Related M365.FM resources: To explore connected Dynamics 365 capabilities, see https://www.m365.fm/dynamics-365-supply-chain-management-simply-explained/, https://www.m365.fm/dynamics-365-inventory-management-simply-explained/, and https://www.m365.fm/dynamics-365-finance-simply-explained/. A conveyor stops in the middle of a shift, a forklift won't start, or a pump suddenly begins leaking. Before anyone can repair the equipment, the business needs answers: Who is responsible? When was it last serviced? Which parts are required? What happened during the previous repair? Dynamics 365 Asset Management provides one central place for this information. In this episode of M365 FM, Mirko Peters explains how Dynamics 365 Asset Management helps organizations track physical equipment, preventive maintenance, work orders, spare parts, costs, service history, functional locations, condition-based maintenance, and connected maintenance processes. WHAT IS DYNAMICS 365 ASSET MANAGEMENT? Dynamics 365 Asset Management is part of Dynamics 365 Supply Chain Management and focuses on the physical equipment businesses rely on every day. That could include production machines, conveyor belts, motors, pumps, forklifts, trucks, generators, heating and cooling systems, and other equipment requiring regular inspection, servicing, or repair. Instead of maintenance information being distributed across spreadsheets, folders, emails, invoices, and individual employees' knowledge, Asset Management creates a shared record around the equipment and its maintenance history. WHY PHYSICAL ASSETS BECOME A BUSINESS PROBLEM A machine doesn't only affect the maintenance department. When equipment fails, operations can lose production capacity, maintenance teams need to diagnose the fault, purchasing may need to urgently source replacement parts, and finance eventually receives the resulting costs. Emergency maintenance can become particularly expensive because organizations may need expedited shipping, urgent purchasing, overtime, or temporary workarounds. Dynamics 365 Asset Management connects these different parts of the maintenance story so teams can understand what happened and why money was spent. ㅤ THE ASSET RECORD Every piece of equipment can have its own digital asset record. The record can contain information such as the asset name, product or model number, serial number, description, technical details, and warranty information. This becomes particularly useful when several machines look almost identical but use different components, have different warranty periods, or require different maintenance procedures. Instead of relying on somebody remembering which machine is which, the asset record provides a consistent reference point. FUNCTIONAL LOCATIONS EXPLAINED Dynamics 365 Asset Management uses functional locations to describe where equipment performs its job. A functional location can represent a site, building, warehouse, workshop, production line, or another operational location. These locations can also form hierarchies. For example, an organization might have a plant containing a packing area, which contains a conveyor line, which contains individual motors, sensors, and rollers. When a motor fails, technicians therefore don't simply see a serial number. They can understand exactly where that motor operates and which wider process could be affected. PARENT AND CHILD ASSET STRUCTURES Complex equipment frequently consists of smaller components that need their own maintenance history. Dynamics 365 can represent parent-and-child relationships between equipment and components. A conveyor can contain a motor, while the motor itself might contain another component requiring individual maintenance attention. This structure helps maintenance teams understand how individual assets relate to larger equipment and operational systems. ㅤ TRACKING EQUIPMENT AS IT MOVES Physical equipment doesn't necessarily remain in the same location forever. Forklifts can move between warehouses. Pumps can move from storage into buildings. Machines can be reassigned between production lines. Asset Management can track these movements through functional locations. This also matters financially because maintenance costs can follow the equipment to the location currently using it. Managers can therefore understand which plant, department, or operational area is responsible for the costs associated with an asset. BUILDING A COMPLETE SERVICE HISTORY The real value of an asset record grows over time. Inspections, repairs, replaced parts, technician notes, labor time, faults, downtime, and other maintenance information can become part of the equipment's history. A technician investigating a recurring problem can review previous repairs instead of starting from zero. The history might reveal that the same motor has been repaired several times, that a particular component repeatedly fails, or that an earlier technician identified something that needs additional monitoring. ASSET MANAGEMENT VS IT ASSET MANAGEMENT Dynamics 365 Asset Management focuses on physical operational equipment requiring maintenance, inspections, servicing, and repair. It isn't primarily designed for tracking office laptops, smartphones, or software licenses. Production machinery, vehicles, pumps, motors, building equipment, and similar physical assets create a different maintenance requirement because downtime, replacement parts, labor, inspections, and equipment condition all need to be managed over time. REACTIVE VS PREVENTIVE MAINTENANCE Reactive maintenance begins after something fails. The equipment stops, operations are affected, and the maintenance team needs to restore service as quickly as possible. Preventive maintenance attempts to perform appropriate maintenance before a small problem becomes an unexpected failure. Dynamics 365 Asset Management helps organizations plan recurring inspections, cleaning, lubrication, safety checks, testing, and replacement of components that wear out over time. MAINTENANCE PLANS Maintenance plans help organizations turn preventive maintenance into repeatable work. A forklift might require regular inspections of its brakes, tires, fluid levels, lights, and battery condition. A production line might require weekly sensor cleaning, monthly belt inspections, and component replacement after a particular amount of use. These tasks aren't dramatic individually, but performing them consistently can reduce the likelihood of equipment failing during critical operations. MAINTENANCE BASED ON EQUIPMENT USAGE Calendar schedules aren't always enough. Two identical machines might have very different workloads. One could operate for a single shift every day while another operates continuously. Technical readings such as running hours, distance traveled, temperature, pressure, or other measurements can provide additional information about when maintenance should occur. This allows organizations to combine scheduled maintenance with the actual usage and condition of equipment. MAINTENANCE ROUNDS Maintenance rounds provide technicians with planned routes or groups of inspections across multiple assets. Instead of treating every inspection as a separate activity, a technician can inspect related equipment during one routine visit. For example, someone could walk through a packing area checking several conveyor motors, listening for unusual sounds, inspecting fittings, and recording relevant technical readings. This creates a more consistent inspection process even when different technicians perform the work. CONDITION-BASED MAINTENANCE Condition-based maintenance uses equipment measurements to identify when something may require attention. Imagine vibration readings from a conveyor motor gradually increasing over several weeks. The motor still operates, but the changing measurement indicates that something may be developing. When a reading crosses a threshold established by the organization, the maintenance team can investigate before the equipment necessarily fails. The objective isn't to perfectly predict every breakdown. It is to provide earlier warning and give maintenance teams more time to respond. FROM MAINTENANCE NEED TO WORK ORDER When maintenance becomes actual work, Dynamics 365 uses a work order. The work order acts as the job ticket connecting the problem, required activities, responsible workers, schedule, parts, safety instructions, labor, costs, and final outcome. Work orders can originate from scheduled maintenance, inspections, equipment breakdowns, or follow-up work identified by technicians. Regardless of the source, the work order turns a maintenance requirement into something that can be assigned, scheduled, tracked, completed, and reviewed. PLANNING THE MAINTENANCE JOB A work order can describe the job and the tasks required to complete it. For a conveyor motor showing unusual vibration, technicians might need to isolate the equipment, inspect the mounting, check bearings, complete the repair, test the machine, and return it to service. Checklists can help technicians perform required activities in the correct sequence. Safety instructions can also be associated with the work so requirements such as power isolation, protective equipment, or stopping moving equipment are visible during the job. SPARE PARTS AND INVENTORY Maintenance work frequently depends on replacement parts. A work order can identify required items such as bearings, filters, bolts, grease, or replacement motors. Because Asset Management connects with Dynamics 365 Supply Chain Management, teams can determine whether the required part is already available in inventory. If stock can't cover the requirement, purchasing can ord Become a supporter of this podcast: https://www.spreaker.com/podcast/m365-fm-modern-work-security-and-productivity-with-microsoft-365--6704921/support.
