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Haze HZB12-200 12V 200Ah SLA Battery
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Haze HZB12-200 12V 200Ah SLA Battery

Haze
Standard range
Order Code:  

18-1191

 
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Brand: Haze MPN: HZB12-200
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1+ £441.31

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Available to back orderBack-order availability date - 25/11/2024

The Haze 12V 200AH sealed lead acid (SLA) battery is designed for excellent performance especially for starting and in stationary applications and when deep discharge is required. Ideal for navigation aids, cellular radio stations and medical uses.


  • Monobloc battery, 200Ah capacity
  • 12V nominal voltage
  • E-M8 copper insert terminal
  • 5400A discharge current
  • -10°C to +45°C operating temperature
  • 2mR internal resistance
  • Dimensions 520 x 240 x 220mm
  • Weight 60.9kg
  • Electrolyte: Sulphuric acid analytical grade
  • CE approved
Battery Size SLA
Capacity 200000mAh
Chemistry Lead acid
Dimensions (H x W x D) 220.0 x 240.0 x 520.0mm
Pack Size 1
Terminal Type E-M8
Voltage 12V
Weight (Per Battery) 66000g
Cyclic / standby Standby

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Saturday, January 26, 2013 Question by: Rapid Customer | Product code: 18-1191
Q. I am interested in purchasing two of these batteries to give 24V at 200Ah to store electricity from a Nedap Solar Power inverter for use later each day to drive the system after sunset. I presume from the deep discharge specification and 12 year design life it will be a good choice for this work. Is there a standard cable available to series the two batteries, type HZ12-12-200.
A. Hi Antony. Thank you for your question. There is not as standard cable as such – since it will be dictated to some extent by the intended discharge rate. If you are powering an inverter to main voltage – the current drain on the battery can be huge so need to be taken into account. For example – a 600W inverter will draw something like 2.5A but has only a small useful range of uses. Bigger usage will require large inverters – and so the current drain increases. As a general rule most jump start leads will be adequate such as 89-0730 but not very elegant. If a more elegant connection method is required – we probably have a suitable cable to enable one to be made – but do need to know the maximum current anticipated to avoid burning it out.

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