For classrooms, hotels, apartments, offices, unmanned venues, exhibition halls and public spaces, this solution combines 2, 4 or 6-key RS485 wall panels with Zhenming relay controllers for local operation, multi-way switching, zoned lighting, scene control and remote management.
Conventional mains wall switches work well for one-point circuit control, but multi-way switching and scene changes require more wiring and fixed logic. This architecture uses low-voltage wall panels as local operation points, keeps load switching in Zhenming controllers and can add schedules, energy data and remote operations.
Business events, field control, acquisition and platform operations remain clearly separated and connected through project interfaces.
Controllers execute switching and linkage, inputs collect field events, panels provide local operation, sensors and meters return field data, and the platform manages schedules, scenes, logs and permissions.
PLATFORM AND PRIVATE DEPLOYMENT
The Zhenming platform organizes devices by project, building, venue, floor and area. Schedules, scenes, device status, logs and account permissions help operators manage distributed sites and support customer-system integration.
The RS485 86-type smart switch panel uses 12V low-voltage dry-contact output and does not directly switch lighting or equipment loads. Select the relay controller according to circuit count, load type and network requirements, with suitable execution devices for high-power, inductive or capacitive loads.
Place panels at entrances, bedsides, lecterns or duty positions in classrooms, guest rooms, offices and exhibition spaces, choosing two, four or six buttons around daily use. Map buttons to single circuits, toggles or scenes, with multiple panels controlling shared circuits where needed. Retain panel names, addresses and button purposes so changes of use or panel replacement preserve familiar operation.
The RS485 panel is a low-voltage operating interface; a compatible controller executes lighting and equipment circuits. Plan supply, bus and addressing for the system and map cabinet circuits to room buttons. Use matched execution circuits for larger or unusual loads, while retaining the same button and scene logic so differences inside the cabinet do not complicate everyday operation.
Configure single-circuit, all-on/off, meeting, presentation and cleaning scenes by room. Platform schedules cover routine hours while panels handle temporary use. Use controller state and feedback as the common reference when several entrances operate one circuit. Verify every button, channel and scene, including the return between panel actions and scheduled operation, so shared spaces remain understandable for different users.
Panels work with the controller through the low-voltage system. Several addressed panels can operate the same circuit through configured button logic, with wiring planned for the selected combination.
Individual channels and scenes can be remapped, with panel labels and the register updated so field operation remains consistent with configuration.
The panel uses an 86-type wall format. Installation planning should consider box depth, low-voltage wiring and the site finish.
A compatible controller can connect up to eight panels. With six keys per panel, the system can organize up to 48 button actions.
Select Q series, RC series, QC8 or another compatible controller according to circuit count, load type, Ethernet or 4G access, platform and energy requirements.
Integration can use RS485, Ethernet, HTTP, MQTT, Modbus or project interfaces according to the selected controller and architecture.
Provide the site layout, circuit count, existing systems, communication conditions and deployment requirements for product selection.
Call us or leave your contact details for product selection and project enquiries.
Call us+86 16605298829Taobao Store ↗Open the Zhenming IoT platform, product documentation or official Taobao store.