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Huf North America Goes Lives With Next Phase of RMC3 Data Collection

Crossroads RMC 0 37889 Article rating: No rating

Huf North America, a global leader in the production of mechanical and electronic key systems, lock sets, steering locks, and remote control systems for the automotive industry, has gone live with phase 2 of their Crossroads RMC data collection implementation. This go-live included Report Orders Complete, Labor Reporting, Material Issue, Inventory Transfers, barcode label modifications, as well as custom applications for their Paint / Polishing operations. This go-live was paired with the expansion of Huf’s Plastic Injection Molding and Paint Facility in Greeneville, TN. The next phase of this project will include the extension of the Crossroads RMC solution into Huf’s facility in Mexico.

Baan/LN Tip of the Week: Product Configurator - Part 2

Baan Tips

Kathy Barthelt 0 59007 Article rating: 3.0
Who gets involved?
  1. Most commonly Engineering is involved in writing the rules, creating the bills and routings.
  2. Sales or Customer Service determines the questions and the order they are asked in.
  3. Sales or Customer Service determines the rules for the pricing.
  4. Sales, or Customer Service, and Engineering work together in determining the part number, description and text.

What are the steps?

  1. You must start by defining the features and options (questions and answers) and the order in which these are asked. We work this out first using sticky notes and large easel paper. Normally during the process we find that we want to move these questions around. Setting them down on paper makes the process of getting the data into Baan much more efficient. We also then have a record of what decisions were made prior to entering the data. This is normally a joint effort of Engineering and Sales. This is required and must be the first step.
  2. Constraints for features and options. These are the rules for determining what questions are asked and which options are allowed. This is generally done by Engineering or whoever is responsible for the configurator. This is required.
  3. Generic Bill of Material. All possible bill options are entered here and constraints are written to determine which options are selected based on the answers to the questions. This is generally done by Engineering or whoever is responsible for the configurator. This is a required step.
  4. Generic Routing. Similar to the bill of material, but used for generation of the routing steps. This is generally done by Engineering or whoever is responsible for the configurator. This is optional.
  5. Generic Item Data. This consists of creating custom item numbers, descriptions, text, material, size or standard fields in the custom item master. This is generally done by Engineering or whoever is responsible for the configurator though Sales may have some involvement. This is optional.
  6. Generic Pricing. This is used to calculate the selling price based on the answers to the questions. This is normally a responsibility of Sales or whoever determines the pricing. This group is also trained on writing the constraints for this section only. This is optional.

BPCS/LX Tip of the Week: How To Capture Re-Work Time (Part 1)

Anthony Etzel 0 48208 Article rating: No rating
In SFC600, there is no code to capture the time spent on re-work. Re-work is usually at a specific operation, or when the part is finished and QC determines that re-work is required in order to pass inspection. You are faced with deciding on how to report the additional labor time.

Do you continue to report it against the operation, or create a re-work shop order?

If you are re-working through a specific operation you can capture the time as run labor with the SFC600 program. Now you need to deal with the variance of actual to standard time and what impact this has on costing.
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Role-Based Security introduces Role type profiles and allows combining the use of Role profiles with the traditional LX User type security profile functionality. The new Role type profile can be defined to allow or deny access to All Products, Attention Key, Products, Programs, and Transaction Effects. Facility, Warehouse, and Company securities are still defined solely by the User profile settings and are not affected by the assignment of a Role. Where applicable, the Role authority is displayed alongside the User authority on the security profile maintenance screens making it easy to see where there are differences in authority between the User and the assigned Roles. 

When Users are assigned to Roles, security access in LX becomes a combination of authorities granted or denied by the Role, plus any User Exceptions. User Exceptions override authorities set by the Roles. A User can also be assigned to more than one Role.

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Infor LN & Baan Tip: The ABC’s & 123’s of Serialized Items
Kathy Barthelt
/ Categories: Infor LN & Baan Tips

Infor LN & Baan Tip: The ABC’s & 123’s of Serialized Items

A serialized item is a physical occurrence of a standard item that is given a unique lifetime serial number. This enables tracking of the individual item throughout its lifetime, for example, through the design, production, testing, installation, and maintenance phases. A serialized item can consist of other serialized components.

In Service, a serialized item can be a customer-specific or owner-specific installation. Installation groups are a group of installations/serialized items such as photocopiers, computers, air conditioners, forklifts, lathe machines, and even aircraft.

A serialized item is identified by both the item code and serial number. You can set up the mask used to generate the serial numbers so the serial number includes some fields of the item data, such as the item group and the manufacturer.

In a multi-company structure, the companies can share the serialized item data. All the service departments in the various companies can refer to the same serialized items.

The serialized item can originate from a sales order or a project. The details of a serialized item indicate their origin, for example, by using specific sets of serial numbers for items that originate from sales orders and from projects. Serialized items can also originate from an as-built structure or directly from the production bill of material in Manufacturing.

In Service, serialized items can start their respective life cycles in As-Built mode or As-Maintained mode. Each serialized item, with or without its installation group, can be covered by a service contract or a warranty.

The serialized item status

Serialized items can be status controlled. Each serialized item can have the following status:

  • Startup - The serial number has been assigned, but the item is not yet included in a service order or contract. You can only change the status to Active.
  • Active - The serialized item is part of a service order or contract. You can only change the status to Revision.
  • Revision - You can only change the status to Active.


Serial numbers

A unique serial number is assigned to every manufactured item or purchased item. The serial number is assigned to track the item in its life cycle. You can define a dummy serial number for an item. The dummy serial number is a temporary number and can be used to monitor the item until a permanent number is assigned. For each serialized item, you can define an alternative serial number for customer reference. You can use the alternative serial number to search for items when you register calls, create service order activities, or register parts lines for a maintenance sales order.


Serialized item groups

You can group serialized items by serialized item groups. A serialized item group is a group of serialized items with similar features. You can define the serialized item groups that you need, for example, to categorize the skills required for the maintenance of the items, or as a basis for enquiries and reporting. For example, you can select service engineers on the basis of their skills for a specific serialized item group.


Serialized items in physical breakdown structures

Serialized items are the building blocks of physical breakdown structures. A physical breakdown structure is the relationship definition of a set of serialized items with their underlying parts and assemblies. Some serialized items, such as a photocopier, have a simple structure whereas other serialized items such as a ship or an aircraft have a complex structure.

A top serialized item occurs at the highest level in the physical breakdown structure, while the underlying structure consists of assemblies that are either effective or outdated. Use the Tree View option to display a graphic view of the structure.

Each serialized item in the breakdown can be linked to a functional element, with a common function across the entire structure, and can be used to group serialized items based on the functional importance.

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Kathy Barthelt

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