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ISO 9001 : 2015
NL/PRO 238239125
van 't Hoffstraat 12
2665 JL Bleiswijk, THE NETHERLANDS
T. 31 (0) 10 522 43 73
ttu-tb-tlb-tlc.docx Rev. 1.04 UK 0720
USER-MANUAL
TTU - TBxx - TLBxx
TLCxx
Tamson Instruments B.V.
E-mail: info@tamson.com
Website: www.tamson.com
VAT: NL 80 66 34 984 B01
Bank account no.:
NL28 INGB 0007 350 370
NL95 RABO 0160100046
Chamber of commerce 27 16 95 41
Page 1/39

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  • Page 1 USER-MANUAL TTU - TBxx - TLBxx TLCxx Tamson Instruments B.V. ISO 9001 : 2015 NL/PRO 238239125 VAT: NL 80 66 34 984 B01 Bank account no.: NL28 INGB 0007 350 370 van 't Hoffstraat 12 NL95 RABO 0160100046 2665 JL Bleiswijk, THE NETHERLANDS Chamber of commerce 27 16 95 41 E-mail: info@tamson.com T.
  • Page 2: Table Of Contents

    CONTENTS SAFETY AND WARNINGS ........................3 WARRANTY .............................. 3 EC DECLARATION OF CONFORMITY ....................4 PRECAUTIONS AND HAZARDS ......................8 INSTALLATION ............................8 UNPACKING ..............................8 INITIAL USE ..............................9 PLACEMENT AND VENTILATION ........................9 FILLING THE BATH ............................10 CONNECTING ............................
  • Page 3: Safety And Warnings

    SAFETY AND WARNINGS Make sure before installing or operating the equipment to read and understand all instructions and safety precautions listed in this manual. If there are any questions concerning the operation of the equipment or about the information given in this manual please contact your local dealer or our sales department first. Performance of installation, operation, or maintenance other than those described in this manual may result in a hazardous situation and may void the manufactures warranty.
  • Page 4: Ec Declaration Of Conformity

    EC DECLARATION OF CONFORMITY Following equipment is in complience with EMC Directive 2014/30/EU: Product: Thermostatic bath and circulator TC6b, TC10b, TC20b, TLC10, TLC15, TLC30, TB30, TLB50 Model: Serial code: Effective from 07Txxx Manufacturer: Tamson Instruments bv van 't Hoffstraat 12 2665 JL Bleiswijk The Netherlands The products are in conformity with the following specifications:...
  • Page 5 not applicable were: Conducted discontinuous emissions (Clicks) Radiated emission (OATS) Magnetic field immunity The equipment conforms with all the specifications and norms in this regard. The equipment conforms without any further notice. Entity responsible for marking this declaration : Manufacturer, Tamson Instruments bv, van 't Hoffstraat 12, Bleiswijk The Netherlands, Name R.C.
  • Page 6 Part no. Picture Description TTU-A (Tamson Thermostatic Unit "A") Stirring Pump 19T3110 - 230V 50-60Hz 1.1 kW Heating 19T3111 - 115V 60Hz Stirring Cooling coil 19T1010 - 1.4 kW Heating 230V 50-60Hz 19T1011 - 115V 60Hz Stirring Short shaft 19T3120 - 2.8 kW Heating 230V 50-60Hz 19T3121 -...
  • Page 7 TB30 (Tamson Bath 30 litres) 00T0069 - 230V 50-60Hz 00T0070 - 115V 60Hz D1838 version 00T0065 - 230V 50-60Hz 00T0066 - 115V 60Hz TLB50 (Tamson Low temperature Bath 50 litres) 00T0072 - 230V 50Hz 00T0071 - 115V 60Hz 00T0073 - 230V 60Hz D892 FOAM (ASTM –...
  • Page 8: Precautions And Hazards

    PRECAUTIONS AND HAZARDS Before attempting to operate the bath read all parts of this manual carefully to insure smooth operation and avoid damage to the equipment or its accessories. If a malfunction occurs, consult section "TROUBLE SHOOTING", page 34 If a problem persists, call your supplier or Tamson Instruments B.V.
  • Page 9: Initial Use

    functioning properly. In case of return of the apparatus, we will only accept original packaging. INITIAL USE Before filling the bath make sure that the bath is clean. Place the bath spirit level, and connect it to the mains after the mains-switch is placed in “off” position. Use a mains-supply with proper grounding.
  • Page 10: Filling The Bath

    FILLING THE BATH The bath-fluid level must be 10- tot 20 mm below the edge of the top-plate. 10 - 20 mm Max. 60 mm In al cases the heating element must be kept fully submersed during use. A low fluid level will cause severe damage to the heating element and also cause fire when flamable bath fluid is used.
  • Page 11 It is very important to select a liquid with a viscosity of less than 10 cSt at the operating temperature and a flash point which is well above the operating temperature. METHANOL Do not use demineralized water. This water can lead to corrosion of the bath and moving parts.
  • Page 12 Ensure a correct fluid level. The heating element must be kept fully submersed during use. TB30 bath Bath content level must be above the heaters! When level is too low, there is great risk of fire! TLB50 Low temperature bath Bath content level must be above the heaters!
  • Page 13 TLC10 cooling circulator Bath content level must be above the heaters! When level is too low, there is great risk of fire! TLC15 cooling circulator Bath content level must be above the heaters! When level is too low, there is great risk of fire! Tamson Instruments B.V.
  • Page 14: Connecting

    CHECK VOLTAGE FREQUENCY CONNECTING Before plugging the appartus into the mains socket, make sure the voltage of the bath corresponds to the local voltage and frequency. Use a mains supply that is well earthed, clean of USE PROPERLY interference and suitable for the acquired electrical load EARTHED MAINS of the bath.
  • Page 15: Introduction To The Series

    INTRODUCTION TO THE SERIES The TAMSON baths are used for precise temperature control. This series offers a choice in multiple bath volumes, different cooling capacities and operating temperature ranges. GENERAL The TAMSON baths are constructed throughout from corrosion-resistant – stainless steel and brass materials. Outher casing is zinc plated powder coated steel.
  • Page 16: Backside Of Apparatus

    BACKSIDE OF APPARATUS TLC15 and TLC30 1. Outlet (pressure side) 2. Inlet (return) 3. Motorfuse / motorspeed with optional pump 4. External PT100 (optional) 5. Overflow 6. Bath drain 7. Power supply TB30 Cooling coil Mains cord Connectors (optional) Overflow outlet Cooling fan (optional) Bath drain The cooling fan is available on partnumbers...
  • Page 17: Using The Overflow Outlet

    USING THE OVERFLOW OUTLET When the bath fluid rises, excessive fluid can leave the bath via the overflow (5) outlet. This can be the case when fluid retrieves from an external load when switching off the pump. Or when (re)filling the bath fluid.
  • Page 18 Connect outlet to waste container Setup for overflow protection TB30 Tubing and waste container: Chemical resistant and withstand high temperature Setup for overflow protection TLB50 Setup for overflow protection TLC10 Tamson Instruments B.V. ISO 9001 : 2015 NL/PRO 238239125 VAT: NL 80 66 34 984 B01 Bank account no.: NL28 INGB 0007 350 370 van 't Hoffstraat 12...
  • Page 19: External Pump

    EXTERNAL PUMP To ensure uniform temperature control all models have a built in stirring mechanism. Additional to the stirring, the TLC and TTU (can) offer the possibilty to circulate fluid PRESS trough an external closed system BUTTON TO RESET MOTOR Both stirrer and pump are protected bij a fuse.
  • Page 20: Cooling The Bath (Ttu - Tb)

    COOLING THE BATH (TTU - TB) When using the bath fluid around ambient temperatures it is difficult to realise stable temperature regulation. This is caused by the self heating of the bath due to the insulation and friction of the pump/stirrer. This can cause a raise of temperature in the bath up to 30 ..
  • Page 21 Hooking up other equipemnt The tamson circulator bath can be used to cool other equipment. Two setups are displayed here where a cooling circulator is connetced to a viscometer bath (TV4000MKII) A viscometer bath model TV4000MKII and TLC10 A viscometer bath model TV4000MKII and TLC15 or TLC30 Tamson Instruments B.V.
  • Page 22: Operation

    OPERATION SWITCHING ON If the bath has been properly filled with fluid it can be switched on with the mains switch located on the front panel. Chose a working temperature (set point). CAUTION WITH POWERING ON/OFF WAIT Be careful and do not toggle with the on/off switch. To BEFORE start the cooling compressor high currents are needed TURNING ON...
  • Page 23: Front Panel Keys

    8.3.2 FRONT PANEL KEYS The front panel layout shows 3 operating keys: The “Page” Key offers following: Temperature readout in °C, Temperature set point in °C, Changing the tuning (PID) parameters, The “Up and Down” keys allow changing the listed value. All changed values like set point and PID parameters will be kept in memory even after switching of the power Page...
  • Page 24: Display Readout

    the menu. After switching off the power supply, changed values are kept in memory. 8.3.3 DISPLAY READOUT Temperature readout Applied percentage of power Operating mode Indicator, alarm high, alarm low, control stable Ad 1: When the controller starts or is restarted, the displayed value increases to a stable readout appears after a few seconds.
  • Page 25 The temperature displayed can be increased or decreased with an offset ranging from +5.00 down to -5.00 °C in steps of 0.01°C. This way the temperature reading on the display can be synchronised with an independent separate thermometer. MENU ITEM "MAX POWER" (press: low 25, med, hi, max) Limits the applied power by a maximum value: Maximum of 25% applied...
  • Page 26 MENU ITEM "PID PARAMETER" PID set 1 PID set 2 deactivated PID set 3 deactivated PID set 4 Activated when communication via RS232 Each set offers independent PID settings for: Proportional band Integrating Differentiating Default settings *Pb= proportional band. Proportional value P is found to be 100/Pb.
  • Page 27: Pid Configuration

    PID CONFIGURATION The two graphs below show the influence of the integral setting. The graph on top has a setting of 200 for the integral parameter. The bottom graph has a setting of 16. The value of 200 causes less stable control. Delta = 0,075°C ±...
  • Page 28: Quick Start

    QUICK START Fill the bath with fluid to flood the heating elements and the cooling coil. However do not fill the bath fully to the maximum. Adjust the safety thermostat to the maximum working temperature. Place the power plug, and switch the bath on using the mains switch.
  • Page 29: Using Pid For Stable Temperature Control

    USING PID FOR STABLE TEMPERATURE CONTROL 10.1 ADJUST SET POINT To start operating the bath: Fill the bath with fluid to flood the cooling coil, However do not fill the bath fully to the maximum. Place the power plug, switch the bath on using the mains switch, Choose a working temperature (set point): Press...
  • Page 30: Manual Tuning

    10.3 MANUAL TUNING The parameters for the PID control can also be changed manually. The method described below provides fast finding of the PID settings and is refereed to as the method of "Ziegler Nichols" This method provides fast manual findings of the PID values.
  • Page 31: Draining Bath Fluid

    10.4 DRAINING BATH FLUID Before removing flammable bath liquids take the appropriate fire hazard precautions against these liquids. When draining the bath fluid, be sure that the bath fluid has cooled down to ambient temperature. If viscosity is too high at ambient temperature to remove the fluid, make sure that the hose to drain and waste container can withstand the temperature of the bath fluid.
  • Page 32 Drain the TB30 Drain the TLB50 Drain the TLC10, 15 or 30 Tamson Instruments B.V. ISO 9001 : 2015 NL/PRO 238239125 VAT: NL 80 66 34 984 B01 Bank account no.: NL28 INGB 0007 350 370 van 't Hoffstraat 12 NL95 RABO 0160100046 2665 JL Bleiswijk, THE NETHERLANDS Chamber of commerce 27 16 95 41...
  • Page 33: Maintenance

    10.6 MAINTENANCE Keep the apparatus free from dust. Regularly check the cooling openings and remove dust with vacuum cleaner. If necessary remove cover and clean internally. Use appropriate protection when cleaning, dust can be very unhealthy. Tamson Instruments B.V. ISO 9001 : 2015 NL/PRO 238239125 VAT: NL 80 66 34 984 B01 Bank account no.:...
  • Page 34: Trouble Shooting

    TROUBLE SHOOTING All Tamson products are well designed and carefully tested before shipping. This will not fully prevent small problems in the field. Following will help you to locate commonly known problems and how to fix them. In case of doubt please check your local dealer or Tamson Instruments bv.
  • Page 35: Specification

    SPECIFICATION 12.1 TECHNICAL SPECIFICATIONS OVERVIEW Item Unit TLC10-3 TLC15-5 TLC30-5 Power [Watt] 1100 1400 Used materials Stainless steel Inside bath Brass bearing -10 ..+60 C -15 ..+ 60 C Range [] -30..+ 60C 14 ..140°F 5 .. + 140°F -22..+ 140°F Extended [] -10..120°C...
  • Page 36 Item Unit TB30 Power max [kW] Used materials Stainless steel Inside bath Range Ambient 80 C [] Ambient ..176°F Extended [] on request range Standard C, F on Reading request Setting ± [°] 0.01 Stability ± [°K] Better than 0.05 Heating [kW] 2 x 1.4...
  • Page 37: Spare Parts

    SPARE PARTS Spare parts TTU-A 230V 50-60Hz 19T3110 19T1010 19T3120 19T1020 19T3122 115V 60Hz 19T3111 19T1011 19T3121 19T1021 19T3123 25T1295 Motor 230V      25T1301 Motor 115V      24T8081 Motorfuse 0,3A -  ...
  • Page 38 Spare parts TTU-A TB30 TLB50 TLC10 TLC15 TLC30 Standard Leveling ASTM platform D1838   230V 50-60Hz 00T0065 00T0067 00T0069 230V 50Hz 00T0072 00T0050 00T0565 00T0555 230V 60Hz 00T0073 00T0051 00T0567 00T0562 115V 60Hz 00T0066 00T0068 00T0070 00T0071 00T0052 00T0570 00T0560 25T1295 Motor 230V...
  • Page 39: Disclaimer

    DISCLAIMER Information given herein is offered in good faith as accurate, but without guarantee. Conditions of use and suitability of the product for particular uses are beyond our control; all risks of use of the product are therefore assumed by the user and We expressly disclaim all warranties of every kind and nature, including warranties of merchantability and fitness for a particular purpose in respect to the...

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