Eaton CB2533B120480GA97 Valves & Flow Control - Precision
Part Number: CB2533B120480GA97
Quick Summary
CB2533B120480GA97 is an Eaton valve used for precise flow control in industrial automation. Engineers and procurement teams often struggle to maintain consistent throughput while minimizing energy use and unplanned downtime. This solution aligns with common certifications and safety standards, including CE compatibility, IP-rated protection, and SIL-ready performance for safety-critical applications. By pairing Eaton engineering with standard mounting and pilot options, you can shorten commissioning, improve reliability, and lower total cost of ownership while meeting production demands in modern manufacturing environments.
Product Information
Feature → Business Impact → Application: Precise flow control mechanism delivers highly stable process variables, reducing batch variance and improving product quality. This enables tighter control loops, less waste, and lower energy consumption, especially in chemical processing or water treatment where precise throttling matters. Application: process automation and liquids handling in inline systems. Feature → Business Impact → Application: Robust construction with compatibility to standard manifolds accelerates installation and simplifies maintenance. The result is longer service life, fewer spare parts, and quicker changeovers on packaging lines or OEM equipment. Application: OEM machines and plant-wide valve assemblies. Feature → Business Impact → Application: Easy integration with existing Eaton actuators and pilot valves minimizes engineering time and debugging. This reduces commissioning risk and enables predictable startup, improving overall project ROI. Application: retrofit projects and new line builds. Feature → Business Impact → Application: Built-in safety and regulatory alignment supports compliant operation and risk mitigation, helping facilities meet industry standards with less administrative overhead. Application: regulated sectors such as food & beverage, pharmaceuticals, and life sciences. Feature → Business Impact → Application: Consistent performance under variable pressures and temperatures translates to reliable uptime and reduced maintenance windows. This supports energy efficiency goals and sustained throughput in high-demand environments. Application: continuous process lines and high-cycle systems.
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FAQs
CB2533B120480GA97 is designed to integrate with common Eaton manifold patterns and compatible actuators, minimizing custom adapters and simplifying wiring and pilot connections. This compatibility reduces installation time, lowers risk during commissioning, and supports consistent performance across new builds or retrofits in hydraulic and pneumatic circuits.
While exact flow and pressure ranges depend on the system configuration, CB2533B120480GA97 is engineered for stable throttling and repeatable control. Users can expect tight process control, reduced throughput variability, and improved energy efficiency due to precise valve positioning. For critical processes, pairing with a compatible actuator ensures rapid, repeatable response.
Yes, the CB2533B120480GA97 is well-suited for process automation in chemical and water treatment environments where precise flow control, reliability, and long service life are essential. Its compatibility with standard installation practices and robust construction supports continuous operation under demanding conditions while meeting regulatory expectations.
Typical requirements to confirm include CE conformity, IP protection levels, and SIL-related considerations for safety-critical uses. Verify with the supplier or distributor whether CB2533B120480GA97 specifically carries these certifications, as standards adoption can vary by region and application. Documentation from Eaton or the authorized reseller should confirm exact certifications.
Expect a shorter commissioning cycle, reduced downtime from easier maintenance, and improved process stability, all contributing to lower total cost of ownership. The valve’s precise flow control minimizes waste and energy consumption, delivering measurable savings over typical retrofit cycles and new-line deployments in automation-heavy facilities.