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Modular DIN-rail Contactor FF ST25-20-24DC — 2xZ Contacts, 25A, 24V DC
Modular DIN-rail Contactor FF ST25-20-24DC — 2xZ Contacts, 25A, 24V DC
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Modular DIN-rail Contactor FF ST25-20-24DC — 2xZ Contacts, 25A, 24V DC
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Modular DIN-rail Contactor FF ST25-20-24DC — 2xZ Contacts, 25A, 24V DC
Modular DIN-rail Contactor FF ST25-20-24DC — 2xZ Contacts, 25A, 24V DC
Modular DIN-rail contactor FF ST25-20-24DC is a compact switching device designed for installation on standard DIN rails in control cabinets and distribution boards. It features two Z-type contacts and a 24 V DC coil, enabling reliable switching of DC loads up to a rated current of 25 A. The device is intended for use in industrial and commercial automation where space-efficient, modular control elements are required.
The contactor provides a compact modular design for simple DIN-rail mounting and wiring, reducing installation time and panel space. Its two Z-type contacts allow flexible circuit configurations and improved switching reliability for DC applications. With a rated current of 25 A and a 24 V DC coil, the unit is suitable for a range of DC loads while offering stable operation and long service life when used within its electrical limits.
Mount the contactor on a standard DIN rail inside a suitably rated control cabinet or distribution board. Connect the DC supply to the coil terminals with 24 V DC, observing correct polarity and ensuring the supply meets the coil's voltage tolerance. Wire the DC load through the two Z-type switching contacts, verifying that the load current does not exceed 25 A. Follow local electrical codes and safety procedures during installation, including isolation of power before wiring and secure terminal tightening to manufacturer torque recommendations if provided.
For reliable long-term operation, ensure the contactor is used within its rated current and voltage limits, provide adequate overcurrent protection such as fuses or circuit breakers, and avoid frequent rapid cycling beyond the device specification. In applications with inductive loads, add appropriate suppression or snubber circuits to reduce electrical stress on contacts.
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