Our Products #5564810

This product range is a result of our constant Research & development and is Ideal for Power Stations, Petro Chemical Industries, Cement Industries, Paper Mills, Panel Building Industries. It is a Microcontroller based mini Annunciator with audiovisual annunciation and with serial communication. Accepts 13Analog & 17Digital inputs. Monitoring of 13 analog input on Text Display with programmable text of parameters makes easy to configure the unit for various applications. The thresholds for analog inputs are programmable, 30 digital outputs are available for Annunciation. Membrane keys for Accept, Test & Reset function are provided.
It has a Programmable Group Alarm relay output.

Features :

Metering
Annunciation
ON / OFF control
Sensing Relays
RS 485, MODBUS
Data Logger
Easy to integrate

CEPL's thyristor controlled rectifiers use advanced digital control technology with user- friendly operation, flexible interfaces with state of art control features, options of touch screen and text display, 6/12 pulse thyristor bridge, a mains isolation transformer, standard alarms and meters etc. As they have an advance DC regulator for all the rating, there is no dropping diode for online charge boosting. They operate either as a stand alone system or in a parallel manner with the load shared between battery chargers.

Chhabi Electricals is India's most preferred company in the field of DC Power Solutions. or the last four decades, it has been supplying variety of standard as well as customised DC Power solutions to all types of Power Stations, Distribution and Industrial applications.

Battery monitor is one of the accessories of DC system used in power systems. It monitors battery's voltage on line. It adopts modular design that makes both installation and maintenance convenient. Its embedded mini processor can be set according to battery performance. It is able to monitor two sets of independent batteries with different parameter settings. It has an Adopting relay without contact that ensures high reliability.

DC/DC converters are designed to convert the voltage from DC power source to the single/multiple output voltages required by load devices with Galvanic Isolation and Dynamic correction.
DC/DC converters are used in 220 V /110 V battery- powered systems in order to obtain low voltages 24 V or 48 V. The converters take advantage of redundancy, to ensure a highly reliable power supply to low-voltage loads eliminating the use of back-up batteries 24V or 48V. A single rack contains three identical DC/DC converters designed to operate in parallel. The output power of any two converters is sufficient to supply the loads. During normal operation, the load is distributed between the three converters, each of them supplying one third of the output power. Should one of the converters fail, the remaining two will continue to supply power to the loads. A 220V or110 V battery in combination with the DC/DC converter provides an uninterrupted supply to the low-voltage devices. They can also be used to supply high-voltage loads 220V or 110V from a 24 V or 48 V battery supply with no need for 220 V or 110 V batteries.
Their main benefit is to save the costs of installing and maintaining the multiply batteries

Stabilux is a simple, one step solution to lowering lighting energy consumption up to 35%. Stabilux is the only proven power saver that works with High Intensity Discharge (HID) and florescent lighting systems. HID lighting includes Metal Halide (MH) High Pressure Sodium (HPS) and mercury vapor (MV) lamps. It saves energy and money improves energy efficiency, reduces operating costs. It has a wide spectrum of application- Street lightings, Stadiums, Petrol pumps, Tunnel Lighting, Warehouses, Parking Lots, Factories & Office Buildings. Also Refineries, Chemical plants, Government Installations & Power stations. Tennis Courts/Sports sites, Illuminated Hoardings etc. Different models of Stabilux are available with different capacities as per requirements from 1 KVA to 500 KVA.

Features :Faster pay-backEconomical and safeExpanding the life time of connected equipmentImprove system efficiencyField proven performanceVersatility and easy installationMinimizes inrush currentReduces harmonics in the systemReduces Maximum DemandImproves power factor of the systemReduces the temperature rise & heatReduced maintenance costs

We are the main supplier of this product.

Completely powered from batteries, this discharger is designed to operate with various battery systems and is extremely cost effective. It is completely powered from the Batteries under test, i.e. no mains supply is required. Therefore, tests are not terminated part way through, by a temporary mains power outage. The unit uses forced air-cooling. The Load is housed in a compact, rugged enclosure with and is lightweight for the power rating and is also completely portable. The Load may be left on site, unattended, for an extended period, if required. The Load Bank has constant current operation. The load current is continuously variable over the entire current range. The current can be controlled from front panel. It is possible to select the "End Voltage" per cell as per battery type. When enabled the load monitors the overall battery Voltage and when it drops to the "End Voltage" it will automatically disconnect the load and the current will drop to zero. Thus, the Battery Discharger now becomes an intelligent Load, it prevents deep discharge of the batteries and hence prevent any possible damage to them. When this load is used in conjunction with the BMS, (Battery Monitoring System) the 'End Voltage' can be programmed and this will automatically disconnect the load when the BMS senses that the 'End Voltage' has been reached. This feature will override the LVD in the load. Its panel has various rear panel connectors. The front panel has text Display for battery Voltage and discharge current. The Battery Discharger has been designed to be very reliable, easy to use and suitable for field use. It is thermally safe and has fan fail detectors for all fans together. The DC input is fused and over voltage protection is included. The DC power connection is on the rear side of panel.

The solar power controller acts as an interface between photovoltaic (PV) array, battery, battery charger and load. The solar power controller will regulate the charge of battery (battery charge / Discharge Relay, Battery overcharge Relay) & will monitor the charging current from the solar Array. It maintains the battery within the specified limits through appropriate control action.