Exide 6EL Battery is a flooded
tubular industrial battery range built around
Exide Torr Tubular Technology. HADI high-pressure
spine casting at 100 bar creates the robust
positive-spine structure used for dependable UPS,
telecommunications, railway, utility and industrial
backup applications.
Torr Tubular Technology
100-bar HADI spine casting
Industrial UPS battery range
EXIDE
FLOODED 6EL
TORR TUBULAR POSITIVE-PLATE STRUCTURE
100 BAR
HADI
FLOODED
Conceptual illustration — Exide 6EL Battery flooded Torr Tubular construction and industrial backup-power architecture
100 barHADI casting pressure
14Listed 6EL configurations
11Standard 6EL designations
36EL-L designations
Exide 6EL Battery Overview
Flooded Tubular Battery Technology for Industrial Backup
Exide 6EL Battery belongs to
Exide’s institutional UPS battery portfolio and
uses flooded tubular construction for demanding
standby-power applications.
The range is manufactured using Exide Torr
Tubular Technology, which forms the positive
tubular plate architecture used within the
battery.
HADI high-pressure casting equipment produces
the tubular positive spines at a pressure of
100 bar.
The high-pressure process creates a superfine
grain structure within the spine, supporting
mechanical strength and corrosion-resistant
construction.
This robust spine architecture is designed for
dependable operation in critical backup
applications where battery availability is
important to connected electrical equipment.
The flooded 6EL platform covers multiple
battery designations for compatible UPS and
industrial standby systems.
Application areas extend from UPS and
telecommunications to railway signalling,
power plants, substations and process-control
equipment.
Exide 6EL Battery Features
High-Pressure Tubular Technology for Critical Power
The 6EL platform combines Torr Tubular positive
plates, high-pressure HADI casting and robust
flooded battery construction for institutional
backup applications.
TOR
Torr Tubular Technology
Proprietary tubular positive-plate
construction forms the core battery
technology of the 6EL range.
100
100-Bar HADI Casting
Positive tubular spines are manufactured
using HADI high-pressure spine-casting
equipment operating at 100 bar.
GRN
Superfine Grain Structure
The HADI casting process creates a
superfine grain structure within the
positive spine.
CRS
Corrosion-Resistant Spine
The tubular spine structure is engineered
around corrosion resistance for demanding
flooded battery duty.
FLD
Flooded Battery Architecture
Traditional flooded electrolyte operates
with the tubular plate structure to provide
industrial energy storage.
UPS
Institutional Backup Focus
The range is intended for compatible UPS,
telecom, signalling, utility and industrial
backup applications.
HADI Torr Tubular Architecture
High-pressure casting forms the tubular
positive-spine structure used within the
flooded battery to store energy for
compatible industrial backup systems.
Conceptual illustration — Exide 6EL Battery HADI casting, Torr Tubular spine and flooded energy-storage architecture
Exide 6EL Battery Technology
100-Bar HADI Spine Casting with Torr Tubular Technology
Exide 6EL Battery combines
proprietary Torr Tubular Technology with HADI
high-pressure spine casting to create a robust
positive-plate architecture for flooded
industrial battery applications.
Flooded tubular industrial battery platform
Exide Torr Tubular Technology
HADI high-pressure spine casting
100-bar casting pressure
Superfine spine grain structure
Corrosion-resistant positive-spine design
Robust tubular plate architecture
Multiple 6EL battery configurations
Institutional UPS application focus
Telecom, signalling and utility applications
Exide 6EL Battery Applications
Flooded Tubular Backup for Critical Industrial Systems
UPS & Office Systems
UPS systems, office automation equipment,
electronic PABX systems, attendance
equipment and electronic cash registers.
Telecommunications
Telecommunication systems, cable television
equipment, cellular base stations and
transmitters.
Industrial & Utility Systems
Process instrumentation and control,
fire alarm and security systems, power
plants and substations.
Railway & Field Systems
Railway signalling, geophysical equipment
and compatible electronic PCO monitoring
equipment.
Exide 6EL Models & Technology
Exide 6EL Battery Range
The flooded 6EL family includes multiple standard
and L-series battery designations built around
Torr Tubular positive-plate technology.
Telecommunications, cable television,
cellular base stations and transmitters
Industrial applications
Process instrumentation and control,
fire alarm and security systems
Infrastructure applications
Railway signalling, power plants and
substations
Additional applications
Electronic PABX systems, electronic attendance
and cash registers, geophysical equipment and
electronic PCO monitors
Values vary by model and configuration; applicable Exide product documentation governs the configuration.
Exide 6EL Battery FAQs
Frequently Asked Questions About Exide 6EL Battery
Key information about 6EL tubular technology,
HADI manufacturing and industrial application
areas.
?
What is an Exide 6EL Battery?
Exide 6EL Battery is a
flooded tubular industrial battery family
using Exide Torr Tubular Technology for
compatible UPS and critical backup
applications.
?
What is HADI technology in the Exide 6EL range?
HADI is the high-pressure spine-casting
process used to manufacture the tubular
positive spines of the 6EL battery. The
casting process operates at 100 bar.
?
Where is Exide 6EL Battery used?
Application areas include UPS systems,
telecommunications, office automation,
railway signalling, process control,
power plants, substations, security systems
and other compatible industrial equipment.
?
What technical parameters vary by model/configuration?
Capacity, dimensions, filled weight,
charging parameters, terminal configuration
and discharge characteristics can vary
across 6EL models. Values vary by model and
configuration; applicable Exide product
documentation governs the configuration.
Exide 6EL Battery Architecture
Tubular Spine Technology, Model Range & Critical Backup
Explore conceptual views of HADI tubular-spine
construction, the 6EL family and industrial
backup-energy operation.
EXIDE 6EL
TORR TUBULAR
HADI HIGH-PRESSURE CAST POSITIVE SPINES
100 BAR
FINE GRAIN
FLOODED
HADI Torr Tubular Construction
High-pressure positive-spine construction with a superfine grain structure
Conceptual illustration — Exide 6EL Battery HADI tubular positive-spine architecture
11
6EL MODELS
3
6EL-L MODELS
FLOODED 6EL FAMILY
Multiple 6EL Configurations
Standard 6EL and L-series designations provide multiple battery configurations
Conceptual illustration — Exide 6EL Battery standard and L-series model-family architecture
MAINS
⇄
6EL
→
LOAD
CHARGE ⇄ STORAGE → BACKUP
Industrial Backup Power Path
Stored flooded tubular battery energy supports compatible UPS and industrial loads during mains interruptions
Conceptual illustration — Exide 6EL Battery charging, energy storage and industrial backup architecture
Request Exide 6EL Battery Product Information
Contact Intermax for Exide 6EL Battery pricing,
availability and product information.
