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(These instructions are intended for use by a technician familiar with electronic products)
Power
F actor
C orrection
•
Selectable
I nput
V oltage
1 10
o r
2 20
V AC
•
Metering:
V oltage
/
A mperage
•
Remote
c ontrol
/
R emote
S ense
•
DC-‐OK
T TL
s ignal
•
Short
C ircuit
/
O verload
/
O ver
V oltage
/
O ver
T emperature
•
Protection
Manual
B attery
D isconnect
S witch
" NEW"
•
RLP-‐2024BBSCLVD
i s
a
c ontinuous
d uty
2 8.0
V DC
o utput
•
power
s upply
3
y ear
w arranty
•
DESCRIPTION
The RLP-2024-BBSCLVD is a Heavy Duty AC to DC Power Supply. All of the RLP-BBSCLVD comes with a power factor
correction with metering voltage and amperage. All of the RLP-BBSCLVD come with three layers of protection against overload, over
voltage, over temperature, and short circuit protection. This model also comes with a new manual battery disconnect switch and remote
control with remote sense.
SPECIFICATIONS
Output Voltage..............................................................................................................................................................................28.0 V
Output Voltage Tolerance............................................................................................................................................................+/- 1 %
Output Amperage ........................................................................................................................................................... 17 Amps, cont.
Maximum Power, continuous ................................................................................................................................................. 500 Watts
Maximum Ripple and Noise..........................................................................................................................................150 mV p-p max
Input Voltage, switch selectable ................................................................................................................................... 110 or 220 VAC
Input Frequency Range ........................................................................................................................................................... 47-63 Hz
Maximum AC Current ....................................................................................................................7 Amps/120 VAC; 4 Amps/240 VAC
Typical Efficiency ............................................................................................................................................................................ 84 %
Max Inrush Current, single cycle .............................................................................................................................................. 35 Amps
Short Circuit Protection..............................................................................................................................................Fold Back Limiting
Overload Protection (operates) ................................................................................................................................. typical 110-120 %
Line Regulation.............................................................................................................................................................................50 mV
Load Regulation .............................................................................................................................................. 100 mV (20-100 % load)
Fan Control .................................................................................................................................... Heat sink temp >140 F (60 C) = ON
Over Temperature ........................................................................................................................ >195 F (90 C) auto output shutdown
Rise Time following ON ................................................................................................................................................................50 mS
Hold Time following OFF ..............................................................................................................................................................10 mS
Working Temperature Range ............................................................................................................................................... -20 -+ 60 C
Storage Temperature ...................................................................................................................................... -40 - 185 F (-40 - +85 C)
Withstand Voltage* ................................................................................................................. 1.5 KV @ 10 ma (I/P-O/P, I/P-FG)/1 min
(Continued) ............................................................................................................................. 500 V @ 10 ma (O/P-FG)/1 min
Dimensions ......................................................................................................................................3.5H x 19W x 13D inches, nominal
RLP-‐2024-‐BBSCLVD
Heavy
D uty
A C
t o
D C
P ower
S upply
Owners
G uide
1
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Related Manuals for DuraComm RLP-2024-BBSCLVD
Summary of Contents for DuraComm RLP-2024-BBSCLVD
- Page 1 DESCRIPTION The RLP-2024-BBSCLVD is a Heavy Duty AC to DC Power Supply. All of the RLP-BBSCLVD comes with a power factor correction with metering voltage and amperage. All of the RLP-BBSCLVD come with three layers of protection against overload, over voltage, over temperature, and short circuit protection.
- Page 2 Weight .................................... 16 lbs, nominal METER CIRCUITS The panel meter is switched to provide DC output voltage measurement and individual output load current measurement for each individual module. When set to the VOLT position, the full scale reading is 30 volts. When set to the AMP position, the full scale reading is 60 amps.
- Page 3 INSTALLATION BLOCK DIAGRAM RLP-BBSCLVD Wiring Layout This system setup will provide continuous power to the load and maintain battery bank with smart charger while AC power is on. There is a seamless transfer of the load to the battery when the AC power goes off. The LVD will disconnect the battery if the voltage drops below 21.5 VDC.
- Page 4 CONDUCTOR PRETREATMENT All kinds of copper conductors can be clamped without treatment. DO NOT solder tin stranded conductors. The solder yields and fractures under high pressure. The result is increased contact resistance and excessive temperature rise. Additionally, corrosion has been observed due to the fluxes. Notch fractures at the transition from the rigid tinned part to the flexible conductors are also possible.
- Page 5 DuraComm, at its option, will repair or replace the faulty product or parts thereof, which, after examination by DuraComm, prove to be defective or not operational according to specifications in effect at the time of sale to the initial end user.
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