Miniature relay RM96-3031-35-1018 electromagnetic, for printed circuit board 852872

Miniature relay for printed circuits

This miniature electromagnetic relay, designated RM96-3031-35-1018, is an ideal solution for applications requiring compact size and reliable operation. Designed for direct mounting on a printed circuit board (PCB), it simplifies integration into various electronic circuits. Its design and parameters make it suitable for both industrial and consumer applications.

Characteristics and application

This relay is characterized by a single normally open contact (1R), which means it can be used to switch circuits on and off. Its versatility stems from the ability to work with both alternating current (AC1 - 8 A / 250 V) and direct current (DC1 - 8 A / 24 V). The coil voltage is 18 V DC, ensuring compatibility with popular power sources. Thanks to its compact dimensions (28 x 10 x 16.2 mm), this relay finds application where space is limited.

• PCB mounting: Direct mounting on a printed circuit board simplifies the installation process and reduces costs.
• High tightness: IP67 protection class guarantees resistance to dust and moisture, allowing operation in harsh environmental conditions.
• Contact material: Contacts made of AgSnO2 (silver-tin-oxide) provide good electrical conductivity and wear resistance.
• Universal voltages: The ability to work with AC and DC voltage increases the range of relay applications.

Structural advantages and operating parameters

The relay design is designed for reliability and durability. The monostable drive switching mode ensures reliable operation in applications requiring simple on/off switching of the circuit. The lack of forced contact guidance and the lack of a socket or LED indicator simplify the design, making it more reliable in long-term operation. It is worth noting the rated current of 8 A and the wide range of DC control voltage (12.6 - 44 V), which provides flexibility in choosing the appropriate power supply. A non-polarized drive eliminates the need to pay attention to polarity when connecting the coil.