Gordak 952 User Manual Updated [patched] -

The updated manual will break down the advanced features that make this station popular. Understanding them is crucial for maximizing the tool’s lifespan and performance.

Allow 30–60 seconds for the air temperature to stabilize.

For persistent issues, an updated manual or a detailed service schematic is essential for safe and effective diagnosis.

Clean the tip thoroughly using brass wool and tip tinner. Perform the calibration steps listed above. Nozzle is clogged or air hose is kinked.

The updated features for the series, as of early 2026, focus on increased power efficiency, intelligent safety systems, and improved digital monitoring for high-precision SMD rework. Key Technical Specifications Hot Air Rework Station Soldering Iron Temperature Range 100°C – 500°C 200°C – 480°C Max Power 270W (standard) to 650W (H-model) Airflow Capacity Up to 120 L/min (model dependent) Heating Element Metal spiral heating core Long-life ceramic heating core Advanced Feature Highlights GORDAK 952A 952H 952V SMD rework soldering station gordak 952 user manual updated

The Gordak 952 operates through separate controls for the hot air gun and the soldering iron. Hot Air Station Operation Press the Hot Air Station ON/OFF button.

Clean the tip using brass wire mesh or a tip tinner compound. Increase temperature. Blown fuse or faulty wall outlet.

Always plug the station into a properly grounded three-prong electrical outlet to prevent electrostatic discharge (ESD) from destroying sensitive microchips. Troubleshooting Guide Potential Cause Recommended Solution Loud vibrating noise when turned on Shipping screws are still installed under the chassis.

At the bottom of the station, remove the three screws holding the air pump in place for transport. Failing to do this can damage the internal components. The updated manual will break down the advanced

Clean the soldering tip using brass wire sponges rather than wet cellulose sponges to prevent thermal shock and micro-cracking.

Ensure your outlet is properly grounded. The Gordak 952 is an ESD-safe machine, but that safety only works if the static has a path to the floor. 2. Understanding the Controls The 952 typically features two main segments: Hot Air Rework (Left Side): Air Volume:

Before plugging in your device, verify that your package contains all standard components: Gordak 952 main station

Locate the small potentiometer hole on the front panel near the soldering iron section. For persistent issues, an updated manual or a

You must remove the two pump-securing screws (M5*10) located on the bottom of the unit before first use. Failure to do so can cause severe vibration or internal damage. Digital Interface:

Both the soldering iron and the hot air gun utilize a sensor-based PID (Proportional-Integral-Derivative) closed-loop control system. This technology ensures rapid heating, accurate temperature regulation, and fast thermal recovery, which is essential for safely working on temperature-sensitive components like QFP, PLCC, SOP, and BGA chips.

Plug the hot air gun into the 4-pin port and the soldering iron into the 5-pin port.

Durable soldering handle and iron stand, optimized for lead-free solder, which requires higher temperatures. 3. Installation and Setup Remove Packing: Unpack the unit and inspect for damage.

⚠️ Before powering on, flip the unit over. Remove the four red screws on the chassis bottom. These secure the pump during shipping. Running the machine with these screws in will cause loud noise and internal damage. 2. Control Panel Layout Air Knob: Controls the flow rate of the heat gun. Heater Knob: Adjusts the hot air temperature. Soldering Knob: Adjusts the iron temperature. LED Displays: Shows real-time temperature for both tools. 💨 Operating the Hot Air Gun Select Nozzle: Choose a size that matches your IC chip. Power On: Toggle the "Hot Air" switch.