and displays it on the serial port
Notice: Module default GPIO mode
Write: Wuxi Richen IoT Technology Co., Ltd.
Test board: RCWL-3310
Program customization: 13915288564
Connection :
-VCC = 3.3V/5.5V
-Trig_RX_SCL = A5
-Echo_TX_SDA = A4
-GND = GND
*/

float distance;
const int echo=A4; // echo to A4 pin
const int trig=A5; // trig connected to pin A5

void setup()
{
Serial.begin(9600); //Baud rate 9600
pinMode(echo,INPUT); //Set echo as input pin
pinMode(trig,OUTPUT); //Set trig as output pin
Serial.println("RCWL-9610-GPIO Ranging start:");
}

void loop()
{

digitalWrite(trig,HIGH);
delayMicroseconds(500);
digitalWrite(trig,LOW); // Trig pin outputs 10US high level pulse trigger signal

distance = pulseIn(echo,HIGH); // Count the received high time
distance = distance*340/2/10000; // Calculation distance
// 1: speed of sound: 340M/S
// 2: actual distance is 1/2 speed of sound distance
// 3: counting clock is 1uS
// temperature compensation formula:
// c=(331.45+0.61t/℃)ms-1 (where 331.45 is at 0 Spend)
Serial.print("distance: ");
Serial.print(distance); // Serial port output distance signal
Serial.print("CM");
Serial.println(""); // new line
delay(20); // After a single measurement is completed,
// add a 30mS delay before the next measurement.
// To prevent the aftermath of the last measurement
// When measuring at close range, resulting in inaccurate measurement.
delay(100); // Delay 200mS to measure again, delay is not necessary
} 
*
*

*
*
//----------- I2C (SDA, SCL) R4 = 10K --------------
/* module: RCWL-9300A 16MM Split Type Open Type Ultrasonic Ranging Module Version: V2.0 date: 20220710 Master chip: RCWL-9300A Function: RCWL-9300A ultrasonic distance measuring module distance measurement and serial port display in IIC mode Notice: Need to set the module in IIC mode test board: RCWL-3310 write: Wuxi Richen IoT Technology Co., Ltd. Program customization: 13915288564 I2C data format: The IIC of RCWL-9300A outputs three 8BIT data, and the distance MM value = 24-bit data is converted into decimal/10000. connection : -VCC = 3.3V/5.5V -Trig_RX_SCL = A5 -Echo_TX_SDA = A4 -GND = GND */ #include "SoftwareSerial.h" #include "Wire.h" float distance = 0; // Distance data decimal value float ds[3]; // [3] 8BIT distance data void setup() { Serial.begin(9600); //Define serial port baud rate 9600 Factory default baud rate 9600 Wire.begin(); Serial.println("RCWL-9300A ranging start:"); } void loop() { char i = 0; ds[0]=0; ds[1]=0; ds[2]=0; // Initialize three 8BIT distance data as 0 Wire.beginTransmission(0x57); // The address is 0X57, write 8-bit data as AE, and read 8-bit data as AF Wire.write(1); // Write command 0X01, 0X01 is the start measurement command Wire.endTransmission(); // I2C end command delay(150); //Measurement cycle delay, one cycle is 120mS, set 150MS, leave a margin Wire.requestFrom(0x57,3); //The address is 0X57 to read three 8-bit distance data while (Wire.available()) { ds[i++] = Wire.read(); } distance=(ds[0]*65536+ds[1]*256+ds[2])/10000; //Calculated as CM value Serial.print("distance:"); if ((1<=distance)&&(distance<=900)) // Numerical display between 1CM-9M { #if 0 Serial.println(); Serial.print(ds[0]); Serial.println(); Serial.print(ds[1]); Serial.println(); Serial.print(ds[2]); Serial.println(); #endif //#if 1, output 3 distance data of I2C Serial.print(distance); Serial.print(" CM "); } else { Serial.println(); Serial.print(ds[0]); Serial.println(); Serial.print(ds[1]); Serial.println(); Serial.print(ds[2]); Serial.println(); Serial.print(" - - - - "); //Invalid value Numerical display - - - - } Serial.println(); //new line delay(20); // After a single measurement is completed, // add a 30mS delay before the next measurement. // To prevent the aftermath of the last measurement // when measuring at close range, resulting in inaccurate measurement. delay(100); // Delay 200mS to measure again, delay is not necessary }

*

*
//----------- UART (TX RX) R5 = 10K ---------------
/* module: RCWL-9300A 16MM Split Type Open Type Ultrasonic Ranging Module Version: V2.0 date: 20220710 Master chip: RCWL-9300A Function: RCWL-9300A ultrasonic distance measuring module distance measurement and serial port display in UART mode Notice: Need to set the module in UART mode (R5 = 10K) test board: RCWL-3310 write: Wuxi Richen IoT Technology Co., Ltd. Program customization: 13915288564 I2C data format: The IIC of RCWL-9300A outputs three 8BIT data, and the distance MM value = 24-bit data is converted into decimal/10000. connection : -VCC = 3.3V/5.5V -Trig_RX_SCL_I/O = A5 -Echo_TX_SDA = A4 -GND = GND */ #include "SoftwareSerial.h" SoftwareSerial mySerial(A4, A5); // A4 is RX, A5 is TX; A4 is connected to module TX, A5 is connected to module RX float Data_h = 0; // 16-23bit float Data_m = 0; // 8-15bit float Data_l = 0; // 0-7 bits float distance = 0; // Distance data decimal value void setup() { Serial.begin(9600); //Define serial port baud rate 9600 Factory default baud rate 9600 mySerial.begin(9600); //Define the analog serial port baud rate Serial.println("RCWL-9300A-UART Ranging start:"); } void loop() { Data_h = 0; Data_m = 0; Data_l = 0; distance=0; //Initialize three 8BIT distance data and the distance value is 0 mySerial.flush(); //Clear analog serial port cache data mySerial.write(0XA0); //Send the start ranging command 0XA0, 0XA0 is the start test command data delay(150); //Measurement cycle delay, one cycle is 120mS, set 150MS, leave a margin if (mySerial.available()>0) //Wait for 3 data to be received { Data_h= mySerial.read(); //read cached data Data_m= mySerial.read(); Data_l= mySerial.read(); } else { Data_h= 0; //The cache data cannot be read, and the data is cleared to 0 Data_m= 0; Data_l= 0; } distance=(Data_h*65536+Data_m*256+Data_l)/10000; //Calculated as CM value Serial.print("Distance:"); //Remove the "Distance:" and "CM" to draw on the serial port if ((1<=distance)&&(900>=distance)) //Numerical display between 1CM-9M { Serial.print(distance); Serial.print("CM"); //The serial port outputs the distance data, remove the "distance:" and "CM" to draw the serial port } else { Serial.println(); Serial.print(Data_h); Serial.println(); Serial.print(Data_m); Serial.println(); Serial.print(Data_l); Serial.println(); Serial.print(" - - - - "); //Invalid value Numerical display - - - - } Serial.println(); //new line delay(20); // After a single measurement is completed, // add a 30mS delay before the next measurement. // To prevent the aftermath of the last measurement // when measuring at close range, resulting in inaccurate measurement. delay(100); // Delay 200mS to measure again, delay is not necessary }
*


*






 
 


 

วิธีการชำระเงิน

ธนาคารกรุงเทพ จำกัด (มหาชน) สาขาบิ๊กซี รามคำแหง สะสมทรัพย์
ธนาคารไทยพาณิชย์ จำกัด (มหาชน) สาขาคลองจั่น ออมทรัพย์
บมจ. ธนาคารกรุงไทย สาขาเดอะมอลล์บางกะปิ ออมทรัพย์
บมจ. ธนาคารกสิกรไทย สาขาโลตัส บางกะปิ ออมทรัพย์
พร้อมเพย์ สาขา- mobile
Scan this!
กิตติ แซ่เอี้ยว
096-xxxxxx-3
Accept All Banks | รับเงินได้จากทุกธนาคาร
  • ค่าธรรมเนียม 3.9% + 11 THB
  • การชำระผ่าน PayPal คุณไม่จำเป็นต้องแจ้งชำระเงิน เนื่องจากระบบจะจัดการให้คุณทันที ที่คุณชำระเงินเสร็จสมบูรณ์

CATEGORY

TRACKCODE

  • ค้นหา
*ใส่ เบอร์มือถือ หรือ email ที่ใช้ในการสั่งซื้อ

CONTACT US

096-898-2243

STATISTICS

หน้าที่เข้าชม5,180,354 ครั้ง
ผู้ชมทั้งหมด1,579,694 ครั้ง
ร้านค้าอัพเดท20 ต.ค. 2568

MEMBER

Join เป็นสมาชิกร้านค้า

ร้านmcucity
ร้านmcucity
/www.mcucity.com/
Join เป็นสมาชิกร้าน
814
สมัครสมาชิกร้านนี้ เพื่อรับสิทธิพิเศษ
ติดตามร้านของเราผ่านแอพได้แล้ววันนี้
  • พิมพ์ “mcucity” ในช่อง Search
  • หรือเข้าจากรายการร้านค้าโปรดของฉัน
พูดคุย-สอบถาม