PRODUCT DETAILS
Product Description
The KSO-G02-3AP-30-N-H3 New Original Daikin Directional Control Valve is designed for hydraulic systems that require stable oil-flow switching, reliable pressure handling, and accurate actuator movement control. Also written as KSOG023AP30NH3, this valve is commonly used in industrial hydraulic circuits where the direction of fluid flow must be controlled for cylinders, clamping units, machine tools, presses, automation equipment, and production machinery.
This Daikin directional valve helps control hydraulic movement by switching oil flow between circuit ports according to the solenoid command. In a hydraulic system, this type of valve is important for starting, stopping, or changing the movement direction of an actuator. It is suitable for equipment maintenance, valve replacement, hydraulic unit repair, and machine rebuilding where matching the original model number is critical.
For replacement use, the full model code KSO-G02-3AP-30-N-H3 should be checked carefully. The mounting interface, spool type, voltage code, connector style, hydraulic pressure range, and system oil type should match the existing valve before installation. Confirming these details helps reduce installation errors and ensures the valve works correctly with the original hydraulic circuit.
Key Product Data
| Item | Details |
|---|---|
| Model | KSO-G02-3AP-30-N-H3 |
| Compact Model Code | KSOG023AP30NH3 |
| Brand | Daikin |
| Product Type | Directional Control Valve |
| Valve Series | KSO-G02 |
| Operation Type | Solenoid directional control |
| Application | Hydraulic flow direction control |
| Common Use | Machine tools, hydraulic power units, presses, automation systems |
| Voltage Code | N, commonly listed as DC 12 V |
| Installation Check | Match model code, coil voltage, port pattern, spool type and connector style |
| Condition Wording | New Original |
Main Features
Stable hydraulic direction control
The valve is used to control the direction of hydraulic oil flow, helping equipment perform forward, reverse, stop, clamp, release, or positioning actions depending on the circuit design.
Suitable for industrial hydraulic systems
It can be used in hydraulic power units, CNC machine tools, forming equipment, press machinery, clamping systems, automation lines, and other oil-pressure control systems.
Model-specific replacement
The complete code KSO-G02-3AP-30-N-H3 should be matched exactly when replacing an old valve. Small changes in spool type, voltage, connector style, or option code may affect compatibility.
Compact G02 valve format
The G02 size is commonly used in compact hydraulic circuits where reliable control and space-efficient valve installation are required.
Useful for maintenance and repair
This valve is suitable for restoring hydraulic circuit operation when the original directional valve has coil failure, spool sticking, leakage, unstable switching, or electrical control issues.
Application Areas
- CNC machine hydraulic systems
- Hydraulic power units
- Industrial presses
- Injection molding and forming equipment
- Clamping and positioning mechanisms
- Automation production lines
- Machine tool repair and maintenance
- Hydraulic actuator direction control
FAQ
Q1: What type of product is KSO-G02-3AP-30-N-H3?
A1: It is a Daikin solenoid directional control valve used to control the direction of hydraulic oil flow in industrial hydraulic systems.
Q2: What should be checked before replacing this valve?
A2: Check the full model number, voltage code, spool type, mounting pattern, connector style, hydraulic oil type, and system pressure requirements.
Q3: Is KSOG023AP30NH3 the same model?
A3: Yes, KSOG023AP30NH3 is a compact writing style of KSO-G02-3AP-30-N-H3, but the full marked code should still be confirmed on the valve nameplate.
Q4: Where is this valve commonly used?
A4: It is commonly used in hydraulic power units, machine tools, presses, automation equipment, and actuator control circuits.
Q5: Why is the full Daikin model code important?
A5: The full code identifies the valve series, spool configuration, voltage, design number, and options. Matching the complete code helps avoid installation and control problems.

