Sterling SCD 10 specifications Operation, Auto-tuning the Dryer, Setting the Alarm Value

Page 19

Chapter 4: Operation

Before beginning dryer operation, make sure that there is a good compressed air connection and that the main power is securely plugged in. Check the process hose and hopper exhaust filter for tight connections. Check all companion equipment, such as the drying hopper; verify that the loading system is ready for operation. The dryer will not run if a fault condition exists. Investigate the cause of any faults.

DANGER! Always turn the dryer off before servicing. Do not attempt to check the alarms on the controller located within the unit enclosure unless you are a qualified electrician.

4-1 Auto-tuning the Dryer

Although the controller is calibrated at the factory, the unit should be auto-tuned prior to dryer start-up.

Use the following procedure to auto-tune the dryer:

1.Press the Level button one time to enter the Adjustment level.

2.Press the Mode Key one time. The PV display will read “At.”

3.Press the Up Arrow button to change the value to “ON.”

4.Press the Level button to begin auto-tuning and return to the Operation level.

The unit will automatically auto-tune. While this process is taking place, the SV display will blink the set point value. When the SV display stops blinking, the auto- tune process is finished.

Note: It is recommended that the unit be auto-tuned when the pressure and airflow of the compressed air have been adjusted, and the dryer is running close to process temperature set point.

4-2 Setting the Alarm Value

The Alarm Value setting determines how many degrees the process temperature is allowed to exceed the set point temperature before the high temperature alarm is triggered and the heater turned off.

Use the following procedure to set the alarm value:

1.Press the Mode button two times to select the Alarm Value 1 parameter. (The PV display will read “AL-1”).

2.Use the Up Arrow and Down Arrow buttons to change the value.

3.Press the Mode button to accept the value and begin operation.

Note: The factory default valve for this setting is 25.

10 CFM Compressed Air Dryer

Chapter 4: Operation

19 of 30

Image 19
Contents SCD 10 Compressed Air Dryer Shipping Info Table of Contents Appendix How to Use This Manual SafetySafety Symbols Used in this Manual Responsibility General Safety RegulationsPage General Description Typical Features and ComponentsFunctional Description Models Covered in This ManualDrying Hopper Air Trap Safety FeaturesRemote Membrane Dryer for Low-Dew point Operation Optional Remote-Mount Membrane Dryer Airflow SchematicMicroprocessor Controller Microprocessor ControlsButton or Indicator Function Identifying the Controller’s Buttons and IndicatorsParameter Function Understanding the Controller’s ParametersRestoring Factory Default Settings Connecting a Hopper-Mount Dryer to a Hopper InstallationUncrating the Equipment Floor-Mount Configuration Connecting a Floor-Mount Dryer to a Hopper OptionalMaking Compressed Air Connections Making Electrical ConnectionsMembrane Dryer Assembly Installing the Remote-Mount Membrane Dryer OptionalSetting the Alarm Value Auto-tuning the DryerOperation Shut-down Start-upPreventative Maintenance Schedule MaintenanceCleaning and Replacing the Filters Replacing the Fuse Outside of the Cabinet Problem Possible Cause Possible Remedy TroubleshootingProblem Possible Cause Possible Remedy Credit Returns Warranty ReturnsAppendix Returned Material PolicySales Department Service DepartmentTechnical Assistance Parts DepartmentTechnical Specifications Dryer Operating Parameters Dimensions Quantity Description Spare Parts List

SCD 10 specifications

The Sterling SCD 10 is a sophisticated digital aggregation and communication platform designed primarily for industrial applications. This innovative system provides a comprehensive set of features and technologies that revolutionize data management and communication across various sectors.

At its core, the Sterling SCD 10 excels in data aggregation, seamlessly integrating information from multiple sources and sensory inputs. This capability allows organizations to consolidate their operational data into a single, coherent platform, enabling more informed decision-making processes. By providing real-time insights, the Sterling SCD 10 enhances visibility into system performance, resource utilization, and operational efficiency.

One of the standout features of the Sterling SCD 10 is its advanced communication capabilities. The platform supports multiple communication protocols, ensuring compatibility with a diverse range of devices and networks. This flexibility is crucial for industries that rely on various technologies and systems. Moreover, the Sterling SCD 10 is designed to work harmoniously with both legacy systems and new technologies, facilitating smoother upgrades and integrations.

The Sterling SCD 10 also incorporates robust data security measures to protect sensitive information. With features like encrypted data transmission and secure access controls, the platform prioritizes the integrity and confidentiality of the data being processed. This is particularly important in industries that deal with regulatory compliance and sensitive operational data.

In terms of user experience, the Sterling SCD 10 boasts an intuitive interface that simplifies navigation and data visualization. Users can easily monitor system performance, analyze trends, and generate reports, making it accessible for personnel at various skill levels. Customizable dashboards and analytics tools allow users to tailor their views and gain insights that matter most to them.

Furthermore, the Sterling SCD 10 is highly scalable, making it suitable for businesses of all sizes. Whether a small enterprise or a large corporation, users can scale the platform's capabilities according to their evolving needs. This scalability is backed by a robust cloud infrastructure that ensures high availability and reliability.

Overall, the Sterling SCD 10 stands out in the arena of digital communication and data aggregation with its rich feature set, advanced technologies, and a commitment to security and user-friendly operation. Its ability to integrate seamlessly into existing frameworks while providing vital operational insights positions it as a pivotal tool for modern industries looking to enhance their efficiency and innovation.