With increasing pressure on industry to reduce carbon emissions and save energy, a reduction in the running costs of plant comes as a welcome opportunity. Therefore, we have listened to customers' concerns regarding compressed air waste and have designed the SP400 to have negligible running costs; typically consuming less than 1% of the air of a traditional electropneumatic positioner.The SP400 has been designed to ensure ease of commissioning with its simple user interface and straight forward set-up procedure. No specialist skills are required to get your digital valve positioner up-and-running soyou can be confident that it will be right, first time.The SP400 has an adaptive action that compensates for fluctuations in supply pressure and valve stem friction, thus enabling guaranteed process stability.Non-contac
t magnetic feedback eliminates hysteresis and ensures accuracy. Unlike traditional feedback arms, the innovative non-contact feedback system is unaffected by corrosion that can cause positioners to stick orgive inaccurate readings. Fewer components in the overall design mean guaranteed long-term reliability and reduced lifecycle running costs saving maintenance time.
With increasing pressure on industry to reduce carbon emissions and save energy, a reduction in the running costs of plant comes as a welcome opportunity. Therefore, we have listened to customers' concerns regarding compressed air waste and have designed the SP400 to have negligible running costs; typically consuming less than 1% of the air of a traditional electropneumatic positioner.The SP400 has been designed to ensure ease of commissioning with its simple user interface and straight forward set-up procedure. No specialist skills are required to get your digital valve positioner up-and-running soyou can be confident that it will be right, first time.The SP400 has an adaptive action that compensates for fluctuations in supply pressure and valve stem friction, thus enabling guaranteed process stability.Non-contact magnetic feedback eliminates hysteresis and ensures accuracy. Unlike traditional feedback arms, the innovative non-contact feedback system is unaffected by corrosion that can cause positioners to stick orgive inaccurate readings. Fewer components in the overall design mean guaranteed long-term reliability and reduced lifecycle running costs saving maintenance time.
