Modules interface with sensors, diverters, and sequencers.
July 20, 2007 -
Used with eDART(TM) process controller, Lynx Surface Mount Modules feature EMI/ESD sealed enclosures and shielded industrial connectors. Analog Input Module, IA1-S-VI-24 can be used to interface with temperature, dew point, pressure, and other remote sensors, while OR2-S Dual Relay Output Module supplies signals to parts diverters, valve gate controllers, and machine input cards. With isolated input, ID7-S-SEQ Sequence Input Module accepts up to seven 24 V inputs from machine controllers.
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
Original Press release
RJG, Inc.
3111 Park Dr.
Traverse City, MI, 49686-4713
USA
RJG Releases New Surface Mount Modules
RJG announces three new Lynx Surface Mount Modules that are more rugged and more flexible in their installation options. Used in conjunction with RJG's eDART(TM) process controller to interface with sensors, diverters and sequencers, they expand upon RJG's popular DIN rail mount modules. The modules feature EMI/ESD sealed enclosures and shielded industrial connectors that make them perfect for the molding floor environment. They are also ideal for portable applications because they can be mounted wherever needed, including inside or outside the molding machine, and on or within auxiliary equipment.
The Lynx Surface Mount Analog Input Module (IA1-S-VI-24) can be used to interface with temperature, dew point, pressure and other remote sensors. In addition the Lynx Surface Mount Analog Input Module can supply a 24V power source that can be used to power certain sensors.
The Lynx Surface Mount Dual Relay Output Module (OR2-S) supplies signals to parts diverters, valve gate controllers, machine input cards and other applications.
The Lynx Surface Mount Sequence Input Module (ID7-S-SEQ) is an isolated input module that accepts up to seven 24V inputs from machine controllers. These inputs are then used by the eDART System(TM) to sequence operations and data collection.
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