Reduce rewiring
Confirm before production
Circuit count, equipment type and control action.
Project effectFewer wiring changes after the cabinet reaches the site.
Custom smart distribution box
Configure the Cabinet Around Your Equipment and Site
Share the equipment list, rated power, site voltage, network conditions and installation environment. We review the circuits, protection, control logic, monitoring, alarms, communication and enclosure before production.
Before production
Confirm the equipment and installation conditions first
Reviewing the loads, network and installation details before production can reduce wiring changes, late additions and enclosure rework.
Plan options together
Confirm before production
Power monitoring, alarms, local display and access control.
Project effectRequired modules can be considered in the cabinet layout.
Reduce rework
Confirm before production
Load data, installation environment and cable entry.
Project effectLower risk of an enclosure or component mismatch.
Configuration scope
Configure the circuits, control and enclosure for the project
The final design combines electrical, control, communication and installation requirements. Every option remains subject to engineering review.
01
Circuits and loads
Combine standard start/stop and reversing circuits around the actual equipment. Loads outside the standard Y951 range require a separate electrical review.
Mixed circuit functions
Circuits can be reviewed for standard start/stop, reversing or mixed functions. Projects above 16 circuits require confirmation of the enclosure space and electrical design.
Project examplePumps and fans need start/stop control while a greenhouse curtain motor needs reversing control.
Loads outside the standard range
The standard Y951 reference is 2.2 kW per circuit. Higher-power loads require the voltage, motor type, nameplate current, starting method and operating frequency to be reviewed.
Project exampleA 7.5 kW pump must operate alongside several lower-power loads.
02
Control logic and electrical protection
The control sequence and protection design are reviewed together so that the cabinet matches the equipment and site operating rules.
Project control logic
Time, sensor values or equipment states can be used as project inputs for reversing, conditional or staged control. Offline execution requires a local controller and an approved control sequence.
Project exampleA curtain motor reverses direction while a pump starts and stops from a local water-level signal.
Electrical protection
Breakers, residual-current protection and other devices are selected according to the supply, load, environment and applicable project requirements.
Project exampleThe project needs remote circuit control plus protection selected for the installed loads.
03
Power monitoring and alarms
Add the measurements and alarm path required to identify supply or equipment conditions. Available data depends on the installed monitoring hardware.
Electrical measurements
Current, voltage, power and accumulated energy can be reviewed for the required circuits. Metering accuracy and available fields depend on the selected device.
Project exampleThe operator needs separate current and energy data for pumps, fans and aerators.
Supply or run-state alerts
Outage and run-state alerts depend on the monitoring signal, backup power, communication path and notification method included in the project.
Project exampleA night-time pump stop should be reported to the responsible operator.
Local audible-visual alarm
A sounder and beacon can be added when site personnel also need an immediate local indication.
Project exampleThe site needs a visible and audible warning in addition to remote notification.
04
Local operation and expansion
Add local operating and access functions according to the people, work process and connection method at the site.
Local HMI
A local display can show configured measurements, equipment states and approved control actions beside the cabinet.
Project exampleOperators need to check status and start or stop equipment without opening a phone application.
Access-controlled cabinet lock
An access-control option can be reviewed where the project needs to manage who can open the enclosure.
Project exampleOnly authorized personnel should open the cabinet during site operation.
Monitored detachable connector
A project can include detachable connectors and a signal for connector state where temporary wiring changes frequently.
Project exampleThe site wants a notification when a monitored connector is disconnected.
05
Enclosure and OEM / ODM
Confirm the enclosure material, dimensions, internal layout, cable entries and branding as part of the project design.
Enclosure and internal layout
Material, dimensions, component layout and cable-entry positions are reviewed against the installation environment and wiring plan.
Project exampleA humid outdoor site needs corrosion-resistant materials and revised cable entry.
Brand and appearance
Cabinet color, printed logo and product marking can be reviewed for channel or project delivery requirements.
Project exampleThe delivered cabinets need the distributor’s approved brand marking.
Special installation conditions
Pole mounting, moisture, heat, dust and unusual cable routing require a separate review of installation and enclosure protection.
Project exampleThe cabinet will be pole-mounted beside a field with no wall available.
Application examples
Different sites need different configurations
These examples show how equipment, network, load and alarm requirements change the cabinet configuration. They are not fixed packages.
Site need
Fans, pumps, grow lights and curtain motors need centralized control using time or environmental conditions.
Review
Separate start/stop and reversing circuits, then define cloud schedules or project-specific linkage rules.
Function
The configured equipment can be viewed and controlled from one management path.
Site need
Pumps, tools and temporary circuits have different loads, connection points change and fixed broadband is unavailable.
Review
Review the loads and protection, then consider 4G communication and monitored detachable connectors.
Function
Configured states can be reviewed remotely and a connector-state signal can support site checks.
Site need
Fans, cooling equipment, aerators or pumps are important to daily operation, so supply or equipment stops need to be identified.
Review
Group the equipment into circuits and select remote control, run-state monitoring and outage-alert options as required.
Function
Operators can manage the configured circuits and review the monitored conditions from one system.
Project process
Send what you know, then confirm the missing parameters
If power, voltage, network or control details are incomplete, send the available equipment names, photos and nameplates as a starting point.
- 01
Share the available information
You provideApplication, equipment list, quantities, known ratings, photos or nameplates and contact details.
YenGear reviewsWhether a standard Y951 or a custom cabinet is the appropriate starting point.
- 02
Confirm the configuration
You provideSite voltage, network, environment and required control, monitoring and alarm behavior.
YenGear reviewsCircuits, loads, communication, logic, options, enclosure and project boundaries.
- 03
Approve production details
You confirmThe final configuration, drawings or agreed project requirements.
YenGear completesAssembly and factory checks for the approved circuit, communication and control functions.
Project review
Share the equipment list and site conditions
Include the application, equipment names, quantities, nameplate ratings, supply, network, environment and required control or monitoring. A qualified electrical professional must review the final design, installation and commissioning.
- Send only the information currently available
- Add nameplate photos or wiring diagrams when possible
- Identify required local, remote and offline behavior
Send the project information so the technical team can review the circuits, loads, controls, communication and enclosure.
Contact the technical team