Press Release Summary:
Intended for systems using liquid can or high-pressure cylinder sources, automatic 642 Series IntelliSwitch II(TM) features onboard web server with embedded software for remote diagnostics and real-time process control. Control can be selected manually via button or remotely with I-LINK(TM) communication, and software logic can help lower gas usage by eliminating liquid can vent loss and excess residual return. Suited for process and metal fabrication industries, system comes in NEMA-4 cabinet.
Original Press Release:
Fully Automatic Gas Switchover Provides Continuous Pressure and Flow Control in Process and Metal Fabrication Industries
Eliminating Vent Loss and Excess Residual Return, Technology Lowers Yearly Gas Costs
Virginia Beach, VA - A new integrated gas management system that offers continuous pressure and flow control from liquid can or high-pressure cylinder sources has been introduced by CONCOA.
With control that can be selected with the push of a button or remotely with proprietary I-LINK(TM) communication, the fully automatic 642 Series IntelliSwitch IITM features an onboard Web server with embedded software for remote diagnostics and real-time process control. Proven software logic lowers yearly gas costs by eliminating liquid can vent loss and excess residual return, making the IntelliSwitch II the right choice for the process and the metal fabrication industries. Applications include Argon, Nitrogen, and Oxygen in the primary steel industry; Argon, Carbon Dioxide, Nitrogen, and Oxygen in metal fabrication; Nitrogen and Oxygen in the chemical and the refining industries; and Argon, Carbon Dioxide, Nitrogen, or Helium in defense and aerospace.
Series 642's integral Web server enables remote access, integrated Ethernet connectivity provides for seamless network integration, e-mail notification allows for 24/7 system monitoring, and Low-Loss technology reduces residual return, while an electronic economizer eliminates liquid can vent loss, a NEMA-4 cabinet allows for simple installation, and an internal-balance stem-line regulator ensures total process control.
Regulator and valve bodies are brass bar stock, valve seats are Neoprene and Viton®, seals are PTFE and Viton®, and the enclosure is NEMA 4 powder-coated steel. Specifications include a 40-micron filter, maximum inlet pressure of 3,000 PSI (210 BAR), and a 0-140 temperature range. Weight is 67 lbs., flow capacity is Cv is 1.0, and power requirements are selectable 110 or 220 VAC.