SCHNEIDER ELECTRIC

Schneider Electric introduces Harmony™ Mobile Box for wireless and batteryless pushbuttons

Published: 11 March 2014 Category: News

Schneider Electric, the global specialist in energy management, has announced the Harmony mobile box, the newest accessory in the Harmony range for control and signalling. Designed to seamlessly complement the popular wireless and batteryless Harmony XB5R pushbutton, it provides practical housing for the control unit, making it easy to handle, carry, or store in a secure holder or on a hook.

Schneider Electric introduces Harmony™ Mobile Box for wireless and batteryless pushbuttons
With the introduction of the Harmony mobile box, users now have at their disposal a complete solution for controlling equipment wirelessly, while being able to freely change the command position. 
 
This delivers many practical benefits including increasing time efficiency, allowing forklift operators to operate machines, open and close automatic doors and change traffic lights without dismounting.  
 
Installation costs can also be reduced as costly and complicated wiring in applications such as construction lifts and large production site’s factory gates are eliminated.  As operators can control the equipment from a distance, safety is also increased as there are no exposed wires or cable trays that can wear out over time. 
 
Product marketing manager at Schneider Electric, Darryl Wells-Pope, comments: “Schneider Electric takes pride in adapting to the market, striving to provide consumers with products that will make installing such systems even easier.
 
“With the Harmony box, consumers are now able to control equipment wirelessly, offering increased time efficiency and safety onsite. This new function can also lower installation costs, removing the need for cables and wires and making the product offering financially appealing for those looking to replace their control and signalling equipment.”
 
For more information about Schneider Electric, please visit www.schneider-electric.com/ie