MEK-2500 RotoForce Consistency Transmitter

SKU: MEK-2500
Danh mục: Transmitters
Hãng sản xuất: BTG
Tóm tắt:

The MEK-2500 is a versatile consistency transmitter that can be optimised for many different applications using different components. The transmitter is suitable for applications in the entire process from the blow line after the digester, in screening and washing stages, and in the bleach plant through to the machine chest before the paper machine. 

The MEK-2500 is a versatile consistency transmitter that can be optimised for many different applications using different components. The transmitter is suitable for applications in the entire process from the blow line after the digester, in screening and washing stages, and in the bleach plant through to the machine chest before the paper machine. 
The rotating shear force measuring method means the transmitter is virtually insensitive to normal variations such as in fiber composition, freeness, fillers, black liquor content, flow velocity, air content, and pressure. 
The MEK-2500 is an intelligent, microprocessor-based transmitter which is fully operated using the CPM-1300 Communication Platform. Calibration and transmitter settings can easily be documented via a SD- card.  
Communications with a Distributed Control System are made by means of a superimposed signal according to standard HART® protocol. The transmitter is connected with a  two-wire system array speaker for analog output. Power is supplied by a local power supply mounted in the Communication Platform. 
A HART® Device Description (DD) enables full configuration of the MEK-2500 using a Universal HART terminal or a PC-based AMS software. 
The MEK-2500 is the 4th generation of rotating transmitters from BTG, and is based on the successful and widely proven MEK rotating transmitters, sold in more than 16.000 units. This transmitter provides even greater flexibility as a single model covers the entire consistency range, as well as improved stability, lower maintenance requirements and longer life time.