Description
EC-Erg Elec Split System
The Erg Elec Split System offers the same thermocontact regeneration performance as the Monobloc in a modular two‑part configuration. A fixed terminal installed in the kitchen or ward area provides cold management and power connection, while the mobile trolley incorporates the thermocontact heating plates and insulated dual‑cavity design. This architecture reduces trolley weight and overall dimensions during distribution, improving ergonomics and manoeuvrability in confined or high‑traffic areas, with no heat emissions to the ambient environment from the heating process.
A single terminal can serve multiple trolley capacities, simplifying investment and increasing flexibility in fleet management. Easy front docking and fully accessible components support fast maintenance and reduced downtime, while the controller coordinates heating cycles, cold management, alarms and HACCP‑compatible data recording with optional remote traceability. The dual‑cavity structure maintains strict separation between hot and cold compartments throughout the service cycle.
The Erg Elec Split System shares the same tray and container compatibility as the Monobloc and integrates seamlessly with the common accessories and options. Towing and motorisation, strapping kits, bumpers, braking, clearing and waste solutions, plus decorative finishes and identification systems allow customisation to site‑specific logistics, safety and branding requirements. Optional dual terminals can connect two trolleys simultaneously from a single control point.
Other Cooling Technology Options:
Cold chain performance is just as critical as hot holding, particularly in cook‑chill and cook‑freeze environments. To support different infrastructure and service strategies, modern meal distribution trolleys can be configured with several cooling technologies:
– Compressor refrigeration: Integrated refrigerated circuits for active chilling and holding.
– Glycol / eutectic modules: Charged plates or circuits that provide passive cooling during distribution, reducing on‑board mechanical complexity.
– CO₂ cassettes: Liquefied CO₂ is injected into a dedicated cassette, delivering rapid pull‑down and stable holding via sublimation, with no moving parts on the trolley itself.
This range of options allows sites to balance capital cost, maintenance profile, energy use and docking infrastructure to suit their operational model.
Designed for cook‑fresh, cook‑chill and cook‑freeze
Whether meals are served immediately after production or held for later service, the distribution system has to align with the overall process. In practice this means:
– Cook‑fresh / cook‑serve: Meals are prepared and portioned close to service time, with trolleys used mainly for short‑term hot holding and transport.
– Cook‑chill: Meals are cooked, rapidly chilled, held under controlled refrigeration, then regenerated in trolleys near the point of service to meet time‑temperature limits.
– Cook‑freeze: Extended holding times are possible, with controlled thawing and regeneration cycles built into the distribution plan.
Well‑matched trolleys are engineered to interface with blast chillers, cold rooms and service pantries, forming a consistent temperature‑controlled chain from production to plate.