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Razor Core E100 Battery Kit - 12V 6AH AGM (2-Pack)
$43.95
Razor E100 CORE Battery Replacement Kit - High-Rate Discharge 12V 6Ah AGM (Set of 2)
Engineered for High-Demand Recreation. Your Razor E100 delivers throttle-on-demand power requiring batteries capable of sustained high-rate discharge under load. Our dual 12V 6Ah HR AGM system provides consistent 24V delivery precisely when acceleration and hill-climbing demand peak performance.
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Confirmed Compatibility: Direct Razor E100, E Core, E125, E150, and E175 replacement kit - compatible with all model years requiring 12V 6Ah configuration
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Specifications: Two 12V 6Ah High-Rate Discharge Sealed Lead Acid AGM batteries - Dimensions per battery: 5.94" L × 2.01" W × 3.87" H (151mm × 51mm × 98mm)
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Real-World Performance: 18-24 month service life with proper maintenance (quarterly charging during off-season prevents sulfation damage)
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Field Experience Insight: General-purpose 6Ah batteries cause voltage sag under acceleration - HR series maintains stable voltage delivery preventing the 30% power reduction riders experience with standard SLA batteries
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Installation Reality: Reuse existing wiring harness with included F1/F2 crimp connectors - takes 10 minutes with basic tools when polarity is verified before connection
Note: Sealed lead acid batteries naturally self-discharge at 3-5% monthly at room temperature. This process is normal and does not indicate defect - quarterly charging prevents sulfation buildup that permanently reduces capacity by 40-60%.
- SPECIFICATIONS
- TECHNICAL DETAILS
Complete Technical Specifications
Razor E100 Battery Kit Technical Data | |
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Battery Chemistry | High-Rate Discharge Sealed Lead Acid AGM |
System Voltage | 24V (Two 12V batteries in series) |
Capacity Per Battery | 6 Amp Hours (20-hour rate) |
Dimensions Per Battery (L×W×H) | 5.94" × 2.01" × 3.87" (151mm × 51mm × 98mm) |
Weight Per Battery | 4.3 lbs (1.95 kg) |
Terminal Type | F2 & F1 Combo (0.250" and 0.187" spade terminals) |
Discharge Rating | High-Rate (HR Series) - Designed for electric vehicle applications |
Compatible Models | Razor E100, E Core, E125, E150, E175 electric scooters |
Service Life | 18-24 months with proper maintenance |
Warranty | One-Year Free Replacement |
Kit Contents | Two 12V 6Ah batteries with F1/F2 crimp connectors (reuse existing wiring harness) |
Pre-Shipment Testing | Midtronics equipment verification, fully charged and voltage tested |
Complete Compatibility Cross-Reference
Razor Model | Series | System Voltage | Compatibility Notes |
---|---|---|---|
E100 | Original Series | 24V | Direct replacement, all model years |
E Core | E100 Variant | 24V | Direct replacement, all colors |
E125 | Enhanced Series | 24V | Verify two-battery configuration model |
E150 | Enhanced Series | 24V | Direct replacement for 6Ah models |
E175 | Enhanced Series | 24V | Compatible with 12V 6Ah configuration |
Critical Maintenance for Maximum Lifespan
Off-Season Charging Protocol: Sulfation during storage is the number one killer of all scooter batteries - preventing this extends lifespan by 40-50%.
- Every 60-90 Days: Fully charge batteries using Razor-approved charger even when not in use
- Storage Temperature: Maintain below 85°F - higher temperatures accelerate self-discharge by 50% per 18°F increase
- Voltage Monitoring: Check resting voltage monthly during storage - readings below 12.4V per battery indicate immediate charging needed
- Post-Storage Procedure: After extended storage (3+ months), perform full charge cycle 24 hours before first use for optimal capacity recovery
HOW TO INSTALL RAZOR BATTERIES
- 1. Pre-Installation Safety Check: Ensure scooter is powered off and disconnected from charger - verify power switch shows no indicator lights before beginning battery access to prevent electrical shock
- 2. Document Existing Wiring: Photograph battery orientation and wire connections before removal - polarity reversal is the leading cause of controller damage requiring $60-80 replacement and extended repair time
- 3. Connection Sequence: Connect batteries in series maintaining correct polarity - positive terminal of battery 1 connects to negative terminal of battery 2 for proper 24V system voltage delivery
- 4. Voltage Verification: Test system voltage at main connector before reassembly - should read 24-26V indicating proper series connection and full charge state from factory testing
- 5. Initial Test Ride: Perform 5-minute controlled test at half-throttle before full-speed operation - allows battery management system to stabilize under initial load conditions and verifies proper installation