The experiment instrument of discharge reaction is used in the experiment teaching of chemistry. It can also be used in experiments of different gas mixture, combustible dust, explosion and so on. It is used for the experiment of producing nitrogen dioxide and other gases by using air.
The output voltage is less than or equal to 20KV; the discharge distance is less than or equal to 10mm; the continuous working time: less than 15min; power consumption: less than 30W;
The products are made up of shell, circuit, electrode, indicator lamp, press switch, wire and gas bottle.
The size of the main frame is about 140 * 200 * 70mm; the shape of the gas tank is about 65 x 100mm.
Celestial Instrument Nine Planets
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Induction Flashlight
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The Standard Set A, delivers all the concentrations needed to calibrate and verify the Portable Turbidimeter.
Save time and eliminate errors - no need for dilution
The standards are supplied in sealed vials, eliminating the need for preparation, and ensuring safe operation.
Turbidity Standards are stabilized Formazin standards prepared in ready-to-use concentrations to ensure accurate turbidity measurements.
Supplied in ready-to-use sealed vials
EPA approved as primary calibration standards
All concentrations are verified to meet tight quality control specifications, are EPA compliant for reporting purposes and are guaranteed to save time.
Laminated fabric (Spun bonded Polypropylene fabric and polyethylene fabric.
Elastic band gives secure yet comfortable fit around the shoes.
Solar Tracking Control Trainer Electronic Engineering Lab
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Optical Bench 3 Accessory 04
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Microscope with Camera
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A small-scale accessory that allows experimental investigation of linear heat conduction and the measurement of the thermal conductivity of various solid conductors and insulators.
The hot end uses a nominal 65W heater (operating at 240v maximum), which is fitted with a high temperature limit switch. The power supplied to the heater is controlled and measured by the Heat Transfer Service Unit .
The cold section is of identical dimensions to the hot end and is water-cooled. Both the heated and cooled ends are each fitted with three thermo couples at 15mm intervals to measure the temperature gradients along the bars.
An insulated, 25mm diameter brass heated section and cooling section that may be either clamped together, or assembled with one of four insulated intermediate sections or test specimens between the interfaces.
The Pneumatic Troubleshooting Learning System is set up with realistic loads, pressures, and heavy-duty pneumatic components, just like learners will see in the workplace. The features also make the Pneumatic Troubleshooting Learning System an excellent system for teaching advanced pneumatics, as well as pneumatic system tuning, installation, and maintenance. Pneumatic Troubleshooting Learning System models a real-world electropneumatic troubleshooting machine, driven by MicroLogix 1200 programmable logic controller, and features over 30 electronically-inserted pneumatic, mechanical and electrical faults using state-of-the-art fault insertion software. Understanding how to troubleshoot problems that arise in pneumatic systems is a vital industrial skill that is irreplaceable for maintenance technicians and others in industries like packaging, pharmaceutical, automotive, and more. These components will be used to cover major topics like vacuum pick-and-place, rotary actuator operation and troubleshooting, air-over-oil system operation and troubleshooting, and quick exhaust valves. Learners will immediately practice applicable hands-on pneumatics skills after studying each topic to increase understanding of how theoretical concepts are directly related to the real-world pneumatic troubleshooting applications. The Pneumatic Troubleshooting Learning System includes real-world components such as pressure gauges, pneumatic cylinders, pneumatic motor, directional control valves, flow control valves, limit switches, and more.
Features:
Computerized fault insertion system avoids damage to equipment
Computer-based fault insertion
Pre-mounted components, industrial fittings, and standard connections
Student troubleshooting reports
Realistic troubleshooting experiences
35 component test stations
Real world conditions
Different types of loads
Models a real-world electro-pneumatic machine.
The Electric Motor Control Learning System includes a bench top-mount control workstation, motor workstation, AC induction motor, control component panels, multimeter, lead set, and student curriculum that is unmatched within the industry. Electric Motor Control Learning System covers electric relay control of AC electric motors found in industrial, commercial, and residential applications. This system uses industrial quality components to train learners to become better prepared for what they will encounter on the job. Some of the major components that learners will work with include a control transformer, reversing contactors, manual motor starter, multi-function timer, and control relays. Learners study industry-relevant skills including how to operate, install, design, and troubleshoot AC electric motor control circuits for various applications. Circuit faults can be introduced using either the manual fault insertion, supplied as a standard, or through the optional Computer-Based Fault Insertion System which includes, the industry's only electronic-fault insertion software. The Electric Motor Control Learning System teaches learners how to troubleshoot motor control circuits under realistic conditions.
Features:
Industrial Standard Wiring Terminology
Industrial Safety Devices
Built-in Manual Fault Insertion
Optional Computer-Controlled Fault Insertion
Industrial Standard 1/3 Hp Motor
Heavy Duty Welded Steel Workstation
Multimedia Curriculum Available
Student Reference Guide.
The kit offers the advantage of being ready for use immediately; it contains everything required for the exercises. This dimensional metrology practice kit is designed for practical training in the metalworking trades. All parts are clearly laid out and well protected on a plastic tray. The kit includes ten shafts, all of which differ to a minor degree in dimensions and each of which is individually marked. They were manufactured with the accuracy of CNC parts. The trays are stackable, providing for space-saving storage. The test pieces used are stainless steel shafts with various protrusions.
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The transmission can be cranked easily. Atransmission with superlatives a latest generation transmission. In addition, all the clutches withhydraulic pistons, the crescent pump, the planetary gear trains, the converter with shorting an the hydraulic control device with the solenoid valves. The housinghas been cut away to a large extent.
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The students can learn the cold storage unit design, load calculation, electrical design, warehouse design, cold storage management, cost estimates and other aspects skills. It can simulate the control principle and workflow of real small freezer. Small Freezer Training Equipment includes three main parts of electrical control systems, refrigeration units, and real storage room.
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Perform the test for 16 cycles composed of 22 turn each, calculating at the end a worn as a average loss in volume and weight. Before doing a test, establish the specimens bulk density by measuring weight and thickness. The test is performed by positioning a specimen to be verified in a Abrasion Tester Boehme apparatus on the test track on which has been spread normalized abrasive the grinding wheel its made rotate and the specimen submitted to the abrasive load of 294 N for a certain number of cycles.
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The design and construction of electronic circuits to solve practical problems is an essential technique in the fields of electronic engineering and computer engineering. Furthermore it has additional modules to simulate different types of control such as the control of the position, temperature, speed and pressure. With this board the students can study the techniques of proportional control P, integrative control I, derivative control D, PID control, and on off control.
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This valve sets the temperature of the boiler return flow and the feed flow. Cold water connections enable the heat generated to be dissipated. A pump circulates water through four radiators. The temperature of the radiators is set using thermostatic valves.The differential pressure across the pipe system is limited using a relief valve. Temperatures can be read on dial thermometers. A digital controller keeps the room temperature constant by driving the four-way mixing valve.
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