SMPS Battery Chargers Overview :
We are Manufacturer, Supplier, Exporter, Designer, Services Provider of SMPS Battery Chargers, Industrial Battery Chargers and our set up is situated in Pune, Maharashtra, India.
A switched-mode power supply (SMPS) is an electronic circuit that converts power using switching devices that are turned on and off at high frequencies, and storage components such as induct-or or capacitors to supply power when the switching device is in its non-conduction state.
Arya Electronics SMPS battery charger are pure DC battery chargers are microprocessor controlled based for fast and accurate charging of all deep-cycle batteries. A wide AC input voltage range enables proper delivery of a full three-stage charge, even when charging from less than perfect quality grid power or generator power.
SMPS Battery Charger series are fixed output voltage, current limited battery chargers specially designed for permanent connection to Genset starter batteries. They maintain the batteries fully charged, without overcharging. The chargers are designed in switch mode technology.
BATTERY CHARGER FOR ENGINE START APPLICATIONS SUITABLE FOR CHARGING:
Specifications:
Input Voltage – | 150 – 275V AC |
Output voltage – | 12V/24V |
Float Mode – | 13.2 V DC Boost Mode 13.8 V DC |
Charging current in boost mode – | 6 A / 10A |
Charging current in float mode – | 0 to 2.5 amps |
Operating Temperature – | 0 TO 70 DEG C |
Protections :
Input under voltage – | Cut off level 140 VAC. Turn on voltage 160 VAC |
Input over voltage – | 280 V AC units shuts off if voltage goes above this value |
Output short circuit and overload Battery reverse polarity - | Continuously protected |
Annunciation Potential free NO /NC contact for charger - | On / Fail indication |
Indication - | Mains On, Float, Boost, and Battery Reverse |
Ripple and noise - | 150 mv p-p |
Isolation between - | Input & Output 2000 V AC |
Input & Earth - | 1500 V AC |
Output & Earth - | 1500 V AC |
Dimensions - | L*B*H 170*120*50 mm |
Mounting - | Wall mounting type |