Flexcharge™ NC25A/12V Ultra High Efficiency Charge Controller (Regulator)

Flexcharge™ NC25A/12V Ultra High Efficiency Charge Controller (Regulator)

$152.00

Available on backorder

Description

NC25A/12V   Ultra High Efficiency 25 Amp Solar and Wind System Charging System Controller

For Lead Acid GEL, AGM, and Flooded cell Batteries. Also works with wet cell NiCad batteries.  Do not use on Lithium batteries of any type.

The NC25A/12V is series regulator designed for alternative energy charging systems ranging in size from 0.1A to 25A.  It is the ideal regulator for Solar (PV) and Permanent Magnet Generators (Including outboard motors and smaller wind generators). The NC25A also includes the Charge Divert feature.  Charge Divert allows you to use the excess charging source energy for other tasks, or for placing a load on permanent magnet charging sources such as wind generators to prevent over speed conditions.  The Divert connection is only activated after the charging source is making energy and the batteries are not using the energy (i.e. A wind generator will not be starting into the divert load).  Divert Resistor This controller can easily and inexpensively be expanded to handle one or more banks of 100A charging sources.  (1000A max charging current in this configuration).  Multiple battery banks can be charged with the use of a standard battery charging isolators.

Features:

  • 5 YEAR WARRANTY.
  • COMPLETELY SEALED ELECTRONICS FOR MARINE OR OUTDOOR MOUNTING.
  • LOW BATTERY VOLTAGE INDICATOR. (FLASHING RED LIGHT).
  • ARC REDUCTION CIRCUITRY TO ELIMINATE OR REDUCE RELAY CONTACT WEAR.
  • CHARGING EFFICIENCY BETTER THAN 99.50% FROM 0.5A TO 30A OF CHARGING CURRENT.
  • OPERATES EFFICIENTLY (98%) WITH AS LITTLE AS 0.1A OF SOLAR PANEL CHARGING CURRENT.
  • EFFICIENTLY CHARGES BATTERIES FROM 0 VOLTS WITH FULL POWER.
  • 25 AMP CHARGE CAPACITY12V
  • 25 AMP CHARGE DIVERT CIRCUIT. STABLE DIVERT CIRCUITRY PREVENTS ERRATIC RELAY SWITCHING IF CHARGE SOURCE VOLTAGE DROPS.
  • DIVERTS ONLY WHEN VOLTAGE AND CURRENT ARE AT USABLE LEVELS. PERFECT FOR MOTOR TYPE DIVERT LOADS (FANS, PUMPS, etc…)
  • PEAK CHARGE VOLTAGE ADJUSTMENT WITH A RANGE OF 13.8V TO 15.9V (Multiply by 2,3,or 4 to find voltages for 24V, 36V, or 48V versions).
  • CHARGES WITH THE SAME HIGH ACCURACY THROUGH BATTERY ISOLATORS.
  • CONSUMES LESS THAN 5mA (0.005A) WHILE CHARGING AND AT NIGHT, 2mA IF YOU DO NOT USE THE CHARGE INDICATOR.
  • CHARGES BATTERIES AT FULL POWER, BELOW THE PLATE SATURATION POINT, THIS CHARGES BATTERIES FASTER, AND REDUCES ELECTROLYTE DEPLETION BY UP TO 90% OVER CONVENTIONAL CONSTANT VOLTAGE, PWM, & HIGH FREQUENCY CHARGE REGULATORS.
  • BATTERIES START CHARGING AT 0.005A OF CHARGE CURRENT.
  • CONTROLLER CAN WITHSTAND OPEN CIRCUIT INPUT SPIKES OF 1500V/A, & 140V CONTINUOUS WITHOUT DAMAGE.
  • REVERSE POLARITY AND TRANSIENT VOLTAGE PROTECTION ON THE BATTERY SENSE WIRES.
  • NO POWER WASTING SAMPLE PERIODS.
  • REMOTE BATTERY VOLTAGE SENSING SO THE CONTROLLER CAN BE MOUNTED ANYWHERE BETWEEN THE CHARGING SOURCE AND THE BATTERIES.
  • EASY TO INSTALL USING THE LABELED CORROSION RESISTANT NICKEL / BRASS / STAINLESS STEEL CONNECTOR.
  • U/L 94V-O RATED ENCLOSURE AND UL LISTED OR RECOGNIZED COMPONENTS.

NC25A-12 Operating Characteristics 

Flexcharge NC25A-12 (24,36,48) 
Min. 
Max. 
Charge Input Voltage
0Vdc 
140Vdc 
Allowable Battery Voltage on Sense Wires

12V Systems

(Multiply by 2, 3, or 4 for 24V, 36V, or 48V Systems)

0Vdc 
16Vdc 
Standby/Operating Current of the Controller
2mA 
7mA 
Charging Amperes
0.005A 
25A 
Occasional Short Term Over-Current (1/2 Second Max.)
 
50A 
Total Charging Efficiency
98.9% 
99.8% 
Insertion Loss Resistance (Ohms)
0.001W 
0.004W 
Charge Divert Current
0A 
25A 
Charge Divert Over Current (1/2 Second)
 
50A 
Transient Surge Protection (20uS)
1500VA 
Operating Temperature
-40°C 
+60°C 
Storage Temperature
-55°C 
+60°C 
Case Dimensions
4″W x 3.75″H x 1.5″ D 

Manual

 

Reviews

There are no reviews yet.

Be the first to review “Flexcharge™ NC25A/12V Ultra High Efficiency Charge Controller (Regulator)”

Your email address will not be published. Required fields are marked *

Name
Email
Phone
Enquiry