| Series
"VW" Modular Heating Plants
|
 |
Low
Operating Cost: Optimal
plant turndown plus prevention of flow through non-operating units
insures maximum partial load efficiency with minimum heat loss. Heating
plant control packages with time/temp inputs (integral digital
electronic or provision for interface with Building EMS) and delayed
logic sequencing (adjustable time or fluid temp sampling via PLC or
relay circuitry) completely eliminate unnecessary mild weather operation
and control overshoot.
|
| Standby Protection:
Effective standby is inherent in the
modular concept. Interruption of service is unnecessary for
inspection/repair of individual modules.
Flexibility: Boilers are available for full or partial output indirect heating. A single modular heating plant installation can efficiently handle two or more different heating loads. For maximum total heating plant capacity with minimum footprint, heat-exchanger equipped and hydronic only modules may be combined as necessary. In the event of future building or load expansion, the installation of "add-on" modules is simple and cost-effective. Experience: Field-proven boilers and components. Modular heating plant design and control principles have been refined during more than 20 years in the energy efficient heating plant business. Single-Source Responsibility: Complete matched-component modular heating plant package for trouble-free system setup and maintenance. L.E.S. agents can arrange for startup and service by qualified industrial boiler/burner service personnel. Best Overall Value: Practical factors including ease of rigging and setting, effective space utilization, pre-wiring, dual direct hydronic/indirect capability, and elimination of excess standby capacity often combine to cancel the apparent initial cost advantages of large stand-alone boilers. Even before operating savings are calculated, actual cost of installing a modular heating plant may be less than the cost of installing less efficient alternatives.
|