Killark Control Stations
A Killark control station is a rugged enclosure that contains a group of push buttons, pilot lights, selector switches, emergency stops, and other control devices. These products are commonly used in industrial applications where hazardous locations, dust, corrosion, water, and other rugged conditions exist. Killark control stations provide manual control of motors, pumps, lighting, and other equipment in petrochemical plants, refineries, and other hazardous locations.
These control stations feature a variety of operator interfaces for use in start/stop control, jogging control, lighting control, remote control, and other applications. Killark control stations provide operators with the ability to control equipment from a single location, which reduces wiring and minimizes the complexity of the control system. These products are designed for the oil and gas industry, chemical and petrochemical industry, water and wastewater industry, power generation industry, and other industries that require hazardous location control.
FAQs
What are Killark control stations used for?
Killark control stations provide centralized manual control for machinery and electrical systems by grouping operator devices like pushbuttons, pilot lights, and selector switches in a single rugged enclosure.
Are Killark control stations suitable for hazardous locations?
Yes, Killark control stations are typically designed with corrosion-resistant and explosion-proof housings to meet hazardous location safety requirements.
What components can be included in a Killark control station?
Typical components include pushbuttons, pilot lights, selector switches, emergency stop devices, and other operator interface elements.
Where are Killark control stations commonly installed?
Killark control stations are commonly used in industrial facilities such as petrochemical plants, refineries, manufacturing facilities, and other environments requiring robust, safe operator interfaces.
Why choose Killark control stations?
Killark control stations offer rugged construction, hazardous-location ratings, and flexible configurations that support dependable operation in challenging industrial environments.