SATEL K-2 2E pinta-asennettava magneettikosketin kahdennetuilla EOL-vastuksilla, valkoinen

The SATEL K-2 2E is a high-quality surface-mounted magnetic contact (reed switch) designed for door and window security in alarm systems. It features a double end-of-line (DEOL) resistor configuration with two resistors (1.1 kΩ and 2.2 kΩ), ensuring reliable tamper detection and compatibility with SATEL alarm control panels such as INTEGRA and VERSA. The contact is normally closed (NC) when the magnet is present, providing fail-safe operation. With a maximum activation gap of 20 mm, it offers flexible installation. The white ABS plastic housing blends discreetly with most interiors, and the 1-meter cable simplifies wiring.

Advantages

Double EOL resistors enhance security by enabling tamper detection. Surface-mount design allows quick and easy installation on frames and doors. The NC contact ensures alarm triggering if the circuit is broken. Wide activation gap accommodates slight door/window misalignment. Durable ABS plastic housing withstands daily use.

Suitable for

• Door and window security in residential and commercial alarm systems
• Integration with SATEL INTEGRA, VERSA, and compatible control panels
• Surface-mount applications where flush mounting is not possible

Key specifications

• Product Type: Magnetic Contact (Reed Switch)
• Mounting Type: Surface-mounted
• Resistor Configuration: Double End-Of-Line (DEOL)
• Resistor Values: 1.1 kΩ and 2.2 kΩ
• Contact Type: Normally Closed (NC) when magnet present
• Max Switching Voltage: 20 V DC
• Max Switching Current: 20 mA
• Max Switching Power: 3 W
• Activation Gap: Up to 20 mm
• Cable Length: 1 m
• Housing Material: ABS Plastic
• Color: White
• Operating Temperature: -10°C to +55°C

Recommendations

For optimal performance, pair the K-2 2E with a compatible SATEL alarm panel and ensure the magnet and contact are aligned within the 20 mm gap. Use the DEOL resistors as per the panel's wiring diagram to enable tamper monitoring. Regularly test the contact to confirm proper operation.