1.5 Inch AODD Pumps BA40CS-C991-A - CS/CI Body Santoprene Diaphragm -BSK

SKUBA40CS-C991-ABrandBSK

AED 4,410.00

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The BA40CS-C991-A is a high-performance, air-operated double diaphragm (AODD) pump constructed with a durable carbon steel/cast iron body and a chemically resistant Santoprene diaphragm. Designed for heavy-duty industrial applications, this pump is engineered to reliably transfer industrial fluids and chemicals in demanding industrial processing environments. With a maximum flow rate of 378.50 L/Min and a maximum suction lift of 6.7 m, it provides efficient and safe operation for a wide range of applications

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Wetted Material: Carbon Steel
Seat Material: Santoprene
Ball Material: Santoprene
Diaphragm Material: Santoprene
O-ring Materials: NBR
Discharge Port: BSP
Fluid Outlet: 1.5"
Fluid Inlet: 1.5"
Max Flow: 380 L/Min

Max Suction Lift-Dry: 7.6 m
Max Air Pressure: 8.3 bar
Weight: 22.8kg
Noise: <76dB
Temperature Range: -40Â°C to 107.2Â°C
Dimensions/Size: 318Ã—432Ã—295mm
Color/Finish: Carbon Steel
Applications/Industry: Heavy-Duty General Purpose

Product Features

Carbon Steel Body Material: Provides exceptional strength and durability, ensuring maximum longevity and reliability in high-volume heavy-duty industrial environments requiring superior mechanical properties.
Santoprene Diaphragm Material: Offers superior compatibility and lasting performance with fluids like water, oils, and general industrial liquids in heavy-duty high-flow applications with mechanical durability.
380 L/Min Max Flow: Enables highly efficient and rapid high-volume heavy-duty fluid transfer, large-scale tank unloading, and robust industrial-scale fluid handling operations.
Self-Priming & Can Run Dry: Reduces downtime and prevents damage, critical for continuous high-volume heavy-duty unmanned or remote industrial applications.
All-Santoprene Wetted Parts Design: Provides cost-effective chemical compatibility while maintaining reliable performance for high-volume heavy-duty standard applications with mechanical strength.
Seal-Less, Leak-Proof Design: Eliminates the risk of costly leaks and protects the environment from hazardous fluids in high-volume heavy-duty operations.
Air-Operated (Intrinsically Safe): Can be used in hazardous environments where electrical sparks are a concern, ideal for high-volume heavy-duty explosive atmosphere applications.
Large Heavy-Duty 1.5" Port Design: Allows for high-volume flow capacity while maintaining superior mechanical strength and efficient installation in robust industrial applications.
Wide Temperature Range (-40Â°C to 107.2Â°C): Ensures reliable operation across diverse environmental conditions for continuous high-volume heavy-duty operations.
Heavy-Duty High-Volume Construction: Enhanced durability and mechanical strength for continuous high-volume robust industrial operations with extended service life.

Applications & Industries

High-Volume Heavy-Duty Manufacturing: Large-scale drum emptying, machine supply, coolant transfer, and high-volume fluid handling in robust manufacturing operations requiring superior mechanical strength.
Heavy-Duty Municipal Services: High-capacity handling of municipal water, treatment solutions, and utility fluids in large-scale municipal operations requiring mechanical durability.
Industrial Mining Operations: High-volume handling of process water, dewatering operations, and large-scale mining fluid management requiring superior mechanical strength and reliability.
Heavy-Duty Marine & Maritime: High-capacity transfer of ballast water, bilge water, and marine fluids in shipbuilding and large vessel operations requiring maximum mechanical durability.
Construction & Heavy Industry: High-volume transfer of construction fluids, industrial materials, and process water in demanding construction environments requiring robust performance.
Note: The BA40CS-C991-A's carbon steel construction with 1.5" ports and 380 L/Min capacity provides superior mechanical strength and durability for high-volume heavy-duty applications. The carbon steel body offers exceptional strength and longevity compared to aluminum models, making it ideal for continuous high-volume heavy-duty operations where maximum mechanical durability, reliability, and high throughput are critical requirements in demanding industrial environments.

Why Choose This Pump?

The BA40CS-C991-A from BSK Fluid Technology combines robust high-volume carbon steel construction with proven AODD pump technology to deliver unmatched strength, durability, and reliability for large-scale heavy-duty industrial fluid handling challenges. Its focus on maximum mechanical strength with high-flow Santoprene wetted parts design makes it the ultimate choice for high-volume heavy-duty operations requiring superior mechanical performance and operational efficiency.

Key Product Highlights:

High-Volume Carbon Steel Construction: Superior mechanical strength and durability providing exceptional longevity for large-scale heavy-duty operations
All-Santoprene High-Flow Design: Cost-effective material selection offering versatile fluid compatibility for high-volume heavy-duty standard applications with mechanical strength
Proven High-Capacity Heavy-Duty AODD Technology: Self-priming, seal-less operation that can run dry without damage in high-volume robust applications
Large Heavy-Duty 1.5" Port Design: High-volume installation delivering reliable 380 L/Min flow capacity with superior mechanical strength
Wide Operating Range: Functions reliably across -40Â°C to 107.2Â°C temperature range for diverse high-volume heavy-duty applications
Intrinsically Safe High-Volume Operation: Air-powered design eliminates electrical spark risks in large-scale heavy-duty hazardous environments

The BA40CS-C991-A is specifically engineered for high-volume heavy-duty applications requiring maximum mechanical strength and durability without the complexity and cost of higher-grade materials, making it the ideal solution for large-scale manufacturing, municipal services, mining operations, and heavy industry where superior mechanical reliability, value, mechanical durability, and high throughput are paramount.