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1.5 Inch AODD Pumps BA40CS-CHH1-A - CS/CI Body Hytrel Diaphragm -BSK

1.5 Inch AODD Pumps BA40CS-CHH1-A - CS/CI Body Hytrel Diaphragm -BSK

SKUBA40CS-CHH1-ABrandBSK
Regular price AED 4,530.00
Regular price Sale price AED 4,530.00
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The BA40CS-CHH1-A is a high-performance, air-operated double diaphragm (AODD) pump constructed with a durable carbon steel/cast iron body and a chemically resistant Hytrel diaphragm. Designed for premium industrial applications, this pump is engineered to reliably transfer various 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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ParameterValue
Wetted Material
Carbon Steel
Seat Material
UPE
Ball Material
Santoprene
Diaphragm Material
Hytrel
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
-28.9°C to 65.5°C
Dimensions/Size
318×432×295mm
Color/Finish
Carbon Steel
Applications/Industry
Heavy-Duty General Purpose
Carbon Steel Body Material
Provides exceptional strength and durability, ensuring maximum longevity and reliability in high-volume heavy-duty general purpose industrial environments requiring superior mechanical properties.
UPE Seats with Hytrel Components
Provides enhanced chemical resistance and durability combination, offering superior performance for high-volume heavy-duty general purpose applications with extended service life and mechanical strength.
Hytrel Diaphragm Material
Offers superior compatibility and lasting performance with fluids like chemicals, oils, moderate acids, and industrial solvents in heavy-duty high-flow operations.
380 L/Min Max Flow
Enables highly efficient and rapid high-volume heavy-duty general purpose fluid transfer, robust processing, and versatile large-scale industrial operations with mechanical reliability.
ParameterValue
Self-Priming & Can Run Dry
Reduces downtime and prevents damage, critical for continuous high-volume heavy-duty moderate duty applications and robust industrial systems.
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.
Moderate Temperature Range (-28.9°C to 65.5°C)
Optimized for standard heavy-duty industrial conditions, providing reliable operation in typical high-volume robust processing environments.
Versatile High-Volume Heavy-Duty Media Handling
Designed for large-scale robust general purpose applications with flexibility to handle various fluid types in heavy-duty high-flow operations.
Premium Carbon Steel High-Volume Construction
Enhanced durability and mechanical strength for continuous high-volume heavy-duty operations with superior material performance.
High-Volume Heavy-Duty Chemical Processing
Transferring large quantities of various chemicals, moderate acids, and specialty processing fluids requiring enhanced durability, chemical compatibility, and superior mechanical strength.
Large-Scale Heavy-Duty Paint & Coatings
High-capacity handling of pigments, resins, solvents, and coating materials in robust manufacturing operations requiring reliable performance with diverse media and mechanical durability.
Heavy-Duty Industrial Manufacturing
For high-volume versatile robust fluid handling, moderate duty chemical transfer, and machine supply in applications requiring enhanced durability and superior mechanical strength.
Large-Scale Heavy-Duty Oil & Gas Operations
High-capacity transfer of process fluids, moderate chemicals, and industrial liquids in robust upstream and downstream operations requiring reliable high-volume performance with mechanical durability.
Heavy-Duty Automotive Manufacturing
High-capacity handling of various industrial fluids, cleaning agents, and process chemicals in large-scale manufacturing operations requiring versatile media compatibility and mechanical strength.
Note
The BA40CS-CHH1-A's carbon steel construction with UPE seats, Hytrel diaphragm combination, and 1.5" high-flow design provides enhanced chemical compatibility, durability, and superior mechanical strength compared to aluminum models. The Hytrel material offers superior performance for high-volume heavy-duty general purpose applications while maintaining moderate temperature range operation (-28.9°C to 65.5°C). This model is designed for premium high-volume heavy-duty applications requiring flexibility to handle various fluid types with enhanced durability, superior mechanical strength, and high throughput.
High-Volume Carbon Steel Construction
Superior mechanical strength and durability providing exceptional longevity for premium large-scale heavy-duty industrial environments
UPE/Hytrel High-Performance Combination
UPE seats paired with Hytrel diaphragm delivering superior chemical compatibility and enhanced durability with mechanical strength in high-flow applications
Premium High-Volume Heavy-Duty Application Design
Specifically engineered for large-scale robust versatile media handling requiring flexibility across diverse fluid types with superior mechanical properties
Enhanced Chemical Resistance
Superior performance for high-volume heavy-duty applications requiring reliable handling of various chemicals, oils, solvents, and specialty processing fluids
Proven High-Capacity Heavy-Duty AODD Technology
Self-priming, seal-less operation that can run dry without damage in large-scale robust applications
Reliable High-Volume Heavy-Duty Flow Capacity
Delivers consistent 380 L/Min flow through 1.5" BSP ports for efficient large-scale heavy-duty medium-duty operations
Moderate Temperature Range
Optimized for standard industrial conditions (-28.9°C to 65.5°C) providing reliable operation in typical high-volume heavy-duty processing environments
Intrinsically Safe High-Volume Heavy-Duty Operation
Air-powered design eliminates electrical spark risks in large-scale robust hazardous environments