|Input voltage||30 Vdc|
|Load current||10 amperes at 14 Vdc|
|Contact Ratings (battery and power fail)||Conservatively rated for 10 amps resistive at 240 Vac or 28 Vdc|
|Dielectric strength||1000 Vac, 60 Hz for one second|
|Ambient Operating Temperature||0 C to 60 C|
|Octal Case Size||2.75 X 1.75 X 2.375 inches (excluding octal pins)|
|Protection||Diode protected for reverse and over voltage conditions|
|Power consumption|| 500 milliwatts MAX
24 mA @ 13.6 Vdc
17 mA @ 10.0 Vdc
|Supplied voltage||10-14 (20-28) VDC (your equipment must be able to operate in these ranges. Most 12 volt equipment is designed to work from 9 to 15 V). We can supply Din Rail power-supplies capable of adjusting to theses voltages.|
|Drop out threshold||10 V +/-200 mV (20V +/-500 mV)|
|Drop out delay||10 seconds of continuous low voltage|
|Initial charge rate||1.5 A (Can be programmed to higher values with external charge rate module)|
|Power fail minimum current|| 400 mA
(Special -10 125mA versions available)
During normal powered operation the contacts will be closed. When the unit goes on battery the contacts open and when the batteries run down and disconnect the contacts remain open (NO (Normally Open) means that under no power the contacts are open). Make sure you understand that during "normal" operation the NO contacts will be closed! There is not an -NC version as that is the stock version.
For more information on lead acid battery applications see Sealed Lead Acid Battery Applications hand book
Lead acid batteries used with the BVUPS are on float most of the time and should last about 4 years before losing appreciable capacity. Thus, we recommend the following steps for best practice.
For very large banks of batteries (over 50Ah) There is the STEP-RATE-MODULE to provide higher charge rates for system with more than 50AH It provides two rates: An increased initial charge rate - it then Transitions to float rate at 13.1 or 26.9V with an increased float current.
Orange wire connects to pin 3 and the Blue wire to Pin 6 of the
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