The product is composed of an inclined plane, a supporting rod, a trolley, a friction block and a weight barrel. The size of the inclined plane is about: 815mm*100mm*20mm.
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The rotating inclined surface linked with horizontal surface can be adjusted, folded.
The metal supporting rod behind the inclined surface can support the surface when the angle is adjusted.
It consists of inclined surface(200*120*13mm) and horizontal surface(500*120*13mm).
Friction body which can be set up to give 3 different surface options
Experiments relating to Hooke's Law, friction and the inclined plane
Rail from forming the inclined plane
Steel helical spring
Supplementary set for experimental unit.
Box to house the components.
Friction body which can be set up to give 3 different surface options
Experiments relating to Hooke's Law, friction and the inclined plane
Rail from forming the inclined plane
Steel helical spring
Supplementary set for experimental unit.
Box to house the components.
The plane carries a free running pulley at one end and at the other end is hinged to the base plate. Consisting mostly of metal construction with a machine ground steel plane. The angle is displayed on a Clinometer Protractor on the front face of the plane. Eight sliding surfaces are supplied on opposite faces of 10 cm x 10 cm pads having a total mass of 1 Kg each. Two vertical pillars located either side of the plane carry a cross bar which can be positioned at various levels by set screws to tilt the plane. Certain materials are provided on both half area and full area of the pads. Other surfaces include steel, glass, aluminium and PVC. A knurled screw permits fine adjustment of the angle of the plane which has a maximum value of 45º. Additional loads of 2 x 1 Kg each and 1 x 500 gm together with 1 Kg weight carrier are also provided.
Applications:
Frictional effects of an inclined plane
Measures coefficient of friction between steel and various materials
Experiments of moving and static bodies.
Features:
Eight sliding surfaces of various engineering materials
Clinometer measurement for fine adjustment of plane angle
Various load masses.
Performance: Power supply voltage: single phase 220V + 10% (50Hz)?Power rating: 300W?Operating temperature range: 20?60 ??Temperature fluctuation: no more than ±1?.
Function: for vaccine culture.
Incubator Shaker Biological Shaker
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Intended use:
Equipment used as a controlled temperature environment for incubating clinical laboratory tests.
An infant incubator provides a closed, controlled environment that warms an infant by circulating heated air over the skin. Incubators feature better temperature control than radiant warmers (overhead heating units), which can overheat or underheat the infant. However, an infant in an incubator is less accessible to the caregiver. The heat is then absorbed into the body by tissue conduction and blood convection. Ideally, both the skin and core temperatures should be maintained with only minor variations.
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Incubators for Microbiology
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A sterilization indicator designed to be placed within a sterilizing chamber, and to respond with a characteristic chemical and/or physical change to one or more of the physical conditions within the chamber, to validate the sterilization process. This is a single-use device.
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The water level indicator consists of a flat, two cores, heavy duty cable calibrated in metres and centimetres on one side.
Water level depth indicator, battery powered (3 x 1.5 V, included and easily replaceable), for use in boreholes to a maximum depth of 200 metres.
A stainless-steel probe is securely fastened to the free end of the cable and the cable with probe is attached to a cable winding reel. Measurements are taken by slowly lowering the cable with probe down the borehole until the probe comes in contact with the water. On contact with the water, the unit emits a high frequency audible signal, and the user can then take a depth reading from the calibrated cable.
The unit is also equipped with an optical (light) signal that switches on upon contact of the probe with water.
Water level depth indicator, battery powered (3 x 1.5 V, included and easily replaceable), for use in boreholes to a maximum depth of 100 metres.
A stainless-steel probe is securely fastened to the free end of the cable and the cable with probe is attached to a cable winding reel. Measurements are taken by slowly lowering the cable with probe down the borehole until the probe comes in contact with the water.
The water level indicator consists of a flat, two cores, heavy duty cable calibrated in metres and centimetres on one side.
The unit is also equipped with an optical (light) signal that switches on upon contact of the probe with water. On contact with the water, the unit emits a high frequency audible signal, and the user can then take a depth reading from the calibrated cable.
The water level indicator consists of a flat, two cores, heavy duty cable calibrated in metres and centimetres on one side.
A stainless-steel probe is securely fastened to the free end of the cable and the cable with probe is attached to a cable winding reel. Measurements are taken by slowly lowering the cable with probe down the borehole until the probe comes in contact with the water.
Water level depth indicator, battery powered (3 x 1.5 V, included and easily replaceable), for use in boreholes to a maximum depth of 150 metres.
The unit is also equipped with an optical (light) signal that switches on upon contact of the probe with water. On contact with the water, the unit emits a high frequency audible signal, and the user can then take a depth reading from the calibrated cable.
Water level depth indicator, battery powered (3 x 1.5 V, included and easily replaceable), for use in boreholes to a maximum depth of 50 metres.
A stainless-steel probe is securely fastened to the free end of the cable and the cable with probe is attached to a cable winding reel.
The water level indicator consists of a flat, two cores, heavy duty cable calibrated in metres and centimetres on one side.
On contact with the water, the unit emits a high frequency audible signal, and the user can then take a depth reading from the calibrated cable. The unit is also equipped with an optical (light) signal that switches on upon contact of the probe with water.
Measurements are taken by slowly lowering the cable with probe down the borehole until the probe comes in contact with the water.
Indoor Solar Energy Training System
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Indoor Solar Energy Training System Set Electronic Engineering Lab
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Inductance Decade Box
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Induction Flashlight
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Single or three phase inductive step variable load.
Max. Voltage: 220/380 V/Y
Max. Power: 3 x 300 VAR.
