Yuken DSG-03-3C10-A100-N1-50

Yuken DSG-03-3C10-A100-N1-50 Specification

Connection
Subplate Mounting

Pressure
31.5 MPa (315 bar)

Structure
Spool Type

Caliber
NG6 (03) Size

Channels
3 Positions, 4 Way

Material
Cast Iron

Power
Solenoid Operated

Media
Hydraulic Oil

Temperature of Media
-15C to +70C

Port Size
G 3/8

Flange
No

Finish
Standard Coated

Application
Industrial Hydraulic Circuits

Mounting Type
Subplate

Response Time
Approximately 60 ms

Degree of Protection
IP65

Model
DSG-03-3C10-A100-N1-50

Spool Type
3C10

Max Flow Rate
63 L/min

Weight
3.4 kg

Manual Override
Available

Coil Voltage
100V AC, 50 Hz

Yuken DSG-03-3C10-A100-N1-50 Trade Information

Minimum Order Quantity
1 Unit

Delivery Time
2 Week

About Yuken DSG-03-3C10-A100-N1-50

Directional Control Valves have an active ball valve seat that is recessed into the body, ensuring positive sealing regardless of the size of the fluid or object passing through it. The solenoid-operated directional valve prevents contact between the spool and the seat, which reduces noise while accelerating spool changeover.

The optimum valve for any system can be utilized since many spool types and various solenoids are all available, along with other optional functions.

The Solenoid operated directional valve comes with two basic models:

Standard type-Useable at high pressure, high flow [315Kgf/cm2 ,63L/min.]
Shockless type-which greatly reduces noise, which is a result of spool changeover and vibration in pipes.

Precision Control for Hydraulic Systems

Engineered for optimal performance, the Yuken DSG-03-3C10-A100-N1-50 excels in managing hydraulic flow within industrial circuits. Its advanced spool design and robust cast iron build provide enduring service, while the IP65 rating makes it resilient in demanding environments. This valve is suitable for use with hydraulic oil and adaptable for varied temperatures, amplifying operational flexibility.

Versatile Installation and Operation

With subplate mounting and a manual override option, installation and on-site adjustments are straightforward. The 3-position, 4-way structure allows for flexible fluid direction control. The NG6 (03) size and G 3/8 port facilitate compatibility with common hydraulic configurations, ensuring seamless integration in industrial systems.

FAQ's of Yuken DSG-03-3C10-A100-N1-50:

Q: How is the Yuken DSG-03-3C10-A100-N1-50 valve installed in hydraulic circuits?

A: This model is designed for subplate mounting, which simplifies installation in industrial hydraulic circuits. Ensure the mounting surface aligns with NG6 (03) specifications and use the port size G 3/8 as recommended.

Q: What benefits does the manual override provide for this valve?

A: The manual override allows operators to manually control the valve when required, such as during power outages or maintenance, enhancing operational safety and flexibility.

Q: When should the Yuken DSG-03-3C10-A100-N1-50 be considered for use?

A: Choose this valve when you need reliable, precise hydraulic flow control in machinery requiring 31.5 MPa maximum pressure, 63 L/min flow, and robust, IP65-protected construction.

Q: Where can this hydraulic directional valve be effectively applied?

A: It is best suited for industrial hydraulic circuits found in manufacturing, processing plants, and heavy machinery, especially where consistent and responsive control is critical.

Q: What is the response time and how does it impact operation?

A: The valve features a swift response time of approximately 60 ms, which ensures near-instantaneous directional changes in fluid flow, contributing to efficient system performance.

Q: How is maintenance performed on this valve model?

A: Routine maintenance involves regular inspection for hydraulic fluid contamination, ensuring electrical connections are secure, and checking seal and spool conditions, which is facilitated by its accessible design.

Q: What advantages does the cast iron construction offer?

A: The cast iron body ensures durability, resistance to wear, and long service life even under high pressures and adverse temperature conditions, making it ideal for rigorous industrial use.