Variotherm ATT N1

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Temperature range up to C°
Heating capacity (Heating circuit/Cooling circuit)
Cooling capacity (Cooling circuit/Heating circuit)
Max. flow rate in l/min
Max. pressure in bar
Product number: ATT N1
Product information "Variotherm ATT N1"

Variotherm temperature control used in combination with suitable mould inserts allows variations in temperature of more than 100 °C in critical areas or in complete moulds. In order to achieve this, the SINGLE ATT system operates with two separate circuits that contain thermal fluid with a different temperature. Both ATT circuits contain the same fluid. Water is recommended for temperatures of up to 200 °C, while oil is suitable for applications that operate with temperatures of up to 300 °C.

General
  • Temperature control system with one heating and one cooling circuit and circuit switch
  • Fast alternation between heating and cooling circuit thanks to hydraulic switching
  • Energy-saving temperature-controlled feeding of return fluid into the  corresponding circuit
  • Easy operation with touch screen
  • Connection to standard moulds
  • Rugged, powder-coated steel sheet housing
Hydraulics
  • High-quality materials and reliable components
  • Wear-free flow metering and flow monitoring
  • Hose connections between system and valve station
Electric and control equipment
  • Programmable logic controller with touch screen
  • Heating control by solid state relay with fail-safe pilot contractor
  • Electronic safety temperature limiter
  • Switch box to IP54
  • Remote control via remote touch screen or via Ethernet-based PC
  • Connection for 20 mA current loop (TTY)
  • Hose connections between valve station and mould
  • Data logging via integrated USB interface
File Category Size Filetype
Datenblatt ATT-N1 (DE) Produkt-Downloads 75.43 KB pdf
ATT Prospekt D Produkt-Downloads 1.98 MB pdf
ATT Brochure GB Produkt-Downloads 4.28 MB pdf
Data sheet ATT-N1 (EN) Produkt-Downloads 74.97 KB pdf

 

The illustrations and drawings, size, weight, consumption, performance, chemical and physical data are always approximate.