Ektor

Ektor Emergency Lighting Battery Replacements

Looking for Ektor emergency lighting battery replacements? JB Battery supplies premium replacement batteries for the complete Ektor range, with fast shipping Australia-wide.

Ektor is a leading Australian emergency lighting brand trusted in commercial buildings, hospitals, schools, and industrial facilities across the country. When your Ektor emergency lights need new batteries, JB Battery provides exact-fit replacements manufactured to meet or exceed OEM specifications.

Why Choose JB Battery?

  • Exact-fit replacements — Same dimensions, connectors, and specifications
  • Premium cell quality — High-temperature rated for emergency lighting
  • Australia-wide delivery — Fast shipping to all states and territories
  • Competitive pricing — Direct-from-manufacturer savings
  • Expert support — We know emergency lighting batteries

Understanding Ektor Part Numbers

Ektor uses a straightforward part numbering system:

4-Digit Codes

Most Ektor batteries use simple 4-digit numeric codes (e.g., 1415, 1929, 4186). These codes are typically found:

  • On the battery label
  • In the fixture's installation manual
  • On the emergency light data plate

ELB-Prefix Codes

Some Ektor products use an ELB-xxxxxxxx format (e.g., ELB-89895960). These are often found on newer or specialized fittings.

Code Variations

Occasionally you'll see codes with a leading zero (01303 vs 1303). These typically refer to the same or very similar battery — always verify voltage and capacity match your original.


Ni-MH AA Cell Batteries

Standard AA-cell packs are the most common in Ektor emergency lighting. High-temperature (HT) rated cells ensure reliable operation in enclosed fittings.

Ektor Code JB Battery Code Voltage Capacity Configuration
1415 M4AA15H-BC1 4.8V 1500mAh (2+2) AA Side-by-Side
1929 M4AA15H-EC61 4.8V 1500mAh 4 x AA Stick
1931 M3AA15H-TC61 3.6V 1500mAh 3 x AA Triangle
1938 M3AA15H-TC1 3.6V 1500mAh 3 x AA Triangle
1943 M5AA15H-XC1 6.0V 1500mAh 5 x AA (4B+1)
ELB-89895960 M3AA15H-EC61 3.6V 1500mAh 3 x AA Stick

Note: 1931 and 1938 are both 3.6V triangle configurations but use different connector types (C61 vs C1).


Ni-MH A Cell Batteries

A-cells provide higher capacity than AA in a similar form factor — ideal for longer emergency duration requirements.

Ektor Code JB Battery Code Voltage Capacity Configuration
1926 M4A21H-BC61 4.8V 2100mAh (2+2) A Side-by-Side

Ni-MH SC (Sub-C) Cell Batteries

Sub-C cells offer maximum capacity for demanding applications requiring extended emergency operation.

Ektor Code JB Battery Code Voltage Capacity Configuration
4186 M4SC24H-BC61 4.8V 2400mAh (2+2) SC Side-by-Side

LiFePO4 Battery Packs

Lithium Iron Phosphate (LiFePO4) batteries represent the latest technology in emergency lighting. These packs include built-in PCB protection circuits.

Ektor Code JB Battery Code Voltage Capacity Configuration
1300 IFR214A11H-SC1 6.4V 1100mAh 2 x IFR14500 Side-by-Side
1302 IFR218A15H-EC1 6.4V 1500mAh 2 x IFR18650 Stick
1303 IFR226A30H-EC1 6.4V 3000mAh 2 x IFR26650 Stick
01303 IFR226A30-EC1 6.4V 3000mAh 2 x IFR26650 Stick

Note: 1303 and 01303 are functionally equivalent — both are 6.4V 3.0Ah LiFePO4 packs using IFR26650 cells.


How to Identify Your Ektor Battery

Step 1: Locate the Battery Code

Check these locations for the Ektor part number:

  1. Battery label — Usually printed directly on the battery pack
  2. Inside the emergency light — Often on a sticker inside the housing
  3. Product documentation — Installation manual or spec sheet
  4. Data plate — External label on the fitting

Step 2: Verify Key Specifications

Before ordering, confirm these specifications match:

Specification Where to Check
Voltage Printed on battery (e.g., 4.8V, 6.4V)
Capacity Listed in mAh (e.g., 1500mAh, 2100mAh)
Configuration Physical shape (stick, side-by-side, triangle)
Connector Plug type (C1, C61, etc.)

Step 3: Measure If Unsure

If the label is unreadable:

  • Length — Measure end-to-end
  • Width/Height — Note the pack dimensions
  • Lead length — Measure wire length to connector
  • Take a photo — Our team can help identify the correct replacement

LiFePO4 Upgrade Benefits

Modern Ektor fittings increasingly use LiFePO4 technology. If you're replacing Ni-MH batteries, consider these advantages of LiFePO4 upgrades (where compatible):

Feature Ni-MH LiFePO4
Cycle Life 300-500 cycles 2000+ cycles
Self-Discharge 15-20% per month 3-5% per month
Weight Heavier 30-40% lighter
Temperature Tolerance Good Excellent
Memory Effect Slight None
Service Life 3-5 years 8-10+ years

When to Upgrade

LiFePO4 is ideal when:

  • ✅ Replacing aged Ni-MH packs in compatible fittings
  • ✅ Extended service life is important (reduced maintenance)
  • ✅ High ambient temperatures are present
  • ✅ Weight reduction matters (ceiling-mounted fittings)

Important Compatibility Note

⚠️ LiFePO4 batteries have different charging characteristics. Only upgrade to LiFePO4 if:

  • The fitting is designed for LiFePO4
  • The control gear supports LiFePO4 charging
  • You're replacing like-for-like (LiFePO4 → LiFePO4)

Contact JB Battery for compatibility advice before upgrading chemistry types.


Fittings Quick Reference

⚠️ Important: Ektor fitting-to-battery mappings below are based on limited research and require verification. The most reliable method is always to check the battery code printed directly on your existing battery pack.

Known Fitting Associations

Fitting Model Battery Code JB Battery Code Notes
EXL Series (LED Exit) 1300 IFR214A11H-SC1 LiFePO4 - compact LED exits
EXL Series (LED Exit) 1302 IFR218A15H-EC1 LiFePO4 - standard LED exits
EXL Series (LED Exit) 1303 IFR226A30H-EC1 LiFePO4 - high capacity LED exits
EM Recessed Spitfire 1415 M4AA15H-BC1 Ni-MH - common commercial recessed
EM Recessed Spitfire 1929 M4AA15H-EC61 Ni-MH - alternative recessed fitting

Why Verification Matters

Ektor manufactures many fitting variants, and battery compatibility can vary based on:

  • Manufacturing date/revision
  • Control gear type (especially Ni-MH vs LiFePO4 chargers)
  • Regional product variations
  • Fixture housing dimensions

How to Find Your Correct Battery

  1. Check the battery label — The Ektor code (e.g., 1415, 1929, 1302) is printed on the battery pack itself
  2. Look inside the fitting — Often there's a sticker with the battery code
  3. Check the data plate — External fitting labels sometimes list battery info
  4. Contact us — Send photos of your battery and fitting, and we'll identify the correct replacement

Quick Reference Card

Ektor Code Voltage Capacity Chemistry JB Code
1300 6.4V 1100mAh LiFePO4 IFR214A11H-SC1
1302 6.4V 1500mAh LiFePO4 IFR218A15H-EC1
1303 6.4V 3000mAh LiFePO4 IFR226A30H-EC1
01303 6.4V 3000mAh LiFePO4 IFR226A30-EC1
1415 4.8V 1500mAh Ni-MH AA M4AA15H-BC1
1926 4.8V 2100mAh Ni-MH A M4A21H-BC61
1929 4.8V 1500mAh Ni-MH AA M4AA15H-EC61
1931 3.6V 1500mAh Ni-MH AA M3AA15H-TC61
1938 3.6V 1500mAh Ni-MH AA M3AA15H-TC1
1943 6.0V 1500mAh Ni-MH AA M5AA15H-XC1
4186 4.8V 2400mAh Ni-MH SC M4SC24H-BC61
ELB-89895960 3.6V 1500mAh Ni-MH AA M3AA15H-EC61

JB Battery is an independent supplier of replacement batteries. "Ektor" is a registered trademark of its respective owner. JB Battery is not affiliated with or endorsed by Ektor. All product names and part numbers are used for identification purposes only.

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