EXIDE MILEAGE 50Ah ML55B24L(T1) Car Battery 60 months warranty (30 FOC and 30 Pro-Rata)

EXIDE MILEAGE 50Ah ML55B24L(T1) Car Battery 60 months warranty (30 FOC and 30 Pro-Rata) Specification

Dimension (L*W*H)
238 x 129 x 227 mm Millimeter (mm)

Warranty
(30 FOC and 30 Pro-Rata)

Usage & Applications
Automotive, Passenger Cars, Four Wheelers

Batteries Type
Acid Lead Battery

Size
238x129X227

Battery Capacity
5 Ampere-hour (Ah)

Voltage
12V Volt (v)

Net Weight
11.3 kg Kilograms (kg)

Case
Polypropylene

Cover
Polypropylene

Handles
Yes

Car Make
Recommended for: Chevrolet Forester , Nissan Evalia , Toyota Camry Hybrid 2.5 Non Electric , Toyota Corolla Altis Diesel , Toyota Etios Diesel , Toyota Etios Liva Diesel

Terminal Type
T1

Polarity
Left Layout (L)

Model Number
ML55B24L -T1

Technology
Calcium-Calcium Alloy

Reserve Capacity
85 minutes

Cold Cranking Amps (CCA)
370 A

EXIDE MILEAGE 50Ah ML55B24L(T1) Car Battery 60 months warranty (30 FOC and 30 Pro-Rata) Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
1000 Units Per Month

Delivery Time
1 Days

About EXIDE MILEAGE 50Ah ML55B24L(T1) Car Battery 60 months warranty (30 FOC and 30 Pro-Rata)

Exide Mileage battery is built using the most advanced next-generation technology for high-performance long-life batteries. These batteries are made of rolled sheet which makes the battery highly resistant to corrosion. And, reinforcement improves motorized and electrical performance. Specially Grid designed frame of the battery increases its mechanical strength and reduces grid expansion. This is replacement of MI (Exide Mileage) , MRED (Exide Mileage Red) and MGRID (Exide Mileage PunchGrid).

About this item

Special Duplex Cover Design provides excellent spill-resistant characteristics.

More Power Power grids are structurally durable and last longer than traditional grids; thanks to a robust design that minimizes corrosion.

Easy to use comes factory-charged and in ready-to-use condition.

Robust design It helps to take care of stringent application requirements.

Major Conductivity The grid design reduces the internal resistance of the battery thereby providing the proper flow of the current. This provides optimal performance when the engine is started.