LEVEL 1

In this level, the four setpoints can be changed, plus Hysteresis, Input Shift and Security Protection can be set.

Use to move from one parameter to the next.

When the desired parameter appears

on the LED display, press to select that parameter for program- ming. The parameter’s current value appears on the LED display.

When the desired parameter is

displayed, use and to view and/or change the parameter. Then

press to save the new setting to memory, and to move on to the next parameter.

Setpoints -

Setpoints

Hysteresis

Input Shift

Security Protection

When appears on the LED display, the HH, H, L, and LL setpoints can be changed even while security lockout is enabled.

To set the values, press after appears. The present value for the HH setpoint will appear

on the LED display. Use and to view and/or change the setpoint. Then press to save the new setting to memory, and to move on to the next setpoint. After all setpoints are set, the LED display

returns to .

Hysteresis -

The hysteresis value for the setpoints can range from 0° to 99° C or F.

Press after appears on the LED display. Use and to set the value. Then press to save the new setting to memory.

Input Shift -

The input shift value can range from -99° to +99° C or F. The factory set value is “000”

The input shift value offsets the displayed temperature by the value you set here. This may be useful to force the regeneration monitor to display the same temperature as a known [or supposed] temperature reading.

350-2100 cfm Dryers

Chapter 6: Maintenance

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Sterling 350-2100 CFM installation manual Setpoints, Hysteresis, Input Shift

350-2100 CFM specifications

The Sterling 350-2100 CFM is a high-performance ventilation system that effectively addresses the needs of various industrial and commercial applications. This versatile unit is designed to provide optimal air movement, offering flow rates spanning from 350 to 2100 cubic feet per minute (CFM). Its capabilities make it ideal for environments that require robust air circulation, such as warehouses, factories, and workshops.

One of the standout features of the Sterling 350-2100 CFM is its energy-efficient motor. The unit is equipped with a reliable and durable drive system, allowing for lower energy consumption while maintaining high performance. This not only reduces operational costs but also contributes to a greener footprint, making it an attractive option for businesses looking to enhance sustainability.

The ventilation system is designed with an advanced aerodynamic blade technology that maximizes airflow and minimizes noise levels. This allows for a more comfortable working environment by reducing the disruption typically associated with high-velocity air movement. Additionally, the integrated sound-dampening features ensure that it operates quietly, making it suitable for noise-sensitive areas.

The Sterling 350-2100 CFM also incorporates a user-friendly control panel, which allows for easy adjustments and monitoring of airflow levels. This system can be tailored to specific ventilation requirements, ensuring optimal performance in diverse settings. For added convenience, some models come with remote control capabilities, allowing operators to manage airflow from a distance.

Durability is a key characteristic of the Sterling 350-2100 CFM. The unit is constructed with high-grade materials that resist wear and tear, providing long-lasting service even in challenging environments. The weather-resistant design further enhances its suitability for outdoor applications.

Moreover, the system can be easily integrated with existing HVAC setups, providing flexibility and compatibility without extensive modifications. Maintenance is also simplified, with easily accessible components for routine checks and servicing.

In summary, the Sterling 350-2100 CFM ventilation system stands out for its combination of energy efficiency, quiet operation, and robust design. With its innovative technologies and user-friendly features, it meets the demands of modern industrial and commercial spaces while ensuring optimal air quality and comfort for occupants.