Directional control valves

Directional control valves Specification

Usage
Industrial

Directional control valves Trade Information

Minimum Order Quantity
10 Units

Supply Ability
5000 Units Per Month

Delivery Time
10 Days

About Directional control valves

Features and benefits

Flow rating up to 265 l/min [70 US gal/min]
Pressure rating up to 450 bar [6500 psi]

Manual Rotary Valves

Product Code	Cavity	Flow	Pressure
MRV2-10	SDC10-2	57 l/min [15 US gpm]	210 bar [3000 psi]
MRV2-16	SDC16-2	170 l/min [45 US gpm]	210 bar [3000 psi]
MRV3-10	SDC10-3	23 l/min [6 US gpm]	210 bar [3000 psi]
MRV13-10	SDC10-3	23 l/min [6 US gpm]	350 bar [5000 psi]
MRV13-12	C-12-3	45 l/min [12 US gpm]	350 bar [5000 psi]
MRV3-16	SDC16-3	65 l/min [17 US gpm]	210 bar [3000 psi]
MRV13-16	SDC16-3	65 l/min [17 US gpm]	350 bar [5000 psi]
MRV4-10	SDC10-4	11 l/min [3 US gpm]	210 bar [3000 psi]
MRV14-10	SDC10-4	11 l/min [3 US gpm]	350 bar [5000 psi]
MRV14-12	C-12-4	23 l/min [6 US gpm]	350 bar [5000 psi]
MRV4-16	SDC16-4	45 l/min [12 US gpm]	210 bar [3000 psi]
MRV14-16	SDC16-4	45 l/min [12 US gpm]	350 bar [5000 psi]
MRV5-10	SDC10-4	11 l/min [3 US gpm]	210 bar [3000 psi]
MRV15-10	SDC10-4	11 l/min [3 US gpm]	350 bar [5000 psi]
MRV15-12	C-12-4	23 l/min [6 US gpm]	350 bar [5000 psi]
MRV15-16	SDC16-4	45 l/min [12 US gpm]	350 bar [5000 psi]
MRV6-10	SDC10-4	11 l/min [3 US gpm]	210 bar [3000 psi]
MRV6-16	SDC16-4	45 l/min [12 US gpm]	350 bar [5000 psi]
MRV7-10	SDC10-4	11 l/min [3 US gpm]	210 bar [3000 psi]

Manual Lever Valves

Product Code	Cavity	Flow	Pressure
MLV9-12-A	C-12-4	60 l/min [16 US gpm]	210 bar [3000 psi]
MLV9-12-B	C-12-4	60 l/min [16 US gpm]	210 bar [3000 psi]
MLV9-12-E	C-12-4	60 l/min [16 US gpm]	210 bar [3000 psi]
MLV9-12-F	C-12-4	60 l/min [16 US gpm]	210 bar [3000 psi]

Manual Push/Pull Valves

Product Code	Cavity	Flow	Pressure
CE 06	NCS06/2	20 l/min [5 US gpm]	207 bar [3000 psi]
MPV1-10	SDC10-2	45 l/min [12 US gpm]	210 bar [3000 psi]
MPV3-10	SDC10-2	45 l/min [12 US gpm]	210 bar [3000 psi]
3CP2	A879	15 l/min [4 US gpm]	210 bar [3000 psi]
MSV11-10	SDC10-3	23 l/min [6 US gpm]	350 bar [5000 psi]
MSV1-12	C-12-3	40 l/min [11 US gpm]	210 bar [3000 psi]
MSV2-12	C-12-3	38 l/min [10 US gpm]	210 bar [3000 psi]
MSV3-12	C-12-4	53 l/min [14 US gpm]	210 bar [3000 psi]
MSV4-12	C-12-4	53 l/min [14 US gpm]	210 bar [3000 psi]
MSV5-12	C-12-3	42 l/min [11 US gpm]	210 bar [3000 psi]
MSV6-12	C-12-4	53 l/min [14 US gpm]	210 bar [3000 psi]
MSV17-10	SDC10-4	19 l/min [5 US gpm]	350 bar [5000 psi]

Hydraulically piloted 2-way valves

Product Code	Cavity	Flow	Pressure
MSV7-12	C-12-4	45 l/min [12 US gpm]	210 bar [3000 psi]
CP710-1	SDC10-3	40 l/min [11 US gpm]	210 bar [3000 psi]
PTS17-10	SDC10-3	30 l/min [8 US gpm]	350 bar [5000 psi]
PTS17-12	C-12-3	114 l/min [30 US gpm]	350 bar [5000 psi]
CP710-3	SDC10-3	40 l/min [11 US gpm]	210 bar [3000 psi]
CP710-8	SDC10-4	40 l/min [11 US gpm]	210 bar [3000 psi]
CP712-8	SDC16-4	130 l/min [34 US gpm]	210 bar [3000 psi]
CP712-11	SDC16-4	130 l/min [34 US gpm]	450 bar [6500 psi]
CP712-7	SDC16-4	220 l/min [58 US gpm]	210 bar [3000 psi]

Hydraulically piloted 3-way and 4-way valves

Product Code	Cavity	Flow	Pressure
PTS1-10	SDC10-4	30 l/min [8 US gpm]	210 bar [3000 psi]
PTS11-10	SDC10-4	30 l/min [8 US gpm]	350 bar [5000 psi]
PTS11-12	C-12-4	76 l/min [20 US gpm]	350 bar [5000 psi]
PTS1-16	SDC16-4	132 l/min [35 US gpm]	210 bar [3000 psi]
PTS11-16	SDC16-4	132 l/min [35 US gpm]	350 bar [5000 psi]
PTS1-20	SDC20-4	265 l/min [70 US gpm]	210 bar [3000 psi]
PTS12-10	SDC10-4	30 l/min [8 US gpm]	350 bar [5000 psi]
PTS12-12	C-12-4	114 l/min [30 US gpm]	350 bar [5000 psi]
PTS2-16	SDC16-4	132 l/min [35 US gpm]	210 bar [3000 psi]
PTS12-16	SDC16-4	132 l/min [35 US gpm]	350 bar [5000 psi]
PTS2-20	SDC20-4	265 l/min [70 US gpm]	210 bar [3000 psi]
PTS3-10	SDC10-4	30 l/min [8 US gpm]	210 bar [3000 psi]
PTS13-10	SDC10-4	30 l/min [8 US gpm]	350 bar [5000 psi]
PTS13-12	C-12-4	114 l/min [30 US gpm]	350 bar [5000 psi]
PTS3-16	SDC16-4	132 l/min [35 US gpm]	210 bar [3000 psi]
PTS6-16	SDC16-4	132 l/min [35 US gpm]	210 bar [3000 psi]
PTS13-16	SDC16-4	132 l/min [35 US gpm]	350 bar [5000 psi]
CP722-11	SDC16-4	125 l/min [33 US gpm]	450 bar [6500 psi]
PTS3-20	SDC20-4	265 l/min [70 US gpm]	210 bar [3000 psi]
PTS14-12	C-12-4	114 l/min [30 US gpm]	350 bar [5000 psi]
PTS5-16	SDC16-4	132 l/min [35 US gpm]	210 bar [3000 psi]
PTS14-16	SDC16-4	132 l/min [35 US gpm]	350 bar [5000 psi]
PTS15-16	SDC16-4	132 l/min [35 US gpm]	350 bar [5000 psi]
PTS9-8	C-8-5S	19 l/min [5 US gpm]	280 bar [4000 psi]
PTS9-10	SDC10-5	38 l/min [10 US gpm]	280 bar [4000 psi]
PTS9-12	C-12-5S	76 l/min [20 US gpm]	280 bar [4000 psi]
PTS9-16	C-16-5S	150 l/min [40 US gpm]	280 bar [4000 psi]
PTS9-20	C-20-5S	230 l/min [60 US gpm]	280 bar [4000 psi]
DV15-P5-24-FD	NCS12/5	70 l/min [18 US gpm]	230 bar [3300 psi]

Brake Release Valves

Product Code	Cavity	Flow	Pressure
1SB10	A893	10 l/min [2.6 US gpm]	350 bar [5000 psi]
1SB304	A5302	30 l/min [8 US gpm]	350 bar [5000 psi]

Reliable Flow Management

Directional control valves contribute to smooth and controlled movement of hydraulic fluids, ensuring the right operation of actuators and machinery parts in various industrial settings. Their alloy construction guarantees longevity and consistent performance even in demanding environments.

Versatile Industrial Applications

These hydraulic valves are suitable for diverse sectors such as manufacturing, automation, and processing plants. Their standard sizing and powerful hydraulic operation make them easy to integrate into existing fluid power systems to maximize productivity and safety.

FAQ's of Directional control valves:

Q: How do directional control valves function in hydraulic systems?

A: Directional control valves guide the flow of hydraulic fluid by opening, closing, or changing the direction of flow within the circuit. This regulation is vital for moving actuators or operating machinery precisely as required in industrial applications.

Q: What materials are used in the construction of these valves?

A: These directional control valves are constructed using high-quality alloy, offering excellent durability, resistance to corrosion, and the ability to withstand high-pressure industrial environments.

Q: When should you consider replacing a directional control valve?

A: Replacement is recommended when you observe decreased system responsiveness, leakage, or irregular operation. Regular inspection and maintenance also help to determine the right time for replacement, ensuring continued efficiency.

Q: Where are these hydraulic valves commonly installed in industrial setups?

A: They are typically installed at crucial points in a hydraulic circuit, such as near actuators, pumps, or control panels, to control the movement and direction of hydraulic fluid where it matters most.

Q: What is the process for installing a standard directional control valve?

A: Installation involves shutting down the hydraulic system, aligning the valve with designated inlet and outlet ports, securing connections, and ensuring all seals are tight. Testing for leaks and correct operation follows before resuming full system operation.

Q: How are these valves beneficial for industrial users?

A: These valves ensure precise control over hydraulic fluid flow, reducing downtime and maintenance costs while improving overall system efficiency and safety in industrial processes.

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