MTL5546Y
MTL5546Y is I/O MODULES manufactured by MTL.
- Part of the MTL5500 comparator family.
- Part of the MTL5500 comparator family.
technical datasheet
MTL4500/MTL5500 Series
Intrinsic safety (IS) isolators for hazardous area interfacing
- 3-port isolation as standard
- Highest module/channel packing densities
- Low power dissipation
- Quick install and release mechanism
- Multi-channel I/O modules
- Broken line and earth-fault protection
- patible with preceding MTL isolator series for pluggable replacements
- Various models assessed for use in Functional Safety applicatons
MTL's latest generation of IS interfaces utilises an innovative "One-Core" technology to ensure the highest quality and availability while maintaining maximum flexibility at lowest cost. Incorporating advanced circuit design, a mon set of ponents and innovative isolating transformer construction, they achieve a significant reduction in power consumption while increasing channel packing densities. The pact, 16mm wide design reduces weight and gives exceptionally high packing density. They build on the proven success of the MTL2000, 3000, 4000 and 5000 Series to bring the benefits of new developments in galvanic isolation without promising the reliability of the designs from which they have evolved.
The backplane mounting MTL4500 Series is designed with system vendors in mind for "project-focussed" applications such as Distributed Control System (DCS), Emergency Shutdown Systems (ESD) and Fire and Gas monitoring (F&G).
The reduced power consumption and high efficiency enable high signal density to be achieved together with improved freedom in cabinet layout and design. Easy integration with the input/output assemblies of control or safety instrumentation systems not only simplifies project engineering but also reduces installation and maintenance costs.
A multiway connector to the backplane provides safe-area and power supply connections, while hazardous-area connections plug into the front of the module, simplifing installation and maintenance and reducing time, cost, and the risk of errors.
The DIN-rail...