Soldron Ceramic Coated Black Fine Needle Bit For Soldering Stations 936, 938, 960, 878 & 740
Soldron Ceramic Coated Black Fine Needle Bit For Soldering Stations 936, 938, 960, 878 & 740
The Soldron Ceramic Coated Black Fine Needle Bit is a high-quality, precision-crafted soldering bit designed for use with various soldering stations, including models 936, 938, 960, 878, and 740. This bit is specifically engineered to provide exceptional performance, durability, and versatility for a wide range of soldering applications.
The primary function of the Soldron Ceramic Coated Black Fine Needle Bit is to enable precise and controlled soldering operations. The bit's fine needle point and ceramic coating allow for accurate heat transfer and minimal thermal mass, making it ideal for soldering small components, fine-pitch devices, and intricate circuit boards.
High-quality steel with ceramic coating
0.5mm/0.02"
Black
Up to 450C/842F
Soldron soldering stations 936, 938, 960, 878, and 740
10g/0.35oz
| The Soldron Ceramic Coated Black Fine Needle Bit is suitable for a wide range of soldering applications, including |
Soldering small components and fine-pitch devices
Working with intricate circuit boards and assemblies
Repairing and maintaining electronic devices and appliances
Assembly and prototyping of electronic projects
Educational and training purposes
Overall, the Soldron Ceramic Coated Black Fine Needle Bit is an excellent choice for professionals and hobbyists requiring a high-quality, precise, and durable soldering bit for demanding applications.
Soldron Ceramic Coated Black Fine Needle Bit For Soldering Stations 936, 938, 960, 878 & 740OverviewThe Soldron Ceramic Coated Black Fine Needle Bit is a high-quality soldering iron bit designed for use with various soldering stations, including the 936, 938, 960, 878, and 740 models. This fine needle bit features a ceramic coating for enhanced durability and heat resistance, ensuring precise and efficient soldering operations.Technical SpecificationsMaterial: Ceramic coated copper
Tip style: Fine needle
Dimensions: 0.5mm (tip diameter), 12.5mm (length)
Heat resistance: Up to 450C (842F)
Compatible with: Soldering stations 936, 938, 960, 878, and 740Code ExamplesExample 1: Basic Soldering Operation Using the Fine Needle BitIn this example, we will demonstrate a basic soldering operation using the Soldron Ceramic Coated Black Fine Needle Bit with a soldering station.Arduino Code
```c
// Define the soldering station's digital output pin
const int solderingStationPin = 13;void setup() {
// Initialize the soldering station's digital output pin as an output
pinMode(solderingStationPin, OUTPUT);
}void loop() {
// Set the soldering station's temperature to 350C (662F)
setSolderingStationTemperature(350);
// Turn on the soldering iron
digitalWrite(solderingStationPin, HIGH);
// Wait for 5 seconds to allow the iron to heat up
delay(5000);
// Perform the soldering operation
solderComponent();
// Turn off the soldering iron
digitalWrite(solderingStationPin, LOW);
// Wait for 2 seconds before the next operation
delay(2000);
}void setSolderingStationTemperature(int temperature) {
// Implement the temperature setting function for your specific soldering station
}void solderComponent() {
// Implement the soldering operation logic for your specific component
}
```
Example 2: Using the Fine Needle Bit with a Temperature Control LibraryIn this example, we will demonstrate how to use the Soldron Ceramic Coated Black Fine Needle Bit with a temperature control library for precise temperature management.Python Code (using the PyFtdi library)
```python
import pyftdi
import time# Initialize the FTDI device
ftdi = pyftdi.Ftdi()# Set the soldering station's temperature to 350C (662F)
ftdi.set_bitmode(0x01, pyftdi.BITMODE_MPSSE)# Wait for 5 seconds to allow the iron to heat up
time.sleep(5)# Perform the soldering operation
while True:
# Read the temperature from the soldering station
temperature = ftdi.get_temperature()
# Check if the temperature is within the desired range
if temperature >= 348 and temperature <= 352:
# Perform the soldering operation
print("Soldering...")
time.sleep(2)
break
else:
# Wait for 1 second before re-reading the temperature
time.sleep(1)# Turn off the soldering iron
ftdi.set_bitmode(0x00, pyftdi.BITMODE_MPSSE)
```
Note: The code examples above are for illustrative purposes only and may require modification to work with your specific soldering station and component.