Class II Biological Safety Cabinet, class II is additionally designed to provide product protection to eliminate or at least minimize the product contamination from outside contaminants or from cross-contamination of products worked on inside the work zone. Intended use: Airstream Class II, Biological Safety Cabinet, 4ft/1.2 is designed to protect the operator and environment from biological hazards that would otherwise pose a threat to human life and the environment.
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Class III cabinets are designed for microbiological work demanding extremely high levels containment and are therefore often used for work involving some of the deadliest biohazards, bacteria, viruses and microorganisms.
Intended use: Airstream Class III, Biological Safety Cabinet, 4ft/1.2m is offer the highest level of product, operator and environmental protection from infectious and bio-hazardous aerosols.
Passive Safety Devices For Motorcars simulator allows the study, the testing and the troubleshooting on the devices which have been developed for the purpose of increasing the safety of driver and passengers inside motorcars. The simulator considers all those systems that allow to reduce the consequences of accidents; in particular, the following devices are analyzed:
Air bag (driver bag, passenger bag, side bag, window bag)
Passive Safety Devices For Motorcars simulator allows the Multi-function valve in the fuel tank
It is possible to simulate the behaviour of components and circuits, on the basis of operating conditions that students and teachers can control directly on the panel or through the personal computer. The different not acting safety devices are reproduced on the panel through a synoptic diagram that allows a complete analysis of the components and, in case, of the relevant electrical/electronic control circuit. The latter keeps constantly under control the simulation, by visualizing its behaviour by means of signals and analog and digital meters; in this way the student, through suitable measurements and tests, can proceed to the fault finding activity.
Scratch resistant; absorb >99.9% of harmful UV light
Molded-in side shields and brow guards for added protection against UV, dust and flying particles
Lightweight, impact-resistant nylon frames
Adjustable temples and lens inclination.
One-piece, clear hard coat polycarbonate lens for maximum protection.
Material: Nickel plated brass.
Pin, safety, medium size, for securing wraps and bandages.
Length: medium size, 40mm.
Workshop Safety Glasses
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Specifically, this learning system focuses on using a Safety PLC with Step 7 software to teach applicable reversing motor applications such as controlling the movement of a conveyor system that does not require a variable speed. Safety I/O With Reversing Starter Learning System teaches reversing motor starter configuration, programming, and operation in Safety PLC applications. Major topic areas within the curriculum are reversing motor starter operation, motor starter construction, disconnect module operation, starter configuration, and starter programming.
This learning system adds to the Programmable Controller Troubleshooting Learning System and the PLC Troubleshooting Learning System to expand offering of Safety PLC curriculum. The Safety I/O With Reversing Starter Learning System includes a reversing motor starter, discrete I/O modules, disconnect module, curriculum, instructors guide, and installation guide.
Features:
Teaches reversing motor starter configuration, programming, and operation in Safety PLC applications
Only source for reversing motor starter training on safety PLC applications
Focuses on using a Safety PLC with Step 7 software.
Used for capillary blood collection
In-built mechanism to retract needle tip preventing reuse or injury.
Instant trigger launches spring-based blade.
Sterile, disposable.
Blade depth approx. 2.0mm.
Instant trigger launches spring-based blade
In-built mechanism to retract needle tip preventing reuse or injury.
Used for capillary blood collection.
Blade depth approx. 2.4mm
Single-use disposable
Sterile.
The surfaces of the steel parts have a gunmetal finish to prevent corrosion. The safety catch model forms part of the extensive course providing an introduction to technical drawing. The approach involves teaching the systematic and transferable learning matter based on an operational mechanism. Comprehensive and well-structured instructional material supports wide-ranging use of the model in technical training. All parts, made from steel, are precision-manufactured on CNC machines.
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Absorbs >99.9% of harmful UV light
Molded-in side shields and brow guards
Economical, lightweight protection
One-piece lens provides a full and unobstructed field of vision
Adjustable spatula temples.
Ideal for protecting visitors in industrial or medical settings.
Clear lens absorbs >99.9% of harmful UV light
Uncoated lens
Economical safety spectacles
100% impact-resistant polycarbonate wraparound unilens design with blue temples
Fits over most eye-glasses.
Ideal for protecting visitors in industrial or medical settings.
Scratch-resistant, Anti-fog, Anti-static.
Clear lens absorbs >99.9% of harmful UV light
Fit over prescription eyeglasses
Economical safety spectacles
100% impact-resistant polycarbonate wraparound unilens design with blue temples.
Demonstration of the function of safety fittings in a closed water circuit with circulating pump and expansion vessel: air separator, quick-action ventilating valve, safety valve, flow switch, pressure reducing valve
Investigation of heating safety fittings
Electrical heater for thermal safety fittings: temperature controller, thermal discharge safety device
Demonstration of the function of safety fittings using compressed air: thermostatic valve, safety Pressure cut-out, safety valve, temperature controller, thermal discharge safety device.
Wraparound frame with side shields and brow guard
Adjustable temple lengths
Polycarbonate, high-visibility lens absorbs >99.9% of harmful UV light and includes a permanent antifog coating
Offer single-lens styling with a dual-lens look
Lightweight.
Oil tank according to double-walled
Oil tank, complete with all necessary filling, outlet and safety devices
Liquid leak detection system, vacuum leak detection system
Single-strand oil filter, double-strand oil filter
Device for overfill protection
Combination fitting
Dip stick tube with dip stick and seal
Tank ventilation
Pneumatic level gauge
Filler pipe with seal.
Ideal for use in construction, metal work, general maintenance, and warehousing.
Constructed from select-grade shoulder split cowhide leather.
Leather covers palm, index finger, and thumb
Gunn-cut construction provides longer life
Gloves feature a 2 in. (5 cm) rubberized safety cuff.
Provide resistance to acids, alkalis, alcohols, salts, ketones and animal fats
Provides increased comfort and ease of donning
Ideal for food processing, electronics, laboratory, assembly and maintenance uses.
Chlorinated gloves feature rolled, beaded cuffs to prevent tears
Recessed diamond texturing provides better gripping in slippery applications.
Transparent boiler to observe the water level
Steam pressure simulated using compressed air
Steam boiler simulation
Safety chain according to (german technical rules for steam boilers) containing: level switches, pressure Switch and pressure controller
Operation of burner simulated
Control of water level and pressure of the boiler and fault circuit
15 faults that trigger the safety chain
Front panel with process schematic, indicator lamps and lab jacks.
Threaded heater element with switch cabinet
2 spring tube manometers
1 bimetallic dial thermometer
Trainer on heating systems and plumbing
Pressure vessel
2 blow-off lines, 1 filler pipe, 1 drain
Thermal discharge safety device
1 system of safety devices with pressure reducing valve, shut-off valve, test connections and non-return valve, manometer connection and safety valve.
