Table of Contents
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LABORATORY INCUBATORS
MODELS INCLUDE:
WITH EUROTHERM 3216 CONTROL
& MSP MULTI SET POINT
P.O. Box 6862, Wetherill Park Delivery Centre, N.S.W. 1851. Australia.
TI-150F TI-150G
TI-250F TI-250G
TI-350F
TI-500F
Thermoline Scientific Equipment Pty. Ltd.
T/A
Thermoline Scientific
10-12 Ross Place. Wetherill Park. N.S.W. 2164. Australia.
Phone: (02) 9604 3911. International: 61 2 9604 3911.
Fax (02) 9725 1706. International: 61 2 9725 1706.
Email:
sales@thermoline.com.au
ABN 80 000 859 129
Web:
www.thermoline.com.au
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Table of Contents
Related Manuals for Thermoline Scientific Equipment TI-150F
Summary of Contents for Thermoline Scientific Equipment TI-150F
- Page 1 TI-350F TI-500F WITH EUROTHERM 3216 CONTROL & MSP MULTI SET POINT Thermoline Scientific Equipment Pty. Ltd. Thermoline Scientific ABN 80 000 859 129 10-12 Ross Place. Wetherill Park. N.S.W. 2164. Australia. P.O. Box 6862, Wetherill Park Delivery Centre, N.S.W. 1851. Australia.
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Page 2: Table Of Contents
P a g e IMPORTANT INFORMATION This manual contains operating and safety information. The operator must read and understand the contents of this manual prior to using this equipment. Incorrect operation may cause harm or damage the severity is classified by the following Alert Boxes. -
Page 3: Introduction
P a g e INTRODUCTION Thank you for selecting this product from the large range of products manufactured in Australia by Thermoline Scientific. The materials incorporated in this design have been carefully selected for their durability, technical performance, and practicability, the resultant product is one we are proud of. -
Page 4: Function
Air movement is either gravity ‘G’ convection, Models: TI-150G and TI-250G or Fan ‘F’ Forced, Models: TI-150F, TI-250F, TI-350F and TI-500F. PERFORMANCE The operating range for this equipment is ambient +5C to +60C with a control accuracy of ... -
Page 5: C-Tick
P a g e C-TICK The equipment referred to here complies with requirement of AS/NZS 1044:1995 electromagnetic interference (EMI). INSTALLATION (Refer to Unpacking Page 2) Place the equipment in a well-ventilated area, on a firm level surface and ensure that a suitable power supply is available. -
Page 6: Explanation Of Controls
P a g e EXPLANATION OF CONTROLS The controls are located in a control enclosure above the door. MAIN SWITCH This is a combination power switch and circuit breaker, when pressed this switch allows power to be supplied to the controls and circulating fan if applicable. Incorporated in the face of the switch is a ’MAINS ON’... -
Page 7: Electrical
P a g e ELECTRICAL - POWER LEAD A removable mains power lead with a three pin plug and right angle female IEC socket is supplied for connection between the male IEC socket located at the incubator (top left side) and a ten (10 Amp General Purpose Outlet (G.P.O.) OVER TEMPERATURE INDICATION All Eurotherm 3216 controllers are fitted with an automatic over temperature alarm. -
Page 8: Operating Guidelines For 3216
P a g e Operating Guidelines for a Eurotherm 3216 Timer/Programmer. The Eurotherm 3216 digital temperature control can be used either as a simple set point control, where the operator sets the temperature and the incubator controls at that temperature. Or it can be operated as a program control where the temperature ramps from one temperature at a set rate to a second temperature, and then dwells at that temperature for a set period of time. - Page 9 P a g e OPERATING THE 3216 PROGRAM: The multiple set point program is made up of 4 ramp/dwell segments of “TGSP 1 - 4” (Target set point), “RMP 1- 4” (Ramp to target temperature in ºC/hour), “DWEL 1 – 4” (Dwell at target temperature for “x”...
- Page 10 P a g e | 10 2. Use the “Scroll” key to select in turn the “tsp.1” parameter (Target set point 1), the “RMP.1” parameter (Ramp rate 1), and the “DWEL.1” parameter (Dwell time 1). Use the raise or lower keys to set the parameters shown below. TSP.1 (Target set point 1) RMP.1 (Ramp rate 1) Note with RMP.1 = OFF the temperature will rise...
- Page 11 P a g e | 11 Note that in this instance “RMP.2” is set at 5.0ºC/hour so that the program will ramp from 35ºC to 40ºC in 1 hour, then dwell there for 5 hours. 4. As for segment 2 described above use the “Scroll” key to select in turn the “tsp.3”...
- Page 12 P a g e | 12 function, the cool time will depend on the size of the incubator and ambient conditions. 7. Now that the program has been entered use the “Scroll” key to run the program: 8. After “P.CYCL” press the “Scroll” key again to step through to the next parameter which would be “res t.stat”.
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Page 13: Calibration
P a g e | 13 11. Use the “Home” key to return to the original display: SENSOR CORRECTION There are a number of factors that will affect the accuracy of the temperature displayed in relation to the actual temperature inside the incubator, these include the following: ... -
Page 14: Calibration
P a g e | 14 Use the “Scroll” key to step through to the last parameter. The screen will show “PV.OFS”. Use the up or down keys to enter an offset of +1.0ºC. Use the “Home” key to return to the original display: You will now notice that the +1.0ºC calibration has been added to the incubator temperature. - Page 15 P a g e | 15 PRODUCT WARRANTY This warranty is limited to goods purchased and installed in *Australia. Twelve (12) months full warranty on parts and labour by Thermoline Scientific through its authorised dealers or service organisations, will repair or at its option replace any part found to contain a manufacturing defect in material or workmanship without charge to the purchaser for parts, service labour or any necessary shipping or cartage costs for parts only.
- Page 16 P a g e | 16 The buyer does not have, under any circumstances, any cause of action or right to claim or recover from Thermoline Scientific for, and in respect of, any loss or damage of any kind whatsoever, caused directly or indirectly by: ...
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