Operating instructions

6
*The Actual charging rate depends upon the input/output voltage ratio. To obtain the charging capacity at any given
input voltage, use the following formula:
Charging Current = Input Volts/Output Volts x 40 For example, at 10.5VDC in and 13.6VDC out, the charging current
= 10.5/13.6 x 40 = 30.8 amps
* This is Analytic Systems’ suggested range. Please consult your battery manufacturer for their recommendations.
* Specications subjects to change without notice.
Designed and manufactured by: ANALYTIC SYSTEMS WARE (1993) LTD.
8128 River Way
Delta, BC V4G 1K5 Canada
p. 604.946.9981 f. 604.946.9983
tf. 800.668.3884 US/Canada
www.analyticsystems.com [e-mail] Revised August 2014
Specications
Model BCD605-12-12 BCD605-12-24
Input Volts (DC) 10.5 - 14 10.5 - 28
Input Amps (max) 50
Output Volts (DC) 13.6 ± 0.5 V 27.2 ± 0.5 V
Charging Amps * 42 * 21
Output Crowbar Output Volts x (1.3 ± 1%)
Input Fuses AGC 30 x 2 Amp
Output Fuses AGC 25 x 2 Amp
Low Input Voltage Alarm 10.5 VDC
Low Output Voltage Alarm Output Voltage minus 2.5 VDC
Battey Banks 1 2 (Only if the input voltage < 15 Vdc)
Stages 2
Battery Size (Amp Hours)* 168 - 252 84 - 126
Transient Response < 1V for 15A Surge
Efciency > 85 % @ maximum output
Temperature Range -25 to +40 deg° C @ maximum output
Isolation
Any Input or Output to Case 500VDC
Input to Output Common Negative
Length 9.1 in / 23.1 cm
Width 7.8 in / 19.8 cm
Height 4.3 in / 10.8 cm
Clearance 1 Inch (2.5 cm) all around
Material Marine Grade Aluminum
Finish Black Powder Epoxy
Fastenings 18-8 Stainless
Weight 6.0 lb / 2.7 kg.