HP56S261Z6 Danaher
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The Danaher HP56S261Z6 is part of the Timers and Controllers series, featuring a dual preset capability for enhanced functionality. It supports a supply voltage of 90-240 VAC 50/60 Hz, an NPN open collector output with a max voltage of 30 VDC, and front panel programming security. Designed with an IEC IP65-rated front panel.
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Product Description:
Danaher is a global science and technology company. It designs, manufactures and markets innovative products across various industrial sectors. The company is known for delivering reliable, performance focused solutions in life sciences, diagnostics, environmental and applied industries.
The HP56S261Z6 Reset Timer provides a reset time of ½ second at maximum setting. Its rated voltage is 120 V with a tolerance of + 10 % to – 15 % and a frequency of 60 Hz. It offers a fast power on response with an average pull in time of 28 milliseconds and an average drop out time of 17 milliseconds. This device includes a 15 terminal ABS molded housing UL rated 94 V - 0 which ensures high impact resistance and combustion prevention. The timer's electrical lifetime depends on load characteristics. At full load, it supports up to 250,000 operations while at 1 amp load, the life increases up to 5 million cycles. It is important that the inrush current does not exceed 10 amps for optimal performance and longevity. This reset timer is equipped with a reverse action clutch mechanism that is designed to remain disengaged during power failure conditions. This feature ensures precise and controlled reset behavior.
This HP56S261Z6 reset timer maintains consistent performance under variable conditions. The clear and well spaced calibrations allow for quick and accurate adjustments. An integrated pilot light clearly indicates when the timer motor is energized that offers added clarity for operational status. This combination of visual cues and physical adjustments improves usability and reduces operational error. The unit is built to offer both high performance timing and user friendly interaction that makes it ideal for repetitive timing cycles in industrial environments.