BRE7A6
by Danaher
Original price
$767.28
-
Original price
$844.01
Original price
$844.01
$767.28
-
$844.01
Current price
$844.01
The Danaher BRE7A6 electronic reset timer is a precision timing device in the Timers and Controllers series by Danaher. It features a microprocessor-controlled adjustable delay and an operating voltage of 120 VAC with a frequency of 50/60 Hz. Equipped with 2 SPDT relay outputs, the BRE7A6 delivers reliable switching and reset functions. Its primary application is to introduce a predetermined delay before changing an output state or resetting a system, enabling accurate synchronization of sequential operations and time‐critical processes in industrial automation environments.
In terms of technical specifications, the BRE7A6 offers surface mount installation on enclosure panels or machine chassis, providing mechanical stability under vibration and shock. The device includes a terminal block with 9 screw terminals for secure wiring, supporting wire gauges up to 16 AWG. An analog indicator serves as the display type, while a pilot light, lit during timing, provides visual confirmation of active delay sequences. The drive mechanism is a microprocessor‐controlled circuit that manages an adjustable delay range of up to 5 min with high precision. The housing is constructed of injection‐molded Lexan, delivering dimensional stability, impact resistance, and self‐extinguishing properties.
Additional features of the BRE7A6 include its UL recognized safety certification, ensuring compliance with industry standards. The rugged Lexan enclosure enhances durability and protects sensitive electronics in harsh industrial settings. Compatibility with both 50 Hz and 60 Hz power systems extends its applicability to global installations, and the surface mount configuration simplifies maintenance and replacement, reducing downtime. By combining robust construction, precise timing control, and clear status indication, the BRE7A6 electronic reset timer offers a reliable solution for optimizing process synchronization and elevating operational efficiency in demanding industrial applications.
