The apparatus consists of two rafter struts and a restraining tie mounted on a self contained, bench top base.
Evaluation of co-planar forces in the struts and tie of a basic roof truss
Effect of changing tie bar length
Loading at the hinged apex by load hanger
The tie length, and hence angle of truss, variable
Both struts and tie incorporate linear, direct reading spring balances to measure forces
An instruction manual for student and lecturer provided
Struts and tie re-adjustable to original lengths
Set of weights.
mm/inch
Throat clearance: 380/15
Spindle vertical movement: 25/1
Work table size: 355x355/14x14
Up/down movement of table: 125/5
Routing work table size: 610x420/24x161/2
Table tilt degree: 15
Spindle speed (rpm): 11000
Power required hp/rpm: 1.5/2800
mm/inch mm/inch
Length of bed: -6.5ft 1805/71 1980/78
Height of centres: 220/8 5/s 165/61/2M
Admit between centres: 1000/39 3/8 1220/48
Max.work diameter: 200/8 150/6
Min.work diameter: 50/2 -
Max.working length: 970/38 1/8 -
Standard pitches: - 100/4,125/5,150/6,
175/7,250/10
Divisions: - UP TO 6
Face plate diameter: 265/10.5
Spindle speed (rpm): 570/1000 /1850/2500 -
Power required -hp/rpm: 1.5/1440 SINGLE PHASE
Ideal for visitors or light duty applications.
Shoe covers provide lightweight protection from non-hazardous liquids and dry particulates.
Optimum allow-steel structure and head treatment throughout ensure high strength.
The long shank of wrench allows extra leverage without compromising safety.
Material: Polypropylene, autoclavable.
Capacity: approx. 475ml
Length: approx. 205mm
Width: approx. 95mm
Height: approx. 45mm.
Basic container for soiled dressings during nursing and surgical care.
Smooth surface.
Material: Austenitic stainless steel.
Austenitic stainless steel composition: 18 - 20% chromium, 8 - 10 % nickel.
Reusable.
Container, kidney shaped.
Capacity: approx. 800 to 850ml.
Thickness: approx. 0.75-0.85mm.
Length: approx. 240-260 mm.
Width: approx. 130-150mm.
Height: approx. 30-50mm.
The reactors use the saponification reaction between ethyl acetate and sodium hydroxide. This provides a well understood and safe reaction for the students to investigate the different reactor types.
This is a reactor system specially designed to perform batch enzyme reaction utilizing the glucose isomerisation reaction catalyze by glucose isomerase. The unit is used to demonstrate batch enzyme kinetics and enzyme characteristics.
The fourth reactor - stirred tank reactor in series - is mounted on a dedicated unit.
Developed a set of algorithms which link the degree of conversions of the reactants to the electrical conductivity of the product. In this way the progress of the reaction can be monitored in real time, without the inconvenience and innaccuracy of titration methods.
Features:
Real time reaction monitoring
Small bench top equipment
Safe and student friendly
Four different types of reactor
Data logging facility available
Cost effective - 3 reactors share same service unit.
The Batch Fludized Bed Driercis a small but technologically advanced fluidized bed drier. It allows to directly obtain the characteristic drying curve (CDC), which is used to preset precise parameters on industrial drying plants also of different type such as: cabinets, conveyor plants, rotary. It is suitable to carry out research and small batch production in processes on fluidized materials such as drying, granulation, coatings, etc.
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All vessels, pipes, valves and fittings in contact with process materials are constructed in stainless steel with the exception of the borosilicate glass solvent condenser. The support framework is also stainless steel. The vessel base is equipped with an indirect steam chest for process heating. Direct steam is injected at a variable rate through a distribution pipe positioned above the mesh. A similar distribution pipe positioned near the top of the vessel allows solvent to be sprayed uniformly onto the bed of material.
The cylindrical extractor/desolventiser with a hinged lid for charging the extraction material, has a base inclined slightly towards a port for discharging the extracted and desolventised meal. The miscella tank, positioned directly below the extractor to collect the draining liquid, is also a cylindrical vessel incorporating a steam chest as its base. Material is supported above the base by a perforated plate covered with a fine woven mesh so solvent may drain through to the miscella tank whilst retaining the solids.
Vapour from the vessels, produced in the desolventising process,is directed by ducting to the solvent condenser, an inclined cylindrical glass tube containing a double coil through which cooling water is circulated. This vessel also incorporates a direct steam distribution pipe through which steam can be metered at a variable rate. Condensate (usually a mixture of solvent and water) drains into the solvent water separator tank which allows thorough separation of the solvent and water by a gravity process.
It consists of box , spring and connectors used for holding NO.1 battery, which is made of ABS.
The size: 80*36*30mm,it can be series connected, as well as paralleling.
-lab-652612891.jpg "Battery Box (With Terminal)")
The battery case consists of box, spring and connectors, which is used for holding NO.1 battery.
The box is connected with the external connection post, which is convenient to connect the battery power and the external, the size: 92*40*38mm.
It has jacks for series connecting and it can not work when the battery is put in error.
The battery box tester consists of 4 battery boxes and a plastic floor. Voltage output for 1.5V, 3V, 4.5V, 6V can be demonstrated.
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Battery and Coil
Operated: Static
Equipment Layout (Coil): On Base
Equipment Layout (Battery): Standalone
The densitometers are designed and factory calibrated to measure turbidity in the range of 0.5 to 4.0 units 0.0 to >7.5 units with a small standard deviation.
A compact benchtop densitometer (suspension turbidity meter) for measuring turbidity of cell suspensions in a variety of life science applications.
If required, it can deliver a wider measurement range (up to 15.00 units), but with a greater standard deviation.
Measurement time: 1 second. Precision: ±3%.
Measurement range: 0.5 to 4.0 units, 0.0 to >7.5 units.
Microdenier technology provides the sock with ideal cool feeling and comfort
Provides microdenier softness for operator comfort
Designed for all-day comfort
Because of the enhanced wicking function, contact discomfort associated with wearing regular cotton or polyester socks is greatly reduced
Reduced odor caused by foot perspiration
Reduced sock degradation over extended wear due to oils and sweat
Long lasting freshness and cooling for operator.
The single-use lab coat is manufactured from antistatic lightweight Clean Tough material and features press stud fastenings, open cuffs, three pockets, and a rear vent.
Open cuffs and rear vent
Three deep pockets.
Lightweight Clean Tough material
Press stud fastening.
