SKU
LAUDA-IN1590

LAUDA Integral IN 1590 XTW -90 to 220 C Process thermostat

Price $112,200.00

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From -90 to 320 °C: The powerful Integral XT process thermostats use the flow principle with cold oil superimposition. It allows users to use a wide temperature range with one temperature control medium. The electronically controlled, magnetically coupled eight-stage LAUDA Variopump allows the optimum thermal connection of the flow rate both for pressure-sensitive consumers and for applications with high hydraulic resistance. The modular interface concept ensures maximum networking of the user processes. 


 

Features: 

  • NRTL certified to UL/CSA standards
  • Flow system
  • Side mounted pump connections
  • Digital interfaces
  • Service friendly housing
  • Permanently mounted operation unit with colored display
  • Optimized hydraulic system (filling volume, pressure drop, expansion volume)
  • Significantly improved flow rates
  • Flow control as accessory
  • Intuitive product set up by automated tools
  • More service friendly due to new design concept
  • Integrated webserver via Ethernet to computer or local LAN
  • PT100 socket and alarm contact for process control
  • USB ports for updating and datalogging
  • Remote control panel Command Touch (accessory)
  • Interface modules RS232, Profibus, Ethercat, etc. for digital communication (accessory)
  • LAUDA IOT Cloud connectivity for online monitoring (accessory, in preparation)

 

**This unit is water-cooled, it requires sufficient cooling water, or a secondary chiller, to operate. 

Specifications

Technical data (according to DIN 12876)

Product LAUDA Integral IN 1590 XTW
Power 400V; 3/PE; 50Hz & 460V; 3/PE; 60Hz
Working temperature max. °C 220
Working temperature min. °C -90
Temperature stability ±K 0.05
Ambient temperature min. °C 5
Ambient temperature max. °C 40
Application External
Heater power max. kW 12
Cooling output at 200 °C kW 18.5
Cooling output at 100 °C kW 18.5
Cooling output at 20 °C kW 18.5
Cooling output at 10 °C kW 16
Cooling output at 0 °C kW 12.2
Cooling output at -10 °C kW 9
Cooling output at -20 °C kW 9
Cooling output at -30 °C kW 9
Cooling output at -40 °C kW 8.5
Cooling output at -50 °C kW 7
Cooling output at -60 °C kW 5.2
Cooling output at -70 °C kW 3.4
Cooling output at -80 °C kW 1.5
Cooling output at -90 °C kW 0.5
Pump pressure max. bar 3.1
Pump flow max. L/min 65
Pump connection thread mm M38 x 1.5
Filling Volume min. L 10
Filling Volume max. L 30.6
Interface(s) Ethernet, USB
Dimensions (WxDxH) mm 760x650x1605
Weight 336Kg / 741 lbs
Noise level dB (A) 63
Power Consumption kW 25
Compliance CE, NRTL certified to UL/CSA standards
Overview

From -90 to 320 °C: The powerful Integral XT process thermostats use the flow principle with cold oil superimposition. It allows users to use a wide temperature range with one temperature control medium. The electronically controlled, magnetically coupled eight-stage LAUDA Variopump allows the optimum thermal connection of the flow rate both for pressure-sensitive consumers and for applications with high hydraulic resistance. The modular interface concept ensures maximum networking of the user processes. 


 

Features: 

  • NRTL certified to UL/CSA standards
  • Flow system
  • Side mounted pump connections
  • Digital interfaces
  • Service friendly housing
  • Permanently mounted operation unit with colored display
  • Optimized hydraulic system (filling volume, pressure drop, expansion volume)
  • Significantly improved flow rates
  • Flow control as accessory
  • Intuitive product set up by automated tools
  • More service friendly due to new design concept
  • Integrated webserver via Ethernet to computer or local LAN
  • PT100 socket and alarm contact for process control
  • USB ports for updating and datalogging
  • Remote control panel Command Touch (accessory)
  • Interface modules RS232, Profibus, Ethercat, etc. for digital communication (accessory)
  • LAUDA IOT Cloud connectivity for online monitoring (accessory, in preparation)

 

**This unit is water-cooled, it requires sufficient cooling water, or a secondary chiller, to operate. 

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