• Smart Aquaculture Control System for RAS and Hatchery Automation,YUTANK,Smart Aquaculture Control System for RAS and Hatchery Automation | YUTANK
  • Smart Aquaculture Control System for RAS and Hatchery Automation,YUTANK,Smart Aquaculture Control System for RAS and Hatchery Automation | YUTANK
  • Smart Aquaculture Control System for RAS and Hatchery Automation,YUTANK,Smart Aquaculture Control System for RAS and Hatchery Automation | YUTANK
  • Smart Aquaculture Control System for RAS and Hatchery Automation,YUTANK,Smart Aquaculture Control System for RAS and Hatchery Automation | YUTANK
  • Smart Aquaculture Control System for RAS and Hatchery Automation,YUTANK,Smart Aquaculture Control System for RAS and Hatchery Automation | YUTANK
  • Smart Aquaculture Control System for RAS and Hatchery Automation,YUTANK,Smart Aquaculture Control System for RAS and Hatchery Automation | YUTANK
  • Smart Aquaculture Control System for RAS and Hatchery Automation,YUTANK,Smart Aquaculture Control System for RAS and Hatchery Automation | YUTANK
  • Smart Aquaculture Control System for RAS and Hatchery Automation,YUTANK,Smart Aquaculture Control System for RAS and Hatchery Automation | YUTANK

Smart Aquaculture Control System for RAS and Hatchery Automation

For aquaculture operators managing multiple tanks, recirculating systems, or integrated hatchery setups, manual monitoring is no longer sustainable. YUTANK’s Smart Aquaculture Control System is purpose-built for centralized oversight, combining PLC-based automation with IoT-grade data feedback. Whether you're running an RAS unit in the Middle East or managing seasonal fry production in Southeast Asia, this platform is adaptable across geographies and species.

The system integrates real-time monitoring of dissolved oxygen, temperature, water level, pH, and ORP. Key alerts are programmable, and actuation is fully automated—covering everything from backup oxygen triggers to UV lamp fault resets. It also supports cascading logic control for multi-zone operations, particularly useful for large-scale grow-out or broodstock facilities.

YUTANK control cabinets have been installed in over 200 overseas aquaculture farms, with compatibility for international voltage standards (110V/220V/380V) and interface protocols (MODBUS, Ethernet, Wi-Fi). The units are housed in waterproof industrial-grade enclosures, suitable for humid and corrosive hatchery environments.

In many facilities, clients combine our smart control systems with microfiltration, oxygenation skids, and skimmer units—creating a fully synchronized ecosystem. This is not just a dashboard; it’s an operator’s assistant that reduces reaction time, increases yield consistency, and gives teams more predictability during high-risk periods like spawning or fry grading.

  • Smart Aquaculture Control System for RAS and Hatchery Automation,YUTANK,Smart Aquaculture Control System for RAS and Hatchery Automation | YUTANK
  • Smart Aquaculture Control System for RAS and Hatchery Automation,YUTANK,Smart Aquaculture Control System for RAS and Hatchery Automation | YUTANK
  • Smart Aquaculture Control System for RAS and Hatchery Automation,YUTANK,Smart Aquaculture Control System for RAS and Hatchery Automation | YUTANK
  • Smart Aquaculture Control System for RAS and Hatchery Automation,YUTANK,Smart Aquaculture Control System for RAS and Hatchery Automation | YUTANK

Technical Specifications

Brand Name

Yutank

Place of Product

Guangdong Province,China

Feature

Durable Anti-corrosion

Size (diamater*height)

Customizable

Modes of packing

Wooden crate, cardboard box, container

Customized service

OEM & ODM
  • Description

  • Applications & Case

  • FAQ

  • Centralized Control Cabinet with Expandable I/O
    Supports up to 64 input/output points per unit. Compatible with standard RAS sensors—DO, pH, ORP, EC, temperature, pressure. Panel includes DIN-mounted modular terminals, overload protection, and integrated UPS backup.

  • Real-Time Multi-Channel Monitoring & Alarm Logic
    Configurable thresholds for each tank zone or water loop. Triggered outputs linked to devices: backup air pumps, UV relays, or solenoid valves. Alarm history is logged for traceability during biosecurity incidents.

  • Cross-System Synchronization (Filtration, Oxygenation, UV)
    System can link with YUTANK drum filters, ozone skids, degassing towers, and protein skimmers via digital relay or analog 4–20mA signals. Useful for achieving automated sequences during cleaning cycles or water makeup events.

  • Remote Access via Secure Web Portal
    Operators can view tank conditions remotely and perform overrides through an encrypted cloud dashboard. Multi-user roles with access control for farm managers, hatchery staff, and service technicians.

  • Multi-Zone Scheduling Function
    Time-based automation for feeding, lighting, UV sterilization or backwashing. Reduces manual oversight and human error in time-sensitive environments.

  • Voltage-Compatible for Global Deployments
    Available in both single-phase and three-phase configurations, pre-wired for 110V/220V/380V grids. Internal busbars and cable markings follow IEC standards.

  • Durable Cabinet Build for Harsh Environments
    Cabinets are IP65 rated, powder-coated steel or fiberglass-reinforced plastic options. Designed to withstand coastal humidity, saline mist, and temperature variations from 5°C to 45°C.

  • Preconfigured or Custom Logic Available
    For international clients without in-house electrical teams, we offer preloaded logic sets tailored for typical RAS applications—broodstock tanks, fry rearing, nursery water loops, etc.

Packaging
Each Smart Aquaculture Control System is pre-assembled and securely mounted inside an IP-rated industrial control cabinet. For overseas delivery, we use custom-fit plywood crates with anti-shock foam lining and moisture-absorbing silica packs. Internal wiring terminals are labeled in English, and external connection points are marked for plug-and-play setup. A printed wiring diagram and digital manuals (USB stick included) are shipped with each unit.

Logistics & Delivery
Standard lead time for in-stock controller cabinets: 7–10 working days. For customized configurations (e.g., sensor bundling, dual cabinet splits, remote control modules), allow 15–20 working days depending on workload. All shipments are handled via sea freight (EXW / FOB Shenzhen or Guangzhou), or air freight (DHL/FedEx for urgent compact units). Crate dimensions and net weights provided in the proforma invoice for pre-booking.

Global Deployment Experience
Control units have been successfully deployed in hatcheries and grow-out farms in over 20 countries including Chile, Saudi Arabia, Thailand, and Poland. We assist in export documentation (CO, Form E, CE declaration), and provide wiring diagrams tailored to local voltage/frequency standards.

After-Sales Readiness
Each unit is serialized and recorded in our ERP system for remote technical support. Spare relay modules, HMIs, or sensor input converters can be dispatched within 48 hours from backup stock if required during commissioning.

Item Details
Controller Type PLC-based (Siemens S7-1200 or Omron CP1 series)
Sensor Compatibility DO, pH, ORP, EC, temperature, water level, pressure (4–20mA or RS485)
Input Channels 16–64 analog/digital inputs (expandable)
Output Channels 16–64 relay or analog outputs (expandable)
Control Modes PID control, threshold-based logic, time-based scheduling
Power Supply 110V/220V/380V, 50/60Hz, single-phase or three-phase
Cabinet Protection Grade IP65, with industrial-grade cooling fans and moisture-proof seals
Communication Protocols Modbus RTU, Modbus TCP/IP, optional OPC-UA for third-party integration
Remote Access HTTPS encrypted dashboard, multi-user login, real-time alerts
Display Interface 7” or 10” HMI touchscreen, English default UI, multilingual optional
Installation Format Wall-mount or floor-standing cabinet (depending on system size)
Certifications CE marked, RoHS compliant, conforms to IEC 60204-1

Frequently Asked Questions

Q1: Can the control system be integrated with third-party sensors or pumps already installed in our facility?
Yes. The system supports both analog (4–20mA / 0–10V) and digital (RS485 Modbus RTU) input/output. During production, we match the I/O configuration based on your equipment list, and label each terminal clearly. In past cases, we've connected to Grundfos pumps, YSI probes, and Keyence PLCs without compatibility issues.

Q2: Is remote access possible for monitoring and control?
For most installations, we include a 4G router or LAN-enabled remote gateway. Clients can access the dashboard via mobile app or PC browser. In regions with poor signal strength, an offline USB data logging module is provided as fallback.

Q3: What happens if the system encounters a sensor failure or power outage?
All alarms are configured with priority logic. In the event of sensor signal loss, the system triggers a failsafe protocol—e.g., switching aerators to manual override. The cabinet includes battery-buffered memory, and power restart routines are set to resume critical controls. We also recommend pairing with our surge-protected UPS modules.

Q4: Can you pre-configure the control logic according to our tank layout?
Absolutely. Upon order confirmation, we request your tank map or RAS line diagram. We then pre-program setpoints, thresholds, and assign channels by tank name. For example, “Tank 03 Dissolved Oxygen” or “Sump Pump #2 Auto Switch”. This eliminates the need for on-site programming in 90% of cases.

Q5: What kind of support is available after shipment?
Each control system is assigned a technical support ID and engineer contact. We provide remote debugging via TeamViewer or WhatsApp video, and can ship replacement modules (HMI, relay board, etc.) within 2–3 working days from warehouse stock if needed. For some customers, we’ve also done real-time commissioning across time zones.