Modern operator software often combines side navigation, a central work area, and a persistent status bar. A 15.6 inch industrial panel PC can suit this horizontal arrangement without requiring a large console. Anhui Wenrui Metal Products Co., Ltd. welcomes OEM and project inquiries for widescreen machine interfaces, digital assembly stations, and equipment terminals. Evaluate how the application uses screen width before finalizing the hardware.
This format is relevant to production reporting, guided assembly, packaging setup, and inspection displays. A wide layout can place instructions beside input controls, but successful operation still depends on clear hierarchy and suitable touch targets. Test the actual software at its intended scaling. An interface that looks detailed on a development monitor may become uncomfortable when moved to a smaller industrial screen.
The GFACE 15.6 inch Full HD panel computer publishes 1920 by 1080 resolution for its widescreen group. It also describes a front power switch, serial and USB connectivity, dual LAN, and selectable touch technologies. These details make it relevant to a horizontal HMI project, provided the specific configuration meets the software and mounting requirements. Record whether capacitive or resistive touch is requested.
The IPRO 15.6 inch fanless HMI terminal includes this size within its published range. Its product description emphasizes passive cooling, an aluminum body, and front protection. Ask for the display specification associated with the selected 15.6-inch build. Screen size alone should not be used to transfer GFACE resolution or other platform details to IPRO.
The FWS multifunction touch panel computer is another listed family whose product images show 15.6-inch and 21.5-inch Full HD configurations. The illustrations describe optional scanning and card-related functions. Treat these as configuration topics and confirm the requested module, interface, and software support. A terminal supplied without the optional reader should not be represented as including that capability.
An assembly terminal can show a drawing on one side and the job record on the other. Decide which drawing details must remain visible while an operator enters measurements or confirms a step. Long documents may need an independent viewer rather than a compressed preview. Trial the most complex instruction, including zooming and movement between steps, before approving the screen arrangement.
If an on-screen keyboard is needed, assess the remaining work area when it opens. A keyboard can hide fields or cover important status information. Consider numeric entry layouts for measurement tasks and a separate text-entry method for longer comments. These decisions influence touch technology and accessory requirements more directly than a generic description of multimedia capability.
MES and labor-reporting interfaces may require a barcode or card to identify the job and operator. Specify the code formats, card protocol, and application behavior. Where optional FWS modules are considered, ask for a demonstration with the intended data source. Reading a code is only one step; the software must also interpret it and associate it with the correct record.
| Requirement | 15-inch square-format approach | 15.6-inch widescreen approach |
|---|---|---|
| Existing compact HMI pages | Often preserves a traditional page shape | May need layout adjustment rather than stretching |
| Side navigation with a main work area | Side menus reduce central space | Horizontal arrangement can separate navigation and task content |
| GFACE published resolution | 1024 by 768 | 1920 by 1080 |
| Touch target visibility | Evaluate physical size at native scaling | High pixel density requires deliberate application scaling |
| Instruction plus entry form | May favor alternating pages | Can support adjacent panes if readability remains adequate |
The pixel dimensions above relate specifically to the GFACE specification. For other families, obtain the selected display data. A higher pixel count can improve detail, but small unscaled controls may become harder to touch. The aim is a usable production interface, so test physical control size as well as the amount of information visible.
Plan the serial and network connections for the complete machine. State whether PLC communication, label printing, scanning, and database access operate simultaneously. Include device manuals where pin assignments or drivers are important. The manufacturer needs this information to propose ports and configuration options accurately. A processor upgrade will not solve a missing electrical interface.
Power and cooling require their own review. Confirm the nominal supply, permitted input range, and installation orientation for the selected model. Keep heat-producing devices away from a passive enclosure where the cabinet design allows. For a unit with active cooling, preserve its airflow path and establish a maintenance procedure suitable for the surrounding contaminants.
| Trial | Use realistic content | Approval evidence |
|---|---|---|
| Scaling | Full application at the required resolution | Text and controls remain usable at normal distance |
| Identification | Actual barcodes or card credentials | Correct record association and rejection behavior |
| Form entry | Long labels, numeric limits and comments | No hidden fields or accidental neighboring selections |
| Processing | Visualization with ordinary background services | Acceptable response under the intended workload |
| Installation | Final cables, brackets and panel materials | Fit, removal access and suitable heat clearance |
Run the pilot through normal production and changeover tasks. Include an invalid scan, a network interruption, and the approved restart sequence. These scenarios reveal weaknesses that a short screen demonstration misses. Preserve the test configuration and software image, then refer to them in the production purchase specification.
Customization discussions may include branding, touch selection, interface allocation, RAM, drive capacity, and software installation. If the project needs a built-in reader, specify the exact reading function and its interaction with the application. Ask which changes use an existing configuration and which require additional engineering. Confirm sample costs and expected development work before agreeing recurring quantities.
For wholesale supply, define accessory inclusion, labels, packaging, and shipment phases. Keep the model, screen, board, reader option, and application image under a clear reference. Request notification before substitutions that could affect the display layout or peripheral behavior. A stable purchasing record helps equipment manufacturers keep field units consistent as their installed base grows.
Stretching can distort diagrams and create uneven controls. Review the interface at the new resolution and reorganize navigation where necessary. A layout trial should check touch targets, alarm messages, and forms rather than only the home page.
The product illustrations describe configurable functions. Specify the desired reader and code or card requirements in the inquiry, then ask what is included in the offered build. Confirm driver and application integration during sample approval.
An application designed for a larger monitor may use unscaled pixel-sized controls. Check the operating system and application scaling together. Industrial touch operation requires physical target sizes suitable for the user and working conditions.
Send screen layouts, cabinet dimensions, peripheral specifications, power requirements, software details, and estimated batch quantities. Include any identity reader option and branding artwork. This allows the supplier to distinguish standard platform selection from custom engineering.
Use the Contact Us page for a 15.6-inch widescreen terminal quotation to share your operating pages and project requirements with Anhui Wenrui Metal Products Co., Ltd. Include reader functions, mounting constraints, and the planned supply schedule. The resulting configuration discussion can then address both operator usability and equipment integration.
