Editing IONICUBE electrical specifications

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! Supply<sup>1</sup> !! Input voltage  !! Input current typ !! Input current max
 
! Supply<sup>1</sup> !! Input voltage  !! Input current typ !! Input current max
 
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| Logic power || 24 VDC +/- 10% || 0.1 - 0.4 A || 3 A (can occur when driving motor holding brakes or external relays)
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| Logic power || 24 VDC +/- 10% || 0.1 - 0.4 A || 2 A
 
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| Motor power || 5 - 52 VDC<sup>2</sup> ||colspan=2| Sum of current consumption of on-board IONI drives
 
| Motor power || 5 - 52 VDC<sup>2</sup> ||colspan=2| Sum of current consumption of on-board IONI drives
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<sup>2</sup>) Possible to use from 5 VDC upwards, however short circuit protection feature of IONI drive is lost below 12 VDC.
 
<sup>2</sup>) Possible to use from 5 VDC upwards, however short circuit protection feature of IONI drive is lost below 12 VDC.
 
==Power capability==
 
{| class="wikitable"
 
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! Specification !! Continuous rating !! Peak/surge rating
 
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| Maximum input supply current through connector X3|| 20 A<sup>1</sup> || 35 A<sup>1</sup>, 10 secs
 
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| Maximum input supply current through soldered wire || 35 A<sup>1</sup> || 55 A<sup>1</sup>, 10 secs
 
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| Maximum output current per motor phase || 20 A || 30 A, 10 secs
 
|}
 
<sup>1</sup>) Equivalent power can be calculated by multiplying supply current and supply voltage. I.e. 20 A * 50 V = 1000 W
 
  
 
==[[Regenerative resistor]]==
 
==[[Regenerative resistor]]==
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¹) Power dissipation depends on how much system's kinetic energy is directed to the resistor. In typical applications, the dissipation is in range of 10W to 100W.
 
¹) Power dissipation depends on how much system's kinetic energy is directed to the resistor. In typical applications, the dissipation is in range of 10W to 100W.
 
[[Category:IONICUBE]]
 

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