RACEPACE LiFePO4 Endurance Power

1m charging cable  with 4mm banana plug with AWG 14 silicone wires suitable for RACEPACE ENDURANCE LiFePo4 battery motorcycle adapter to HTRC 150 charger

1m charging cable XT60with 4mm banana plug with AWG 12 silicone wiressuitable for LiFePo4 battery and HTRC 150 charger

  Anderson 75A Powerpole Adapter Set (1x red, 1x black). This set allows you to connect a battery featuring a 75A Powerpole plug to your motorcycle's wiring using ring terminals. The adapter uses 8 AWG silicone cable for batteries up to 7.8Ah, and a thicker AWG7 silicone cable for batteries 10Ah and above.

Battery Disconnect Switch 12 - 32 V 3 positions Recommended for all motorcycles with racing alternator. Comfortable and secure battery disconnection. protect the battery when bike is not in use from discharge. Switch has 3 setting position, removeable in Off-Setting. Needed whole cut for installation 29mm12-36V100A max.

  Charging connector: Anderson 40A Anderson plug with AWG14 silicone cables to M6 ring terminals (1x red and 1x black) for connecting the battery to the vehicle-side ring-terminal connection and to the charger’s charging cable.

Multifunction balancing smart charger for Lipo-/LiIon-/Life-/Ni-MH-/Ni-CD batteries 3.2" colored touch display inteface balancing funktion Support LiHV high power battery and LiFePO4 batteries AC/DC / max. charging power 150W, max.charging current 10A integated cooling fan Monitoring capaity,cell voltage,charing time and tempreture. Automatic charging current limit,capacity limit,processing time limit. Support USB chargering,5V/2.0A. specifications Input:AC 100-240V / DC 10-30V Charger power:150W Discharger power:10W Charge Current:0.1-10A Discharge Current:0.1-2A Current Drain of Balancing:400mA/Cell Power:5-25V.0.1-10A USB Output:5V 2A Max Lipo/LiIon/Life:1-6Cell, NiMH,NiCD:1-15Cells, PB Battery:2-20V Certification:CE.ROHS Dimension:L12.2*W13.9*H5.3cm Net Weight:0.295kg

APPLICATIONS Insulation and thermal shielding of LiFePO4 batteries Heat-resistant protection for wiring harnesses, sensors and ECUs Fixation of components in 3D printing Protection of PCBs, gold contacts and electronic components Ideal for environments with moisture and high thermal load TECHNICAL DATA – POLYIMIDE HIGH-TEMPERATURE TAPE PROPERTY VALUE UNIT Max. temperature resistance 280 °C Total thickness 0.060 ± 0.005 mm Available widths 13 / 45 / 70 mm Length 50 m Adhesion to steel 5.50 ± 0.5 N / 25 mm Tensile strength 10–13 kg / 25 mm Elongation at break 45 % Dielectric strength 5 kV STORAGE INSTRUCTIONS Store in a dry and clean environment, ideally at 4–26 °C and 40–50% humidity.

You are ordering a RACEPACE LiFePO4 Endurance Power battery – a high-performance battery system consistently engineered for racing applications. The focus is on electrical stability, repeatable power delivery and maximum reliability under heat, vibration and high current peaks. Compared to conventional motorcycle batteries, the Endurance Power series offers up to 75 % weight reduction while providing significantly higher performance and a substantially extended service life. Polyimide-insulated individual cells – stable electrical safetyEach individual 26650 cylindrical cell is equipped with a high-temperature, electrically stable polyimide insulation layer. This ensures permanently consistent electrical isolation even under thermal stress, vibration and tightly packed cell configurations. Unlike conventional PVC insulation, polyimide maintains its insulation properties across a very wide temperature range and throughout the entire service life – a decisive advantage in racing environments. Copper busbars & precision spot weldingCell interconnections are realized using low-resistance copper busbars, joined by a transistor-controlled bipolar spot-welding machine. Pneumatically regulated electrode pressure ensures reproducible weld quality with minimal thermal stress on the cells. Active cell balancing & external fine-balancing portAn integrated active balancer continuously monitors all cell voltages and intervenes from a voltage difference of just 0.1 V – even during charging. Cells are actively balanced down to approximately 0.01 V. In addition, an external balancing port allows targeted fine balancing using smart chargers. Fine balancing is recommended once per race weekend. Robust, high-temperature & impact-resistant enclosureThe newly developed enclosure is manufactured from a high-performance engineering polymer offering excellent temperature resistance, high impact strength and long-term dimensional stability. It reliably protects the battery pack from mechanical and thermal stress under real racing conditions. Manufactory quality – Made in GermanyEach RACEPACE Endurance Power battery pack is manually assembled and tested. The result is not a mass-produced product, but a deliberately over-engineered high-performance energy system. Optional high-current terminals & adapters: 75A battery terminal instead of standard ring terminals matching 75A onboard connection adapter matching 40A onboard charging adapter 40A charging cable for compatible smart chargers RACEPACE LiFePO4 PARAMETER 5.2 Ah 7.8 Ah 10.4 Ah 13 Ah 15.6 Ah Voltage 13.2V 13.2V 13.2V 13.2V 13.2V Number of cells 8 12 16 20 24 Capacity at 23°C 5.2 Ah 7.8 Ah 10.4 Ah 13 Ah 15.6 Ah Max. continuous discharge 104 A 156 A 208 A 260 A 312 A Max. discharge pulse (10s) 240 A 360 A 480 A 600 A 720 A LxH 110x79 mm | W 56 mm 83 mm 110 mm 137 mm 164 mm Weight 0.75 kg 1.10 kg 1.40 kg 1.75 kg 2.10 kg CHARGING AND OPERATING PARAMETERS PARAMETER 5.2 Ah 7.8 Ah 10.4 Ah 13 Ah 15.6 Ah Recommended charge current 5A 8A 10A 10A 10A Max. continuous charge current 52 A 78 A 104 A 130 A 150A Charge cut-off voltage 14.4V   Float charge voltage 14V   Discharge temperature range -30°C to 60°C   Charge temperature range 0°C to 60°C   Storage temperature -40°C to 70°C   RACEPACE LiFePO4 TECHNOLOGY – FEATURES AT A GLANCE TECHNOLOGY FEATURES ADVANTAGES Polyimide cell insulation Additional insulation on every individual cell High dielectric strength Electrically stable at elevated temperatures Mechanically stable under vibration Long-term stable electrical insulation Reduced risk of leakage currents Increased operational safety Consistent racing performance Active cell balancing Active from 0.1 V voltage difference Balancing during charging Balances down to approx. 0.01 V Energy-efficient with minimal heat generation Maximum usable capacity Uniform cell aging Significantly extended service life Stable long-term performance External balancing port Dedicated connector for smart chargers Targeted fine balancing possible Independent of onboard charging system Preventive stabilization of the cell pack Recommended for racing use Full control instead of a black-box battery Copper busbars & spot welding Low-resistance copper busbars Transistor-controlled bipolar welding Pneumatically regulated electrode pressure Minimal thermal stress on cells Extremely low contact resistance High cranking current capability Reproducible manufacturing quality Maximum electrical efficiency High-performance enclosure High-temperature resistant engineering polymer High impact resistance Dimensional stability under continuous load Protection against heat & vibration High mechanical safety Designed for racing environments   PERFORMANCE DATA AND EFFICIENCY PARAMETER VALUE DESCRIPTION Usable capacity 94.2% at 1C discharge (10.4Ah version) Capacity after 1000 cycles 86% at 1.2C charging (25°C) Weight reduction up to 75% compared to conventional motorcycle batteries Discharge temperature range -30°C to 60°C Extreme temperature range for all applications IMPORTANT SAFETY INFORMATION Water protection Do not immerse the battery in water or expose it to moisture Fire protection Do not throw into open fire or expose to extreme heat Mechanical Do not open, puncture, or mechanically damage the battery Electrical Avoid short circuits and reverse polarity at all costs Charger Use only chargers suitable for LiFePO4 with CC/CV characteristics CERTIFICATIONS AND STANDARDS SAFETY TEST RESULT STANDARD Nail penetration ✓ Passed EUCAR4 Deep discharge ✓ Passed EUCAR3 Thermal stability ✓ Passed EUCAR4 External short circuit ✓ Passed EUCAR3 Crush test ✓ Passed EUCAR3 Overcharge ✓ Passed EUCAR2 Quality standards: UN 3480 (UN38.3), UL 1642, UL1973, IEC 62133-2, REACH, RoHS, ISO-14001, TS/IATF-16949, ISO-9001

Voltmeter Display DC 8-16V Specifications: Display mode: LED digital Display color: Green Measurement Range: DC 8V - 16V Measurement accuracy: ±(0.2%) Dimension: 5.7 x 2.9 x 1cm / 2.2" x 1.1" x 0.4" Wire length: 90cm / 35.4" Waterproof, Dustproof, Shockproof. Simple connection, easy to use. Mini size with 3-digit LED Digital Display. Measures DC Voltage precisely from 8V to 16.0V. Widely used for cars, motorcycles, bikes, substation automation, distribution automation, test equipment, voltage regulator and so on. Displays "LLL" when the voltage is lower than measuring range; displays "HHH" when the voltage is higher than the measuring range. Installation: red to switsched 12V source black to mass