Product category:
Control Valves (Rotary, Mixing, Temperature Control etc)
News Release from: EFD | Subject: MicroCoat MC800
Edited by the Engineeringtalk Editorial
Team on 03 December 2004
Lubrication system delivers a consistent
film
The MicroCoat MC800 lubrication system gives metal stampers the flexibility to coat stock from less than 1 up to 48in wide with a fine, consistent film of oil.
The new MicroCoat MC800 lubrication system gives metal stampers the flexibility to coat stock from less than 1 up to 48in wide with a fine, consistent film of oil Its complete, even coverage dramatically reduces the need for tool sharpening and maintenance, while lowering oil use as much as 90%
This article was originally published on Engineeringtalk on 3 Dec 2004 at 8.00am (UK)
Related stories
Valve dispenses for precision assembly
The 741MD-SS MicroDot dispense valve is designed for precision assembly operations where fluid deposits as small as 0.004in in diameter are required.
The MC800 uses low-volume low-pressure (LVLP) technology to apply a uniform coating of oil without overspray or mist.
It also features a cost-effective, modular design that allows the user to configure the system with only those components needed for today's applications, while providing expandability for future needs.
The MC800 system consists of a compact valve controller, one or two fluid manifolds, fluid flow controls, and up to eight precision MicroCoat valves.
Each controller will accept two fluid manifolds, and each manifold will accommodate flow controls for up to four valves.
The MC800 is a versatile system that can be supplied with oil from a tank, pump, or central supply system.
When both manifolds and all eight valves are installed, one MC800 system will provide complete top-and-bottom lubrication for stock up to 24in wide, or single-sided lubrication of stock up to 48in wide.
Each valve's output can be adjusted independently, and the controller's dual-manifold design makes it possible to apply two different oils with one lubrication system.
• EFD: contact details and other news
• Email this article to a colleague
• Register for the free Engineeringtalk email newsletter
• Engineeringtalk Home Page


