Features
Demonstrating our commitment to continuous development of sustainable solutions, the ESM Series significantly lowers total cost of operation by consuming electrical power (kWh) in direct proportion to real-time demand.
The ESM Series features modular construction offering multiple design variations for flexible arrangement.
Redundancy in critical components offers fault-tolerant operation, delivering optimal system reliability. The ESM series offers back-up drying protection presenting alternative drying capability in the presence of component failure.
Modular Construction
Multi-Station Design
Dryer systems are organized by connecting up to five individual modules in a line-up arrangement to construct the desired flow capacity.
Modules may be configured in 1250 and 2500 scfm (2124-4148 nm3/h) increments precisely matching system air flow demand.
Self-sufficient modules easily interface with couplings to form larger systems, responding to increased air demand.
Complete Module Isolation
Full flow air-side isolation valves permit maintenance of individual modules without interrupting the air supply to other modules.
Each module maintains separate water regulating valves, strainers and water isolation valves for ease of maintenance. Modules are furnished with a disconnect switch, enabling the operator to remove electrical power without de-energizing other modules in the system line-up.
Features
- Demonstrating our commitment to continuous development of sustainable solutions, the ESM Series significantly lowers total cost of operation by consuming electrical power (kWh) in direct proportion to real-time demand.
- The ESM Series features modular construction offering multiple design variations for flexible arrangement.
- Redundancy in critical components offers fault-tolerant operation, delivering optimal system reliability. The ESM series offers back-up drying protection presenting alternative drying capability in the presence of component failure.
Modular Construction
Multi-Station Design
Dryer systems are organized by connecting up to five
individual modules in a line-up arrangement to construct the
desired flow capacity.
Modules may be configured in 1250 and 2500 scfm
(2124-4148 nm3/h) increments precisely matching system
air flow demand.
Self-sufficient modules easily interface with couplings to
form larger systems, responding to increased air demand.
Complete Module Isolation
Full flow air-side isolation valves permit maintenance of
individual modules without interrupting the air supply to other
modules.
Each module maintains separate water regulating valves,
strainers and water isolation valves for ease of maintenance.
Modules are furnished with a disconnect switch, enabling the
operator to remove electrical power without de-energizing
other modules in the system line-up.
