SAFETY INFORMATION. SAFETY INSTRUCTIONS. SAFETY LABELS AND SIGNS. SAFETY AND PROTECTION DEVICES.

.... will stop the operation of associated equipment and will shut off all potential hazards outside the main power enclosure.

The three most common types of Emergency stops are

It is the operator is pushed in and locks into stop; released by pulling back. Indicated by the circle symbol on the head.

It is the operator is pushed in and locks into position to stop; released only with a key.

It is the operator is pushed in and locks into stop, released by twisting. Indicated by the circular arrows on the head.

A guard connected by mechanical means (e.g., hinges or slides) to the machine frame or an adjacent fixed element. It can be opened without the use of tools.

A fixed guard that is adjustable as a whole or that incorporates adjustable parts. The adjustment to the guard remains fixed during operation.

It does not completely enclose the hazard but that prevents or reduces access because of its physical dimensions and its distance from the hazard.

A guard attached and monitored by the control system in such a manner that it prevents the operation of hazardous machine functions under specified conditions.

They are available in single and multicolor options, LED indicator lights provide high-visibility real-time indication of equipment and safety status.

They protect personnel from injury and machines from damage by creating a sensing screen that guards machine access points and perimeters. An individual or object interrupting any beam in the screen will trigger a halt to the hazardous motion.

A single safety controller can replace multiple safety relay modules in applications that include E-Stop buttons, safety light curtains, interlocking gate switches, and other safety input devices.

By requiring that a machine operator use both hands to initiate and continue a machine cycle, two-hand control devices keep the operator at a safe distance from the hazardous motion of the machine.