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ELETTRONICA E SISTEMI
TELECOMUNICAZIONI E TELEMATICA
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BIOLOGIA
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Equipment

Documents

Order by : Name | Date | Hits [ Descendent ]
TE1/EV - TEMPERATURE MEASUREMENT AND CALIBRATION TE1/EV - TEMPERATURE MEASUREMENT AND CALIBRATION
This unit has been designed to study temperature measuring techniques and the modes of calibration of the relevant sensors by means of fixed points and of a thermometer provided with calibration certificate.
TE2/EV - PRESSURE MEASUREMENT AND CALIBRATION TE2/EV - PRESSURE MEASUREMENT AND CALIBRATION
This unit has been designed to study pressure measuring techniques and the modes of calibration of the relevant sensors. Using a deadweight tester will enable to generate pre-fixed pressures and to calibrate a Bourdon gauge and an electronic pressure sensor.
TE3/EV - SATURATION PRESSURE TE3/EV - SATURATION PRESSURE
This unit consists of a Marcet boiler that enables to analyze the correlation between water temperature and pressure and to compare the experimental data with those available in literature.
TE4/EV - RECYCLE LOOPS TE4/EV - RECYCLE LOOPS
This unit has been designed to explain the principle of recirculation and to carry out mass and energy balances in steady-state or unsteady-state conditions.
TE5/EV - EXPANSION PROCESSES OF A PERFECT GAS TE5/EV - EXPANSION PROCESSES OF A PERFECT GAS
This equipment has been designed to study basic thermodynamic processes with air as working fluid; it consists of two interconnected transparent.
TE6/EV - HEAT TRANSFER SERVICE UNIT TE6/EV - HEAT TRANSFER SERVICE UNIT
This equipment is provided with: two specific displays where 12 values of temperature and the values of the characteristic parameters of each test can respectively be seen; two adjustable outputs in Volts and another output fixed at line voltage.
TE6PC/EV - COMPUTERIZED HEAT TRANSFER SERVICE UNIT TE6PC/EV - COMPUTERIZED HEAT TRANSFER SERVICE UNIT
This equipment is provided with: 12 inputs for TC and 4 analog inputs; two adjustable outputs in Volts and another output fixed at line voltage. Unlike mod. TE6/EV, this model does not feature any display.
TE6A/EV - LINEAR HEAT CONDUCTION TE6A/EV - LINEAR HEAT CONDUCTION
This equipment has been designed to study Fourier’s equation in a one-dimensional system in steady-state conditions.
TE6B/EV - RADIAL HEAT CONDUCTION TE6B/EV - RADIAL HEAT CONDUCTION
This equipment has been designed to study radial heat conduction in steady-state condition and it mainly consists of a metallic disk provided with temperature sensors arranged radially from centre to circumference.
TE6C/EV - RADIATION HEAT TRANSFER TE6C/EV - RADIATION HEAT TRANSFER
This equipment has been designed to demonstrate the laws of heat transfer by radiation coming from a light source and from a heat source. It consists of a framework provided with horizontal rail on which movable supports of instruments, filters and plates.
TE6D/EV - COMBINED CONVECTION-RADIATION TE6D/EV - COMBINED CONVECTION-RADIATION
A hot surface loses heat to its surroundings by the combined modes of convection and radiation. This module enables to analyze the combined effects of convection and radiation at different values of surface temperature and air velocity on the surface.
TE6E/EV - EXTENDED SURFACE HEAT TRANSFER TE6E/EV - EXTENDED SURFACE HEAT TRANSFER
A long horizontal rod, which is heated at one of its ends, is used as extended surface for measurements of heat transfer. A set of thermocouples installed at regular intervals along this rod enables to measure the temperature trend.
TE6F/EV - RADIATION ERRORS IN TEMPERATURE MEASUREMENTS TE6F/EV - RADIATION ERRORS IN TEMPERATURE MEASUREMENTS
A set of thermocouples is used in this equipment to measure the temperature of the air fl ow crossing the centre of a duct while the side walls of the duct are heated, so that thermocouples are supplied with a source of heat radiation.
TE6G/EV - UNSTEADY STATE HEAT TRANSFER TE6G/EV - UNSTEADY STATE HEAT TRANSFER
This equipment enables to determine temperature distribution and heat flow for solid shapes of simple geometry suddenly dipped into a fluid at constant temperature.
TE6H/EV - FREE AND FORCED CONVECTION TE6H/EV - FREE AND FORCED CONVECTION
This unit consists of a centrifugal fan with vertical discharge duct in which three different types of heating surfaces can be inserted: flat surface, cylindrical pins surface and a finned surface.
TE6I/EV - THERMAL CONDUCTIVITY OF GAS AND LIQUIDS TE6I/EV - THERMAL CONDUCTIVITY OF GAS AND LIQUIDS
The thermal conductivity of a fluid is determined by using it to fill a small gap between an electrically heated cylinder and a water cooling jacket. The small size of the gap helps avoiding any natural convection mechanism.
TE8/EV - PENSKY MARTENS FLASH POINT TESTER TE8/EV - PENSKY MARTENS FLASH POINT TESTER
This equipment enables to measure the flash point (up to 370°C) of distilled oils (diesel fuel, kerosene), fuel oils, lubricating oils, etc... The used method is that of closed cup.
TE9/EV - MAHLER BOMB CALORIMETER FOR DETERMINING THE HEAT OF COMBUSTION TE9/EV - MAHLER BOMB CALORIMETER FOR DETERMINING THE HEAT OF COMBUSTION
Mahler bomb calorimeter enables to measure the heat of combustion of a lot of solid and liquid substances. The heat resulting from the combustion reaction of the fuel under examination is absorbed by a known mass of water where temperature rise is checked.
TE11/EV - EQUIPMENT FOR MEASURING THE MECHANICAL EQUIVALENT OF HEAT TE11/EV - EQUIPMENT FOR MEASURING THE MECHANICAL EQUIVALENT OF HEAT
This apparatus consists of a rotary calorimeter, driven by a variable speed motor. The calorimeter is composed by a metal cylinder, filled with water, and wrapped by a nylon string.
TE22/EV - APPARATUS FOR VERIFYING BOYLE’S AND GAY-LUSSAC’S LAWS TE22/EV - APPARATUS FOR VERIFYING BOYLE’S AND GAY-LUSSAC’S LAWS
This equipment consists of two separate, transparent cylinders full of air. Air is compressed in the cylinder on the left and air is heated in the cylinder on the right.

© Elettronica Veneta S.p.A. - Via Postumia 16, 31045 Motta di Livenza (TV), Italy - C.F e P.I. 00066840265

Iscr. Ufficio del Registro di Treviso n. 00066840265 - R.E.A. n. 80315 - Cap. sociale Euro 3.030.000 interamente versato