Best Electric Hydraulic Selector Valve Options for Industrial Systems
Electric hydraulic selector valves enable quick switching between hydraulic circuits, improving efficiency and system flexibility. This guide reviews five top options suited for American applicants, focusing on flow rates, pressures, port configurations, and durability. Each product section includes a direct link to Amazon, an image, and key features to help you compare performance and installation needs.
| Product | Brand | Max Flow | Max Pressure | Ports |
|---|---|---|---|---|
| Synaiolma 13 GPM Solenoid Selector | Synaiolma | 50 LPM / 13 GPM | 25 MPa (3625 PSI) | 6 ports |
| INPANOLS Hydraulic Solenoid Diverter Valve | INPANOLS | 13 GPM | 200 Bar | 6 ports |
| Summit Hydraulics 13 GPM Selector | Summit Hydraulics | 13 GPM | 3625 PSI | 6 ports |
| JAHEZYAN DC12V Diverter Valve | JAHEZYAN | 13 GPM | 200 Bar | 3/4-16 UNF ports |
| Hanshang Hydraulic 6-Port Diverter | Hanshang Hydraulic | 13 GPM | 25 MPa | 6 ports |
Synaiolma 13 GPM Hydraulic Solenoid Selector
Maximum flow: 50 LPM; Flow grade: 13 GPM; Nominal pressure: 25 MPa (3625 PSI). Voltage: DC12V, 3 plugs. Oil port: 7/8-14UNF, 6 ports with #10 SAE. Main function: Switch between oil circuits with different flow rates and pressures. Multiple directional valves can be connected to send oil into or out of different devices. Can be connected to an oil pump to separate hydraulic oil into two circuits. Advantages include adding functionality with minimal extra piping or electrical components.
INPANOLS Hydraulic Solenoid Diverter Valve
This solenoid operated valve allows easy switching between oil circuits with differing flow rates and pressures. It operates at 12V DC with 13 GPM flow and up to 200 Bar maximum pressure. Features 6 oil ports with 3/4-16 UNF threading. Compatible with both double and single-acting cylinders or hydraulic joystick control valves.
Summit Hydraulics 13 GPM Selector
This solenoid operated valve provides an easy way to add another hydraulic circuit to equipment. It supports 13 GPM flow and up to 3625 PSI. Features 6 ports with #8 SAE (3/4”-16) ORB threads and works with double or single-acting cylinders.
JAHEZYAN Hydraulic Solenoid Diverter Valve
DC12V 13GPM with SAE ports. Max pressure 200 Bar. Features include high-performance solenoid diverter valve for seamless switching between hydraulic circuits, durable corrosion-resistant construction, and quick installation via 3/4-16 UNF (SAE #8) threaded ports. Suitable for industrial and agricultural applications.
Hanshang Hydraulic Solenoid Flow Diverter Valve
6-port, 2-position valve offering 13 GPM maximum flow and up to 25 MPa (3625 PSI). Features G 1/2, G3/8, or SAE 8 ports with O-rings to ensure a leak-free seal. Suitable for versatile additions to agricultural, material handling, or construction equipment hydraulic circuits.
Buying Guide
Key considerations when selecting an electric hydraulic selector valve include flow rate, operating pressure, port size and thread type, and compatibility with existing cylinders or pumps. Higher flow and pressure ratings support demanding applications, but may require more robust fittings and longer installation times. Port configurations (6-port vs 3-port) determine how many circuits you can switch between and how complex your plumbing will be.
- Flow and pressure: Match the valve’s maximums to your system’s peak requirements to avoid bottlenecks or component stress.
- Port compatibility: Ensure the valve ports (UNF, SAE, orORB) align with your hoses and adapters or plan for modest fittings upgrades.
- Control wiring: DC12V is common; verify plug type and whether your control system supports the required electrical interface.
- Durability: Cast iron or hardened steel bodies offer longevity in harsh environments, but weigh more than aluminum options.
- Installation footprint: Consider space constraints; stackable or compact designs can simplify mounting on existing equipment.
- Maintenance and compatibility: Check for replacement seals, availability of OEM parts, and whether the valve is designed for continuous operation vs. intermittent use.
In summary, these five options provide a range of flow, pressure, and port configurations suitable for most industrial hydraulic systems. When choosing, prioritize circuit count, operating pressure, and compatibility with your current hydraulic components to ensure reliable performance and straightforward integration.