Energizer N200L 1300 CCA Battery - EN200MF

The Energizer N200 1300 CCA Heavy-Duty Battery Series is built to meet the intense power requirements of commercial-grade vehicles. Perfect for use in trucks, buses, agricultural machinery, and industrial equipment, this robust battery ensures consistent performance with minimal lifetime cost thanks to advanced engineering and reliable manufacturing standards.

Energizer’s commercial lineup also supports ride-on mowers and utility lawn tractors, delivering strong and sustained output. The N200 1300 CCA commercial battery is maintenance-free, providing dependable power even under extreme stress from heat, shock, dust, and corrosion, making it an ideal solution for outdoor and rugged terrain use.

Highlighted Features of the Energizer N200 1300 CCA Battery:

– Engineered for commercial trucks, buses, and farming equipment
– Maintenance-free and sealed for safety and ease of use
– Built for high-demand applications and heavy-duty usage
– Reinforced lead-calcium grids ensure long-term strength
– Delivers excellent cold-start power and vibration protection
– Strong defense against corrosion, thermal runaway, water loss, and gas build-up

These design features help ensure that Energizer commercial batteries maintain optimal power and endurance while keeping operational costs low.

Battery Dimensions
Length: 510 mm
Width: 275 mm
Total Height (with Terminal): 238 mm
Weight: 60 kg

Technical Specifications
Capacity (AH @ C20): 210
Reserve Capacity (RC): 440 minutes
Cold Cranking Amps (CCA): 1300

Design Configuration
Cell Arrangement: Heavy Left (- +)
Terminal Style: STD
Hold Down: B0

Crafted for maximum durability and performance, this 210 AH battery boasts a 440-minute reserve and a powerful 1300 CCA to meet even the most demanding commercial needs. With its Heavy Left terminal layout, standard terminals, and B0 hold-down, it ensures compatibility, stability, and efficiency in large-scale applications. Choose this high-performance battery for consistent power and rugged reliability across all challenging conditions.