Bestech Australia Pty. Ltd. products

The A660 Air Conditioning Laboratory Unit is teaching equipment used for the demonstration of processes used in heating, cooling, humidification, de-humidification of an airstream. It helps teachers to describe fundamental laws related to air conditioning and refrigeration. The training equipment comes with full data acquisition software and hardware system. It enables students to measure air psychrometric conditions before and after each process.

The Jet propulsion test stand is a fully instrumented teaching equipment helpful for students studying thermodynamics and propulsion. It allows them to analyze the performance of two different types of jet engines. The trainer unit enables the demonstration and investigation of the ramjet principle and pulsejet principle by performing instructive experimental activities. Students can measure key performance indicators such as temperatures, thrust, specific thrust, drag, and fuel consumption of the engines, allowing the comparison of the performance of both engines using different fuels.

The H102 is a heat exchanger service unit that is used to provide services to different types of heat exchangers. It is a bench-mounted panel with an integral electrical console designed for educational institutes that enables students to perform experiments on 11 types of exchangers such as a concentric tube, shell and tube, plate heat exchangers. The unit is equipped with a hot water system, thermocouples, flow meters, and hot and cold fluids required for relevant heat transfer investigation. An optional computerized data acquisition system upgrade is also available, in case if data logging is required.  Types of 11 heat exchangers that can be used for demonstration with the service unit are:

The BDF2000 is a compact educational fluid dynamics bench designed for practical learning in engineering laboratory. This self-contained unit allows students to investigate pressure losses in pipes, valves, and fittings, and compare flow rate measurement techniques using different flowmeters.

The BPC4000 is an advanced educational equipment designed to study and compare the performance characteristics of four distinct industrial pumps; centrifugal, volumetric screw, piston, and turbine. This fluid dynamics training system enables students and engineers to understand flow curves, pressure characteristics, and pump efficiency across a range of operating conditions.

The Micro-Epsilon IMS5420 is a state-of-the-art white light interferometer designed for the non-contact thickness measurement of monocrystalline silicon wafers. It is a compact system which is suitable for measurement applications in area where space is restricted or limited. Featuring a broadband superluminescent diode (SLED) with a 1,100 nm wavelength range, it is adept at measuring undoped, doped, and highly doped SI wafers with unparalleled precision.

The wireSENSOR MT series miniature draw wire sensor is the smallest draw-wire sensor currently available in the test and measurement application. They are specifically designed to measure displacement in an application where high wire acceleration is applied. This miniature draw wire sensor is capable of withstanding fast acceleration up to 60g, which is ideal in crash test application. The sensors can be easily fitted in an extremely restricted area due to its miniaturized design. Through-bole holes are featured in the sensor body to enable easy mounting.

The wireSENSOR WDS-MP/MPW miniature draw wire sensors are designed for mobile applications in the industry. They are ideal when used to measure medium distance in a restricted / limited area. The MPW series is a waterproof version of the WDS-MP for measuring displacement in harsh ambient environment.

The wireSENSOR WDS-MPM miniature draw wire sensors are designed for application that requires fast movement and short displacement in an area where space is restricted. The sensors are designed with combination of high-quality miniaturized components and high-resolution hybrid potentiometer to measure fast wire movement up to 100g.

The distinct advantage of using an LVDT displacement transducer is that the moving core does not make contact with other electrical components of the assembly as so offers high reliability and long life. LVDTs are ideal for a wide range of applications where minimum mechanical friction is required.