Infinit Technologies

Infinit Technologies Infinit Technologies is committed to efficient and effective student mastery of technical subject matter.

We provide educators with innovative, cost-effective technical training systems.

06/23/2026

TH-3103 Changes of States of Gases
Knowledge of gas laws is a fundamental requirement of any training course in thermodynamics. The unit Change of State of Gases enables the students to study two changes of state of gases experimentally. Boyle’sLaw deals with isothermic (Constant temperature) change of state on the other hand Gay-Lussac’s Law deals with isochoric (Constant Pressure) change of state. Air is used as a test gas and the state of change is observed through two transparent vessels. Familiarization with gas laws is a fundamental requirement of any training course in thermodynamics. The apparatus enables two changes of state to be studied experimentally: Isothermic change of state, also known as the Boyle-Mariotte Law, and isochoric change of state, which occurs at a constant volume. Transparent vessels enable the change of state to be observed. Air is used as the test gas. In vessel 1, positioned on the left, the enclosed air volume is reduced or increased using a pump and hydraulic oil. This results in an isothermic change of state. The pump can also operate as a vacuum pump. If the changes occur slowly, the change of state takes place at an almost constant temperature. In vessel 2, positioned on the right, the temperature of the test gas is increased by a controlled electric heater, and the resulting pressure rise is measured. The volume of the enclosed gas remains constant. Temperature is measured electronically & pressure is measured through a pressure gauge.

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Honoring Freedom, Celebrating Progress ✨Today, we commemorate Juneteenth, a powerful reminder of freedom, resilience, an...
06/19/2026

Honoring Freedom, Celebrating Progress ✨

Today, we commemorate Juneteenth, a powerful reminder of freedom, resilience, and the enduring pursuit of equality. As we reflect on the sacrifices and strength of those who came before us, we also celebrate the progress achieved and the opportunities that lie ahead.

At Infinit Technologies, we honor the values of empowerment, diversity, and inclusion, recognizing that true innovation thrives when every voice is heard and every individual has the freedom to reach their full potential.

Let us continue building a future rooted in respect, unity, and equal opportunity for all.

Happy Juneteenth! ❤️🖤💚
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06/17/2026

TH-3102 Pressure Measurement Bench
The manometer panel contains 2 tubes, 2 dial manometers, and one pressure transducer for the demonstration of alternative measurement methods. Test pressures in the millibar range are generated with the aid of the supplied syringe and or hand pump. All manometers can be combined with one another using connecting hoses. It is possible to measure gauge pressure and vacuum. The unit is also supplied for detecting deviations in a measuring instrument compared to a reference instrument or universally accepted standard value. This observed deviation is taken into account in the subsequent use of the calibrated measuring instrument and adjusted if necessary. A dead Weight Pressure Calibrator is a device designed as an introduction to the basics of checking and calibrating a manometer. Dead Weight Pressure Calibrator apparatus consists of a precision machined piston and cylinder assembly mounted on leveling screws. A Bourdon gauge is supplied for calibration. A defined force is applied by loading the piston with dead weights. The ratio of force/piston cross-sectional area results in a defined test pressure. Hydraulic oil is used to transfer the force. If the pressure in the system rises, the force acts against the spring of the Bourdon tube pressure gauge. The test pressure that is produced can be read on the manometer’s dial. Loading the calibrated piston manometer with weights produces a very accurate, reproducible calibration pressure, which can be used to check and calibrate the manometer. The weights supplied are added to the upper end of the piston rod which is rotated to minimize friction effects. The gauge is thus subject to known pressures which may be compared with the gauge readings and an error curve drawn. Dial and Bourdon tube manometers can be calibrated with a dead-weight piston gauge.

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06/15/2026

TH-3101 Temperature Measurement Bench
Temperature Measurement Bench has been designed for students to study different types of temperature measurement methods. This is a complete, freestanding apparatus to demonstrate fundamental temperature measuring techniques using thermocouples, mercury in glass thermometers, resistance temperature detectors (RTD), thermistor, bimetallic temperature indicators and etc. Temperature measurement is used to measure air temperature, boiling water temperature, ice-point temperature, and wet or dry bulb temperature. Temperature can be measured via various ranges of sensors. All of these sensors infer temperature by sensing changes in physical characteristics. Thermocouples consist essentially of two wires made of different metals that are joined at one end. Resistance temperature detector devices capitalize on the fact that the electrical resistance of a metal changes as a result of temperature change. Thermistors are based on resistance change in a ceramic semiconductor where the resistance drops nonlinearly with temperature rise. Bimetallic devices take advantage of the difference in the rate of thermal expansion between different metals.

06/10/2026

IRE-282 Domestic Water Heating with Flat Collector
A flat plate solar collector, similar to those used for heating swimming pools or domestic hot water, is mounted on an adjustable frame. This unit is designed for both indoor and outdoor operation. For indoor use, an optional artificial solar source is available. The collector is equipped with an instrumentation and water circulating console connected via flexible hoses. This console displays parameters such as circulating water flow rate, inlet and outlet temperatures, ambient temperature, and incident solar radiation. The operating temperature of the system can be adjusted using a flow of cooling water, allowing for investigation across various operating conditions. Incident solar energy is measured using a solar irradiance sensor, along with other parameters, to assess the system’s performance and efficiency under different conditions. To facilitate on-site adjustments, a compass and adjustable level indicator are provided with the system.

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06/08/2026

IRC-1923-02 Model of a Refrigeration System with Refrigeration and Freezing Stage

This module is a component of the Hardware/Software integration (HIS) training system designed for refrigeration and air conditioning technology. When combined with the base unit IRC-1923, sold separately, it forms a complete refrigeration system that includes both refrigeration and freezing stages. The module attaches securely to the base unit using fasteners and connects with refrigerant hoses to create a full refrigeration circuit. In systems that combine refrigeration and freezing, evaporators are typically connected in parallel. For increased cooling capacity, evaporators can be linked in series, allowing for different pressure levels and temperature ranges suited to either refrigeration or freezing. The module features two distinct refrigeration chambers, each with its own evaporator and expansion elements. The evaporators can be configured to operate either in series or in parallel. Two fans within the chambers ensure consistent temperature distribution, and heaters can be used to simulate additional cooling loads. One chamber can be equipped with either an expansion valve or a capillary tube as the expansion element. Various operational modes are controlled via solenoid valves. An evaporation pressure controller allows independent temperature adjustments in the upper chamber during parallel operation. All components are clearly organized on a panel. Individual system components such as temperature control, fans, heaters, compressors, and solenoid valves can be managed through the software provided with the base unit IRC-1923 (optional). The software also includes features for fault simulation. Sensors track and display temperatures and pressures in real time, and changes in parameters can be monitored online via the p-h diagram.

For More Details: https://tinyurl.com/3wd6zbkk
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06/03/2026

IRC-1923-01 Refrigerator Model
This module is part of the Hardware/Software Integration (HIS) training system for refrigeration and air conditioning technology. When used with the base unit IRC-1923, it forms a functional model of a domestic refrigerator. The module attaches securely to the base unit with fasteners and connects to refrigerant hoses to create a complete refrigeration circuit. The trainer includes a refrigeration chamber equipped with a heater for simulating cooling loads, an evaporator, a fan, and various expansion elements. The fan ensures even temperature distribution within the chamber, while the heater simulates additional cooling loads. Solenoid valves allow the system to operate either with a capillary tube or an expansion valve. All components are neatly organized on a panel. System components such as temperature control, fan, heater, compressor, and solenoid valves are managed through the software, which is optional. The software also offers fault simulation capabilities. Sensors monitor and record temperatures and pressures, which are displayed dynamically in the software. Changes in parameters can be tracked online using the ph diagram.

For More Details: https://tinyurl.com/ysx2ty6s
WhatsApp: +1 667-294-0971
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06/01/2026

IRC-1923 Base unit for Refrigeration and Air Conditioning Training System
The base unit can be extended into a full refrigeration circuit depending on the experiment’s objectives, using various available models such as the refrigerator module, a refrigeration system with both cooling and freezing stages, or an air conditioning module. Key components of this training system include the compressor, condenser, receiver, and both electrical and communication systems. The models attach to the base unit and connect hydraulically through refrigerant hoses and electrically with cables. Self-sealing couplings minimize refrigerant loss, and the components are arranged to be clearly visible for monitoring their operation. The system includes advanced software integrated with the hardware for ease of experimentation and analysis. The experimental unit connects to a PC via USB or LAN. The software includes a system operation and data acquisition program, as well as educational software that aids understanding with explanations and illustrations. Each model has a specific software module tailored to its learning objectives, and teachers can create additional exercises using an authoring system. Sensors measure temperatures and pressures, which the software displays in real-time for both system operation and data acquisition. The software provides precise data on the refrigerant’s condition, allowing for accurate calculations of refrigerant mass flow rate. This method of calculation is more precise than traditional measurement techniques. The software also tracks the effects of parameter changes in a log p-h diagram and optionally allows system operation through the software.

For More Details: https://tinyurl.com/4yv6vbxx
WhatsApp: +1 667-294-0971
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05/25/2026

IRC-1922 Air Duct Training Systems

Numerous places utilize ventilation systems. Offices, sports arenas, production halls, conference rooms, and other spaces are ventilated with their help. These systems typically include additional features for conditioning the air in the room in addition to the air duct system. Filters and other components for sound absorption or air purification might also be present. This training looks at different ways to disperse air within a structure. A fan with a speed controller supplies air to the air duct system. Using commercial parts including pipes, disk valves, bends, branches, filters, and bends, the trainee builds variable air duct systems. Anywhere can have connections put for measuring pressure. Examined are the impacts of each component on the pressure loss and, consequently, the air’s velocity and flow rate. Two manometers with varying measuring ranges and a manual air velocity measurement instrument are available for this purpose. Additionally, the fan’s characteristics are ascertained, and its power consumption is quantified.

For More Details: https://tinyurl.com/3zwhw9fw
WhatsApp: +1 667-294-0971
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05/20/2026

IRC-1921 Air Duct Apparatus

A realistically scaled ventilation training unit that enables students to learn about both fundamental fluid mechanics and airflow as well as the more complex process of commissioning and balancing a multi-ducted air distribution system. A rectangular air inlet and filter holder are also included in the unit, along with a forward-curving variable speed centrifugal fan and integral control console. According to the blockage factor, the fan’s feed pressure can reach 890Pa and its flow rate can reach 0.8m3/s. A 200mm dia. galvanized steel duct that the fan discharges into is directly connected to the distribution ductwork. The equipment comes with enough parts to allow users to conduct parallel branch and line balancing tests. There are at least 6 air supply locations that can be balanced on the constructed unit to provide a variety of airflows. A variety of studies can be carried out using a portable manometer, pitot static tube, and hand-held anemometer.

For More Details: https://tinyurl.com/y7mr75en
WhatsApp: +1 667-294-0971
Visit us: https://infinit-technologies.com

Address

1809 E Joppa Road
Parkville, MD
21234

Opening Hours

Monday 9am - 6pm
Tuesday 9am - 6pm
Wednesday 9am - 6pm
Thursday 9am - 6pm
Friday 9am - 6pm

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+16672940971

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