Emerson 7000, 4000 appendix How to Change a Setting, Tip

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2--1 Settings

How to Change a Setting

¡

To change a setting in the controller (CP):

 

¡ Navigate to the settings screen that you want to change (see page 1–2).

©

¢

£

Tips ☞

Tip ☞

Enter

Password

0000

Tip ☞

©Press Enter/Save Settings ￿ key to start the first field blinking. If the controller requires a password, see below.

¢Press up Yand down Barrow keys to change flashing digit(s) or word and press Enter/Save Settings ￿ key to move to next field.

£Repeat step ¢ until all the fields have been entered.

If a field is blinking, the CP is waiting for information to be entered. The Esc key will end the editing session.

Password

Default password is 1111 (see page 2–8)

If Enter Password displays, you must enter the correct password first.

Use the up Y and down B arrow keys to change the flashing digit of the password. Press the Enter/Save Settings ￿ key to move to next next digit (left to right). When the correct password is displayed, press the Enter/ Save Settings ￿ key.

If WRONG PASSWORD !!! displays, you are returned to the first flashing digit. When the correct password is displayed, press the Enter/Save Settings ￿ key.

You can now change the settings on the selected screen.

Once the password is entered it will stay unlocked for 5 minutes after last key is pushed so that you do not have to keep entering it. So, to save time, plan to make all your settings at one time.

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Contents Description 381333-126 KPower Control Center display and keypad Left-Right Arrows Enter/Save SettingsControl Overview Up-Down ArrowsSettings Overview How to Change a Setting TipVoltage & Frequency Settings NormalvoltageunbalNormal Frequency Emerg FrequencyCP Settings Normal VoltageNormal Frequency Normal Voltage UnbalanceTime Delay Settings Standard Time Delays TD NE Xfer SignalTD EN Xfer Signal Bypass Currently Running TDFeatures Settings Phase Rotation Monitor In-Phase MonitorCommit to Xfer After TD Normal Fail see Shed LoadGeneral Settings Primary Failure Detection not shownDefault to Factory Settings Reset Engine Exerc ProgramsChange Password Menu Language not shownEngine Exerciser Settings JANPresent DATE/TIME P1 Engine ExerciserPresent Date/Time Engine Exerciser Settings MenusP1-7 Engine Exercisers View Event Log Logged EventsEvent Types Event ReasonsService Statistics / Diagnostics View Service DataATS Statistics Source StatisticsService Factory Selectable Features Status Information Source AcceptabilityATS Status Normal Source StatusDisplay Messages and their Meaning Test Mode Serial Comm Test Mode Test CircuitWrong Password XTD Parallel AlarmOpen-Transition 2-position Automatic Transfer 4ATS,7ATS,7ATB Load Transfer To EmergencyOpen-Transition 2-position Automatic Transfer Switches Load Retransfer To NormalClosed-Transition Automatic Transfer 4ACTS, 7ACTS, 7ACTB Closed-Transition Automatic Transfer Switches Closed-Transition Load Retransfer To Normal Bypass Closed-Transition Load TransferDelayed-Transition Automatic Transfer 4ADTS, 7ADTS, 7ADTB Delayed-Transition Automatic Transfer Switches Controller Cover Removal Figure A-1. Cover release latchesTransfer Switch Type DIP Switch ActuatorsNominal Source Voltage Selection Phases of Normal & Emergency Sources Lost or Forgotten PasswordFrequency of Sources Data Input LockVoltage Jumper Blocks Figure A-3. Location of jumper blocksIndex
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4000, 7000 specifications

The Emerson 7000 series is a versatile and advanced automation solution designed for modern industrial environments. Renowned for its reliability, scalability, and performance, the Emerson 7000 series is tailored to meet the complex demands of various industries, including oil and gas, chemical manufacturing, power generation, and food and beverage.

At the heart of the Emerson 7000 series is its powerful and flexible architecture. This series integrates seamlessly with existing systems, allowing for easy upgrades without disrupting ongoing processes. The modular design enables users to customize their setups according to their specific needs, providing unmatched adaptability in dynamic operations.

One of the standout features of the Emerson 7000 is its intelligent diagnostics capabilities. This technology leverages advanced algorithms and machine learning to predict equipment failures and maintenance needs, thus minimizing unplanned downtime. By continuously monitoring critical parameters, the system provides operators with actionable insights, enhancing operational efficiency and safety.

The Emerson 7000 series also focuses on user-friendly interfaces. Its intuitive design allows operators to quickly navigate complex data and analytics, facilitating quicker decision-making. The human-machine interface (HMI) provides a clear visual representation of processes, empowering users to manage operations effectively.

Another cutting-edge technology in the Emerson 7000 series is its cybersecurity measures. With the increasing threat of cyber-attacks in industrial environments, Emerson has prioritized the integration of robust security protocols. These features protect sensitive data and ensure the integrity of operations, safeguarding organizations from potential breaches.

Additionally, the Emerson 7000 series supports a wide range of communication protocols, making it compatible with various devices and systems. This interoperability allows for greater collaboration between different technologies within a facility, streamlining workflows and enhancing productivity.

Lastly, the Emerson 7000 emphasizes sustainability and energy efficiency. By providing insights into energy consumption and operational performance, the system helps organizations minimize their environmental impact and reduce operational costs.

In summary, the Emerson 7000 series stands out as a comprehensive automation solution that combines cutting-edge technologies, user-friendly interfaces, robust cybersecurity, and a commitment to sustainability. With its ability to adapt to diverse industrial needs and enhance operational efficiency, the Emerson 7000 continues to be a preferred choice for businesses seeking to navigate the complexities of modern manufacturing and process automation.
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