IN-LINE DUAL OVERCENTER VALVE OWC/DE-../..

IN-LINE DUAL OVERCENTER VALVE OWC/DE-../..

Pressure range relief value
Code	Standard setting (Q=5l/min)	Adj. pressure range	Pilot ratio	Colour
Code	bar	bar	–	–
25	100	60…250	4,26:1	White
35	250	100…350	4,26:1	Yellow

Type	Q nom.	G	H	Body material
Type	L/min.	–	mm	–
OWC/DE-14/25	30	G1 /4” -DIN 38 52	30	Aluminum
OWC/DE-38/25	35	G3 /8”-DIN 3852	30	Aluminum
OWC/DE-12/25	50	G1 /2” -DIN 38 52	40	Aluminum
OWC/DE-14/35	30	G1 /4”-DIN 3852	30	Steel
OWC/DE-38/35	35	G3 /8” -DIN 38 52	30	Steel
OWC/DE-12/35	50	G1 /2”-DIN 3852	30	Steel
OWC/DE-14/ 25 L	30	G1 /4” -DIN 38 52	30	Brass
OWC/DE-14/ 35L	30	G1 /4”-DIN 3852	30	Brass
OWC/DE-38/ 25 L	35	G3 /8” -DIN 38 52	30	Brass
OWC/DE-38/ 35L	35	G3 /8”-DIN 3852	30	Brass
OWC/DE-12/ 25 L	50	G1 /2” -DIN 38 52	40	Brass
OWC/DE-12/ 35L	50	G1 /2”-DIN 3852	40	Brass

The in-line dual overcenter valve OWC/DE-../.. is a specialized hydraulic component designed to provide precise control and stability in hydraulic systems. This valve is configured with dual overcenter mechanisms, ensuring safe operation and load control in both directions. It is crafted from robust materials to withstand high pressures and harsh conditions, offering reliability and efficiency in various industrial applications.

Key Features:

Dual Overcenter Mechanism: Equipped with dual overcenter valves, the OWC/DE-../.. ensures secure load holding and controlled movement in forward and reverse directions.
High-Strength Construction: Made from durable materials, this valve is built to handle heavy loads and endure challenging environments.
Precision Control: Designed for precise hydraulic control, it maintains stable operation and prevents load drift under varying conditions.
Versatility: Suitable for a range of industrial applications, the OWC/DE-../.. valve enhances safety and efficiency in equipment such as cranes, hydraulic presses, and agricultural machinery.

Applications:

The in-line dual overcenter valve OWC/DE-../.. is essential in industries requiring reliable load-holding capabilities and precise control over hydraulic movements. It ensures safety and performance in critical applications where stability and control are paramount.

Maintenance and Care:

Regular inspection and maintenance are essential to ensure optimal performance of the OWC/DE-../.. valve. This includes checking for leaks, ensuring proper adjustment of overcenter settings, and replacing worn components as needed. Proper maintenance enhances longevity and operational reliability.

safety factor
materials	static load	dynamic load		shock load
materials	static load	repeated load	alternating load	shock load
foundry iron	4	6	10	15
mild steel	3	5	8	12
cast steel	3	5	8	15
light metal	5	6	9	15

Comparison of Materials Commonly Used for Valve Blocks
Type	Working pressure/Mpa	Thickness/mm	Manufacturability	Weldability	Cost factor
Hot-rolled steel sheet	≈35	<160	usual	usual	1
Carbon steel forgings	≈35	>160	usual	usual	1.5
Free Cutting Steel	≈35	Rods, Plates	usual	usual	1.5
Grey cast iron	≈14	——	good	unacceptable	2
Ductile iron	≈35	——	usual	unacceptable	2.1
Aluminium alloy forgings	≈21	——	good	unacceptable	3~5

Ensure Quality – Full CNC Machining

We adopt full CNC processing to maximize the elimination of human error, with consistency as high as 98%. Several strict inspection and cleaning procedures and a perfect system guarantee the high quality of the products.