PP-DS tandem machine management with one requirement and two production orders

Hello,

In my company, we person a tandem machine, which means that it has 2 antithetic feeders and 2 antithetic receivers, but the cardinal portion is the same. So we usage the aforesaid nonfiction arsenic input (different batches) and we nutrient the aforesaid nonfiction arsenic output.

We usage IBP for requirements absorption and ePP/DS for planning.

We're successful the process of reviewing our accumulation absorption and I've seen that it's imaginable to negociate the request connected this instrumentality successful IBP arsenic a azygous machine, and past successful ePP/DS to negociate this instrumentality arsenic 2 identical but antithetic machines with 2 antithetic accumulation orders.

The adjacent request would beryllium to beryllium capable to program and determination accumulation orders successful the aforesaid way, to support the cognition of the tandem machine.

Does anyone already usage this system, and if so, what benignant of settings should beryllium utilized successful ePP/DS?

I recovered this but I'm missing immoderate information

### Managing Identical Scheduling connected Two Different Machines successful ePPDS

1. **Define Resources** :
- **Individual Resources**: Create abstracted resources for each instrumentality successful ePPDS. Each assets volition person its ain circumstantial capabilities and characteristics.
- Resource Group**: Group the 2 machines unneurotic nether a assets group. This allows the machines to beryllium treated arsenic a corporate portion for readying and scheduling.

2. **Capacity Planning**:
- **Shared Capacity**: Configure machines to stock their capacity. You tin specify disposable capacities for each machine, and ePPDS tin past administer tasks arsenic oregon according to circumstantial rules.

3. **Scheduling strategies** :
- Sequencing Rules**: Define identical sequencing rules for some machines. This includes accumulation priorities, rhythm times and set-up times.
- Capacity constraints**: Configure capableness constraints truthful that some machines are utilized successful a balanced and optimal way.

4. **Production Order Synchronization** :
- **Simultaneous Production Orders**: Create accumulation orders that tin beryllium tally successful parallel connected some machines. ePPDS tin synchronize these orders to guarantee that operations are performed identically

5. **Optimization and Simulation** :
- **Simulation Scenarios**: Use ePPDS simulation tools to trial antithetic accumulation scenarios with some machines. This ensures that identical schedules are optimized.
- Resource Optimization**: Apply optimization algorithms to maximize the ratio of some machines, taking into relationship constraints and capacities.

6. **Real-Time Monitoring and Adjustment** :
- Real-time monitoring**: Track the show of some machines successful existent clip utilizing ePPDS monitoring tools. This enables scheduling to beryllium adjusted to existent accumulation conditions.
- Dynamic Adjustment**: In the lawsuit of a deviation oregon occupation connected 1 of the machines, ePPDS tin dynamically set the scheduling to support accumulation connected the different machine.

### Specific configuration successful ePPDS

1. **Create Resource Groups** :
- Go to assets configuration and make a assets radical that includes some machines. This allows ePPDS to dainty them arsenic a corporate unit.

2. **Define Capacities** :
- Configure capacities for each instrumentality successful the assets group. Make definite that capacities are acceptable to let adjacent organisation of tasks.

3. **Scheduling parameters**:
- Define scheduling parameters to guarantee that tasks are scheduled identically connected some machines. Use sequencing strategies and precedence rules to align operations.

### Creating and Managing Simultaneous Production Orders successful ePPDS

1. **Defining Production Orders** :
- When you make a accumulation bid successful ePPDS, this bid tin beryllium divided into respective circumstantial sub-orders oregon tasks that tin beryllium tally simultaneously connected antithetic machines oregon accumulation lines.

2. **Planning and Scheduling** :
- **Planning**: ePPDS plans tasks successful specified a mode arsenic to maximize the usage of disposable capacities, portion respecting the constraints of each machine.
- Scheduling**: Tasks are scheduled to tally successful parallel connected the disposable machines. This involves optimal task sequencing to debar bottlenecks and minimize downtime.

3. **Creation of Production Orders** :
- For each instrumentality progressive successful the execution of simultaneous tasks, ePPDS generates abstracted accumulation orders. Each accumulation bid contains circumstantial details of the tasks to beryllium carried retired connected that machine.

4. **Task Allocation**:
- Tasks from the main accumulation bid are allocated to idiosyncratic accumulation orders according to instrumentality availability and capacity. This enables parallel and synchronized task execution.

### Using SAP ePPDS to Synchronize Production Between Two Different Machines

1. **Process Standardization and Modeling** :
- Master Data: Set up standardized maestro information for some machines. This includes merchandise information sheets, routings and bills of materials (BOMs).
- Work Centers: Define enactment centers for some machines, ensuring that they person akin parameters (capacities, set-up times, rhythm times, etc.).

2. **Planning and Scheduling** :
- Use ePPDS heuristics to make accumulation plans that respect the capacities and constraints of some machines. You tin specify rules to guarantee that some machines nutrient adjacent oregon akin quantities of a fixed product.
- Detailed Scheduling: Implement elaborate scheduling strategies to synchronize activities betwixt the 2 machines. This includes absorption of dependencies, priorities and accumulation sequences.

but it's not elaborate enough

if anyone has immoderate ideas, I'd emotion to perceive from you.