Launch Tech USA - PFP-150 Programming Flash Power with 4 Charging Modes - LNCH-PFP-150
The PFP-150 Programming Flash Power 1s a must tool for vehicle diagnosis. It can prevent failure and abnormalities during the programming process due to low voltage. The applied synchronous rectificat1on improves the efficiency of rectificat1on
Features
- 6 Protection Modes: Reverse Protection, Short Circuit Protection, Low Voltage Protection, Overheat Protection, Overcharge Protection, Synchronous Rectification (220V/240V).
- Normal Mode: Select the charging mode according to the position of vehicle battery (inside or outside).
- Exhibit Mode: For continual charge with low current in showrooms.
- Programming Mode: Provide a stable voltage source for the car in need of programming or decoding, ranging from 12V or 16V.
- Hidden Repair Mode: Indicate whether the battery should be repaired or not. Work with various batteries, such AGM Battery, GEL Battery, and Lithium Battery.
Specifications
- Input Voltage: 110V/220V
- Power: 1800W
- Max.Current: 150A
- Charging Voltage: 12 V
- Programming Mode: 12-14.8V/2-150A
- MAh: 10-1800Ah
- Dimension: 440'410'140 (Mm)
- Electric Cable Length: 3M
- Weight: 9 Kg
What our Experts Think
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Stable power support for critical programming jobs – The PFP-150 ensures consistent voltage during ECU programming, coding, and flashing, helping prevent failures caused by voltage drops or battery instability.
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4 intelligent charging modes – Supports multiple charging profiles tailored for different battery conditions, including standard charging, fast charging, maintenance/float mode, and power supply mode for workshop diagnostics.
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Essential safeguard for ECU work – Acts as a protective buffer during sensitive procedures like module programming, immobilizer coding, and ECU reflash operations where interruption can damage vehicle systems.
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Workshop-grade reliability – Designed for professional environments, delivering steady current output to support long diagnostic sessions and reprogramming tasks without interruption.
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Compatible with modern vehicle electronics – Suitable for use with passenger cars and light commercial vehicles where stable 12V power is critical for diagnostic tool performance.
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Efficiency-focused design – Combines charging, maintenance, and power supply functions in a single compact unit, reducing the need for multiple workshop devices.
Q&A
Q: What is the Launch Tech USA PFP-150 Programming Flash Power (LNCH-PFP-150)?
A: The PFP-150 is a professional battery support and power supply unit designed to deliver stable voltage during ECU programming, flashing, coding, and advanced diagnostics, preventing voltage drops that can damage vehicle modules.
Q: Why is the PFP-150 important for ECU programming?
A: It provides a constant, adjustable power supply (up to 150A) to maintain stable voltage during programming sessions, helping avoid data loss, programming failure, or ECU corruption.
Q: What charging and operating modes does it offer?
A: It includes multiple working modes such as programming mode, charging mode, showroom/maintenance mode, and repair functions, making it suitable for workshops and dealerships.
Q: What batteries and vehicles is it compatible with?
A: It supports most 12V vehicle systems and a wide range of battery types including AGM, GEL, and lithium batteries used in modern passenger and commercial vehicles.
Q: What protection features does it include?
A: The unit is built with multiple safety protections such as reverse polarity, short circuit, overheat, overcharge, and low-voltage protection to safeguard both the vehicle and the tool.
Q: Who should use the PFP-150?
A: It is designed for professional automotive technicians, repair shops, and dealerships performing ECU programming, diagnostics, ADAS calibration, and long-duration electrical work requiring stable power support.
Maintenance Tips
- Keep the unit firmware updated (if applicable) to ensure stable voltage regulation and compatibility with programming tools. Launch Tech USA
- Store in a cool, dry environment away from moisture, dust, and direct sunlight to protect internal power circuitry.
- Regularly inspect output cables, clamps, and connectors for corrosion, looseness, or heat damage.
- Ensure battery clamps are attached securely and cleanly to provide stable voltage during ECU programming.
- Do not exceed rated load; always select the correct charging/programming mode for the vehicle system.
- Avoid dropping or impacting the unit to protect internal transformer and control circuits.
- Keep ventilation areas clear to prevent overheating during long programming sessions.
- Clean exterior surfaces with a dry microfiber cloth only; avoid liquids near vents and ports.
- Disconnect properly after use—remove clamps from battery terminals before unplugging the device.
- Periodically test output stability before critical ECU programming jobs.
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