January 28th, 2010 | 
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All of the baby changing stations offered by us meet the full requirements of the ADA.To know more about the standard ADA specifications for any type of baby changing station visit this link http://www.baby-changing-stations.com/ada.htm
Posts Tagged ‘Safety’
Workers Safety Stuffs
The safety of workers is an elementary job which is belonging to the company. Each company has to think about factors can harm their workers. If we have a construction or road work company and we are employ many workers, the guarantee of their safety is must be thought. Not only by giving them insurance, but the stuffs when they are working is also important to check; whether its condition or its availability.
Providing the traffic cones for the workers can be done to support their safety. The function of it which is to localize the working area can avoid the danger for the workers itself or other people around the location. Asking them to wear helmet and safety vests is also important to do. It will give them free access in the working area because it gives them identity. For safety vests especially, buy them vests which was made from cool material, so that they stay cool even in the hot weather. It can prevent them from dehydration.
Prepare some traffic barrels in the location and fulfill it with water, so that they do not have to go too far to find water they need in the project. So, the workers safety is not always about salary, but also the maintenance and the safety support tools. This is Trafficcones.us offer, they provide all stuffs to support the safety of our workers while they do they job.
Ada Requirements: Baby Changing Stations and Child Safety Seats
ADA (Americans with Disabilities Act) has framed some requirements for baby changing stations that should be satisfied by every baby changing station manufacturer. Before buying a baby changing station for your babies or using these in public places you should be aware of these requirements that meet the standards of ADA.
The specifications in these ADA guidelines are based upon adult dimensions and anthropometrics. These guidelines also contain alternate specifications based on children’s dimensions and anthropometrics for drinking fountains, water closets, toilet stalls, lavatories, sinks, and fixed or built-in seating and tables.
Listed below are the standards for baby changing stations.
A. Units should be constructed from high-density polyethylene, which prohibits the retention of moisture and odors.
B. Units should contain reinforced steel rods increase unit stability (Baby changing stations)
C. Gas shocks should be completely hidden for safer bed retraction preventing injuries to hands and fingers (Baby changing stations)
D. Products should be suitable for processing by any approved recycling facility.
E. Provide units with the necessary hardware to install on most wall types.
F. Units should be provided with a self-adhesive sign for installation on restroom door.
G. Units should be provided with a mounting template with instructions written in English and Spanish.
H. Provide a unit with numerous color choices to accent building’s internal décor.
So if you are opting to buy an Oval Baby Changing Station, Horizontal Baby Changing Station or a Vertical Baby Changing Station check if the units are manufactured by certified manufacturers and the products satisfy full requirements of ADA.
To know more about the standard ADA specifications for baby changing stations visit this link http://www.baby-changing-stations.com/ada.htm . Get the best for your babies by just being smart while buying products for your babies.
Posted in Babies | 
Tags: Baby, Changing, Child, Requirements, Safety, Seats, Stations | 
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Shocking Facts on Electrical Safety
When it comes to electrical safety, many people in commercial, service and light industrial sectors view their workplaces as low risk environments where their safety is not at risk. Unfortunately, electrical shock accidents in the workplace are increasingly common in all work environments; not just in construction and heavy industrial settings. In fact, between 1997 and 2003 the workplace became the primary environment for electrical shock accidents!
Identifying electrical hazards and effectively addressing them to prevent accidents that could cause injuries and/or property damage is essential. You may have even noticed some of the most commonly occurring electrical hazards in your workplace without recognizing them as such. For example, lights that flicker, switches or receptacles that are warm to the touch, extension cords not rated for the equipment to which they’re connected, frayed or cracked wires, a slight burning odour coming from panels or transformers or equipment such as computers and photocopiers left on for extended periods of time when not in use.
Though these conditions seem relatively harmless, the fact is that they represent a serious risk of electrical shock or fire; a risk that can and should be prevented. How? By taking a common sense approach that includes:
1. Employee Training
Ensure all employees have taken the appropriate safety training relative to the work that they do; a wide range of training in electrical safety is available through the Electrical Safety Authority and other sources.
2. Awareness
In Ontario, any electrical product sold, displayed, or connected to a source of power must be approved by a recognized certification agency. Any electrical product that is not approved by such an agency may be unsafe and could pose a serious electrical shock and/or fire hazard. Inexpensive extension cords are a primary example; many imported items such as these are not certified to Canadian safety standards and should not be used.
3. Inspections
Electrical Inspections are required for all new electrical equipment installations and for the electrical maintenance of existing electrical installations. Ensure that all work is performed by a licensed electrician as mandated by the Ontario Ministry of Labour.
4. Planned Maintenance
Stop trouble before it starts! Plan electrical maintenance checks for all systems including production, HVAC and others; this not only helps to minimize risk it can also minimize costs by reducing emergency electrical services, electrical maintenance requirements and expensive, avoidable repairs.
