Provide particulate and light splash protection while reducing the risk of heat stress. White Coveralls with Hood are specifically designed for those working in warmer climates or warm working environments.
Design: Elastic wrists and ankles, 2-way front zipper with storm flap, bound seams, finger loops, 3 piece respirator fit hood
Applications: Pharmaceutical industries, cleanrooms, paint spraying, veterinary services, pest control
Comfort: Air and water vapor permeable ("breathable") to help reduce the risk of heat stress
Silicone free: Critical in spray painting applications
Sizes: Available in Small through 5X-Large
Protection: Hood, arms, legs and front torso in 2000 fabric for particulate and light liquid splash protection.
Applications: Pharmaceutical industries, agriculture, cleanrooms, paint spraying, crime scene investigations, veterinary services, food
Provide breathable protection and comfort with exceptional liquid and particulate protection. White Coveralls with Hood and Boots are ideal for a wide range of industrial applications, with the added benefits of attached 3-piece respirator fit hoods and anti-skid boots.
Design: Elastic wrists and ankles, 2-way front zipper with storm flap, bound seams, finger loops, 3 piece respirator fit hood, attached anti-skid boots with SureStep soles
Low Linting: Reduces the risk of fiber contamination in some critical areas
Protection: Excellent liquid penetration resistance & barrier to fine particulates (0.01μm) including resistance to penetration of blood, body fluids and blood-borne pathogens
Comfort: Moisture vapor permeable ("breathable") to help reduce the risk of heat stress.
The Disposable Protective Lab Coat is anti-static treated and can be used in light duty applications.
Designed for light duty applications.
Offers a barrier against non-hazardous particles and liquid splashes.
Breathable, lightweight material.
Anti-static treated.
Knitted cuffs.
Zip fastener.
Provides enhanced frontal protection
Elastic opening for tighter fit at wrist
Serged seams and front snap closure
Extends below hip
Frock provides body-length jacket design with front snap closures for easy donning and doffing
Mandarin collar designed to fit tightly around hooded PAPR
Garments are composed of flash spun high density polyethylene which creates a unique, nonwoven material. It provides an ideal balance of protection, durability and comfort of any limited use fabric technology. The fabric offers an inherent barrier against particles (down to 1.0 micron in size).
Applications
Lead and asbestos abatement/remedation, general maintenance/operations, spray painting, general clean-up.
Strong, elastic headband
Prevent stray hairs from contaminating food or work surfaces
Cool, economical hair coverage option when full containment is not necessary.
Disposable
Provides full hair coverage.
Shirt design with front snap closures for easy donning and doffing
Shirt with laydown collar and open wrists
Front snap closure
Serged seam and shirt extends to hip
Garments are composed of flash spun high density polyethylene which creates a unique, nonwoven material. It provides an ideal balance of protection, durability and comfort of any limited use fabric technology.
The fabric offers an inherent barrier against particles (down to 1.0 micron in size).
Applications
Lead and asbestos abatement/remedation, general maintenance/operations, spray painting, general clean-up.
Hand access slits
Has four pockets and one inside pocket
65% polyester, 35% cotton with soil release
Two piece back swing belt
65% polyester, 35% cotton performance poplin with soil release.
Men's Performance Work Socks provide support and protection for your feet while you work.
Socks feature reinforced heel and toe as well as an Achilles heel pad for added protection and comfort.
The socks non-binding top do not slip down and provide all-day gentle comfort.
Added compression at the arch provides added support and stability.
The mesh upper foot is designed for ventilation and moisture evaporation, keeping your feet dry throughout the day.
This system contains bearings, flywheel and DC motor with variable speed. Easy to handle, this apparatus is preferred for its precise shape, easy to understand mechanism, application of latest technical knowledge, competitive price, low maintenance charge, sturdy construction and user friendly design. Whitworth Quick Return Mechanism is used for conversion of rotary motion into reciprocating movement at relatively slower rate than slider and crank. This apparatus is used to design equipments like mechanical actuator, screw press, shaper and power controlled saw.
Features:
Application specific design
Easy to handle
Simple to understand mechanism.
The teaching board contains whole car electrical system. It can fully show the structure and working process of the car electrical system.
Structure and composition:
starting system, charging system, wiper system, lighting system, terminals and connections, wiring diagrams instructions, failure settings and troubleshooting system, mobile gantry, electric windows, instrumentation systems, sound systems, high-capacity battery or 12V switch power, etc.
Features:
It can fully demonstrate the structure of the various systems and the working principle of the car electrical system.
Diagnostic block is installed on the panel which can be connected to an auto decoder. And you can use an engine self-diagnostic functions to read the fault codes from the engine electronic control system, and clear the fault code and reading data stream.
It allows the students to conduct series training of the whole car electrical system.
It has the troubleshooting and faults setting system. You can set multiple faults, stimulate the fault, test the fault and solve the fault.
Winch and Accessories for Cable-Way Span up to 150m
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Winch Apparatus pulley has a high strength cord wrapped around its periphery and terminates in a load hanger. The substantial wall bracket is to be mounted to a sturdy vertical support. A horizontal shaft running through the heart of the unit has an 'EFFORT' pulley attached to its end. This industrial Winch Apparatus has been adapted for experimental work.
The winch has a maximum working load of 300 kg and is equipped with a safety pawl and ratchet.
The student applies a set of calibrated weights to the 'LOAD' hanger and adds appropriate calibrated weights to the 'EFFORT' hanger to raise 'LOAD'.
This cord again terminates with a load hanger. Winch Apparatus cord and hanger is termed the 'LOAD'. At the centre of the winch is a drum that also has a high strength cord wrapped around its periphery.
Experimental Capabilities:
To study the behaviour of a real Winch, especially noting the characteristics of the machine with increasing load
To determine the efficiency of the Winch
To examine the safety features of the Winch
To estimate the velocity ratio.
Wind and Solar Trainer, Renewable Training Equipment
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It can measure the instantaneous wind speed, average wind speed, instantaneous wind level, average wind speed level, the corresponding wave higher parameters and data latch function.
Composed of the wind speed sensor and the hostpanel with LCD display and function keys.
Wind Direction Meter
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Training Objectives:
Direct current wind energy installation
Alternating current wind energy installation
Complete system for wind energy
Installation and testing of the anemometer
Connecting the wind turbine and the anemometer to the trainer
Identification of the components
Installation and testing of the wind turbine
Battery regulating and charging.
Training Objectives:
Interpretation of diagrams and association with their objective
Measurement of wind speed
Identification of the components and association with their function
Analysis of the operation of the installations once assembled
Assembly of the proposed installations
Analysis of the behavior of the wind turbine.
Training Objectives:
Operating the wind turbine and the anemometer
Braking in the braking mode
Braking in the no load operation/open circuit/free spinning mode
Identification of the components
Installation and testing of the anemometer
Installation and testing of the wind turbine
Battery regulating and charging
Supplying AC load with wind power and a battery
Direct current wind energy installation
Supplying AC load with wind power stored in a battery
Complete system for wind energy.
Experimental Ability:
Measurement of the Power Coefficient & variation of the ratio Speed with wind speed
Relationship between the coefficients of Power, Push &Couple
Analysis of the effects of the angle of attack on the Terminal Speed and Power Factor.
Production of power curves for wind turbines Whose yaw and pitch are regulated.
Measure the tipping moment on the mast and Determination of the thrust coefficient
Comparison of the performance of different profiles blades
Comparison of power coefficients with Theoretical limits (Betz limit).
The experimental unit contains a typical wind powerdrive train at laboratory scale, which is driven by an electric motor. Themotor enables low speeds with high torque. This simulates a typical slowly rotating wind rotor. The speed can be adjusted. Modern windturbines should be optimally adapted to the wind available at their locationand allow efficient operating conditions. In addition to the wind rotor itself,components of the drive train such as the transmission and the electricgenerator are crucial. The drive train consists of theslow-rotating drive side, the fast-rotating generator side and a three-stagespur gear between the drive and the generator. The electrical load of thegenerator can be varied. This makes it possible toapproximate operating points of a typical torque characteristic. The generator speed and the torques of the drive side and generatorare captured by sensors and displayed digitally on the measuring amplifier. The calculatedcharacteristic results from the mechanical power of a wind rotor for a givenwind speed. The experiments with simulate typical operatingconditions of a drive train. To do this, the electrical load of the generatorand the speed of the drive motor are varied.
Features:
Generatorwith adjustable electrical load
Electricmotor simulates wind rotor at low speed
Torquemeasurements on drive and generator.
