Overview
Inovonics ACC672LR Long Range Lens for EN1260 915-928 MHz
Inovonics ACC672LR Long Range Lens AccessoryThe Inovonics ACC672LR is a long range lens accessory designed to extend the operational range and detecti…
Inovonics ACC672LR Long Range Lens for EN1260 915-928 MHz
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Bundle Summary
Overview
Inovonics ACC672LR Long Range Lens Accessory
The Inovonics ACC672LR is a long range lens accessory designed to extend the operational range and detection capability of EN1260 wireless security systems operating in the 915-928 MHz frequency band. This corner-mount lens attachment enhances sensor field-of-view performance for perimeter and interior surveillance applications where standard detection distances require extension.
Overview
The ACC672LR addresses a common integration challenge in wireless security deployments: maintaining reliable detection across larger coverage areas without introducing additional sensor nodes. By mounting in either corner position, the lens allows system designers to optimize placement efficiency while maintaining single-zone capacity architecture. The accessory is engineered for reliability across the full operating temperature range of -4° to 140°F, ensuring consistent performance in both indoor climate-controlled environments and outdoor or unheated facilities.
Key Features
- Long range optical extension for 915-928 MHz EN1260 systems
- Corner-mount configuration for flexible installation positioning
- Maintains 1-zone capacity architecture integration
- Operating temperature range: -4° to 140°F for diverse deployment environments
- Wireless connectivity eliminates wired infrastructure requirements
- Direct compatibility with EN1260 wireless system protocols
- Compact form factor minimizes aesthetic impact in finished spaces
Integration & Compatibility
The ACC672LR integrates directly with Inovonics EN1260 wireless security systems without requiring firmware updates or reconfiguration of existing zone assignments. The accessory is recognized as a peripheral enhancement rather than an independent device, preserving system zone capacity for additional sensors or integration devices. Installers can deploy the ACC672LR as a retrofit accessory to existing installations or specify it during initial system design phases. The 915-928 MHz wireless frequency operates within unlicensed ISM band allocations across North America, ensuring regulatory compliance without special frequency coordination.
Corner-mount design flexibility allows placement at interior or exterior corners depending on coverage requirements. The dual-corner configuration supports both landscape and portrait mounting orientations, accommodating various architectural constraints. Integration maintains the wireless communication protocol native to EN1260 deployments, avoiding gateway conversion layers or protocol translation complexity.
Operating Environment
The temperature operating range spanning -4° to 140°F qualifies the ACC672LR for both climate-controlled interior spaces and exposed outdoor mounting locations. This thermal tolerance supports retail, warehouse, manufacturing, and commercial facility applications where seasonal temperature variation or HVAC downtime may occur. The accessory's design accounts for thermal expansion and contraction across the specified range without performance degradation.
Wireless operation eliminates conduit, cabling, and penetration requirements associated with wired lens attachments. This reduces installation labor, material costs, and aesthetic disruption in finished facilities. The ACC672LR is suitable for retrofit applications where existing sensor placement cannot accommodate wired accessories without facility modification.

In multi-floor and large-footprint facility deployments, the Inovonics ACC672LR provides a practical extension to EN1260 wireless system detection coverage without escalating sensor density or creating zone management complexity. The long range lens has proven effective for applications where perimeter coverage or high-ceiling interior spaces require extended detection distance beyond standard sensor capability.
Technical Highlights:
- Frequency Compatibility: 915-928 MHz wireless band operates within unlicensed ISM allocations, eliminating frequency coordination requirements across North American deployments
- Zone Architecture: 1-zone capacity integration preserves existing system zone reserves for additional sensors and integration devices
- Thermal Tolerance: -4° to 140°F operating range supports both climate-controlled facilities and exposed outdoor mounting without performance compromise
Deployment Considerations:
- Corner-mount versatility allows placement optimization in buildings with varied architectural constraints; test lens positioning during design review to confirm coverage alignment with protected assets
- Long range extension reduces overall sensor quantity required for large coverage areas, lowering system cost and maintenance overhead compared to multi-sensor deployments
- Wireless operation simplifies retrofit applications in finished facilities where wired accessory routing creates aesthetic or structural concerns
The ACC672LR is a straightforward accessory selection for Inovonics system integrators facing coverage extension requirements within EN1260 deployments. Specify it during design phases to avoid field modifications, and verify corner-mount placement during commissioning to confirm field-of-view alignment with facility layout.
System Design, Deployment & Technical Support
Support services and planning resources for commercial surveillance, access control, and infrastructure deployments.
Fixed scope • Fixed price
System Design Assistance
- Get help validating product compatibility
- Coverage requirements
- Storage planning and deployment architecture before you buy.
Deployment & Configuration Support
- Access fixed-scope support for rollout planning
- User setup guidance
- Migration and system standardization across single-site or multi-site deployments
Guides, Tools & Calculators
- PoE requirements
- Storage retention
- Camera selection and deployment methodology