The right temperature worldwide NEW. LAUDA Integral XT. Professional thermostating for pilot plant and mini-plant purposes. Product information

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1 The right temperature worldwide NEW Professional thermostating for pilot plant and mini-plant purposes Product information

2 Professional thermostating for pilot plant and mini-plant purposes Split-second temperature changes for dynamic applications The Integral XT process thermostats are characterised by extremely-fast temperature changes which are founded in the low, internally thermostated heat-transfer volumes. The efficient devices work according to a completely new technological principle, and increase the upper and lower limits of the working temperature range. Fields of application: thermostating of stirrer tanks, glass or stainless-steel reactors in the chemical, pharmaceutical and biotechnology industries. Reliable thermostating of stirrer tanks in the chemical industry Comfortable working in a closed circuit The bath liquid circulates in the entire system, and does not come into direct contact with the ambient air. A non-thermostated expansion vessel is used for the volume compensation in case of temperature changes. This operating principle offers numerous advantages to users. At low temperatures the condensation of air humidity is reduced as well as odour nuisance at high temperatures. Low evaporation or oxidation allows a long service life of the bath liquid. Without the need to change media operation throughout the entire temperature range from -50 up to 200 C is feasible. It is possible to work above the fire point of the bath liquid if it is sufficiently higher than the temperature in the expansion vessel (according to DIN EN standard, minimum 25 K). All this simplifies the thermostating process, and leads into in significantly lower operating costs. Space-saving connection of the external consumer to the Integral XT 2

3 With their high heating, cooling and pump capacities, LAUDA Integral XT process thermostats create a new thermostating dimension in process engineering. The basic principle comprises a circulation thermostat with a very small internal volume and non-perfused expansion vessel. The powerful variopump always the right choice The variopump has 8 different levels which can be set on the display of the Command console in order to guarantee optimum performance for all connected external systems. Alternatively, for pressure-sensitive systems such as glass apparatus, the variopump can be set to a defined flow pressure which must not be exceeded. Easily accessible pump connections simplify the fast connection of external systems. The large connection diameters minimise the internal pressure losses and ensure large flow rates for good heat transfer. Ideal for glass apparatus Easy handling The process thermostats are filled via a recessed filler nozzle on the top of the devices. The small XT devices have handles on the sides and the front, and castors at the bottom of the rear side for easier lifting and moving. A central draining tap on the front side ensures the easy exchange of the bath liquid at any time. The floor-mounted Integral XT devices in the medium and larger sizes have four castors for simple positioning near to the external system. Several draining valves on the side ensure fast and complete draining of the thermostating liquid from the entire system. Easy filling from the top Safety as the utmost priority Numerous additional functions ensure a safe thermostating process. The SelfCheck assistant automatically detects errors, and shows them on the display. In addition to important basic functions such as overtemperature, pump overload, low level and excess level protection, the process thermostats have a flow control instrument. This is important for preventing the freezing or overheating of the thermostating system. Practical drain taps Alarm indication in the event of a malfunction 3

4 Professional thermostating for pilot plant and mini-plant Easy operation via the Command console The process thermostats are operated via the Command console which is also used in the LAUDA Proline range. The console is easily removable and can be used as a remote control. The easy menu-driven operation makes operation intuitive and simplifies fast changes of the settings. An additional extension cable on the Command console enables operation of the device and process surveillance from a distance of up to 50 metres. An opto-decoupled RS 232/485 interface is integrated in the Command console as standard for connection to a PC. Performance profile of the Integral XT: High-resolution, back-lit graphic LC display for depicting the entire thermostating system, and with individuallyadjustable surface Real-time clock combined with timer function Editable programmer for up to 150 segments in five programs Nine pre-defined sets of parameters can be selected for the control Menu-driven operation in German, English, French or Spanish Function lights for heating, cooling and external control Error reports by means of bright LED lights, acoustic alarm and clear text message Variopump with 8 steps and adjustable limit of the pump pressure Integrated external control with cascade connection Supply temperature limit for the gentle heating of the external system Integrated opto-decoupled RS 232/485 interface as standard 4

5 The process thermostats are equipped with the Command console as standard. Thanks to the intuitive menu-driven operation, the device settings are particularly easy to use. Due to the large graphics, all the information essential to the thermostating process is available to the user at a glance. The entire process at a glance The clear process diagram on the high-resolution graphic display of the Command console displays all the device parameters necessary for the thermostating process at a glance. Alternatively, the user can define other views and, hence, can always see the information which is important for him. Liquid change-over made easy Putting the Integral XT into operation goes very fast and safe via an intelligent user guide. The automatic filling program simplifies the complete filling of the system with thermostating liquid. During operation the automatic de-gassing program ensures the controlled removal of highly-volatile compounds or residual air from the thermostating system. While changing the consumer or the thermostating liquid the menu-driven emptying program helps the user to completely drain the bath liquid. The most important parameters are visualised in various forms. Flexible interface concept A multitude of individual options is available for connecting peripheral devices. The units are equipped with a Pt 100 temperature probe connection and two sockets for components with the LAUDA internal LiBus such as the Command control unit, as standard. Similar to Proline, optional modules for fitting up to two plug-in modules are available. The following modules are currently available: RS 232/485 interface Analogue module Contact module SUB-D NAMUR contact module Profibus interface An interface concept with replaceable interface modules enables flexible operation. 5

6 Process thermostats from -50 up to 300 C Compact bundles of energy for a wide temperature range Pressure bar L/min Flow Pump characteristics measured with water for all XT except for XT 1850 W ➀ Step 1 ➁ Step 2 ➂ Step 3 ➃ Step 4 ➄ Step 5 ➅ Step 6 ➆ Step 7 ➇ Step 8 With their compact design, the air-cooled process thermostats offer high performance on a small surface all this over a wide temperature range. Operation at temperatures from -50 up to 200 C is possible without the need for changing the bath liquid. The special high-temperature version enables process temperatures up to 300 C. This makes it ideal for reactor thermostating in the chemical or pharmaceutical process. The large expansion vessel inside the Integral XT ensures that operation also runs smoothly in large, connected external systems. Standard accessories: Console Command with RS 232/485 Recommended accessories: Optional modules: RS 232/485, analogue, contact SUB-D or NAMUR, Profibus Tubings Adapters Additional accessories on request. Integral XT 750 Technical features XT 150 XT 750 XT 750 H Operating temperature range C Temperature stability at -10 C, ±K Heating capacity max. kw Cooling capacity at 20 C kw Pump pressure max. bar Flow max. L/min Filling volume L Filling volume of expansion vessel L Cat. No. 400 V; 3~/PE; 50 Hz LWP 112 (230 V; 50 Hz) LWP 520 LWP 522 Cat. No V; 3~/PE; 60 Hz LWP 812 (220 V; 60 Hz) LWP 720 LWP 722 6

7 The process thermostats are ideal for the requirements of the fast, precise thermostating of external systems in testing or pilot plants. Dynamic processes or other difficult thermostating tasks are safely mastered thanks to the use of high-performance technology. Water-cooled Integral XT for maximum performance Independent of the ambient temperature, the water-cooled process thermostats achieve extremely high cooling capacities up to 18 kw. Large connection dimensions for the water cooling (3/4 / 1 for the XT 1850 W) guarantee reliable heat removal from the Integral XT, and ensure the performance of the device even at high loads. This is advantageous for use close to the site of production and in the testing or pilot plant, where numerous devices and machines operate at the same time and the heat emission is high. Pump characteristics measured with water for XT 1850 W only ➀ Step 1 ➁ Step 2 ➂ Step 3 ➃ Step 4 ➄ Step 5 ➅ Step 6 ➆ Step 7 ➇ Step 8 Pressure bar L/min Flow Standard accessories: Console Command with RS 232/485 Recommended accessories: Optional modules: RS 232/485, analogue, contact SUB-D or NAMUR, Profibus Tubings Adapters Additional accessories on request. Integral XT 1850 W Mains connection 400 V; 3~/PE; 50 Hz Technical features XT 250 W XT 350 HW XT 950 W XT 1850 W Operating temperature range C Temperature stability at -10 C, ±K Heating capacity max. kw Cooling capacity at 20 C kw Pump pressure max. bar Flow max. L/min Filling volume L Filling volume of expansion vessel L Cat. No. 400 V; 3~/PE; 50 Hz LWP 113 (230 V; 50 Hz) LWP 119 (230 V; 50 Hz) LWP 521 LWP 532 Cat. No V; 3~/PE; 60 Hz LWP 813 (220 V; 60 Hz) LWP 819 (220 V; 60 Hz) LWP 721 LWP 732 7

8 You can find a selection of important accessories for the thermostats on this page. Please see the LAUDA accessories brochure for further accessories. Metal hoses Stainless steel With connection nut M 30x1.5 clear with 20 mm Cat. No.: Designation Length cm Temp. range C LZM 081 MXC 100S LZM 082 MXC 200S LZM 083 MXC 300S With special insulation, can be used for hot and cold area, for all bath liquids. Please note: Ask LAUDA for suitable adapters and connectors. Liquids Temp.- Cat. No.: Designation Composition range C packing drum LZB 124 Kryo 55 silicone oil Liter LZB 224 Kryo 55 silicone oil Liter LZB 324 Kryo 55 silicone oil Liter Insertable modules Insertable modules enable easy upgrade for Integral XT thermostats with interfaces for different peripheral devices. Cat. No.: Designation Description LRZ 912 Analogue module 2 x In, 2 x Out, 0(4) 20 ma or 0 10 V LRZ 913 RS 232/485 interface galvanically isolated, 9-pin SUB-D LRZ 914 Contact module NAMUR 1 x In, 1 x Out, NE 28, 2 DIN sockets LRZ 915 Contact module SUB-D 3 x In, 3 x Out, 15-pin SUB-D LRZ 917 Profibus interface galvanically isolated, 9-pin SUB-D Cat. No. Designation Length EKS 068 Cable set LiBus for Command Console 5 m EKS 069 Cable set LiBus for Command Console 25 m Bypass Cat. No. Designation Description LWZ 046 Bypass Redirects a settable partial flow back to XT Recommended use for connecting consumers with high hydraulic resistance (low cross-sections -> low flow). Please request your free copy of the comprehensive LAUDA accessories brochure. Thermostats Circulation chillers Heating and Cooling systems Interfacial Instrumentation & Viscometry Instrumentation LAUDA DR. R. WOBSER GMBH & CO. KG P.O. Box Lauda-Königshofen Germany Phone: +49 (0) Fax: +49 (0) info@lauda.de Internet: e-1/05.06 Subject to technical changes.