The Optima II CRAC from PLC Group delivers intelligent, scalable cooling engineered for the operational realities of data centres, telecom operators, and cable landing stations. Every element of the unit is designed to maintain precise thermal conditions under fluctuating loads, protecting the equipment that carries revenue-generating traffic. The result is a cooling platform that behaves less like a static appliance and more like an active infrastructure asset, responding to demand in real time.
For operators managing critical ICT environments, thermal instability is not an inconvenience; it is a business risk. This unit is built to reduce that risk while keeping operating expenditure under control.
A Computer Room Air Conditioner (CRAC) is a precision cooling system used in data centres, telecom facilities, and other ICT environments to control temperature, humidity, and airflow around sensitive electronic equipment.
The Optima II CRAC combines intelligent controls with a form factor suited to dense equipment rooms.
The measurable value of the Optima II CRAC is realized through daily operational gains, not one-time specifications.
The Optima II cooling system is offered across a capacity range suited to both edge facilities and larger core sites, with modular expansion increments that allow operators to scale capacity without replacing base infrastructure. Supported load configurations accommodate variable heat densities typical of modern telecom and colocation environments.
The Optima II cooling system is deployed in high-density server rooms, cable landing stations, and remote tower facilities where thermal precision directly affects uptime. Its airflow management logic targets hotspot elimination at the rack row, rather than treating the room as a single averaged zone. That distinction is what most operators overlook when specifying cooling; averaged room control can mask the localized failures that actually take equipment offline.
Installation flexibility is built in, supporting greenfield builds as well as retrofit projects where floor plans and existing airflow paths constrain the design.
The Optima II cooling system serves sectors where thermal reliability directly influences service continuity.
At the core of the unit is an AI-driven feedback loop connecting distributed sensors, the onboard controller, and cooling output. Environmental and load data are sampled continuously, compared against learned operational baselines, and translated into fine-grained adjustments to compressor, fan, and airflow behaviour. The system self-optimizes rather than relying on fixed setpoints, allowing it to maintain precise control without over-cooling.
Over time, the controller refines its response profile to the specific thermal signature of each site, improving efficiency as it learns.
Data centre and telecom professionals evaluating precision cooling are invited to connect with our team for a technical consultation. We will review your site requirements, load profile, and integration needs, then outline how the Optima II CRAC fits into your infrastructure roadmap.
Yes. The unit is designed to provide installation flexibility for both greenfield builds and retrofit environments, allowing it to integrate with existing floor plans, airflow paths, and power infrastructure. Our engineering team assesses site conditions before deployment to confirm optimal placement and configuration.
The unit ships with a NetOne-compatible monitoring platform and supports common industry-standard sensor protocols, so it can be brought into most existing DCIM or NOC environments without requiring custom integration work. It also connects natively with our broader remote monitoring ecosystem providing unified visibility across sites.
Our team provides ongoing technical support, remote diagnostics, and lifecycle guidance to keep the system operating at its designed efficiency. Because the controller learns each site’s thermal signature over time, we work with operators to review performance data and refine settings as load profiles evolve.
