Exide 6EL Plus Battery
Flooded Tubular Battery Range for UPS & Critical Power Applications
Exide 6EL Plus Battery is a
flooded tubular industrial battery range built
around Exide Torr Tubular Technology. The range
uses HADI high-pressure spine casting at 100 bar
and is designed for 1200 cycles at 80% depth of
discharge, making it suitable for demanding UPS,
telecommunications and critical standby-power
applications.
Torr Tubular Technology
HADI high-pressure spine casting
Low water-addition requirement
EXIDE
6EL PLUS
TORR TUBULAR POSITIVE-PLATE ARCHITECTURE
100 BAR
1200 CYCLES
80% DOD
Conceptual illustration — Exide 6EL Plus Battery flooded tubular construction and industrial backup-power architecture
100 barHADI spine casting pressure
1200 CyclesCycle capability
80%Depth of discharge
8–10 YearsAverage float-life range
Exide 6EL Plus Battery Overview
Flooded Tubular Technology for Demanding Industrial Backup
Exide 6EL Plus Battery is part
of Exide’s institutional UPS battery portfolio
and uses proprietary Torr Tubular Technology for
dependable standby and cyclic battery duty.
Positive tubular spines are produced using
HADI high-pressure spine-casting equipment
operating at 100 bar.
The high-pressure casting process creates the
tubular spine structure that forms the core of
the battery’s positive-plate architecture.
The 6EL Plus range is designed for
1200 cycles at 80% depth of discharge under
applicable operating conditions.
Exide states that the designed float life
extends beyond five years, with an average
float-life range of approximately 8–10 years.
A low-antimony alloy system is combined with
ceramic vent plugs to keep routine water
addition requirements low.
The flooded tubular architecture is suitable
for applications ranging from UPS and
telecommunications to power infrastructure,
railway signalling and process-control
equipment.
Exide 6EL Plus Battery Features
Torr Tubular Construction for Critical Power Applications
6EL Plus combines high-pressure tubular spine
casting, deep-cycle capability and low water
addition requirements for demanding industrial
battery applications.
TOR
Torr Tubular Technology
Exide’s tubular positive-plate architecture
forms the core energy-storage technology of
the 6EL Plus range.
100
100-Bar HADI Spine Casting
Tubular spines are manufactured using HADI
high-pressure casting equipment operating at
100 bar.
1.2K
1200-Cycle Capability
The range is designed for 1200 cycles at
80% depth of discharge under applicable
operating conditions.
FLT
Extended Float-Life Design
Exide states a designed float life beyond
five years and an average float-life range
of approximately 8–10 years.
Sb
Low-Antimony Alloy
Low-antimony alloy construction contributes
to the low water-addition characteristics
of the flooded battery platform.
CV
Ceramic Vent Plugs
Ceramic vent plugs work with the
low-antimony alloy system to keep routine
water addition requirements very low.
CHARGE
Input
→
6EL PLUS
Storage
→
LOAD
Critical
HADI SPINES
FLOODED ELECTROLYTE
CERAMIC VENT
CHARGE ⇄ TUBULAR STORAGE → CRITICAL BACKUP
Flooded Torr Tubular Architecture
High-pressure cast tubular spines form the
positive-plate structure, operating with
flooded electrolyte and ceramic vent plugs
to store energy for compatible critical
backup systems.
Conceptual illustration — Exide 6EL Plus Battery tubular spine, flooded electrolyte and backup-power architecture
Exide 6EL Plus Battery Technology
100-Bar HADI Casting with Torr Tubular Positive Plates
Exide 6EL Plus Battery
combines proprietary Torr Tubular Technology
with high-pressure positive-spine casting,
deep-cycle capability and low water-addition
characteristics.
Flooded tubular industrial battery architecture
Exide Torr Tubular Technology
HADI high-pressure spine casting
100-bar spine casting pressure
1200-cycle capability at 80% DOD
Designed float life beyond five years
Average float-life range of approximately 8–10 years
Low-antimony alloy construction
Ceramic vent plugs
Very low water-addition requirement
Exide 6EL Plus Battery Applications
Industrial Battery Energy for Critical Standby Applications
Telecommunications
Telecommunication systems, cable television
equipment and cellular base stations and
transmitters.
Industrial & Utility Systems
Process instrumentation and control,
fire alarm and security systems, power
plants and substations.
Railway & Field Equipment
Railway signalling and compatible
geophysical equipment requiring dependable
standby battery energy.
Exide 6EL Plus Technology
Exide 6EL Plus Battery Range
Flooded tubular battery technology developed for
institutional UPS, telecommunications, utility and
critical backup applications.
Exide 6EL Plus BatteryExide 6EL PlusFlooded 6EL PlusFlooded Tubular BatteryTorr Tubular TechnologyHADI Spine Casting100-Bar CastingTubular Positive PlateLow-Antimony AlloyCeramic Vent Plug1200 Cycles80% DODLow Water AdditionUPS BatteryTelecom BatteryCritical Power Battery
Exide 6EL Plus Battery Technical Information
Exide 6EL Plus Battery Specifications
Key construction, cycling and operating
characteristics of the Flooded 6EL Plus tubular
battery family.
Manufacturer
Exide Industries Limited
Product family
Flooded 6EL Plus
Battery construction
Flooded tubular
Positive-plate technology
Exide Torr Tubular Technology
Spine-casting technology
HADI high-pressure casting
Spine-casting pressure
100 bar
Cycle capability
1200 cycles at 80% depth of discharge
Designed float life
Beyond 5 years
Average float-life range
Approximately 8–10 years
Alloy characteristic
Low-antimony alloy
Vent construction
Ceramic vent plug
Water addition characteristic
Very low requirement
Core applications
UPS, telecommunications, industrial control,
railway signalling, power plants and
substations
Values vary by model and configuration; applicable Exide product documentation governs the configuration.
Exide 6EL Plus Battery FAQs
Frequently Asked Questions About Exide 6EL Plus Battery
Key information about Torr Tubular Technology,
HADI spine casting, cycle capability and
application areas.
?
What is an Exide 6EL Plus Battery?
Exide 6EL Plus Battery is a
flooded tubular industrial battery range
using Exide Torr Tubular Technology for
compatible UPS and critical backup
applications.
?
What is HADI technology in the 6EL Plus range?
The tubular positive spines are produced
using HADI high-pressure spine-casting
equipment operating at 100 bar.
?
What is the cycle capability of Exide 6EL Plus Battery?
The 6EL Plus range is designed for
1200 cycles at 80% depth of discharge under
applicable operating conditions.
?
What technical parameters vary by model/configuration?
Capacity, dimensions, weight, charging
parameters, terminal arrangement and
discharge characteristics can vary across
6EL Plus configurations. Values vary by
model and configuration; applicable Exide
product documentation governs the
configuration.
Exide 6EL Plus Battery Architecture
Tubular Plates, Deep Cycling & Critical Backup Power
Explore conceptual views of Torr Tubular
construction, cyclic operation and the industrial
backup-energy path.
EXIDE 6EL PLUS
TORR TUBULAR
100-BAR HADI CAST TUBULAR SPINES
LOW-ANTIMONY
ELECTROLYTE
CERAMIC VENT
Torr Tubular Positive-Plate Construction
High-pressure cast tubular spines combined with flooded electrolyte and low-antimony construction
Conceptual illustration — Exide 6EL Plus Battery Torr Tubular positive-plate architecture
1200
CYCLES
80%
DOD
CHARGE ⇄ DISCHARGE
Deep-Cycle Capability
Tubular battery architecture designed for repeated cyclic operation
Conceptual illustration — Exide 6EL Plus Battery 1200-cycle and 80% DOD architecture
MAINS
⇄
6EL+
→
LOAD
CHARGE ⇄ STANDBY → BACKUP
Critical Backup Power Path
Stored flooded tubular battery energy is made available to compatible critical loads during mains interruptions
Conceptual illustration — Exide 6EL Plus Battery charging, standby storage and critical-load architecture
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