Description

SSU-PAM-EOLR Multi-Voltage Encapsulated Relay Overview

The SSU-PAM-EOLR is a premium multi-voltage encapsulated relay by Space Age Electronics. It offers robust switching capabilities across a wide voltage range, making it ideal for numerous control and alarm applications. Since it supports multiple voltage inputs, it reduces the need for multiple relay types in your inventory.

Thanks to its encapsulated design, the SSU-PAM-EOLR protects internal components from dust, moisture, and vibration. This ensures reliable operation even in harsh environments, such as fire alarm panels, HVAC control systems, and building automation.

Key Features of the SSU-PAM-EOLR Multi-Voltage Encapsulated Relay

This multi-voltage encapsulated relay combines versatility and durability. Some key features include:

• Wide voltage range support: 24V to 120V AC/DC

• Form C (SPDT) contacts capable of handling control circuits reliably

• Encapsulated housing to resist environmental damage

• LED status indicator for easy troubleshooting

• Flexible mounting options, including DIN rail and surface mount

Applications for Multi-Voltage Encapsulated Relays like the SSU-PAM-EOLR

The SSU-PAM-EOLR excels in various applications, including:

• Fire alarm control and notification systems

• HVAC equipment control

• Access control systems

• Lighting and energy management automation

• Industrial control panels

Easy Installation and Reliable Operation

Designed for installers, the SSU-PAM-EOLR can be quickly mounted on DIN rails or surfaces. Moreover, its LED indicator simplifies system checks, reducing troubleshooting time. The encapsulated design ensures long-term reliability, minimizing maintenance.

Why Choose Space Age Multi-Voltage Encapsulated Relays?

Space Age’s multi-voltage encapsulated relays, like the SSU-PAM-EOLR, are UL-listed and extensively tested. Therefore, they meet rigorous industry standards for performance and safety. Whether you’re an engineer, contractor, or technician, these relays offer peace of mind in critical systems.