Electromark

Features
(1) The  CA sensors within can precisely measure the temperature of soldering iron tip, liquid crystal digital display. (2) Measure the inner temperature of other liquids and solids by replace K type TP-01 temperature probe, easy to replace sensor. (3) Measure range 0-600.oC4. Alarm display function when voltage is too low. (5) Sensitive heat meter for industry.
Packaging & Delivery : Individual package
Delivery Time : 4 ~ 5 workdays
Place of OriginChina (Mainland)Brand Name BAKON Model Number BK191Usage IndustrialTheoryCA sensorAccuracy +/- 1 oC Temperature range 0~600 oC, 0-40 oCMeasure rangeK-(CA)(Thermocouple)diameter 0.2 mmPower supply DC9V(Dry battery) Battery life=150Hours WeightAlmost 200g

The Bakon 191 soldering iron tip temperature tester is a tool that used to measure the precise temperature of a soldering iron tip. This ensures that the soldering iron operates at the correct temperature for effective soldering without overheating or underheating, which can affect the quality and durability of the soldered connections.

Maintaining the correct tip temperature is crucial for:

• Consistent soldering quality: Too high a temperature can damage components, while too low a temperature can lead to poor solder joints.

• Preventing oxidation: Excessive heat can cause oxidation on the tip, reducing the efficiency of heat transfer.

• Extending tool lifespan: Using appropriate temperatures prevents premature wear and degradation of the soldering iron tip.

A soldering iron tip temperature tester typically consists of:

1. Sensor or thermocouple: A precision temperature sensor that makes contact with the soldering iron tip.

2. Display unit: A digital or analog readout to show temperature readings.

3. Calibration feature: Some testers allow calibration to ensure accurate measurements.

4. Compatibility: Designed to work with different types of soldering irons, including adjustable temperature models.

Usage Instructions

1. Turn on the tester and allow it to stabilize.

2. Place the soldering iron tip onto the sensor gently.

3. Wait for the reading to stabilize and note the temperature.

4. Adjust the soldering iron settings if the temperature is too high or too low.

5. Clean the tip if needed to ensure accurate measurement.