✨ Key Highlights
Precise Temperature Measurement, Maximized Performance
Temperature Accuracy: ±0.5℃, Resolution: 0.1℃, Maximum Sampling Rate: 20Hz
Available in 7/9/12-channel models, all supporting standard K-type thermocouples
Accurately acquires key process parameters such as peak temperature, heating slope, and liquidus time, automatically calculates the Process Window Index™ (PWI), and intuitively assesses the adaptability of the process window.

Durable Hardware, Designed for Industrial Scenarios

Enhanced electrostatic discharge and leakage protection, capable of withstanding high-intensity daily use in factory workshops.

Officially offers a 2-year warranty, the longest warranty period among similar equipment.

Includes a heat-insulating protective sleeve (gold heat-insulating box in the picture), allowing direct insertion into high-temperature furnaces without additional modifications.

Intelligent Software, a Powerful Tool for Process Optimization

Fast data transfer via USB direct connection to a computer, automatically generating temperature profile reports.

Built-in intelligent algorithms automatically identify process deviations, providing data support for temperature profile optimization in processes such as reflow soldering and wave soldering.

Supports data traceability and compliance management, meeting the needs of customer factory audits, ISO system certification, and other scenarios.

Ready to Use Out of the Box, Complete with Accessories

The standard configuration shown in your picture includes: main unit, heat-insulating protective sleeve, heat-resistant gloves, installation tools, software and dongle, and an aluminum alloy carrying case, ready for immediate use.

🛠️ Typical Application Scenarios

SMT Reflow Soldering / Wave soldering process verification: Temperature profile confirmation and oven temperature uniformity testing before mass production.
New Product Introduction (NPI): Quickly matching suitable oven temperature profiles for new devices and solder pastes.
Painting/Powder Curing: Curing temperature profile control for industrial baking paint and powder coating.
Semiconductor Packaging/Heat Treatment: Process monitoring and data retention for high-precision temperature control processes.

KIC X5 Thermal Profiler Operation Manual

1. Preparation Work

1. Check complete accessories: main unit, thermal barrier box, K-type thermocouples, USB cable, dongle, high temperature tape, heat-resistant gloves and storage case.
2. Inspect equipment appearance, ensure no damage to ports and thermocouple wires.
3. Preheat reflow oven / wave solder oven to standard working temperature.

2. Software & Driver Installation

1. Install official KIC profiling software on Windows computer.
2. Insert software dongle, finish driver installation automatically.
3. Connect KIC X5 main unit to PC via USB cable, power on the tester.
4. Open software and confirm successful device connection.

3. Parameter Setting

1. Create new test file, input production line ID, product model and test batch info.
2. Set sampling frequency: 1Hz~5Hz for normal SMT production.
3. Select available test channels, name each channel clearly.
4. Set standard thermal profile specification according to solder paste requirement.
5. Finish cold junction calibration at room temperature.

4. Thermocouple Installation

1. Connect thermocouple probes to corresponding channels.
2. Fix probes tightly on PCB test points: BGA, chip top, solder joint, board edge etc.
3. Fix KIC X5 main unit inside thermal barrier box firmly.
4. Ensure wires will not be stuck by oven conveyor chain.

5. Start Temperature Profiling

1. Click Start Record on software side.
2. Put the tested PCB together with profiler into oven inlet normally.
3. Follow actual production running speed completely.
4. Take out PCB after passing through whole oven zones.
5. Click Stop Record to finish data recording.

6. Data Analysis & Report Export

1. Download full temperature curve data to PC.
2. Auto calculate key parameters:

   Rise rate, peak temperature, soak time, TAL time, cooling rate, PWI value.

3. Compare actual curve with standard process window.
4. Generate official PDF inspection report.
5. Save data file for production traceability and process adjustment.

7. Important Notes

1. Wear heat-resistant gloves when taking high-temperature samples.
2. Keep thermal barrier box intact to avoid high temperature damage to host.
3. Regularly check and replace aged thermocouples to guarantee test accuracy.
4. Charge the tester regularly to prevent battery power loss.
5. Keep software and dongle stable for long-term factory use.