About Resilient Coupling
We feel pleased to present ourselves as the main manufacturer, exporter and supplier in space, occupied with offering a brilliant array of Resilient Coupling. The offered coupling is fabricated by our specialists utilizing premium evaluation crude as a part of adherence with the universal quality measures. This coupling is utilized to join two shafts inside an engine and mechanical framework. Attributable to its minimal design and high proficiency, this Resilient Coupling is requested by our esteemed customers.
Features:
- Erosion safe completion
- Dimensional precision
- Hearty development
- High rigidity
Specifications :
| Size | | Spring |
| Type-V | Type-A |
| 101 Z | 1300.00 | 1500.00 | 320.00 |
| 102 Z | 1625.00 | 1975.00 | 390.00 |
| 103 Z | 1975.00 | 2450.00 | 425.00 |
| 104 Z | 2525.00 | 2725.00 | 475.00 |
| 106 Z | 2975.00 | 3425.00 | 550.00 |
| 107 Z | 3475.00 | 3865.00 | 685.00 |
| 108 Z | 5400.00 | 5975.00 | 795.00 |
| 109 Z | 7925.00 | 8400.00 | 1150.00 |
| 110 Z | 9950.00 | 10650.00 | 2150.00 |
| 111 Z | 11825.00 | 12850.00 | 2650.00 |
| 113 Z | 13350.00 | 14485.00 | 2925.00 |
| 114 Z | 15375.00 | 16725.00 | 3475.00 |
| 115 Z | 18925.00 | 20625.00 | 3695.00 |
| 117 Z | 29725.00 | 36300.00 | 4135.00 |
Enhanced Vibration DampingThese resilient couplings are specifically designed to absorb vibrations between the drive and driven machinery, ensuring smoother operation and prolonged equipment life. The flexible bushes and robust construction minimize transmission of shocks and misalignment-induced stresses, making them ideal for demanding industrial environments.
Customizable for Diverse ApplicationsWith a wide range of bore sizes, shapes, and connection options, these couplings can be tailored to fit various shaft dimensions and mounting configurations. Whether for horizontal or vertical installations, the products adaptability supports precise integration into most mechanical systems.
Durability and Maintenance EfficiencyCrafted from high-quality cast iron and steel, these couplings deliver a long service life with minimal maintenance. Options like painted or powder-coated finishes enhance corrosion resistance, while replacement bushes are available on request to further extend usability.
FAQs of Resilient Coupling:
Q: How does the resilient coupling accommodate parallel and angular misalignment?
A: The coupling features resilient nitrile or rubber bushes which allow for flexible movement, efficiently handling both parallel and angular shaft misalignment. This design ensures optimum alignment and reduces stress on connected machinery.
Q: What is the ideal usage environment for this couplings temperature range?
A: Suitable for environments ranging from -20C to +80C, the coupling performs reliably in both cold and hot conditions often found in industrial plants, manufacturing units, and process equipment.
Q: When is it recommended to request replacement bushes?
A: Replacement bushes should be requested if significant wear or loss of resilience is observed during maintenance inspections, ensuring continuous vibration damping and operational efficiency.
Q: Where can the coupling be installed within a machinery system?
A: The resilient coupling is versatile and can be mounted horizontally or vertically, making it suitable for various positions between rotating machinery and their drive components.
Q: What process is used in manufacturing these couplings?
A: Each coupling is precisely machined and then assembled using cast iron, steel fasteners, and resilient rubber elements, meeting IS 2973 standards or customized requirements depending on application needs.
Q: How does the surface treatment influence corrosion resistance?
A: Corrosion resistance depends on whether the coupling is painted or powder-coated. These treatments enhance protection, making the coupling suitable for harsh environments where durability is critical.
Q: What benefits does the resilient coupling provide in terms of noise and maintenance?
A: Engineered for low noise operation, the resilient coupling minimizes vibration transfer and reduces noise output. Its design also means less frequent maintenance is required, contributing to lower operating costs and increased machine uptime.