Product Details:
Automation Grade | Semi-Automatic |
Condition | New |
Power Source | 1,5kw |
Brand | DIDAC |
Material | Stainless Steel |
Bend | no |
Surface Finish | yes |
Power Requirement | 1x220w (D=10mm) |
Control Panel | yes |
Elbow | no |
Distance Of Length In Between | 1.00m |
Test Type | no |
Technical Data:
Duct:
Fan:
2 heaters:
Additional Information:
Product Details:
Brand | DIDAC |
Color | Gray |
Size | 1060x950x550mm |
Material | Stainless steel |
Capacity | 6,5L |
Floor Area | NO |
Ball Valve | no |
Technical Data:
Additional Information:
Product Details:
Brand | DIDAC |
Bend | no |
Control Panel | yes |
Material | Stainless steel |
Elbow | no |
Gate Valve | no |
The heating element contained within the test vessel is an electrical resistance element whose input power is controlled by a potentiometer. A temperature indicator monitors the temperature at each thermocouple, one measuring ambient and one on the heating element. A Bourdon tube gauge mounted on the unit measures pressure from +1 bar to -1 bar and to cater for the high vacuum conditions a McLeod gauge, also panel mounted, covers the range 0 to 200 mbar absolute. The self-contained vacuum pump fitted to the equipment caters for vacuum conditions down to less than 0.1 mbar, and there is provision for an external pressure source input to be used to allow investigations up to 2 bar absolute.
Apparatus:
Product Details:
Additional Information:
Product Details:
Size | Height 1.45m Width 1.83m Depth 0.61m |
Brand | DIDAC |
Material | Stainless steel |
Current | 0-200W |
Bend | no |
Control Panel | yes |
Elbow | no |
Gate Valve | no |
Stop Watch | no |
Test Type | no |
Water Circulation | yes |
Technical Data:
Measuring ranges:
Additional Information:
Product Details:
Brand | DIDAC |
Bend | no |
Elbow | no |
Gate Valve | no |
Manometer Range | 0-300mm |
Number of manometer tubes | 8 |
Throat diameter | 10.0mm |
Upstream diameter | 25.0mm |
Upstream taper | 14 Degree |
Downstream taper | 21 Degree |
The Heat Transfer Study Units has been designed to carry out experiments concerning the basic modes of heat transfer. A bench top service unit makes it possible to supply the electrical feedings and measurement facilities. Thus the student can investigate conduction, convection, radiation and their combined effects, non-steady state and measurement errors.
Additional Information:
Product Details:
Brand | DIDAC |
Material | Stainless steel |
Current | 0-200W |
Capacity | 2150mL |
Floor Area | NO |
Ball Valve | no |
Bend | no |
Control Panel | yes |
Water Circulation | yes |
Fluidised beds are used in a broad range of applications, e.g. for industrial drying, fluidised bed combustion or heat treatment of materials. Bulk solids are transformed from a fixed bed into a fluidised bed when fluids pass through them. In terms of fluid mechanical and thermodynamic properties, the fluidised bed behaves like an incompressible fluid. The heat transfer between hot fluid and a fixed bed occurs mainly through heat conduction. Due to the movement of the particles, the fluid and the particles are very well mixed in the fluidised bed. This enables optimum heat transfer between fluid and particles and ensures an even temperature distribution in the reactor.
Technical Data:
Additional Information:
Product Details:
Material | Stainless Steel |
Tube Material | Steel |
Automation Grade | Semi-Automatic |
Weight (Ton) | 3 kg |
Condition | New |
Weight (Kilogram) | 3KG |
Size | 400x230x110mm |
Application | Hydraulic and Industrial Process |
Brand | DIDAC |
Color | BLUE |
Surface Treatment | 200cm2 |
Diameter | 6mm, 50mm |
Technical Data:
Additional Information:
Product Details:
Primary Exchanger Material | Steel |
Tube Material | Steel |
Brand | DIDAC |
Automation Grade | Semi-Automatic |
Voltage (Volt) | 240v |
Diameter (Meter) | 110mm |
Power (Watt) | 100 |
Floor Area | No |
Ball Valve | No |
Bend | No |
Control Panel | Yes |
Product Details:
Additional Information:
Product Details:
Outlet Temperature | no |
Inlet Temperature | no |
Application | Hydraulic and Industrial Process |
Flow Rate L Min | no |
Brand | DIDAC |
Material | Stainless steel |
Current | 12v |
Medium Used | Oil |
Operating Frequency | 0 to 105 Deg C |
Dimensions | 300 mm. |
Vertical Arm | no |
Electricity Supply | 220 240V 1ph 50Hz at 10A |
Frequency | 0 to 105 deg C |
Bend | no |
Control Panel | yes |
Elbow | no |
Gate Valve | no |
Distance Of Length In Between | 1.00m |
Test Type | no |
Water Circulation | yes |
Format | yes |
Height Of Beam | 0.93 |
Kit Size | No |
No Of Hanger For Weights | 3 |
No Of Spring Balance | 2 |
Total Beam Length | 1.00 |
Total Weight Of Apparatus | 18kg |
Two Spring Balances | 2 |
Width Of Beam | 1.13 |
It is self contained and built into a high quality instrument case designed for bench mounting with the experiment easily visible. It consists of the heat proof glass observation vessel containing the liquid and housing the nickel filament whose length and diameter can be measured, together with an additional low voltage heating element for rapid warm up. A second vessel with cooling system accommodates the second arm of the bridge, a variable voltage supply for filament heating, the AC bridge circuit, a panel mounted ammeter and voltmeter, switch gear, electrical stirring system and a 0-105ºC thermometer. A small oscilloscope necessary to balance the bridge is not included in the supply. The filament heating circuit voltage does not exceed 12V and the system has an isolated mains transformer.
Product Details:
Additional Information:
Product Details:
Brand | DIDAC |
Model | DIHT130 |
Condition | New |
Usage | Industrial |
Material | Stainless steel |
Warranty | 2 years |
Current | 400v |
Bend | no |
Control Panel | yes |
Elbow | no |
Gate Valve | no |
Stop Watch | no |
Test Type | no |
Water Circulation | yes |
The apparatus consists of a vertical stack of specimens clamped between an electrically heated source at the top and a water cooled base, all contained within a Dewar vessel and furnished with a radiation shield and anticonvection baffle. The specimens are fitted with very small thermocouples at known distances apart and connected via a selector switch to a digital temperature readout. The heating current is supplied from a variable voltage power pack and displayed on a digital ammeter. The water cooled base is designed as a calorimeter to measure the heat flow and fitted with very accurate thermometers in the water circuit. Cooling water is supplied from the constant head water tank mounted above the Dewar vessel.
Experimental Capability:
Product Details:
Additional Information:
3.6/5
Rated by 44 Users