Description
This five-port irrigation valve combines a distribution valve assembly with an ST-A2 solar-powered controller. The listed arrangement provides one inlet and four outlets for project-specific branch routing. It is a candidate for irrigation integrators and distributors specifying a central distribution point rather than several standalone line valves.
Applications
- Distributing irrigation water from one inlet to several designated branches.
- Alternating irrigation paths through a compact multi-port assembly.
- Project installations that can use the valve’s confirmed single-outlet or diagonal-pair routing states.
Application Illustration
The gallery also includes an edited detail view based on the reference product image. Use the confirmed datasheet and drawings for technical selection.
Five-Port Irrigation Valve Selection
Provide a marked flow diagram showing inlet location and the required outlet combination at every step. The listed modes include individual outlet routing and diagonal outlet pairs. Do not assume the assembly supports arbitrary combinations of four outlets, simultaneous independent modulation or every possible shut-off state. Confirm the port-position/state table before treating it as a replacement for four separate valves.
Technical Configuration
Listed values describe the available configuration. Confirm the current datasheet, dimensional drawing and itemized supply scope before ordering.
| Item | Configuration |
|---|---|
| Controller family | ST-A2 |
| Port arrangement | Five ports: one inlet and four outlets |
| Listed inlet sizes | De90 / De110 |
| Listed outlet size | De90 |
| Listed routing modes | Individual outlet or diagonal outlet pair; confirm full state table |
| Power | Solar panel + lithium battery |
| Communication | 4G; export connectivity subject to confirmation |
| Listed actuator torque | ≥100 N·m |
| Listed body material | Nylon + ceramic; confirm wetted-material details |
| Ambient / medium temperature | −20 to 60°C / 0 to 50°C |
| Options | Pressure sensor and external solar panel |
Installation and Integration Checks
- Check working pressure, branch design flows and installation orientation against the approved flow diagram.
- Confirm outlet connection standards, local support and access for removal or servicing.
- Agree on changeover sequences; branch transitions and pump operation should be coordinated in the irrigation design.
- Confirm destination network compatibility, solar exposure, platform permissions and behavior after communication interruption.
Frequently Asked Questions
Can all four outlets operate independently at once?
That capability is not established by the supplied configuration information. Confirm the supported routing states rather than assuming four independent actuators.
Does it split flow equally among outlets?
No equal-flow claim is made. Flow distribution depends on open paths, pressure and downstream resistance; measured delivery needs an appropriate hydraulic and metering design.
Are all ports the same nominal size?
The listed inlet is De90 or De110 and the outlets are De90. Confirm actual connection drawings; De is not automatically interchangeable with DN or inch sizes.
Request a Configuration-Matched Quote
Send the following application details to Wewin for product matching, sample enquiries and an itemized quotation. Agree on acceptance testing and after-sales responsibilities before a bulk order.
- Marked port diagram and required outlet state table
- Inlet/outlet connection dimensions and pipe standards
- Branch flows, operating pressure and switching sequence
- Destination country and connectivity requirements
- Quantity, feedback needs and maintenance access requirements
