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K-CDR-28FLX

CDR028FLX

28V thermal battery series offering flexible power solutions from 35g to 6.2kg, with operating durations from 60s to 3600s and fast activation under 0.5s

CDR028FLX
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The CDR028FLX series thermal batteries are high-performance power sources designed for various applications. With models ranging from compact 35g units to powerful 6.2kg systems, this series offers flexible solutions for different power requirements. Each model features specific working current profiles and operating durations, ensuring optimal performance for their intended applications.

Key Features

  • Wide range of capacities from 50 As to 60000 As
  • Fast activation time (0.5s - 2.5s)
  • Long operating duration capability
  • Multiple working current profiles
  • Compact and efficient design
  • Reliable performance

Applications

Power supply for guidance systemsEmergency power backupMilitary applicationsHigh-current pulse applicationsPortable power solutions

Specifications

Basic Parameters

CDR028FLX010.035 kgΦ18×36 mm
CDR028FLX020.095 kgΦ28×52 mm
CDR028FLX030.125 kgΦ32×50 mm
CDR028FLX040.160 kgΦ36×55 mm
CDR028FLX050.280 kgΦ40×80 mm
CDR028FLX060.280 kgΦ45×63 mm
CDR028FLX070.320 kgΦ50×60 mm
CDR028FLX080.480 kgΦ54×82 mm
CDR028FLX091.020 kgΦ63×125 mm
CDR028FLX100.850 kgΦ67×90 mm
CDR028FLX111.800 kgΦ78×140 mm
CDR028FLX122.200 kgΦ85×140 mm
CDR028FLX132.750 kgΦ85×175 mm
CDR028FLX143.900 kgΦ95×205 mm
CDR028FLX156.200 kgΦ100×295 mm

Performance Parameters

CDR028FLX01<0.5 s6 A
CDR028FLX02<0.5 s16 A
CDR028FLX03<0.5 s20 A
CDR028FLX04<0.5 s25 A
CDR028FLX05<0.5 s40 A
CDR028FLX06<0.5 s35 A
CDR028FLX07<0.8 s40 A
CDR028FLX08<0.8 s45 A
CDR028FLX09<0.8 s80 A
CDR028FLX10<0.8 s100 A
CDR028FLX11≤1.0 s130 A
CDR028FLX12≤1.0 s150 A
CDR028FLX13≤1.0 s180 A
CDR028FLX14≤2 s150 A
CDR028FLX15≤2 s150 A

Technical Notes

  1. Operating temperature range: -40°C to +70°C (for high-temperature thermal batteries, the operating temperature can reach up to +450°C)
  2. Pulse capability refers to the maximum current amplitude the battery can withstand, which is typically applied at the initial stage of operation after the thermal battery is fully activated
  3. As the voltage range of the thermal battery is broadened, its capacity can be further increased.

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