Intended use:
To transfer liquids in clinical laboratory settings applicable for molecular/PCR & sterile microbiological works.
Piping Circuits equipment is a complete solution for all kinds of configurations that can be found in piping systems, from simple to complex set up with easy use and reduced maintenance. Piping Circuits system is designed to study and analyze of flow through piping circuits, it grants to students the possibility to compose different configuration performing therefore a wide range of practical exercises. The configurations setup is quick and simple as closing and opening valves and there is no need of installing and removing any piece of pipe or accessories, the system includes several double sealing nipple couple in order to avoid any possible water leakage during connecting and disconnecting operations.
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The Piping Learning System teaches how to layout and assemble fluid piping systems used in industrial, construction, agricultural, and transportation applications. The Piping Learning System Piping Technology learning system includes a mobile workstation, pump testing network, valve package, fitting package, fitting identification kits, Sloan valve maintenance kit, pipe insulation and hanger components, fitting storage, student learning materials for both theory and lab, and teachers guide. The workstation has slotted, movable members to enable a variety of hydraulic hose fluid piping application scenarios to be set up. Students will learn how to select, size, identify, and install a variety of types of industrial fluid piping, fittings and valves including: iron pipe, steel tubing, hydraulic hose, plastic pipe, copper tubing, globe valves, gate valves, check valves, and Sloan valves.
Features:
Built-in Pump Leak Test System
Built-in Storage
Mobile Workstation
Moveable Members.
The Piping Loss Apparatus Large is intended to be used with a Hydraulic Bench or an outside water supply. Friction loss is measured by a pressure drop and coefficient of discharge is determined from a pressure drop and a flow rate. Piping Loss Apparatus Large is a comprehensive unit for studying the friction losses in pipes, pipe fittings, and valves and to determine coefficients of discharge for primary flow measuring devices at various flow rates. All friction loss components and the flow measuring devices are arranged on a water proof panel which is attached to a floor standing steel frame. Flow rate is obtained from a water meter and a stop watch. All pressure taps are connected by flexible hoses to a set of specially arranged manifolds such that differential pressure across any component can be measured simply by opening valves without removing the hoses. The pressure drop is measured by differential pressure using manometers. Pressure tapping in by valves with quick connection.
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The Piping Loss Apparatus Large is intended to be used with a Hydraulic Bench or an outside water supply. Friction loss is measured by a pressure drop and coefficient of discharge is determined from a pressure drop and a flow rate. Piping Loss Apparatus Large is a comprehensive unit for studying the friction losses in pipes, pipe fittings, and valves and to determine coefficients of discharge for primary flow measuring devices at various flow rates. The pressure drop is measured by differential pressure using manometers. Pressure tapping in by valves with quick connection. All pressure taps are connected by flexible hoses to a set of specially arranged manifolds such that differential pressure across any component can be measured simply by opening valves without removing the hoses. All friction loss components and the flow measuring devices are arranged on a water proof panel which is attached to a floor standing steel frame. Flow rate is obtained from a water meter and a stop watch.
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The unit consists of a pump, a storage tank and a water proof panel on which all friction loss components and the flow measuring devices are arranged. Friction loss is measured by a pressure drop and coefficient of discharge is determined from a pressure drop and a flow rate. Piping Loss Test Set, Large is a self contained water circulating unit for studying the friction losses in pipes, pipe fittings, and valves and to determine coefficients of discharge for primary flow measuring devices at various flow rates. Flow rate is obtained from a water meter and a stop watch. All pressure taps are connected by flexible hoses to a set of specially arranged manifolds such that differential pressure across any component can be measured simply by opening valves without removing the hoses. The unit is on stainless steel frame on wheels. The pressure drop is measured by differential pressure using manometers. Pressure tapping is by small ball valves with quick connection.
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The unit consists of a pump, a storage tank and a water proof panel on which all friction loss components are arranged. The loss is measured by differential pressure using manometers. Pressure tapping is by valves with quick connection. Piping Loss Test Set Small is a self contained unit for studying the friction loss in pipes, pipe fittings and valves at various flow rates. The unit is on a steel frame on wheels. All pressure taps are connected by flexible hoses to a set of specially arranged manifolds such that differential pressure across any component can be measured simply by opening valves without removing the hoses.
Experiments:
Friction losses in pipe fittings, valves, sudden expansion and contraction at various flow rates.
Friction losses in straight pipes at various flow rates.
The loss is measured by differential pressure using manometers. Pressure tapping is by valves with quick connection. The unit is on a steel frame on wheels. All pressure taps are connected by flexible hoses to a set of specially arranged manifolds such that differential pressure across any component can be measured simply by opening valves without removing the hoses.
Piping Loss Test Set Small is a self contained unit for studying the friction loss in pipes, pipe fittings and valves at various flow rates.
The unit consists of a pump, a storage tank and a water proof panel on which all friction loss components are arranged.
These differ in their characteristics decisively from flow equipment which include the turbo compressors that are common in very large systems. In Piston Compressors the flow rate is mainly dependent on the displaced volume and speed. Smaller refrigeration systems usually have a Piston Compressor. Because the flow rate is a measure for the refrigeration capacity of the refrigeration system, the properties of the compressor are important for the capacity of the whole system. Piston compressors are positive displacement machines. Due to the unavoidable dead space the flow rate drops with increasing pressure ratio.
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The Piston Engine Cutaway Model can be operated with a hand crank to show the internal mechanism and working of an engine, which include spist on action and valve action. The Piston Engine Cutaway Model is a carefully machined cutaway of an aircraft piston engine. We also accept special requests for a specific make and model engines cutaway. Piston Engine Cutaway Model is a motorized version which is rotated by an electric motor to show the inside view of the operation of an engine. There are two models available Piston Engine Cutaway Model is a four-cylinder engine cutaway, and Piston Engine Cutaway Model is a six-cylinder engine cutaway.
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Operated: Static
Dimensions: 15 x 15 x 15(h) cm
Net Weight: 0.5 kg
Gross Weight: 1 kg
Equipment Layout: On Base.
Features:
All moving parts Finished to close Tolerance
Spindle Ram is made out of Alloy Steel.
Column, Arm, Work Head And Gears are made out of Closed Grain.
Parts Finished on imported Grinding Machine
Parts Properly Balanced
Prior Assembling of Main Gear And Pully.
The Pitot Apparatus consists of a total head tube and a static head tube for the Pitot, clear acrylic pipe, inlet and outlet, and an inclined manometer. Pitot Apparatus is for a study of velocity distribution across pipe section for a water flow in pipe, and for measurement of flow velocity. The total head tube can be moved up or down vertically with a scale for indication of the tube position. Differential pressure is measured by a multiple inclination manometer. Pitot Apparatus is to be used with Hydraulics Bench.
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Features a rounded-tip total-pressure tap
Reaches 2.6 inches (6.6cm) forward of the bend
Has an OD of 0.125 inches (3.175mm)
6 static ports
Extends 13 inches (33cm) to the bend
Comes with ample tubing.
It is a Pitot-static tube that mounts in the working section of the wind tunnel, either upstream or downstream of the position ofthe test model. This allows students to do wake traverses, downstream of amodel. The Pitot-Static Traverse is an ancillary to modular Subsonic Wind Tunnels. This allows the datum or starting point of an experiment to bedefined by the user. To display differential pressure, the Pitot-static tubeconnects to a manometer. The vertical position of the tube, which is adjustable, is displayed ona digital indicator. The digital indicator position can be set to zero in anyposition. Alternatively, pressures can be measured using one ormore of the following optional instruments:
Dual Digital Pressure Display module
Tilting Multi-Tube Manometer
Differential Pressure Transducer module
32-Way Pressure Display module
The plate fits in a location below the main accessory aperture and allows the velocity profile behind all of the optional heat exchangers to be investigated. Also supplied is an upstream pitot tube that can be traversed across the duct to investigate the upstream velocity profile. The Pitot Static Traverse Plate includes a sliding plate, and pitot tube with multiple locations designed to be traversed across the duct of the base unit.
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The wall mounted apparatus consists of a rotating circular table on a vertical shaft, with a variety of interchangeable end pivots and seating.
End pivots in brass and steel seating have inclusive core angles of 60, 90, 120 and 180 (flat) degrees; additionally a ball thrust bearing may be installed.
Demonstrates the relationship between friction torque and axial thrust; determines the influence of bearing cone angle.
Pivots brass, and the seating mild steel.
Pure torque applied by loading cords and weight hangers acting over pulleys onto the rotating table.
An Instruction manual for student and lecturer supplied.
Thrust loads applied directly onto the rotating table.
Set of weights.
The stainless steel experimental arrangement forms a smooth, impermeable beach. The inclination of the beach body can be continuously adjusted. The experimental layout consists of a beach body, a mounting plate and an inclination adjustment bar with a locking bolt. The accessory is intended to enable the user to investigate the behaviour of waves on a rising beach; the unit is used in combination with the Wave Generator. In this way different steeply rising beaches are very easy to simulate.
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Plain bearings are commonly used in small to medium machine tools because they are simple to maintain and low cost. The Plain Bearing Machine Tool Axis Learning System adds to Mechanical Drives 1 Learning Systems to teach machine tool axis drives that use plain bearings. The model Plain Bearing Machine Tool Axis Learning System includes an operational dovetail slide with plain bearings and alignment adjustment devices; student learning materials for both theory and lab, and teachers guide. Students will learn industry-relevant skills related to this new topic including operation, installation, alignment, and troubleshooting. Plain Bearing Machine Tool Axis Learning System uses industrial quality components to help students become better prepared for what they will encounter on the job and to withstand frequent student use.
Features:
Industry-relevant skills
Teaches machine tool axis drives that use plain bearing.
The Plain Tube and Tube Bundle in Cross Flow accessory includes two clear plastic plates that are designed to fit the aperture in the Cross Flow Heat Exchanger duct. Using the single tube plate the active element may be used to investigate the variation in heat transfer, temperature difference and surface heat transfer variation with air stream velocity. An electrically heated cylindrical active element with an integral surface thermocouple is supplied which may be inserted in the apertures in each of the two plates. One plate has a single central hole and the other consists of a six row tube bank with a removable tube in the centre of each row.
Exeperimental Capabilities:
Determination of the mean surface heat transfer coefficient for cross flow heat exchangers with one to six rows.
Deduction of the relationship between Nusse lt, Reynolds and Prandtl Numbers for each of the six tube rows.
Steady state determination of heat transfer , temperature difference and surface heat transfer coefficient for a single tube in a transversely flowing air stream at speeds of up to 30m/s.
