Pm2.5 Panteng Sensor Module Temperature And Humidity Three In One High Precision Laser Sensor Detects Air Quality
Rs. 1,505.00 Rs. 1,716.00
- Brand: http://www.plantower.com/en/content/?108.html
- Product Code: SEN-DUST
- SKU - SE-1670
- Availability: 2-3 Days
- Price in reward points: 20
- For Bulk Order
9962060070
Quick support on WhatsApp (+919962060070) only between morning 11am-4pm, no call will be answered
SPECIFICATION:
-Parameter Index unit
-Range of measurement 0.3~1.0；1.0~2.5；2.5~10 Micrometer（μ m）
-Counting Efficiency 50%@0.3μ m 98%@>=0.5μ m
-Effective Range（PM2.5
-standard）
-0~500 μ g/m³
-Maximum Range（PM2.5
-standard）*
-≥1000 μ g/m³
-Resolution 1 μ g/m³
-Maximum Consistency Error
-(PM2.5 standard data)*
-±10%@100~500μ g/m³
-±10μ g/m³@0~100μ g/m³
-Standard Volume 0.1 Litre（L）
-Single Response Time ＜1 Second（s）
-Total Response Time ≤10 Second（s）
-DC Power Supply Typ:5.0 Min:4.5 Max: 5.5 Volt（V）
-Active Current ≤100 Milliampere（mA）
-Standby Current ≤200 Microampere（μ A）
-Interface Level L <0.8 @3.3 H >2.7@3.3 Volt（V）
-Working Temperature Range -10~+60 ℃
-Working Humidity Range 0~99%
-Storage Temperature Range -40~+80 ℃
-MTTF ≥3 Year（Y）
-Physical Size 50×38×21 Millimeter（mm）
OVERVIEW:
-Zero false alarm rate
-Real-time response
-Correct data
-Minimum distinguishable particle diameter :0.3 micrometer
-High anti-interference performance because of the patent structure of six
-sides shielding
-Optional direction of air inlet and outlet in order to adapt the different
-design
PACKAGE INCLUDES:
1 PCS x Pm2.5 Panteng Sensor Module Temperature And Humidity Three In One High Precision Laser Sensor Detects Air Quality
http://www.plantower.com/en/content/?108.html
//SOURCE CODE TAKEN FROM BELOW LINK
//https://github.com/jbanaszczyk/pms5003/blob/master/Examples/p01basic/p01basic.ino
#include <pms.h>
PmsAltSerial pmsSerial;
pmsx::Pms pms(&pmsSerial);
////////////////////////////////////////
// * PMS5003 Pin 1 : VCC +5V
// * PMS5003 Pin 2 : GND
// Important: pms5003 uses 3.3V logic.Use converters if required or make sure your Arduino board uses 3.3V logic too.
// * PMS5003 Pin 4 : Digital pin 9 (there is no choice, forced by AltSerial)
// * PMS5003 Pin 5 : Digital pin 8 (there is no choice, forced by AltSerial)
// * Optional
// * PMS5003 Pin 3 : Digital pin 7 (can be changed or not connected at all)
// * PMS5003 Pin 6 : Digital pin 6 (can be changed or not connected at all)
// if PMS5003 Pin 3 and PMS5003 Pin 3 are not connected
// constexpr uint8_t pinReset = pmsx::Pms::pinNone;
// constexpr uint8_t pinSleepMode = pmsx::Pms::pinNone;
// if PMS5003 Pin 3 and PMS5003 Pin 3 are connected
constexpr uint8_t pinReset = 6;
constexpr uint8_t pinSleepMode = 7;
////////////////////////////////////////
void setup(void) {
Serial.begin(115200);
while (!Serial) {}
Serial.println(pmsx::pmsxApiVersion);
if (!pms.begin()) {
Serial.println("PMS sensor: communication failed");
return;
}
pms.setPinReset(pinReset);
pms.setPinSleepMode(pinSleepMode);
if (!pms.write(pmsx::PmsCmd::CMD_RESET)) {
pms.write(pmsx::PmsCmd::CMD_SLEEP);
pms.write(pmsx::PmsCmd::CMD_WAKEUP);
}
pms.write(pmsx::PmsCmd::CMD_MODE_PASSIVE);
pms.write(pmsx::PmsCmd::CMD_READ_DATA);
pms.waitForData(pmsx::Pms::TIMEOUT_PASSIVE, pmsx::PmsData::FRAME_SIZE);
pmsx::PmsData data;
auto status = pms.read(data);
if (status != pmsx::PmsStatus::OK) {
Serial.print("PMS sensor: ");
Serial.println(status.getErrorMsg());
}
pms.write(pmsx::PmsCmd::CMD_MODE_ACTIVE);
if (!pms.isWorking()) {
Serial.println("PMS sensor failed");
}
Serial.print("Time of setup(): ");
Serial.println(millis());
}
////////////////////////////////////////
void loop(void) {
static auto lastRead = millis();
pmsx::PmsData data;
auto status = pms.read(data);
switch (status) {
case pmsx::PmsStatus::OK: {
Serial.println("_________________");
const auto newRead = millis();
Serial.print("Wait time ");
Serial.println(newRead - lastRead);
lastRead = newRead;
auto view = data.raw;
for (pmsx::PmsData::pmsIdx_t i = 0; i < view.getSize(); ++i) {
Serial.print(view.getValue(i));
Serial.print("\t");
Serial.print(view.getName(i));
Serial.print(" [");
Serial.print(view.getMetric(i));
Serial.print("] ");
// Serial.print(" Level: ");
// Serial.print(view.getLevel(i));
Serial.print(" | diameter: ");
Serial.print(view.getDiameter(i));
Serial.println();
}
break;
}
case pmsx::PmsStatus::NO_DATA:
break;
default:
Serial.print("!!! Pms error: ");
Serial.println(status.getErrorMsg());
}
}
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