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Emergency Shutdown Systems with Industrial Remote Control

by baseremotes

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In the world of technology, there are many changes take place almost every moment. But using the modern technology as well as scientific up gradation so many tools and machines are being produced nowadays. Now industrial remote control systems are also a recent up gradation that is being talked about by people nowadays.

Bulk plant wireless emergency shutdown systems are developed to eliminate costly hard wiring of fixed location emergency stop switches. Now any number of wireless remote E stop industrial remote control systems can be installed within the plant facility and communicate with one receiver or controller unit. These systems will work in conjunction with existing, hard-wired, manual E-Stop switches and plant safety controls. Operator worn E-Stop remotes can also be added to these systems.

Model ASKF 100 AC: This fixed frequency industrial remote control switch operates at 433 MHz using two double batteries. The transmitter is energized only when E-Stop switch is activated. Battery test button shows a “low battery” flashing LED on the E-Stop switch as well as on the receiver/controller unit. The operating range is up to 1000ft.

On the other side, this daily E-Stop transmitter battery tests and scheduled battery replacement intervals are strongly recommended. The E-Stop transmitters and receiver/controller shut-down will NOT operate when the remote E-Stop transmitter batteries are exhausted.

MODEL DSSF 100-AC: The direct sequence, spread-spectrum remote E-Stop switch operates at 2.4GHz using a rechargeable battery pack. The E-Stop industrial remote control systems or receiver/controller unit are connected via Safe Link.

In case of any loss of signal connection between the remote E-Stop switch and receiver/controller results in an automatic E-Stop trigger until the signal is restored. High powered E-Stop transmitters have an operating range of up to two miles. Transmitters must be connected to a back-up power supply as the battery pack will operate for only seven days. Backup power can be 12/24VDC, 120/240VAC, and solar powered where practical.

E Stop Transmitter: All emergency stop systems are CSA, CE, and FCC approved. These are pressing the Emergency Stop button causes the receiver/controller unit to trigger a plant shut-down. The system cannot be rebooted until the E-Stop button is pulled out and a manual receiver/controller reset is performed.

The E-Stop buttons are dual contact – dual channel and comply with global E-Stop switch requirements. At the same time these systems will fail safe, triggering an automatic E-Stop with any loss of main line electrical power supply to the receiver/controller unit. These are easily interfaced with electrical, pneumatic, nitrogen, or mechanical plant shut-off equipment. Apart from it, the systems will operate with 12/24VDC or 120/240VAC power supplies.

The receiver or controller outputs can specified as 12/24VdC, 120/240VAC, dry contact. The standard receiver/controller units are NOT rated explosion proof and are typically installed in non hazardous electrical control equipment areas.

Receiver/controller units are provided with antenna and coax cable for outside antenna mounting providing maximum operating range. Explosion-proof electrical enclosures are available on request.

BASE Engineering designs excellent industrial remote control for different engineering and commercial purposes.  Since 1996 over 50,000 BASEsystems have been employed around the globe to increase job safety and productivity. As a result of this design effort we have the confidence to offer a four year, no hassle, and replacement warranty on every product. Industrial remote control systems, in our hand, have moved into the next level.

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