LIQUID MIXING EQUIPMENT SOLTEQ ® MODEL: FM 103 T his Liquid Mixing Equipment (Model: FM 103) is a bench-top unit designed for laboratory experiments on solid/liquid and liquid/liquid mixing. Student will be able to study the factors affecting mixing using visualisation and measurement techniques. The unit allows students to predict requirements for full DESCRIPTION The unit consists of mainly a perspex cylindrical mixing vessel and a variable speed mixer system. The mixer system consists of a mixer controller and mixer head. The mixer controller can be easily set-up for a desired combination of mixer run time, speed, and maximum or minimum torque limits. When the preset high or low torque value is reached, the mixer will be stopped automatically to prevent over or under mixing. The mixing vessel incorporates a drain tap and a removable set of baffles. The unit has been designed for easy removal and installation of different types of impellers. The unit comes complete with a range of impellers including a propeller, turbine and various flat blade paddles. The unit allows students to vary the mixer speed, set the torque limits or measure differential torque. Digital Equipment for Engineering Education & Research scale mixer by applying dimensional analysis.
Transcript
LIQUID MIXING EQUIPMENT
SOLTEQ®
MODEL: FM 103
This Liquid Mixing Equipment (Model: FM 103) is a bench-top unit designed for laboratory experiments
on solid/liquid and liquid/liquid mixing. Student will be able to study the factors affecting mixing using
visualisation and measurement techniques. The unit allows students to predict requirements for full
DESCRIPTION
The unit consists of mainly a perspex cylindrical mixing
vessel and a variable speed mixer system. The mixer
system consists of a mixer controller and mixer head.
The mixer controller can be easily set-up for a desired
combination of mixer run time, speed, and maximum
or minimum torque limits. When the preset high or low
torque value is reached, the mixer will be stopped
automatically to prevent over or under
mixing. The mixing vessel incorporates a drain tap
and a removable set of baffles.
The unit has been designed for easy removal and
installation of different types of impellers. The unit
comes complete with a range of impellers including a
propeller, turbine and various flat blade paddles.
The unit allows students to vary the mixer speed, set
the torque limits or measure differential torque. Digital
Equipment for Engineering Education & Research
scale mixer by applying dimensional analysis.
SOLTEQ
display on the mixer controller allows students to
monitor the mixer speed and the torque. A timer is
provided to mix material at constant time interval. The
system maintains speed despite changes in viscosity
and power.
EXPERIMENTAL CAPABILITIES
♦ Visualisation of mixing/flow patterns
♦ Power/speed characteristics of different impellers
♦ Mixing of solid/liquid suspensions
♦ Mixing characteristics using immiscible liquids
♦ Quality of mixing/mixing time
SPECIFICATIONS
a) Bench
A bench-top unit for mixing studies, comes
complete with a perspex cylindrical mixing vessel
and mixer system. A mixer controller is used to
control the speed of the mixer and to set and
monitor the torque. The unit is linkable to a
computer for data acquisition and analysis.
b) Mixing Vessel
A mixing tank made of perspex to demonstrate
the flow process inside the tank.
Nominal Capacity : 20 litres
c) Mixer Controller
Provide precise control of mixing speed. The
controller also links the mixer to the data acquisition
system.
Digital display
Simple set-up for: Mixer run time
Motor speed
Torque limits (min./max.)
Mixer Head:
Motor Rating : 1/10 hp
Shaft Diameter : 3/8 inch
Speed Range : 0 to 900 rpm
Dynamometer Range : 0 to 75 Watt
d) Impellers
i) Turbine
ii) Axial propeller
iii) Blade paddle
OPTIONAL ITEMS
-DAS
SOLDAS DATA ACQUISITION SYSTEM
i) A PC with latest Pentium Processor
ii) An electronic signal conditioning system
iii) Stand alone data acquisition modules
iv) Windows based software
♦ Data Logging
♦ Signal Analysis
♦ Process Control
♦ Real-Time Display
♦ Tabulated Results
♦ Graph of Experimental Results
- CAL
SOLCAL COMPUTER AIDED LEARNING
SOFTWARE
i) Interactive multimedia features
ii) Graphical simulation
iii) Experiment results samples
iv) Full experiment manuals
UTILITY REQUIREMENTS
Electrical supply :240VAC/1-phase/50 Hz
Water Supply : Laboratory tap water
SOLTEQ®Equipment for Engineering Education & Research
SOLTEQ®Equipment for Engineering Education & Research
SOLTEQTYPICAL EXPERIMENT RESULT
POWER CONSUMPTION BY A MIXER AT DIFFERENT OPERATING SPEED
USING DIFFERENT TYPES OF IMPELLER WITH BAFFLES
0
0.5
1
1.5
2
2.5
3
3.5
4
4.5
5
5.5
6
6.5
7
0 100 200 300 400 500 600 700 800 900 1000
OPERATING SPEED, RPM
PO
WE
R C
ON
SU
MP
TIO
N,
WA
TT
S
Disc Mounted Flat Blade Impeller
Shrouded Flat Plate
Impeller
OVERALL DIMENSIONS
Height : 1.21 m
Width : 1.21 m
Depth : 0.75 m
MANUAL
The unit is supplied with Operating and Experiment
manuals in English
SOLTEQ®
Our range of teaching equipment can be complemented with our
SOLDAS and SOLCAL software.
SOFTWARE & E - LEARNING
SOLDAS® - Supervisory Control & Data Acquisition
- Data Logging
- Signal Analysis
- Process Control
- Real-Time Display
- Tabulated Results
- Graph of Experimental Results
SOLCAL® - Computer Aided Learning
- Multimedia Features
- Interactive
- Graphic Simulation
- Experiment Result Samples
- Full Experiment Manuals
Contact us for a catalog CD
SOLUTION ENGINEERING SDN. BHD.(Co. No. 174876-M)
Sales Office :
No.3, Jalan TPK 2/4, Taman Perindustrian Kinrara,47100 Puchong, Selangor Darul Ehsan, Malaysia.Tel. No. : +(603) 80758000Fax. No. : +(603) 80755784
R&D Office :
G-2A, Incubator 3, Technology Park Malaysia,Bukit Jalil, 57000 Kuala Lumpur, Malaysia.Tel. No. : +(603) 8996 0023
