Manufacturer of Isolators / Stockiest of Over Head Line Materials / Govt Contractors.
A 33kv isolator disconnector is an essential component in electrical power systems. It is capable for isolating a area of the network for maintenance or repair purposes. The civil foundation for this equipment plays a crucial part in ensuring its stability upto life span of Isolator Disconnector .
Isolator disconnector Support structure:
The civil foundation is the base structure on which the isolator disconnector is mounted . It gives the necessary support and stability for the gear, particularly during extreme weather conditions or when subjected to high winds. The foundation must be designed and constructed in such a way that it can withstand the weight and forces applied by the isolator disconnector. Deign of foundation bolt is provided by Isolator Disconnector manufacturer along. Primarily Engineer fix the location of Isolator Disconnector as per Feeder Design or Substation design . Appropriate distance is to be maintained as per Electrical Guidelines .Distance for 11kV,22kV ,33kV, 66kV,110kV,220kV are different and Deign of foundation bolt of Isolator Disconnector is also get changed as per voltage ratio. The construction of the civil foundation starts with a careful site analysis. Engineers consider components such as soil conditions, load-bearing capacity, and natural conditions to determine the appropriate plan and development strategies. The foundation of isolator disconnector switch is must be able to bear the weight of the equipment and distribute the load evenly across the ground. Accuracy of Fixed contact and moving contact is most important aspect in Isolator . Accuracy of isolator is depend on structure appropriate level on ground . Any disturbance in level of Isolator support structure may create problem while working of isolator on site. So Civil foundation plays a very important role in construction and erection of Isolator disconnector switch .
Isolator disconnector are erected by structure made up of Angle Channel lattice type and ERW pipe type structure with MS fabricated base plate . dimensions of structure is get changed according to voltage level and Foundation plinth al get varies accordingly . The materials utilized for the civil foundation must be durable and resistant to corrosion. Concrete is commonly utilized due to its quality and life span. The thickness and measurements of the foundation are determined based on the weight
and dimensions of the isolator disconnector. The foundation must be designed in such a way that it can accommodate any future modifications or increases to the electrical system.
Proper construction techniques and quality control measures are essential during the installation of the Isolator civil foundation. The Isolator foundation must be level and properly adjusted to ensure the stability and viability of the isolator disconnector. Quality control checks ought to be carried out at each stages of isolator civil base foundation. The civil foundation for a 33kv isolator disconnector may be a critical component in electrical power systems. It gives the fundamental bolster and solidity for
the Isolator equipment and guarantees its long-term execution. Appropriate plan, development, and support of the establishment are basic to guarantee the secure and proficient operation of the isolator disconnector.
The civil foundation should be designed in such a way that it provides a stable base for the isolator disconnector switch, preventing any movement or shifting that could negatively impact its performance. This can be achieved by ensuring proper compaction of the soil before constructing the foundation and utilizing adequate reinforcements, such as steel bars, to enhance its stability. Civil design should be in a such way of isolator can sustain mechanical endurance impact .
Another crucial aspect to consider when building the civil foundation for a 33kv isolator disconnector is its resistance to external factors such as corrosion and moisture. Since the isolation disconnector is often located outdoors, it is exposed to various environmental elements that can potentially affect its performance. To mitigate these risks, appropriate protective measures should be implemented, such as applying a waterproof coating or using corrosion-resistant materials during construction . Its is always prefer to use hot dip galvanised Zink coted structure for its longer durability. So it can be rust free and lifespan will be more . Isolator structure nut bolts hardware also should be of Hot dip galvanised type .
Isolator Civil foundation base in India is mostly constructed as per requirement of Electrical boards and Electrical utility .
11 kv Isolator Structure foundation
33 kv Isolator Structure foundation
66 kv Isolator Structure foundation
110 kv Isolator Structure foundation
132 kv Isolator Structure foundation
220 kv Isolator Structure foundation
All civil aspect and importance and proper civil plinth work .
Balaji Engineers Isolator Private limited is Established in 2004 , with vision of being a leading company of “Trusted Engineering of Power ” . Balaji Engineers Isolators Pvt Ltd is popular in electrical field for it Isolator Product with Brand name “Balaji Isolators” . At present Balaji Engineers suppling isolators in Pan India . A manufacturing unit is located at MIDC Shiroli ,Kolhapur , Maharashtra ,India. Balaji Engineers manufactures 11kv,22kV,33kV,66kV,110kV,132kV, 220kV Isolators With earth blade and Isolators Without earth blade. Isolators supplied by us are with Manual operating system as well as Motor Operating system . Our Isolators are type tested from NABL Lab like CPRI , ERDA etc. Balaji Isolator having all testing facility at manufacturing unit . including High Voltage testing .
Balaji Isolators are some of happy clints are JSW Steel , JSW Energy , MSP Steels , Arsenal Mittal Nippon steel Ltd , Nestle India, Chemfab ltd , Jindal Steel and Power and many more
For our Isolator product services please contact our marketing team to – 9822373222 / 9922129222
