Exide Gelmagic

A VRLA Gel battery utilizes a one way, pressure-relief valve system and Gelled (immobilized) electrolyte to achieve a recombinant technology. Gelled Electrolyte is formed by addition of silicon dioxide (SiO2) to diluted Sulphuric acid (H2SO4). Fused gelled electrolyte not only acts as electrolytic medium for ion movement but also provides infinite small crevices necessary for recombination reaction. Oxygen normally produced on the positive plate is transported to negative plates through crevices formed in fused gel and it is then absorbed by negative plates. This surpasses the production of hydrogen at the negative plates. Water (H2O) is produced instead, retaining the moisture within the battery. It never needs watering, and should never be opened as this would expose the battery to excess oxygen from air.

Features of Exide Gelmagic

  • Premium maintenance-free design requires no electrolyte maintenance unlike deep cycle flooded batteries that require frequent checking an adjustment of electrolyte level.
  • High pressure venting system leads to high oxygen recombination efficiency.
  • Because there is no liquid type electrolyte, it will not leak out of battery if tipped on its side.
  • Higher tolerance against damage from deep discharge.
  • Extended shelf life, low self-discharge rate.
  • Enhance recharging efficiency.
  • Do not need immediate recharge after discharging.
  • Delivers the best combination cycling and deep cycle services.
  • Prevention of Thermal runaway through efficient heat dissipation.
  • Stable quality & High reliability.

Product Catalogue


Technical Specifications of Exide Gelmagic Range of Batteries

Model Part Number Nominal Voltage (V) Capacity* in Ah Length +/- 3mm Width +/- 3mm Height +/- 3mm upto lid top Weight (kg)+/- 5% Charging current (A) Layout
GelMagic 1500 FGM0-GelMagic 1500 12 150 401 189 407 50 15
*At 27°C when discharged at C20 up to 1.75 vpc.

Technical Advantages and Customer Benefits

If Summation ofElectrical Load Max Inverter Rating System Voltage

Advanced

Calcium-Calcium

Technology for Grid Alloy

  • Corrosion resistant
  • Low self discharge
  • Reliability at high temperature
  • Even after keeping idle for 2 years, 50% of capacity is retained
  • Higher tolerance for overcharging
  • Absolutely maintenance free
  • Suitable for use in extreme conditions
  • Increased shelf-life

High quality silica gel used in acid as electrolyte

  • Minimum fluctuation in voltage and capacity over high temperature range (-30 ° C to 65° C)
  • Deep discharge resistance is extremely high
  • Lower internal temperature rise leads to longer service life
  • Immediate charging after deep discharge not required
  • Excellent recovery from deep discharge
  • High reliability, longer life

Oxygen

Recombination

Technology

  • Extremely low gas extrication (25% of flooded battery)
  • Lesser explosion and fire risk
  • Ideal for use where ventilation is poor, labs, industries

Plates surrounded by Gel

  • Lesser tendency of thermal run away.
  • Enhanced cycle life and better performance.

Special plate design

  • Increased protection against grid corrosion.
  • Ability to withstand arduous service conditions

Special paste recipe

  • Enhanced charge acceptance
  • High recharging efficiency

Special profile separator together with low resistant glass mat on flat surface

  • Fully protect the design against internal shorts and plate shedding.
  • Greater power output.
  • Lower internal temperature rise.
  • High reliability low degradation rate, greater protection against vibrations.
  • Longer service life.

One way Pressure Relief Valve

  • Consistent opening & closing pressure
  • Better Maintenance Free characteristics

EXIDE INVAMORE

Features of Exide Invamore

  • Unique and cutting edge T-plate technology for the first time in an inverter battery that provides unbeatable life expectancy and performance due to taller plates
  • Optimized Alloy System for deep discharge application
  • Double Clad Separation ensures proper support to Active Material leading to higher reliability in application
  • New Float Assembly with click-fit top part: Battery grade distilled water can be poured without opening the Float Assembly making it more user-friendly
  • Rope handle with partial plastic encasing for easy handling
  • Lug type take-off ensures easy fitment during installation
  • Factory-charged batteries that are ready for commissioning
  • New design with improved cosmetics that enhances the look of the battery

Product Catalogue

Application Chart for Exide Invamore Batteries

If
Summation of
Electrical Load
Max.
Inverter
Rating
System
Voltage
Recommended Battery Capacity for different Backup time
5 Hrs. 4 Hrs. 3 Hrs. 2 Hrs. 1 Hrs.
160 Watt 250 VA 12V INVAMORE1300 - - - -
161 - 240 Watt 350 VA   INVAMORE1500 INVAMORE1300 INVAMORE1300 - -
241 - 440 Watt 650 VA / 700 VA 2P - INVAMORE1500 2P - INVAMORE1300 INVAMORE1800 INVAMORE1500 -
441 - 600 Watt 850 VA / 900 VA 2P - INVAMORE1800 2P - INVAMORE1800 2P - INVAMORE1500 INVAMORE1800 INVAMORE1300
601 - 700 Watt 1050 VA / 1100 VA 3P - INVAMORE1500 2P - INVAMORE1800 2P - INVAMORE1500 2P - INVAMORE1300 INVAMORE1500
701 - 1000 Watt 1450 VA / 1500 VA - 3P - INVAMORE1800 - 2P - INVAMORE1500 INVAMORE1800
1000 Watt 1450 VA / 1500 VA 24V 2S x 2P - INVAMORE1500 2S x 2P - INVAMORE1500 2S x 2P - INVAMORE1300 2S - INVAMORE1800 -

Note:

  • 1Cut-off voltage of inverter should be 10.5V (Minimum).
  • 2There should be a periodic Bench-Charging of the battery after every three months from the date of installation.
  • 3S = Series connection; P = Parallel connection; e.g. 2S x 2P = A string containing 2 nos. batteries in series and 2 nos. such strings in parallel. Consideration of Electrical Load Details 1 no. Fan = 80 Watt 1 no. Tube light = 40 Watt

Technical Specifications for Exide Invamore Batteries

BATTERY TYPE PART NUMBER VOLTAGE
(V)
CAPACITY
(AH) 20HR (REF)
MAXIMUM OVERALL DIMENSIONS (MM) NOMINAL
FILLED
WEIGHT
(KG)
ELECTROLYTE
VOLUME
(L)
ACID
LEVEL
INDICATOR
BENCH
CHARGING
CURRENT (A)
BATTERY
LAYOUT
L
(MM)
W
(MM)

(MM)
H
(With Float)
(MM)
INVAMORE1300 FIO0-INVAMORE1300 12 130 550 176 282 312 39.2±3% 10.4 PRESENT 9.1

INVAMORE1500 FIO0-INVAMORE1500 12 150 550 176 282 312 44.8±3% 12.3 PRESENT 10.5

INVAMORE1800 FIO0-INVAMORE1800 12 180 550 176 282 312 48.9±3% 12.0 PRESENT 12.6


EXIDE INVASMART

Exide Invasmart advantages

  • Enhanced life: Robust design prevents corrosion in positive plates which lowers degradation and enhances life expectancy
  • Low water loss: Optimised alloy system is most suitable for deep discharge applications by ensuring low water loss
  • Service life: Double-clad separation with special type ribbed PE envelope and glass mat increases the reliability and service life
  • Easy to connect: Lug type take-off makes the battery easy to connect
  • Rope handle with partial plastic encasing for easy handling
  • Easy maintenance: Float with Float Guide indicates MAX/MIN levels of electrolyte

Product Catalogue


APPLICATION CHART FOR EXIDE INVASMART BATTERIES

If Summation of
Electrical Load
Max Inverter Rating System Voltage Recommended Battery Capacity for different Backup time
5 Hrs. 4 Hrs. 3 Hrs. 2 Hrs. 1 Hrs.
160 Watt 250 VA 12V - IM1000 IM880 - -
161 - 240 Watt 350 VA IM1500 - IM1000 IM880 -
241 - 440 Watt 650 VA / 700 VA 2P - IM1500 - - IM1500 IM1000
441 - 600 Watt 850 VA / 900 VA - - 2P -IM1500 - -
601 - 700 Watt 1050 VA / 1100 VA 3P - IM1500 - 2P -IM1500 - IM1500
701 - 1000 Watt 1450 VA / 1500 VA - - - 2P - IM1500 -
1000 Watt 1450 VA / 1500 VA 24V 2S X 2P - IM1500 2S X 2P - IM1500 - - 2S - IM1000

Note:

  • 1Cut-off voltage of inverter should be 10.5V (Minimum).
  • 2There should be a periodic Bench-Charging of the battery after every three months from the date of installation.
  • 3S = Series connection; P = Parallel connection; e.g. 2S x 2P = A string containing 2 nos. batteries in series and 2 nos. such strings in parallel Consideration of Electrical Load Details 1 no. Fan = 80 Watt 1 no. Tube light = 40 Watt

TECHNICAL SPECIFICATIONS OF EXIDE INVASMART RANGE OF BATTERIES

BATTERY TYPE PART NUMBER REF C20
CAPACITY
(AH)
MAXIMUM OVERALL DIMENSIONS (mm) NOMINAL
FILLED
WEIGHT (KG)
ELECTROLYTE
VOLUME (LITRES)
CHARGING
CURRENT (A)
ACID
LEVEL
INDICATOR
BATTERY
LAYOUT
      L (MM) W (MM) H (MM) H (With Float) 
(MM)
         
IM880 FIM0-IM880 88 505 182 257 270 32.7±3% 8.45 6.2 Present
IM1000 FIM0-IM1000 100 505 182 257 270 33.8±3% 8.70 7.0 Present
IM1500 FIM0-IM1500 150 521 278 270 291 52.1±3% 14.3 10.5 Present

EXIDE INVAPLUS

Exide Invaplus advantages

  • Very low maintenance: Special hybrid alloy system
  • High reliability and extended cycle life: Ribbed free polyethylene pocket type separator along with texturised glass mat - double-clad separation protects the design against internal short
  • Thickplate construction with special paste formulation
  • Hybrid alloy system for withstanding high ambient operating conditions as prevalent in India
  • Easy maintenance: Float/Float Guide to indicate electrolyte level. Bolted type terminals fitted with shroud for easy connection
  • Clean top with no surface leakage and fumes: Side vented design fitted with micro porous filter disc
  • Ready for commissioning: Factory-charged

Product Catalogue

Exide Invatall

3 YEARS FREE
REPLACEMENT WARRANTY

Flat Plate Inverter Batteries Warranty Terms

Features of Exide Invatall

  • New generation Inverter battery with Taller Plate couple
  • Appealing look: New look Tall battery with improved cosmetics.
  • Thick Plate Construction with special paste formulation & high surface area suitable for deep discharge during long power cuts.
  • Enhanced life: Robust design prevents Corrosion in Positive Plates which in turn lowers the degradation rate & enhances Life expectancy.
  • Optimized Alloy System - Suitable for deep discharge application.
  • Reliability and Durability - Positive Plate wrapped with Glassmat & Negative Plate enveloped with special type PE Separator to reduce paste shedding & ensuring reliability and durability.
  • Quick recharge from a state of deep discharge for hassle free functioning during frequent power cuts.
  • New Float Assembly with click fit Top Part - Battery grade distilled water can be poured without opening the Float Assembly - more user friendly.
  • Lug Type take-off & fasteners - Batteries can be easily connected to the circuit.
  • Easy Handling - Rope Handle with partial plastic encasing.
  • Unique Ribbed Design Polypropylene Container and Cover offering enhanced mechanical strength and durability for safe operation.
  • Ready for commissioning - Batteries supplied in factory charged condition.

Product Catalogue

TECHNICAL SPECIFICATIONS OF EXIDE INVA TALL BATTERIES

BATTERY TYPE PART NUMBER VOLTAGE (V) CAPACITY (AH) 20HR (REF) MAXIMUM OVERALL DIMENSION (mm) FILLED WEIGHT (kg) ELECTROLYTE VOLUME (L) CHARGING CURRENT (A) BATTERY LAYOUT
L (mm) W (mm) H (mm) H (with Float) (mm)
INVTALL1500 FIL0-INVTALL1500 12 150 403 191 406 417 49.0 ± 3% 14.2 12.0
INVTALL2000 FIL0-INVTALL2000 12 200 403 191 406 417 55.0 ± 3% 13.7 16.0

Exide Instabrite

Presenting Exide Instabrite. The latest offering from Exide that promises superior power backup at a fantastic price. With Exide Instabrite, you can be sure that there will be no shortage of power in your home. Get instant brightness with the best. Get Exide Instabrite.

Features of Exide Instabrite

  • Unique features and superior technology: Advanced Hybrid Technology that is best suited to withstand high temperatures as well as thick plate construction with special paste formulation. Special hybrid alloy system leading to low water loss and dual plate separation(PE+GM) that reduces the possibility of premature failure
  • Easy maintenance: Float/float guide to indicate electrolyte level
  • Easy handling/spill-proof: Moulded handles to ensure easy handling. Top vented lid with anti-splash guards fitted with coin flush vent plugs
  • Fume and leak resistant: Spark arrestor fitted in float to restrict fumes and acid during operation. Clean top with no surface leakage
  • Ready for commissioning: Batteries supplied in factory-charged condition

Product Catalogue


APPLICATION CHART FOR EXIDE INSTABRITE BATTERIES

If Summation of
Electrical Load
Max Inverter Rating System Voltage Recommended Battery Capacity for different Backup time
5 Hrs. 4 Hrs. 3 Hrs. 2 Hrs. 1 Hrs.
160 Watt 250 VA 12V - - - - -
161 - 240 Watt 350 VA IB1500
INSBRT1500
- - - -
241 - 440 Watt 650 VA / 700 VA 2P - IB1500
2P - INSBRT1500
- - IB1500
INSBRT1500
-
441 - 600 Watt 850 VA / 900 VA - - 2P - IB1500
2P - INSBRT1500
- -
601 - 700 Watt 1050 VA / 1100 VA 3P - IB1500
3P - INSBRT1500
- 2P - IB1500
2P - INSBRT1500
- IB1500
INSBRT1500
701 - 1000 Watt 1450 VA / 1500 VA - - - 2P - IB1500
2P - INSBRT1500
-
1000 Watt 1450 VA / 1500 VA 24V 2SX2P - IB1500
2SX2P - INSBRT1500
2SX2P - IB1500
2SX2P - INSBRT1500
- - -

Note:

  • 1Cut-off voltage of inverter should be 10.5V (Minimum).
  • 2There should be a periodic Bench-Charging of the battery after every three months from the date of installation.
  • 3S = Series connection; P = Parallel connection; e.g. 2S x 2P = A string containing 2 nos. batteries in series and 2 nos. such strings in parallel Consideration of Electrical Load Details 1 no. Fan = 80 Watt 1 no. Tube light = 40 Watt

TECHNICAL SPECIFICATIONS FOR EXIDE INSTABRITE BATTERIES

Battery Type Part Number Ref. C20 Capacity (Ah) Maximum Overall Dimension (mm) Nominal Filled Weight (kg) Electrolyte Volume (litre) Charging Current (A) Acid level Indicator Battery Layout
L W H H
(with float)
IB1500 FIB0-IB1500 150 508 222 257 264 41.0 11.0 10.5 PRESENT

INSBRT1500 FIB0-INSBRT1500 150 508 222 257 264 41.5 10.6 10.5 PRESENT