Cooling Capacity
10 kW
RC100
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DATA SHEET

RC100 - Ink Roller Temperature Contol

In today's competitive Print market, productivity and performance are key. Press speeds are continually increasing to meet these demands, however a side of these faster speeds is a rise in heat generation and press temperature. If left unmanaged, these temperature rises can dramatically affect the behaviour of the ink on the press, reducing the consistency and quality of the print output.

MGE's Pressmate range of Roller Chilling units have been designed to ensure that consistent temperature profile is maintained in the ink roller trains meaning that even at very high speeds, the press remains at its optimal temperature level.

All MGE print equipment is assembled in accordance with ISO9001 Quality Management System and European CE Legislation.

MGE reserve the right to change, improve and/or modify all or any products manufactured and sold by us at anytime; this does not incur any obligation on our part to make like changes to any of our products previously sold.

PRESSMATE RC100

Two Pressmate models are available depending upon the size and speed of the press: the RC60 and the RC100.

The RC100 unit provides:
* 10.0kW cooling capacity
* 3.0kW heater for cold start
* Variable temperature range with digital display
* Autofilling for the coolant tank

Technical Specifications
Heating Capacity
Heat Exchanger
Condenser unit
Max flow rate
Power requirements
Dimensions (HxWxD) mm
Dry Weight
3 kW
Plate
Air cooled
60 l/min
400v, 3PH, 50Hz
1290 x 1300 x 780
280kg

The RC100 is fitted with a large insulated reservoir tank to ensure coolant temperature fluctuations are kept to a minimum. The unit also uses open loop circulation, reducing the amount of maintenance required and removing the needs for a pressurised system.

Connection to the Press

Pressmate Roller Chillers are designed to be fitted to sheet-fed and web presses equipped with hollow ink rollers using standars rotary unions with thermally insulated feed and return pipes. The systems work by continuously circulating a corrosion inhibited coolant out through the rollers and back to the chilling system giving a consistent temperature transfer across the full length of each of the ink rollers.