Projects
Bhagirath Heavy Transmission (BHT India) successfully delivered a custom-engineered Electric Overhead Travelling (EOT) Crane – Double Girder Box Type for M/s. Shriram Switchgears, Bareilly, Rampur.
Bhagirath Heavy Transmission (BHT India) successfully delivered a custom-engineered Electric Overhead Travelling (EOT) Crane – Double Girder Box Type for M/s. Shriram Switchgears, Bareilly, Rampur.
The crane system was designed to support heavy-duty industrial material handling operations, offering a lifting capacity of 25 MT / 10 MT with a span of 9,030 mm. The robust double girder box construction provides excellent structural strength, reduced deflection, and reliable performance, making it well-suited for handling heavy electrical components and equipment.
BHT India executed the project on a turnkey basis, covering detailed engineering, in-house manufacturing, supply, erection, testing, and commissioning. The crane is equipped with efficient electric hoisting and smooth cross-travel and long-travel mechanisms, ensuring safe operation, precise load positioning, and improved productivity at the client’s facility.
This project demonstrates BHT India’s capability to deliver high-quality EOT cranes and customized overhead crane solutions, engineered to meet specific operational requirements while complying with applicable industrial standards and safety norms.
Key Project Details:
- Crane Type: Electric Overhead Travelling (EOT) Crane
- Girder Construction: Double Girder Box Type
- Capacity: 25 MT / 10 MT
Span: 9,030 mm
ADMAIRA APPLIANCES
Bhagirath Heavy Transmission (BHT India) successfully delivered a 25 MT Double Girder Box Type EOT Crane for Admaira Appliances, located in Kharkhoda, Haryana. This heavy-duty overhead crane was engineered to support high-capacity material handling operations with maximum safety, strength, and operational efficiency.
Amber Enterprises
Bhagirath Heavy Transmission (BHT India) successfully executed a turnkey project involving the engineering, manufacturing, supply, erection, testing, and commissioning of Electric Overhead Travelling (EOT) Cranes – Double Girder Box Type for Amber Enterprises India Limited at their Ecotech-1 facility, Greater Noida.
ESSKAY INDUSTRIES
Bhagirath Heavy Transmission (BHT India) successfully designed, manufactured, and delivered a Double Girder Box Type EOT Crane system for Esskay Industries India, located at Reliance MET, Jhajjar. The crane was engineered to handle dual lifting capacities of 10 MT and 5 MT, ensuring flexibility, safety, and efficiency in daily industrial operations.
Mambrane Group
Bhagirath Heavy Transmission (BHT India) successfully designed, manufactured, and delivered a 10 MT Double Girder EOT Crane system for Membrane Group India (P) Ltd, located at Reliance MET Sector-2B. This project was executed to meet heavy-duty material handling requirements with high precision, safety, and operational efficiency.
Radhika Alloys
The crane systems were custom-engineered to meet the client’s material handling and production requirements, with multiple lifting capacities of 7.5 MT, 3 MT, and 2 MT across a 19,500 mm span. The single girder box construction ensures an optimal balance of strength, efficiency, and cost-effective performance, making the cranes suitable for medium-duty industrial applications.
Sai Electrical
Engineered for heavy-duty material handling applications, the crane is designed to handle 75 MT / 10 MT lifting capacity across a 12,550 mm span, ensuring high performance, structural stability, and long service life. The robust double girder box construction provides superior load distribution, reduced deflection, and smooth crane operation even under demanding working conditions.
Bhagirath Heavy Transmission
Designed to meet heavy-duty industrial material handling requirements, the crane system offers a lifting capacity of 30 MT / 10 MT with a wide span of 22,000 mm, making it ideal for handling heavy moulds and large components with precision and safety. The robust double girder box construction ensures high structural rigidity, minimal deflection, and long-term operational reliability.
