Pembril Make Fluid Coupling

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Pembril Make Fluid Coupling Specification

Bore
Customized as per shaft size

Connection
Shaft Mounted

Torque
Up to 300000 Nm

Max. Speed
Up to 3600 RPM

Sealing
Oil Sealed

Head Code
Round

Material
Cast Iron / Steel

Structure
Split Body / Solid Body

Standard
IS:13947

Inner Diameter
22 mm to 400 mm

Outer Diameter
Up to 1100 mm

Application
Industrial Power Transmission

Surface Treatment
Phosphated / Painted

Technique
Precision Cast Iron / Steel Fabricated

Shape
Cylindrical

Suitable for Motors
IEC / NEMA frame sizes

Protection Grade
IP55

Weight
Depends on model and size, ranges from 10 kg to 700 kg

Oil Quantity
Customized depending on model

Service Factor
Up to 2.0

Mounting Type
Horizontal / Vertical

Type
Constant Filling / Delay Chamber

Starting Torque
140% to 210% of full load

Ambient Temperature Range
-20C to +55C

Pembril Make Fluid Coupling Trade Information

Payment Terms
Cheque

Supply Ability

Sample Available
Yes

Sample Policy
Free samples are available

Packaging Details
Standard Packaging

Main Domestic Market
All India

About Pembril Make Fluid Coupling

Owing to our vast domain expertise, we are providing a wide assortment of Fluid Coupling that is used to transmit rotating mechanical power. This coupling is used in railway, automobile, automotive and aviation industry. Precisely manufactured by skilled professionals of our vendors using quality approved raw material in compliance with international quality standards, we offer this Fluid Coupling in various technical specifications as per the requirements of clients at very reasonable price.

Features:

Excellent performance
Durability
High efficiency
Rugged construction

Versatile Fluid Coupling for Industrial Demands

Pembril Fluid Couplings are designed for adaptability, accommodating customized shafts and oil quantities to suit varying operational environments. With its wide torque range and ambient temperature resilience, the coupling elevates power transmission efficiency across sectors such as mining, manufacturing, and process industries.

Precision Engineering & Durable Construction

Employing advanced fabrication techniquesprecision cast iron or steelthe coupling assures strength and longevity even under high loads. Phosphated and painted surfaces resist corrosion, while a split or solid body structure facilitates maintenance and installation in challenging settings.

Seamless Integration and High Performance

Designed to mate with IEC or NEMA motors and support both horizontal and vertical mounting, Pembril couplings fit seamlessly into existing systems. With a service factor up to 2.0 and oil-sealed structure, they minimize downtime and maximize service life, delivering torque up to 300,000 Nm.

FAQs of Pembril Make Fluid Coupling:

Q: How is the oil quantity for each Pembril fluid coupling model determined?

A: The oil quantity for Pembril fluid couplings is specifically customized according to the model and size chosen, ensuring optimal performance and protection based on your systems operational requirements and power transmission demands.

Q: What is the process for mounting a Pembril fluid coupling?

A: Pembril fluid couplings can be installed either horizontally or vertically, depending on system layout. The shaft-mounted design and split or solid body structure facilitate straightforward installation and servicing with minimal downtime.

Q: Where are Pembril fluid couplings typically used?

A: These couplings are widely utilized in industrial power transmission applications, including mining, manufacturing, process plants, and sectors requiring high reliability between motors and driven equipment.

Q: What are the main benefits of using a fluid coupling with a constant filling/delay chamber?

A: Utilizing a constant filling or delay chamber enables smooth torque transmission, reduces shock load on equipment during start-up, and enhances operational safety. The couplings also support high starting torque140% to 210% of full loadideal for demanding machinery.

Q: When should you select a split body versus a solid body structure?

A: Choose a split body structure for easy maintenance and rapid assembly/disassembly, especially in retrofit or space-constrained installations. Solid body variants offer increased rigidity and are preferred for permanent setups requiring high strength.

Q: What motors are compatible with Pembril fluid couplings?

A: These couplings are designed to fit motors with IEC or NEMA frame sizes, making them compatible with a broad spectrum of standard industrial motors used in diverse applications.

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