2-Force X5 - Engineered to Win The 2-Force X5 is a dual-channel smart charger for ambitious RC racers. Developed for maximum performance, high charging efficiency and versatile applications - from racing to the workshop.

Features: - Compact, lightweight and easy to transport - High-quality surface with scratch-resistant finish - Optimised for high-performance competition batteries - Fast, safe and efficient - Integrated balancer system (2A) for precise voltage regulation, better performance and longer service life - Dual-channel operation - independent circuits for simultaneous charging - Improved charging efficiency - Multi-mode functions - External discharge - 2-in-1 charging mode - Digital power supply - Versatile use from maintenance to racing set-up - Protection against overvoltage, Overcurrent, short circuit, reverse polarity and overheating - Intelligent cooling system with large air passage - Stable performance even under extreme conditions - Environmentally friendly sleep function - Servo test port for quick function and reaction tests - 12V DC output for accessories such as tyre preheaters, soldering irons etc. - USB-C firmware updates for continuous optimisation

IMPORTANT: Due to the housing design, the balancer cable plug can be plugged in in both directions. If the charger displays a balancer error when starting the charging process, the balancer cable plug must be turned round!

Technical data: Input voltage: AC 100-240 V, 50/60 Hz, max. 6.5 A / DC 12-30 V, max. 65 A Output voltage: DC 5-30 V Max. Charging power: AC 500 W / DC 700 W × 2 (With active 12V DC output, the AC power is limited to 400 W) Max. Charging current: 40 A (normal) / 55 A (synchronous) Max. Discharge power: internal 70 W × 2 / external 500 W Max. Discharge current: 8 A Balance current: max. 2 A per cell Supported battery types: LiPo / LiFe / LiIon / LiHV: 1-6S / NiMH: 1-18S USB-C output: 5 V / 2 A (10 W) XT60 DC output: 12 V / 100 W Servo test port: 5 V / 0.5 A (2.5 W) Display: 3.5 inch IPS, sunlight readable Operating temperature: -10 °C to +45 °C Storage temperature: -20 °C to +60 °C Weight: 1.5 kg Dimensions (LxWxH): 172 × 130 × 101 mm Housing: High-gloss polymer with scratch-resistant coating

🔋 Basics about LiPo batteries

• LiPo=lithium polymer battery

• Widely used in the RC sector due to high energy density, low weight and high current output

• Cells are connected in series:

  • 1S=1 cell=3.7 V nominal voltage (full: 4.2 V)

  • 2S=2 cells in series=7.4 V nominal voltage (full: 8.4 V)

charging parameters

* 1C means: Charging current=battery capacity.
Example: 2000 mAh battery → 2000 mA=2 A charging current (at 1C)

chargers

1. Important: Only use LiPo-compatible chargers!

Pay attention to:

• Adjustable number of cells (e.g. 1S, 2S etc.)

• Balancer connection (necessary from 2S)

• Adjustable charging current

2. For 1S LiPo:

• Simple charging without balancer

• Many chargers with USB connection or via JST connector

• Voltage never above 4.2 V

3. For 2S LiPo:

• Use balancer connection!

• Balancer equalises cell voltages → prevents overcharging of individual cells

• Important for battery life and safety

🔥 Safety when charging

LiPos are sensitive and can catch fire if handled incorrectly. Therefore:

✅ Dos

• Always charge under supervision

• Use a charging bag or fireproof box

• Never charge above 4.2 V/cell

• Do not deep discharge batteries (< 3.0 V/cell=harmful!)

• Keep an eye on the battery temperature (should be no more than lukewarm)

❌ Don'ts

• Never charge damaged or bloated batteries

• Do not use cheap no-name chargers

• Do not charge unattended

• Do not fast charge above the manufacturer's recommendation (e.g. >1C) without authorisation

🔧 Additional tips from the RC sector

• Use storage mode if you are not using the battery for a longer period of time (approx. 3.8 V/cell)

• Check cell voltages regularly (with LiPo checker or charger)

• Work with cut-off when driving: Set the controller so that it switches off at 3.2-3.4 V/cell

• Ensure good plug quality and cable cross-section (especially with 2S for brushless setups)

🧠 Briefly summarised