Verdermag Global Mark II

Description

The Verdermag Global Mark II is a high-performance metallic magnetic drive centrifugal pump engineered for the most demanding industrial applications. Delivering a maximum flow rate of 80 m³/h and a differential head of 105 m wc, it is designed to operate reliably under extreme conditions, with a maximum temperature of 205 °C and a minimum operating temperature of -20 °C. This pump is ideally suited for handling aggressive, corrosive liquids—accommodating particle sizes up to 0.5 mm and viscosities up to 150 cP, with a slurry capacity of up to 5% wt.

Constructed with a one-piece solid cast stainless steel casing that meets ISO2858 and BS EN 22858 standards, the Global Mark II ensures exceptional durability and resistance to distortion from pipe loads. It features a top centerline discharge and a glandless, sealless magnetic drive system that delivers leak-free operation while minimizing maintenance requirements. With universal PN16/ANSI 150 lb flange compatibility and a close-coupled motor fitment, installation is straightforward and integration into existing systems is seamless.

Optimized for industrial environments, the pump is capable of a maximum power transmission of 18.5 kW and can sustain a maximum discharge pressure of 16 bar. Whether used in chemical processing, power generation, or other critical applications, the Verdermag Global Mark II provides reliable, efficient, and safe fluid transfer even in hazardous and challenging conditions.

The Verdermag Global Mark II is designed with advanced sealless magnetic drive technology that guarantees completely leak-free operation, even in the most demanding industrial environments. Its robust, one-piece solid cast stainless steel casing meets ISO2858 and BS EN 22858 standards, ensuring exceptional durability and resistance to distortion from pipe loads. The top centerline discharge design not only enhances flow control but also promotes consistent lubrication and ease of maintenance.

This pump delivers high performance with a maximum flow of 80 m³/h and a differential head of 105 m wc, operating reliably across a broad temperature range from -20 °C to 205 °C. It is engineered to handle aggressive, corrosive liquids with viscosities up to 150 cP and solid particles up to 0.5 mm in diameter, making it versatile enough for chemical processing, power generation, and other critical applications. Additionally, the pump is designed to accommodate a slurry content of up to 5% by weight.

Safety and reliability are further enhanced through its ATEX certification and a maximum discharge pressure of 16 bar. The innovative magnetic drive system eliminates mechanical seals, reducing maintenance demands and the risk of leakage, while the close-coupled motor fitment ensures that the pump maintains alignment after servicing. With universal PN16/ANSI 150 lb flange compatibility, the Global Mark II integrates seamlessly into existing systems, delivering efficient, reliable, and low-maintenance operation in hazardous environments.

The Verdermag Global Mark II is designed to deliver outstanding performance and durability under the most demanding conditions. It offers a maximum flow rate of 80 m³/h with a differential head of 105 m wc, ensuring efficient fluid transfer even at high throughputs. Engineered to operate at temperatures up to 205 °C and as low as -20 °C, it is well-suited for both high-temperature processes and cold environments.

This pump handles fluids with viscosities up to 150 cP and can manage solid particles up to 0.5 mm in diameter, while also supporting a slurry content of up to 5% by weight. It maintains reliable operation with a maximum discharge pressure of 16 bar and is optimized to function at a minimum flow that is 10% of its maximum efficiency flow. Additionally, the pump is capable of transmitting power up to 18.5 kW.

Constructed to meet ISO2858 and BS EN 22858 standards, the Global Mark II integrates seamlessly with universal PN16/ANSI 150 lb flange systems, ensuring robust, leak-free operation in hazardous and corrosive environments.