Counterbalance Valve 30PH-Y300-1.0
Product Features
1. A long-lasting, hardened spool.
2. A smooth reaction.
3. Common cavity in industry.
Product Specifications
Product Model | Counterbalance Valve 30PH-Y300-1.0 |
Operating Pressure | 400bar (5800 psi) |
Regulated Flow | Max. 300 lpm(80 gpm) |
Temperature | -40℃~100°C |
Fluids |
Mineral-based or synthetics with lubricating properties at viscosities of 7.4 to 420 cSt (50 to 2000 ssu).Installation: No restrictions |
Cartridge | Weight: 0.91 kg. (2 lbs.); Steel with hardened work surfaces. Zinc-plated exposed surfaces. |
Product Operation Symbol
The Counterbalance Valve 30PH-Y300-1.0 permits flow from 2 to 1, but prevents it from occurring from 1 to 2. Pilot pressure at port 3 causes the main spool to move higher, opening the 1 to 2 flow route. Pilot pressure, spring seat angle, and spring stiffness all affect how the cartridge flows.
Performance/Dimension
WHY CHOOSE US
How we work
Development (tell us your machine model or design)
Quotation (we will provide you with a quotation as soon as possible)
Samples (samples will be sent to you for quality inspection)
Order (placed after confirming quantity and delivery time, etc.)
Design (for your product)
Production (producing goods according to customer requirements)
QC (Our QC team will inspect the products and provide QC reports)
Loading (loading ready-made inventory into customer containers)
Our Certificate
Quality Control
To ensure the quality of factory products,we introduce advanced cleaning and component testing instruments, 100% of the assembled products pass factory testing and the test data of each product is saved on a computer server.
R&D team
Our R&D team consists of 10-20 people, most of whom have about 10 years of work experience.
Our R&D center has a sound R&D process,including customer survey, competitor research, and market development management system.
We have mature R&D equipment including design calculations, host system simulation, hydraulic system simulation, on-site debugging, product testing center, and structural finite element analysis.