Lighting across a building or campus needs more than individual switches. Organize circuits by zone and scene, then use controllers, panels, schedules and the platform for opening hours, inspection, closing and night operation with status and energy records.
Lighting across a building or campus needs more than individual switches. Organize circuits by zone and scene, then use controllers, panels, schedules and the platform for opening hours, inspection, closing and night operation with status and energy records.
Lighting circuitsSystem layer
Controllers and panelsSystem layer
Scenes/schedules/linkageSystem layer
Platform and energySystem layer
Typical applications
Cinemas and exhibitionsSwitch admission, screening, cleaning and closing scenes by hall and public area.
Parks and street lightingGroup roads and park lighting by cabinet, with schedules that follow season and operating hours.
Campuses and hospitalsKeep corridors and priority areas lit while adjusting ordinary areas by timetable and use.
Unmanned venuesConnect access, lighting and local panels to closing checks and remote maintenance.
Lighting follows the place, the time and the scene
Use circuit control for reliable switching, scene settings for everyday operation and schedules for recurring tasks. Keep local operation available while managing distributed areas centrally.
Group lighting circuits
Assign lobby, corridor, venue and outdoor circuits to the right groups instead of switching them one by one.
Schedules that follow daylight
Set sunrise and sunset actions with location and offset settings for outdoor and shared-area lighting.
Scene and dimming integration
Bring supported DMX512 lighting channels into scene operation for venues that need more than on/off switching.
Implementation priorities
InventoryDefine field objects and data boundaries.
ArchitectureMatch devices, communication and local autonomy.
OperationsDefine schedules, linkage, alarms and permissions.
ReviewUse status, logs and trends to improve operations.
Circuit scale and operating strategies
Combined strategies
Coordinate time, light, occupancy and solar schedules per zone, with defined priority for local operations and temporary events.
Divide lighting into circuit switching, brightness and operation interfaces: relays switch circuits, dimming chains adjust brightness, and panels and the platform organize scenes and strategies.
QC8 provides multi-circuit high-power latching switching. Select by actual loads and circuits; brightness adjustment and energy measurements still require the corresponding dimming and metering devices.
Choose the dimming chain by the lamp driver. This module supplies 0–10V control signals; a matched external power driver handles the AC load. Circuit switching and local operation use separate controllers and panels.
The wall panel provides local operation and scene selection; relay controllers switch the loads. Plan panel positions, key count and circuits before adding network control or dimming.
Use the module for separate single-phase branch measurements rather than only a distribution total. Plan branches, current transformers and reporting dimensions; compare three-phase systems for whole three-phase loads.
Relay controllers switch circuits. ZMSR0004-1G outputs 0–10V dimming signals, while lamps or external power drivers handle loads. Combine them according to the lighting scene.
Can local panels and remote management be planned together?
Yes. Panels provide local operation, controllers execute circuit actions, and the platform handles groups, schedules, records and remote maintenance.
How can lighting strategies be evaluated?
Record operating periods, energy and states by zone and circuit. Compare consumption and usage needs across strategies; results depend on lamp power, runtime and strategy configuration.
Application design and operating strategy
01
Group lighting circuits by area and use
Start with a circuit register linking fixture purpose, area, cabinet and controller channel. An area may contain access, focal and cleaning circuits, while a scene selects channels across several areas. This makes opening, normal use, low-occupancy operation, cleaning and closing repeatable, and allows circuits to be reassigned after refurbishment or a change of use.
ZMRN0808-QC8 network relay controller
02
Coordinate local buttons and automatic policies
Wall panels and ZMLCD provide local operation, controllers execute circuit switching, and the platform manages groups, schedules, scenes and permissions. Apply timetables, business hours and sunrise/sunset schedules to the appropriate areas, with authorized adjustments for temporary events. Define how long a manual action remains active and when the next schedule resumes control so users can understand the operating sequence.
ZMLCD four-inch 86-format touchscreen panel
03
Verify lighting policies through current and operating periods
Current or energy acquisition on priority circuits allows switching records to be compared with actual load changes. Persistent current after closing, differences between comparable areas or a load that stays high after a scheduled action can guide inspection. Compare similar usage periods, fixture ratings and scene scopes, keeping schedule changes, fault correction and policy adjustments traceable.
04
Use consistent circuit names for schedules and manual control
Build lighting lists by road, floor, entrance or venue zone and link each area name to controller channels and field switching devices. Outdoor schedules can follow daylight; indoor common areas can combine occupancy and opening hours, with temporary events handled by authorized staff. Review switching status separately from circuit consumption. Compatible meters provide energy data for investigating unscheduled lighting and consumption after closing.
Selection questions
Is lighting limited to all-on and all-off?
No. Individual circuits, groups and scenes can be managed by area and channel; compatible dimming modules and drivers can be added where brightness control is required.
Can local wall controls be retained?
Compatible field inputs, RS485 panels or touchscreens can retain local operation and coordinate it with platform schedules and scenes.
Contact Zhenming Electronics
Call us or leave your contact details for product selection and project enquiries.
For lighting, air-conditioning and fresh-air systems with area-based control, schedules, scene linkage and energy monitoring, around 30% can be used as a project optimization target for feasibility calculation. This wording applies to sites with manual switching, long full-load operation, missing holiday schedules or unattended areas running for unnecessary periods; actual results depend on equipment power, operating hours, circuit grouping and strategy execution.
30% targetUsed as a planning target for strategy optimization and reviewed with project baseline data.
Area and time controlReduce unnecessary operation by room, area, circuit, schedule and holiday mode.
Energy feedbackUse meters and acquisition modules to compare energy trends before and after strategy changes.
Project boundaryThe final result depends on site scale, equipment load, baseline operation and maintenance rules.
