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  The main topics of VISION DEEP Series batteries on this page are
 
  • General Specifications
  • What's Deep Cycle Mean?
  • Genaral Feature s
  • Main Technical Parameters
  • Use Deep Cycle Battery As Starting Battery
  Battery Types
 
 
   
 
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VISION Deep Cycle series batteries(D Type, "D" behind the model name stands for deep-cycle application) are designed to have a large amount jof stored current discharged between charging sessions, with very heavy non-porous battery plates to withstand repeated major discharging and chargin cycle(deep cycle). The VISION Deep-cycle batteries uses a different chemistry for the plates active paste material, and a slightly stronger electrolyte than normal battery electrolyte, whick allows for a much longer life in deep cycle applications.

 

Product Standards

Compliant with international standards JIS C8702,BS 6290/4 and IEC 896/2 Classified as long life according to the Eurobat Guide/HF Able to be shipped as non-hazardous cargo SHENZHEN CENTER POWER production facilities are certificated to ISO9001/ISO14001
 

Main Application

  • Electric Power Vehicles
  • Golf Cars and Buggies
  • Wheel Chairs
  • Power tools
 
General Specifications Click the ico to Maximize or Minimize the table of battery specifications
 
Type Nominal Voltage
(V)
Capacity
(Ah)
Dimension(mm/Kg[(±5%)]) Dimension(Inch/Poud[(±5%)]) Terminal
Length width Height Total Heigh Weight Length Width Height Total Heigh Weight
CP6100D 6 9 151 50 94 100 1.67 5.94 1.97 3.70 3.94 3.67 F1/F2
CP12120D 12 11.8 151 98 95 101 4.4 5.94 3.86 3.74 3.98 9.7 F2
CP12180D 12 17.1 181 77 167 167 5.9 7.13 3.03 6.57 6.57 13 F3/F4
CP12240D 12 23 166 175 125 125 8.6 6.54 6.89 4.92 4.92 19 F3/F4
6FM33D 12 31.4 195 130 155 180 10.2 7.68 5.12 6.10 7.09 22.5 F7
6FM40D 12 38.8 197 165 170 170 13.5 7.76 6.50 6.69 6.69 29.8 F4
6FM45D 12 41.8 197 165 170 170 13.8 7.76 6.50 6.69 6.69 30.4 F4
6FM55D 12 51.7 239 132 205 235 18 9.41 5.20 8.07 9.25 39.7 F8
6FM60D 12 58.7 258 166 206 235 24 10.16 6.54 8.11 9.25 52.9 F9
6FM65D 12 60.7 350 167 179 183 23.4 13.78 6.57 7.05 7.20 51.48 F5
6FM75D 12 74.1 258 166 206 235 24 10.16 6.54 8.11 9.25 52.9 F9
6FM80D 12 75.6 350 167 179 183 24 13.78 6.57 7.05 7.20 52.9 F5
CT12-80XD 12 80 564 115 189 189 28.2 22.20 4.53 7.44 7.44 62.2 F19
6FM90D 12 88.6 306 169 208 231 30 12.05 6.65 8.19 9.09 66.1 F17
6FM100D 12 95.5 330 171 214 220 32 12.99 6.73 8.43 8.66 70.5 F5
6FM100RD 12 95.5 337 172 220 228 33 13.27 6.77 8.66 8.98 72.8 F14
CT12-100XD 12 100 508 110 223 238 32 20.00 4.33 8.78 9.37 70.5 F18
6FM120D 12 113 410 176 227 227 38 16.14 6.93 8.94 8.94 83.8 F5
6FM134RD 12 131 342 172 273 277 42.5 13.46 6.77 10.75 10.91 93.7 F15
6FM150D 12 143 485 172 240 240 47 19.09 6.77 9.45 9.45 103.6 F5
6FM200D 12 187 522 238 218 240 65 20.55 9.37 8.58 9.45 143.3 F16
 

What does deep cycle mean?

Deep-cycle batteries typically feature thick plates with a high-density active material. The thick battery plates allow for reserve energy to be stored deep within the battery plate and released during slow discharge such as trolling or electronic instrument use. The high-density active material remains within the batteries' plate/grid structure longer, resisting the normal degradation found in cycling conditions. They are typically used where the battery is discharged to great extent and then recharged.

Deep Cycle refers to applications that typically discharge 60 to 70% or more of the battery capacity. An automotive battery is an SLI battery (Starting, Lighting & Ignition.) Its plates are designed to deliver maximum power for a short duration. Starting an engine typically discharges an SLI battery 3% or less. When an SLI battery is used in a deep-cycle application or in a vehicle with heavy accessory loads, the battery life will be shortened proportionally to how deeply and frequently it is discharged.

The VISION Deep Cycle battery uses a different chemistry for the plates' active paste material, and a slightly stronger acid. This chemistry allows for a much longer life in deep cycle applications with only a slight reduction in maximum power output.

 

General Features

  • Superior Deep Cycle Design
  • High Power Density
  • Thick Plates and High-density Active Material
  • Longer Life in Deep Cycle Applications
  • Excellent Recovery from Deep Discharge
 

Using a deep cycle battery as starting battery

There is generally no problem with Using a deep cycle battery as a starting battery, providing that allowance is made for the lower cranking amps compared to a similar size starting battery. As a general rule, if you are going to use a true deep cycle battery (such as the Concorde) also as a starting battery, it should be oversized about 20% compared to the existing or recommended starting battery group size to get the same cranking amps. With modern engines with fuel injection and electronic ignition, it generally takes much less battery power to crank and start them, so raw cranking amps is less important than it used to be. On the other hand, many cars, boats, and RV's are more heavily loaded with power sucking "appliances", such as megawatt stereo systems etc. that are more suited for deep cycle

 

 

 

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