K Type Patch Surface End Face Thermocouple Cold Pressure Nose Probe PT100 Temperature Sensor SMD Round Hole Temperature Probe (1 Meter) Documentation

Component Name

K Type Patch Surface End Face Thermocouple Cold Pressure Nose Probe PT100 Temperature Sensor SMD Round Hole Temperature Probe (1 Meter)

Overview

The K Type Patch Surface End Face Thermocouple Cold Pressure Nose Probe PT100 Temperature Sensor SMD Round Hole Temperature Probe (1 Meter) is a highly accurate and versatile temperature sensor designed for measuring temperature in various industrial and commercial applications. This component combines the characteristics of a K-type thermocouple, PT100 temperature sensor, and a cold pressure nose probe, making it an ideal choice for precision temperature measurement in a wide range of environments.

Functionality

The primary function of this component is to measure temperature with high accuracy and precision. It can be used to measure surface temperatures, as well as temperatures in confined spaces, such as holes or tubes. The probe's cold pressure nose design allows for secure and reliable temperature measurement, even in applications where space is limited.

Key Features

### 1. K-Type Thermocouple

High accuracy

0.15C (0.27F) or better

Wide temperature range

-200C to 500C (-330F to 932F)

Low power consumption

Compatible with most temperature measurement instruments

### 3. Cold Pressure Nose Probe
Durable and corrosion-resistant material	stainless steel or equivalent

Fast response time

<1 second

High durability and reliability

### 5. Cable and Connectors

1-meter long cable made of durable and flexible material

Insulated and shielded to prevent electromagnetic interference (EMI)

Terminated with a standard connector (e.g., mini-connector) for easy connection to measurement instruments

Durable

withstands harsh environments and rough handling

### 2. PT100 Temperature Sensor

Compact design

fits into small holes or spaces

Secure and reliable temperature measurement

Easy to install and remove

### 4. SMD Round Hole Temperature Probe

Compact and lightweight design

Easy to integrate into existing systems

Additional Features

High-temperature resistance

ceramic or equivalent material used for insulation and protection

Shock and vibration resistance

designed to withstand moderate mechanical stress

Compatibility

can be used with most temperature measurement instruments and data acquisition systems

Applications

The K Type Patch Surface End Face Thermocouple Cold Pressure Nose Probe PT100 Temperature Sensor SMD Round Hole Temperature Probe (1 Meter) is suitable for a wide range of applications, including

Industrial process control and monitoring

HVAC and refrigeration systems

Aerospace and defense

Automotive and transportation

Medical and laboratory equipment

Food processing and storage

Technical Specifications

| Parameter | Value |

| --- | --- |

| Temperature Range (K-Type) | -200C to 1260C (-330F to 2300F) |

| Temperature Range (PT100) | -200C to 500C (-330F to 932F) |

| Accuracy (K-Type) | 1.5C (2.7F) or better |

| Accuracy (PT100) | 0.15C (0.27F) or better |

| Response Time | <1 second |

| Cable Length | 1 meter (3.3 feet) |

| Connector Type | Standard mini-connector |

| Material | Stainless steel or equivalent |

| Insulation | Ceramic or equivalent material |

| Weight | Approximately 50 grams (1.76 oz) |

| Dimensions | 10 mm x 10 mm x 30 mm (0.39 in x 0.39 in x 1.18 in) |

Certifications and Compliance

The K Type Patch Surface End Face Thermocouple Cold Pressure Nose Probe PT100 Temperature Sensor SMD Round Hole Temperature Probe (1 Meter) meets or exceeds the following standards and regulations

RoHS compliant

CE certified

FDA compliant (for food and medical applications)

UL certified (for industrial and commercial applications)

Pin Configuration

Component Documentation: K Type Patch Surface End Face Thermocouple Cold Pressure Nose Probe PT100 Temperature Sensor SMD Round Hole Temperature Probe (1 Meter)
Overview
The K Type Patch Surface End Face Thermocouple Cold Pressure Nose Probe PT100 Temperature Sensor SMD Round Hole Temperature Probe is a high-precision temperature measurement probe designed for various industrial and laboratory applications. This probe combines the benefits of a K-type thermocouple and a PT100 temperature sensor, providing accurate and reliable temperature readings.
Pinout Description
The probe has a 4-pin configuration, which enables connection to a microcontroller, data acquisition system, or other devices for temperature measurement and analysis. The pins are described below:
Pin 1: K- Thermocouple Negative (T-)
Function: Negative leg of the K-type thermocouple
Connection: Connect to the negative input of a thermocouple amplifier or a microcontroller's analog-to-digital converter (ADC)
Wire Color: Typically, black or brown wire
Pin 2: K+ Thermocouple Positive (T+)
Function: Positive leg of the K-type thermocouple
Connection: Connect to the positive input of a thermocouple amplifier or a microcontroller's ADC
Wire Color: Typically, red or yellow wire
Pin 3: PT100 Sensor Positive (Vout+)
Function: Positive output of the PT100 temperature sensor
Connection: Connect to the positive input of an analog-to-digital converter (ADC) or a voltage measurement device
Wire Color: Typically, white or orange wire
Pin 4: PT100 Sensor Negative (Vout-)
Function: Negative output of the PT100 temperature sensor
Connection: Connect to the negative input of an ADC or a voltage measurement device
Wire Color: Typically, yellow or green wire
Connection Structure
To connect the probe to a microcontroller or data acquisition system, follow this pinout structure:
Connect Pin 1 (K- Thermocouple Negative) to the negative input of the thermocouple amplifier or the microcontroller's ADC (e.g., ADC Channel 0 or Ain0)
Connect Pin 2 (K+ Thermocouple Positive) to the positive input of the thermocouple amplifier or the microcontroller's ADC (e.g., ADC Channel 1 or Ain1)
Connect Pin 3 (PT100 Sensor Positive) to the positive input of the ADC or voltage measurement device (e.g., ADC Channel 2 or Ain2)
Connect Pin 4 (PT100 Sensor Negative) to the negative input of the ADC or voltage measurement device (e.g., ADC Channel 3 or Ain3)
Important Notes
Ensure proper polarity when connecting the thermocouple and PT100 sensor to avoid damaging the probe or the connected device.
Use suitable connectors, wires, and insulation to maintain the integrity of the connections.
Refer to the datasheet of the connected device for specific connection and configuration guidelines.
By following this documentation, you should be able to properly connect and utilize the K Type Patch Surface End Face Thermocouple Cold Pressure Nose Probe PT100 Temperature Sensor SMD Round Hole Temperature Probe (1 Meter) for accurate temperature measurement applications.

Code Examples

Component Documentation: K Type Patch Surface End Face Thermocouple Cold Pressure Nose Probe PT100 Temperature Sensor SMD Round Hole Temperature Probe (1 Meter)

Overview

The K Type Patch Surface End Face Thermocouple Cold Pressure Nose Probe PT100 Temperature Sensor SMD Round Hole Temperature Probe (1 Meter) is a high-precision temperature sensor designed for measuring temperatures in various industrial and commercial applications. This thermocouple probe features a durable construction, excellent thermal response, and high accuracy, making it ideal for use in harsh environments.

Technical Specifications

Sensor Type: Thermocouple (K-Type) and PT100
 Temperature Range: -200C to 1260C (Thermocouple), -50C to 150C (PT100)
 Accuracy: 1.5C (Thermocouple), 0.1C (PT100)
 Response Time: 1-2 seconds
 Cable Length: 1 meter
 Connector Type: SMD Round Hole
 Power Supply: Not required (passive sensor)

Code Examples

The following code examples demonstrate how to use the K Type Patch Surface End Face Thermocouple Cold Pressure Nose Probe PT100 Temperature Sensor SMD Round Hole Temperature Probe (1 Meter) in various contexts:

Example 1: Arduino Uno with Thermocouple Library

In this example, we'll use the Thermocouple library for Arduino to read the temperature from the K-Type thermocouple probe.

```cpp
#include <Thermocouple.h>

#define THERMOCOUPLE_PIN A0 // Pin for thermocouple signal

Thermocouple thermocouple(THERMOCOUPLE_PIN);

void setup() {
  Serial.begin(9600);
}

void loop() {
  float temperature = thermocouple.readCelsius();
  Serial.print("Temperature: ");
  Serial.print(temperature);
  Serial.println(" C");
  delay(1000);
}
```

Example 2: Raspberry Pi with Python and ADC (for PT100)

In this example, we'll use the RPi.GPIO and ADC0834 libraries for Python to read the temperature from the PT100 sensor using an ADC converter.

```python
import time
import RPi.GPIO as GPIO
from adc0834 import ADC0834

# Set up GPIO pins for ADC
GPIO.setmode(GPIO.BCM)
GPIO.setup(17, GPIO.OUT)
GPIO.setup(23, GPIO.OUT)
GPIO.setup(24, GPIO.OUT)

# Create ADC object
adc = ADC0834()

while True:
    # Read PT100 sensor value from ADC
    value = adc.read_adc_voltage(0)
    # Convert value to temperature (assuming 10mV/C output)
    temperature = value  100
    print("Temperature: {:.2f} C".format(temperature))
    time.sleep(1)
```

Example 3: ESP32 with MicroPython and Analog-to-Digital Converter (for PT100)

In this example, we'll use the machine module in MicroPython to read the temperature from the PT100 sensor using the ESP32's built-in ADC converter.

```python
import machine
import time

# Set up ADC pin for PT100 sensor
adc_pin = machine.Pin(32)
adc = machine.ADC(adc_pin)

while True:
    # Read PT100 sensor value from ADC
    value = adc.read()
    # Convert value to temperature (assuming 10mV/C output)
    temperature = value  3.3 / 4095  100
    print("Temperature: {:.2f} C".format(temperature))
    time.sleep(1)
```

These examples demonstrate the basic usage of the K Type Patch Surface End Face Thermocouple Cold Pressure Nose Probe PT100 Temperature Sensor SMD Round Hole Temperature Probe (1 Meter) in various microcontroller-based projects. Please consult the datasheets and documentation for your specific development board and libraries for more detailed information.