Testing & Service, Call 1 800 800 Asco | Emerson GDESIGN 10004000A

SECTION 2 TESTING & SERVICE

TRANSFER TEST

DISCONNECTING THE CONTROLLER

Operate the 7000 Series ADTS at least once a month by following the five–step Electrical Operation Transfer Test procedure on page 1–5.

PREVENTIVE MAINTENANCE

Reasonable care in preventive maintenance will insure high reliability and long life for the 7000 Series ADTS. An annual preventive maintenance program is recom- mended.

ASCO Services, Inc. (ASI) is ASCO Power Technologies’ national service organization. ASI can be contacted at 1-800-800-2726 for information on preventive maintenance agreements.

Checklist for Yearly Inspection

Hazardous voltage capable of causing shock, burns, or death is used in this switch. Deenergize both Normal – Emergency power sources before performing inspections!

jClean the ADTS enclosure. Brush and vacuum away any excessive dust accumulation. Remove any moisture with a clean cloth.

jCheck the transfer switch contacts. Remove transfer switch barriers and check the condition of the contacts. Replace contacts when pitted or worn excessively. Reinstall the barriers carefully.

jMaintain transfer switch lubrication. If switch is subjected to severe dust or abnormal operating conditions, renew factory lubrication on all move- ments and linkages. Relubricate solenoid operator if TS coil is replaced. Don’t use oil; order lubrica- tion kit 75-100.

jCheck all cable connections & retighten them.

REPLACEMENT PARTS

Replacement parts are available in kit form. When ordering parts provide the Serial No., Bill of Material No. (BOM), and Catalog No. from the transfer switch nameplate. Contact your local ASCO Power Technolo- gies Sales Office or ASI:

call 1 – 800 – 800 – ASCO ( 2726 )

The harness disconnect plugs are furnished for repair purposes only and should not have to be unplugged. If the control panel must be isolated, follow these steps:

Disconnecting the Plugs

Do not unplug the controller

until steps 1a or 1b is completed.

1.Observe the position of the transfer switch.

a.If the transfer switch is in the Normal position, place standby engine starting control in the off position. Then open the emergency source circuit breaker.

b.If the transfer switch is in the Emergency position, open the normal source circuit breaker. Place the engine starting control in the test or run position.

2.Separate the two quick disconnect plugs by squeez- ing the latches. Do not pull on the harness wires.

Reconnecting the Plugs

Do not unplug the controller

until steps 1a or 1b is completed.

1.Observe the position of the transfer switch.

a.If the transfer switch is in the Normal position, be sure that the standby engine starting control is still in the off position. The emergency source circuit breaker still should be open.

b.If the transfer switch is in the Emergency position, normal source circuit breaker still should be open.

2.The two harness plugs and sockets are keyed. Carefully align the plugs with the sockets and press straight in until both latches click.

3.Restore the opposite source as follows:

a.If the transfer switch is in the Normal position, place the standby engine starting control in the automatic position. Then close the emergency source circuit breaker.

b.If the transfer switch is in the Emergency position, close the normal source circuit breaker.

2---1

FDESIGN 600800A, FDESIGN 30004000A, GDESIGN 10004000A specifications

Emerson's range of products, specifically the GDESIGN 10004000A, FDESIGN 600800A, and FDESIGN 30004000A, showcase the company's commitment to innovation and excellence in design and engineering. Each model presents unique features and technologies tailored to meet the demands of modern industrial applications.

The GDESIGN 10004000A is renowned for its robust performance in automation processes. This model boasts a user-friendly interface complemented by advanced connectivity options, including Ethernet and USB ports, facilitating seamless integration with existing systems. Equipped with intuitive software, it allows operators to configure and monitor the system effortlessly, enhancing productivity. The GDESIGN's high processing speed ensures minimal downtime and efficient task execution, making it a preferred choice for industries requiring precise control and reliability.

On the other hand, the FDESIGN 600800A focuses on energy efficiency and sustainability. This model stands out with its advanced thermal management technology, optimizing heat dissipation while minimizing energy consumption. The FDESIGN 600800A also features a modular design, enabling easy upgrades and maintenance. Its compatibility with various sensors and controllers facilitates comprehensive monitoring of environmental conditions, making it ideal for applications where energy conservation is paramount.

Lastly, the FDESIGN 30004000A integrates cutting-edge automation technologies designed for scalability and flexibility. This model utilizes smart algorithms to enhance operational efficiency, ensuring that processes can adapt to changing production requirements without significant reconfiguration. The FDESIGN 30004000A is also equipped with real-time data analytics capabilities, allowing businesses to make informed decisions based on current system performance. This feature drives continuous improvement and optimization, empowering users to achieve their operational goals effectively.

In summary, Emerson's GDESIGN 10004000A, FDESIGN 600800A, and FDESIGN 30004000A represent the company’s dedication to delivering innovative solutions that cater to diverse industrial demands. Each model's unique features, including advanced connectivity, energy efficiency, and smart automation, position them as exceptional options for organizations seeking reliability and performance in their operations. With a focus on usability and cutting-edge technology, Emerson continues to lead the way in industrial design and engineering.