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Certified machine safety components offer reliability and high performance for equipment and personnel protection needs, including safety switches, safety light curtains, safety mats and edges, and safety relays.
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Don't let price stand in the way of making a machine or process as safe as possible. You need to be in compliance with national and international standards, but don't overpay to get reliability and high performance for maximum machine safety. AutomationDirect offers a superb line of machine safety devices with prices that let you do even more to protect what's important. Choose from our certified offering of brand name machine safety components to meet your protection needs, including safety switches, light curtains, controllers, mats and edges, scanners, relays, and more.
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Non-contact safety switches are devices that use RFID technology or magnets to monitor the opening/closing of machine guards, doors, gates, windows, jaws, or other machinery. These switches do not require physical contact between the two switch parts and will remove power from the associated machinery when personnel enter the hazard area.
These safety switches combine magnetic locking and radio-frequency identification (RFID) technology to provide non-contact operation and high anti-tamper coding. In addition, an electromagnet is used to lock machine guards.
Interlock safety switches are devices that use a physical connection (tongue interlock or hinge switch) to monitor machine guards, doors, gates, windows, or jaws to protect personnel and disable machinery while it's being accessed.
Safety limit switches are designed to be mounted for position sensing applications, such as guard doors, conveyors, machine beds, elevators, etc. They are available with a range of actuator heads and either slow or snap action contacts. Cost-effective plastic and heavy-duty die-cast or stainless steel models are ideal for industrial environments
Cable-pull (grab-wire) safety rope switches are designed to be mounted on machines and sections of conveyors which cannot be protected by guards.
Hazardous location safety devices satisfy the latest IECEx and ATEX standards, providing explosion-proof switching for oil, chemical, pharmaceutical, food processing, packaging, and other hazardous industries. Devices include:
Newest Additions!
Isolating barriers provide intrinsic safety and galvanic separation between the control system and the field device.
Safety curtains are used for human protection and product/machine safety where risks cannot be eliminated by machine design and the process might require open and frequent access. A light curtain uses a row or grid of light beams to detect intrusion. Products include:
Area scanners are an intelligent and cost-efficient way of protecting a zone or area by using lasers in a 275-degree viewing window.
The Z-Range Safety Switch System is a set of compatible modular devices that have dual OSSD inputs and outputs. This system is capable of connecting up to 30 Z-range devices in series with one safety relay. Devices include:
Fail-safe inductive sensors are specialized proximity sensors with an OSSD output for connection to a safety relay. They allow for the detection of metal objects in safety applications.
Safety controllers are modular and configurable for managing all safety functions of a single machine or an entire plant that offers cost reductions with minimal wiring. Master modules are available as standalone units or units with expansion capabilities.
Starting at
(MOSAIC-M1)
Safety configurable and programmable relays reduce the number of individual safety relays required to properly monitor machine safety equipment. Configurable relays are available to support several different applications, and programmable relays can be used to replace up to 8 safety relays. Both types of devices are easy to use and require no programming experience.
Safety relays are coils and contacts designed to be positively driven and assure a reliable opening and closing for machine safety applications. They are developed and manufactured according to IEC and EN European standards and are RoHS, CE, and UL Listed. These modules consist of safety relays controlled by built-in monitoring functions.
Newest Additions!
Safety mats are used to protect people and machinery from harm. Mats detect the presence of personnel on horizontal surfaces (usually the floor). Mats are wired to specialized safety relays for fail-safe triggering of the intended safety function.
Types include:
Newest Additions!
Safety edges and bumpers are pressure-sensitive devices used to safeguard equipment from damage and prevent injury to personnel.
Edges ensure safety on any surface at potential crushing or shearing points. They are commonly used on the edges of automatic gates and doors.
Bumpers are used in applications involving vehicles or other moving equipment. Both edges and bumpers are wired to specialized safety relays for fail-safe triggering of the intended safety function.
Trapped key systems ensure that power is removed before any access can be gained to a dangerous machine or specific hazard through gates or doors. They are available in either standard or solenoid-locking versions. All keys and their corresponding receivers and modules are identical within a set, but unique to any other set.
Two-hand control panels require an operator to use both hands at the same time when initiating a hazardous operation. They are used with a control monitoring relay.
Enabling switches, also called "hold-to-run" or "dead man's" switches, provide operators with a special control mode when performing tasks such as maintenance or debugging of hazardous equipment. These handheld switches must be maintained properly by the operator for the equipment to function.
Using physical barriers to limit access to dangerous areas is a primary means of protecting workers and machinery. Machine guarding components can be installed quickly, and their various sizes allow for flexible design options.
Gate boxes provide high-level RFID-coded interlocking, tamper-proof guard locking, and machine control in one unit. Models with rear escape handles prevent personnel from being trapped in a guarded area. Networked models provide communications to a safety PLC via the CIP safety network protocol.
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