Control Stations

More Information about Control Stations

Polycarbonate is a common material used in the construction of control stations. It is a strong and durable plastic that is resistant to impact, corrosion, and high temperatures. This makes it ideal for use in harsh industrial environments.

Choosing the right control station is important to ensure safe and efficient operation of the equipment or machinery. Factors to consider include the type of machinery being controlled, the level of automation required, and the environmental conditions of the application. It's important to work with experienced engineers and technicians to design and install the appropriate control station for your specific needs.

FAQs

What kind of power is required to support a control station?

In general, a control station would require electrical power to operate, which could be supplied through various means such as an electrical outlet, battery, or generator. The power requirements would vary based on the devices being controlled, their power consumption, and any additional equipment required for the control station such as transformers, relays, or other power conditioning equipment.

Can twist and release positions on a control station be used for an emergency situation?

Twist and release positions on a control station are typically used for non-emergency functions such as starting and stopping a machine or activating a specific function. In an emergency situation, it's important to have clearly labeled emergency stop buttons or switches that are easy to locate and activate quickly.

How frequently should a company or customer schedule service and maintenance for control stations?

It's recommended that companies follow the manufacturer's guidelines for maintenance and inspection, which may include regular visual inspections, functional testing, and periodic replacement of components such as filters or gaskets.

Maintaining NEMA 4 Rating When Making Enclosure Penetrations

Cutouts are very common when modifying enclosures for push buttons, indication lights, conduit entries or mounting hardware. Cutting into an enclosure runs the risk of eliminating the protective nature of the NEMA rated attributes. Proper steps must be followed in order to preserve the NEMA rating of an enclosure.

Devices mounted to the enclosure must have the same NEMA rating as the enclosure. 

This means that if the devices are installed to the manufacturer's specifications, they will be able to maintain the NEMA rating of the enclosure. 

Water tight conduit hubs must be used when running wire through a cutout in an enclosure. 

There are many different types of conduit hubs that are used to secure conduit to an enclosure. However, only certain conduit hubs are rated for a watertight seal. By using water tight hubs, the NEMA rating of the enclosure is maintained.

Bonded washers are necessary when mounting hardware to an enclosure.

If standard mounting hardware is used, the NEMA rating of the enclosure will no longer be maintained. Bonded washers have rubber gaskets that make a watertight seal around the drilled hole. It is also important to make sure the material used for the bonded washer matches the material of the enclosure. Stainless steel enclosures require stainless steel bonded washers.