Preparing for network component installation

Will you need an external contractor such as a millwright to perform mechanical installation? Ask your supplier if that service is included in your contract. Are cables included with your new equipment? Again, ask your supplier. You may need to buy cables elsewhere and have them on-site in time for installation. What is the size of the door or other access through which the equipment will be delivered?

Before delivery, ask your supplier for the size of the largest piece of equipment. Do you have a forklift or equivalent tools to move the new equipment from the delivery truck to its destination inside the plant? Other items and tools that might be needed for equipment handling or installation include ropes, crowbars, a welding machine, slings, etc. Ask your supplier what will be needed. How much time is the production team giving you to remove existing equipment and install the new equipment?

Confirm the time needed with the project manager, and develop a backup plan. Which spare parts need to be stocked? At a minimum, you will need a kit for commissioning. Advise other teams at your plant that new equipment will be installed, and when.

It is critically important to let your team know this because it may affect production for a few days. This method initializes the object and provides access to the component and all aspects of network configuration. To perform operations required to install the component, the network configuration subsystem calls the notify object's INetCfgComponentSetup::Install method.

If installation of the component is unattended, the network configuration subsystem calls the notify object's INetCfgComponentSetup::ReadAnswerFile method. This method opens and retrieves the component's parameters from a file for unattended setup that is known as an answer file.

After the network configuration subsystem creates an instance of and initializes the notify object, the subsystem calls the notify object's INetCfgComponentNotifyGlobal::GetSupportedNotifications method to retrieve the types of notifications required by the object.

The subsystem uses this information to send required notifications to the object. They are recognized by the wearing of a red hard hat. If the designated fire officer is not present, someone quickly needs to take responsibility and:. The following are some precautionary measures to take before working with any computer equipment:. Fill in your details below or click an icon to log in:.

You are commenting using your WordPress. You are commenting using your Google account. You are commenting using your Twitter account. You are commenting using your Facebook account. Notify me of new comments via email. Notify me of new posts via email. Install computer systems, networking devices and peripherals in accordance with job requirements. Obtain approval from appropriate personnel before implementing contingency procedures.

Respond to unplanned events or conditions in accordance to established procedures. Check the quality of the work undertaken in accordance with the established procedures. Check circuits and systems being isolated using specified testing procedures. Implementation of new equipment generally means systems and data will not be available at the time of the change.

This gives employees the opportunity to plan their work around the resulting downtime. Schedule the personnel and support needed from among IT department staff members and any vendor staff that must support the implementation.

Michael Lawrence holds a B. He has held technical and leadership roles in the field of information technology for more than 20 years. Lawrence has certifications in project management, enterprise architecture and Six Sigma. Network Evaluation Criteria. Share on Facebook. Step 1 Uncover your small business's requirements for performance, capacity and network ports.

Step 2 Plan and design the cable layout. Step 3 Create a spreadsheet to gather key details needed for the design. Step 4 Analyze network performance in its current state. Step 5 Collect your existing physical and logical network diagrams to support the current state design. Step 6 Determine the number of LAN switch ports required currently and projected over the next 24 months for each location.

Step 7 Select access layer switches based on your projected growth requirements for network ports and future expectations for wireless network service, voice and video integration and quality of service. Step 8 Select switches and routers, introducing standards for each layer of the network.

Step 9 Select computer room switches. Step 10 Develop an IP address design that meets growth requirements and selects a routing protocol for the network to support fast convergence with ease of management. Step 1 Plan a phased approach to implementation.