Blower Heated Desiccant Dryer D-IBRi Series
Ingersoll Rand D-IBRi series blower heated desiccant dryer makes the compressed air dry in an efficient manner, which greatly reduces the loss of compressed air and saves energy.
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Features
•Double-offset PTFE seal butterfly valve is used for reliable performance and long service life.
•Superior double-position five-way solenoid valve is used as air actuated valve to guarantee reliable operation of the equipment.
•Blower with reliable performance is used to ensure normal operation of the drying system.
•Unique design guarantees uniform distribution of dry regeneration air flow, and eliminates “short circuit” phenomenon with the velocity high at the center and low at the edges.
•Tower body and high-temperature pipes are wrapped with embossed aluminum sheet for insulation to prevent energy waste.
•Special pressurization feature ensures uninterrupted air supply in the process of dryer switching.
•Various measures are taken to ensure no loose layered bed and no loss & prolonged life time of the desiccant.
•Slow air flow through the dryer increases the contact time with the desiccant, maintains the dew point and reduces pressure loss.
•Pressure gauge and safety valve is equipped for every tower.
•An appropriate cooling period is included in the regeneration cycle to prevent peak at dew point during switching.
•Standard configuration: PLC (Programmable Logic Controller) and HMI (Human Machine Interface).
Model Specifications
D-IBRi Series Blower Heated Desiccant Dryer
Note: Data refer to the following conditions: ambient temperature: 38C,inlet temperature: 38°C,inlet pressure:7 barg.
•Double-offset PTFE seal butterfly valve is used for reliable performance and long service life.
•Superior double-position five-way solenoid valve is used as air actuated valve to guarantee reliable operation of the equipment.
•Blower with reliable performance is used to ensure normal operation of the drying system.
•Unique design guarantees uniform distribution of dry regeneration air flow, and eliminates “short circuit” phenomenon with the velocity high at the center and low at the edges.
•Tower body and high-temperature pipes are wrapped with embossed aluminum sheet for insulation to prevent energy waste.
•Special pressurization feature ensures uninterrupted air supply in the process of dryer switching.
•Various measures are taken to ensure no loose layered bed and no loss & prolonged life time of the desiccant.
•Slow air flow through the dryer increases the contact time with the desiccant, maintains the dew point and reduces pressure loss.
•Pressure gauge and safety valve is equipped for every tower.
•An appropriate cooling period is included in the regeneration cycle to prevent peak at dew point during switching.
•Standard configuration: PLC (Programmable Logic Controller) and HMI (Human Machine Interface).