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CVP2000-2
CVP2000-2 is a robust flameproof valve positioner (Ex db/ia/tb) designed for explosive atmospheres with SIL2 certification. This large-format model (274×171×176mm, 5.6kg) integrates pressure/vibration monitoring and predictive maintenance via APL communication, accommodating comprehensive diagnostics and dual-acting actuators for critical process control in demanding environments.
Product Advantage
1. Offers robust flameproof protection (Ex db/ia/tb, SIL2) in a large format (274×171×176mm, 5.6kg).
2. Supports dual-acting actuators with integrated pressure monitoring via APL communication, featuring predictive maintenance, low air consumption, and modular design for demanding hazardous applications.
Technical Parameters
Product Uses
Primarily used to regulate the opening position of control valves, these devices are employed in explosion-proof zones across industries including petroleum, pharmaceuticals, biotechnology, chemical engineering, metallurgy, power generation, steel production, new materials, and renewable energy.
CVP2000-2 is a robust flameproof valve positioner (Ex db/ia/tb) designed for explosive atmospheres with SIL2 certification. This large-format model (274×171×176mm, 5.6kg) integrates pressure/vibration monitoring and predictive maintenance via APL communication, accommodating comprehensive diagnostics and dual-acting actuators for critical process control in demanding environments.
Product Advantage
1. Offers robust flameproof protection (Ex db/ia/tb, SIL2) in a large format (274×171×176mm, 5.6kg).
2. Supports dual-acting actuators with integrated pressure monitoring via APL communication, featuring predictive maintenance, low air consumption, and modular design for demanding hazardous applications.
Technical Parameters
Product Uses
Primarily used to regulate the opening position of control valves, these devices are employed in explosion-proof zones across industries including petroleum, pharmaceuticals, biotechnology, chemical engineering, metallurgy, power generation, steel production, new materials, and renewable energy.
