Models & Technical Specifications
The SMF VRLA Industrial Series includes a wide range of 6V and 12V batteries, supporting capacities from 4.5Ah to 200Ah, suitable for industrial backup systems, solar installations, and commercial energy storage applications.
| Type |
Volts |
Capacity (Ah) |
Product Dimensions (L x W x H)mm |
| SMF VRLA6-4.5 |
6V |
4.5 |
70 x 47 x 101 |
| SMF VRLA6-5 |
6V |
5 |
70 x 47 x 101 |
| SMF VRLA12-4.5 |
12V |
4.5 |
90 x 70 x 101 |
| SMF VRLA12-7.2 |
12V |
7.2 |
151 x 65 x 95 |
| SMF VRLA12-7.5 |
12V |
7.5 |
151 x 65 x 95 |
| SMF VRLA12-9 |
12V |
9 |
151 x 65 x 111 |
| SMF VRLA12-12 |
12V |
12 |
151 x 98 x 95 |
| SMF VRLA12-18 |
12V |
18 |
181 x 77 x 167 |
| SMF VRLA12-26 |
12V |
26 |
166 x 175 x 126 |
| SMF VRLA12-40 |
12V |
40 |
197 x 165 x 171 |
| SMF VRLA12-65 |
12V |
65 |
350 x 166 x 176 |
| SMF VRLA12-75 |
12V |
75 |
259 x 168 x 208 |
| SMF VRLA12-85 |
12V |
85 |
306 x 168 x 208 |
| SMF VRLA12-100 |
12V |
100 |
330 x 172 x 215 |
| SMF VRLA12-120 |
12V |
120 |
405 x 175 x 208 |
| SMF VRLA12-150 |
12V |
150 |
485 x 172 x 240 |
| SMF VRLA12-200 |
12V |
200 |
522 x 243 x 220 |
Description
SMF VRLA batteries are advanced sealed maintenance free industrial batteries engineered for consistent power delivery in critical applications. Using AGM-based VRLA lead acid technology, these batteries combine safety, reliability, and operational efficiency, making them suitable for a wide range of industrial batteries requirements.
As part of JCBL India Batteries’ industrial battery supply portfolio, these batteries are commonly deployed in industrial power stations, battery bank industrial setups, and infrastructure requiring dependable backup power. Their maintenance-free design, controlled gas recombination, and compact footprint make them well-suited for indoor installations and space-constrained industrial environments.
Battery Design Characteristics
SMF VRLA batteries feature a valve-regulated lead-acid construction with a sealed electrolyte system that ensures safe, maintenance-free operation. AGM separators securely immobilize the electrolyte, providing spill-proof and leak-resistant performance even in demanding industrial environments. Calcium–high tin alloy grids are used to minimize corrosion and enhance structural strength, contributing to extended service life.
Integrated safety valves regulate internal pressure during charging, ensuring controlled gas release and operational safety. This robust design supports both float and light cyclic industrial applications, delivering stable power output, reliable standby performance, and long-term durability across a wide range of backup and energy storage systems.
Applications
- Industrial power stations and backup energy systems
- Industrial solar battery storage and hybrid industrial solar power systems
- Battery banks for factories, data facilities, and infrastructure projects
- Warehousing equipment batteries and material-handling systems
- Backup power for telecommunications and electronics
- Support systems for heavy machinery batteries and control equipment
These SMF VRLA batteries are also frequently used alongside industrial lithium batteries in hybrid energy setups where lead acid batteries serve as dependable standby storage.
Quality, Safety & Compliance
JCBL India Batteries supplies SMF VRLA batteries for industrial use that are evaluated and tested against established performance and safety benchmarks. Each sealed maintenance-free industrial battery undergoes systematic inspection to ensure electrical stability, dimensional accuracy, and reliable operation across standby and backup conditions. The spill-proof, leak-resistant VRLA construction supports safe indoor installation with reduced gas emissions, while controlled voltage output ensures consistent performance in long-term industrial applications such as UPS systems, solar power systems, and critical backup infrastructure.
How to Choose the Right Battery for Your Needs
Selecting the correct industrial SMF VRLA battery is essential to ensure reliable backup power, safe operation, and long-term performance in industrial environments.
- Identify the required voltage and capacity (Ah) based on the load and backup duration
- Assess the application type, such as UPS systems, industrial solar battery storage, or battery bank industrial setups
- Consider the installation environment, including indoor placement, ventilation, and temperature conditions
- Evaluate the discharge profile—standby, cyclic, or high-rate usage—to match the battery design
- Ensure dimensional compatibility and scalability for bulk sourcing and large-scale industrial projects
Choosing the right specification supports dependable power delivery, extended service life, and efficient deployment across industrial energy systems.
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