Y953 Wireless Control Cabinet
Y953 is a project-configured one-to-many wireless control system for distributed equipment.
- System
- Y953T controller with one or more Y953 cabinets
- Control
- One-to-many LoRa link
- Models
- 1- or 4-circuit controller and cabinet references
- Connectivity
- Basic control does not require Internet; optional gateway for platform access
Price for the selected configuration.
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Overview
Y953 is a project-configured one-to-many wireless control system for distributed equipment. A Y953T controller sends commands through an independent LoRa link to one or more Y953 wireless control cabinets at the equipment site. It is designed for greenhouses, aquaculture sites, pump stations, farms and other locations where long control cables are difficult to install or external networks are unavailable.
Typical applications
- One local control point operating multiple wireless cabinets or field circuits.
- Distributed pumps, fans, valves, motors, lighting, aerators, irrigation equipment and greenhouse actuators.
- Sites that need local wireless control without relying on 4G, Wi-Fi or wired Internet for the basic control path.
How it works & selection
Configuration Options
- Base system: Y953T controller plus one or more Y953 wireless control cabinets.
- Model references: Y953T-1-L / Y953T-4-L controller and Y953-1-L / Y953-4-L cabinet.
- Direct transmission up to 10 km in unobstructed conditions only; actual range depends on distance, obstacles, antennas, mounting height and interference.
- Optional Y953B repeaters for hills, buildings or other obstructions, plus solar power for sites without convenient mains supply.
- Optional upstream gateway for 4G, Wi-Fi, Ethernet, platform access, notifications or records.
- After a link loss, the cabinet keeps its previous circuit state and local manual control remains available; final lost-link behavior is confirmed and tested by project.
Configuration requirements
Please send the controller and cabinet locations, farthest distance, obstacles, cabinet count, circuit count, load type and power, starting method, reversing or interlocking requirements, power and antenna conditions, feedback needs, platform requirements, and available site photos. Y953 is quoted by project configuration. Radio parameters, load capacity, enclosure, node count and final lost-link behavior must be confirmed through a site review and comply with destination-market rules.
Technical specifications
| System | Y953T controller with one or more Y953 cabinets |
|---|---|
| Control | One-to-many LoRa link |
| Models | 1- or 4-circuit controller and cabinet references |
| Connectivity | Basic control does not require Internet; optional gateway for platform access |
Product specifications
| System | Y953T controller with one or more Y953 cabinets |
|---|---|
| Control | One-to-many LoRa link |
| Models | 1- or 4-circuit controller and cabinet references |
| Connectivity | Basic control does not require Internet; optional gateway for platform access |
