AC Resistive Load Bank

Our firm is dedicatedly engaged in manufacturing, supplying and exporting AC Resistive Load Banks Unit. These resistors consist of Copper Nickel alloy wire grid elements that are supported on MS tie rods. Offered resistors are designed and developed so as to provide natural and rapid cooling of resistors bank. Moreover, these resistors are convenient to install and are designed to support various panels in different industries worldwide. Valued patrons can avail Battery Discharge Resistors Unit from us at most affordable prices, ensuring safe transit.

Features and Advantages:

• Discharge cycle tests help the users to:
• Checking the initial battery performances.
• Avoid deterioration of battery systems due to early detection defective cells
• During emergencies guarantee smooth operation of back up systems
• Suitable for improving overall health and life of battery systems.

Constant Current and Rate of Discharge: D.C contractors / Circuit breakers or knife edge switches are used for switching depending on clients preference. The Rate of Discharge can be accurately controlled and monitored in this system which is can be accurately controlled and monitored in this system which has the distinct advantage over other conventional methods of Discharge.

Information Needed For Design:

• Maximum voltage to minimum voltage of battery required to be discharged.
• Current steps required for each step of discharge voltage.
• The material of resistor element.
• Temperature rise allowed.

Ratings: AC & DC Load Banks are manufactured as per customers requirement in various ratings ranging from 1 KW to 3000 KW. (Optional) High-Temperature Limit Thermostat for resistance elements, Thermal overload for each fan and overflow switches are provided.

Construction:
Hot dip galvanized frames fitted with galvanized steel if required otherwise heat resistance aluminum paints are used. All hardware is zinc plated. Stainless Steel hardware is used if required. Frames can be custom made also.

Load banks are the test device that is used to generate dummy loads for generator testing. A load bank is a device which develops an electrical load, applies the load to an electrical power source and converts or dissipates the resultant power output of the source in the  form of heat. A load bank includes load elements with protection, control, metering, and  accessory devices required for operation.

A Resistive load bank provides equivalent loading of both the generator and prime   mover. This means that for each kilowatt (or horsepower) of load applied to the generator  by the load bank, an equal amount of load is applied to the prime mover by the generator. 

Load Banks are available in Single & Three Phases.                 

Required Information from Customer to quote AC load Bank:

• Rated Voltage
• Single Phase or Three Phase
• Total kW/kVA Rating
• No. of Load Steps and its kW Rating     
• Switching device required for Load Steps
• Application
• Load Variation resolution

• Production Capacity: 10 Nos./Month
• Delivery Time: 6 weeks from Manufacturing clearance
• Packaging Details: Indian Roadworthy packing / Export seaworthy Packing

Load banks are the test device that is used to generate dummy loads for UPS testing. A load bank is a device which develops an electrical load, applies the load to an electrical power source and converts or dissipates the resultant power output of the source in the  form of heat. A load bank includes load elements with protection, control, metering, and  accessory devices required for operation.

A Resistive load bank provides equivalent loading of both the generator and prime   mover. This means that for each kilowatt (or horsepower) of load applied to the generator  by the load bank, an equal amount of load is applied to the prime mover by the generator. 

Load Banks are available in Single & Three Phases.                 

Required Information from Customer to quote AC load Bank:

• Rated Voltage
• Single Phase or Three Phase
• Total kW/kVA Rating
• No. of Load Steps and its kW Rating     
• Switching device required for Load Steps
• Application
• Load Variation resolution

• Production Capacity: 10 Nos./Month
• Delivery Time: 6 weeks from Manufacturing clearance
• Packaging Details: Indian Roadworthy packing / Export seaworthy Packing

To be precise, an Electrical Load Bank is a system which provides an electrical load to an electrical power source. This electrical load is provided to an electrical power source for converting or dissipating the part of.

With its shock proof body and strong built, these LAVT Panels (Lightning Arrester & Voltage Transformer) manufactured and supplied by us are known for the long operational life. These products are known for their high level of performance. Used to reduce the pressure in the circuits and equipment and the risk of electric shock to personnel, this is a much-demanded product. The manufacturing of this product involves using high-quality raw materials and a number of high tech machinery. Post production, these products are sent to a number of quality checks in order to assure the quality of the products being supplied.

Features:

• The degree of Protection is IP -33 Unless otherwise specified however any degree of protection IP-00 to IP-55 can be offered. Tested designs are IP - 55, IP - 33 and IP - 43
• Canopy is sloped to prevent accumulation of water. Overhang is provided on request to cover terminal box
• Forged Eye Bolts or Lifting Angles ensure easy handling
• Gl Wire Mesh below canopy is provided for ventilation purpose
• This feature does not exist for IP - 55 enclosures
• Basic construction of enclosure is an angle iron welded structure which provides rigidity
• Removable bolted side covers of 2 mm thick mild steel are louvered for ventilation. GI wire mesh is welded from inside to assure the required degree of protection. No louvers are given for IP 55 enclosures
• Hinged doors are provided whenever any instruments like relays or meters are to be flush mounted

Advantages of using:

• Installation of NGR in the system reduces mechanical stresses in circuits and equipment subjected to fault currents. This also reduces the electrical-shock hazards to personnel caused by stray ground fault currents in the ground return path
• Reduction in the momentary line-voltage dip occasioned by the occurrence and clearing of a ground fault
• To secure control of transient over-voltages while at the same time avoiding the shutdown of a facility circuit on the occurrence of the first ground fault
• Installation of NGR protects critical and expensive equipment such as Transformers and Generators from damage due to earth faults