Linear EV-0C eMerge E3 Series Elevator Extension Node with Compact Cabinet

Optimize elevator access control with the Linear EV-0C eMerge E3 Series Elevator Extension Node — a compact, purpose-built access control node for modern buildings. As part of the Linear eMerge product line, this elevator access control node (model EV-0C, MPN 620-100278) delivers secure, reliable elevator management in a space-saving plastic cabinet that fits easily into elevator control areas. The integrated tamper switch improves physical security and supports proactive monitoring and alarm workflows so security teams and building operators can respond quickly to incidents.

Built for system integrators and facility managers, the EV-0C simplifies deployment and reduces maintenance windows by providing standardized connectivity for multi-floor elevator control. It works seamlessly with access control, surveillance, and building management platforms to centralize monitoring and event reporting. Constructed by Nice S.p.A. under the Linear brand, this elevator extension node balances durability with a compact footprint ideal for retrofits and new installations. Upgrade your elevator security and operational monitoring — contact your Linear distributor or add the EV-0C to your next access control project.

• Space-saving integration: compact plastic cabinet allows neat installation in elevator riser spaces and control rooms to maximize usable space.
• Enhanced security monitoring: integrated tamper switch provides immediate alerts to protect equipment from unauthorized access or tampering.
• Reliable elevator access control: designed for seamless operation with the eMerge E3 system to ensure consistent, fault-tolerant elevator management.
• Simplified deployment: lightweight construction and standardized wiring reduce installation time and service disruptions for building managers and integrators.
• Scalable solution: supports expansion of multi-floor access control and integrates with surveillance and building security systems for centralized monitoring.