Proportional valves

Proportional valves Specification

Usage
Industrial

Color
Black

Proportional valves Trade Information

Minimum Order Quantity
10 Units

Supply Ability
5000 Units Per Month

Delivery Time
10 Days

About Proportional valves

Features and benefits

Flow rating up to 180 l/min [48 US gal/min]
Pressure rating up to 350 bar [5000 psi]

Proportional directional valves

Product Code	Cavity	Flow	Pressure
PSV10-34-02	SDC10-4	22 l/min [5.8 US gpm]	250 bar [3600 psi]
PSV12-34-02	CP12-4	50 l/min [13 US gpm]	250 bar [3600 psi]
PSV08-34-05	SDC08-4	12 l/min [3.2 US gpm]	240 bar [3500 psi]
PSV10-34-05	SDC10-4	22 l/min [5.8 US gpm]	250 bar [3600 psi]
PSV12-34-05	CP12-4	60 l/min [16 US gpm]	250 bar [3600 psi]
ESVL9-10-E	SDC10-5	23 l/min [6 US gpm]	250 bar [3600 psi]
ESVL9-10-F	SDC10-5	23 l/min [6 US gpm]	250 bar [3600 psi]
ESVL9-10-E-C	SDC10-5	23 l/min [6 US gpm]	250 bar [3600 psi]
ESVL9-10-F-C	SDC10-5	23 l/min [6 US gpm]	250 bar [3600 psi]

Proportional poppet flow control valves

Product Code	Cavity	Flow	Pressure
ESV1-8-C	SDC08-2	30 l/min [8 US gpm]	210 bar [3000 psi]
ESV1-10-C	SDC10-2	70 l/min [18 US gpm]	210 bar [3000 psi]
PSVP10-NCR	SDC10-2	100 l/min [26 US gpm]	260 bar [3800 psi]
ESV1-12-C	C-12-2	102 l/min [27 US gpm]	210 bar [3000 psi]
PSVP12-NCR	SDC12-2	120 l/min [32 US gpm]	260 bar [3800 psi]
PSVP16-NCR	SDC16-2	176 l/min [46 US gpm]	260 bar [3800 psi]
ESV1-8-O	SDC08-2	30 l/min [8 US gpm]	210 bar [3000 psi]
ESV1-10-O	SDC10-2	70 l/min [18 US gpm]	210 bar [3000 psi]
PSVP10-NOR	SDC10-2	100 l/min [26 US gpm]	260 bar [3800 psi]
ESV1-12-O	C-12-2	102 l/min [27 US gpm]	210 bar [3000 psi]
PSVP12-NOR	SDC12-2	120 l/min [32 US gpm]	260 bar [3800 psi]
PSVP16-NOR	SDC16-2	165 l/min [44 US gpm]	260 bar [3800 psi]
EPV10	SDC10-2	30 l/min [8 US gpm]	350 bar [5000 psi]
EPV16A	C-16-3SU	160 l/min [42 US gpm]	280 bar [4000 psi]
EPV16B	C-16-3SU	160 l/min [42 US gpm]	280 bar [4000 psi]

Proportional spool flow control valves (non-compensated)

Product Code	Cavity	Flow	Pressure
CP518-PNC	SDC08-2	12 l/min [3.2 US gpm]	210 bar [3000 psi]
PSV10-NC	SDC10-2	40 l/min [11 US gpm]	260 bar [3800 psi]
PSV12-NC	SDC12-2	80 l/min [21 US gpm]	260 bar [3800 psi]
PSV16-NC	SDC16-2	100 l/min [26 US gpm]	260 bar [3800 psi]
CP518-PNO	SDC08-2	12 l/min [3.2 US gpm]	210 bar [3000 psi]
PSV10-NO	SDC10-2	45 l/min [12 US gpm]	260 bar [3800 psi]
PSV12-NO	SDC12-2	100 l/min [26 US gpm]	260 bar [3800 psi]
PSV16-NO	SDC16-2	110 l/min [29 US gpm]	260 bar [3800 psi]
PFR24A	A6701	28 l/min [7.4 US gpm]	210 bar [3000 psi]
PFR21H	A6701	19 l/min [5 US gpm]	210 bar [3000 psi]

Proportional spool flow control valves (compensated)

Product Code	Cavity	Flow	Pressure
PFC10-RC	SDC10-2	30 l/min [8 US gpm]	260 bar [3800 psi]
PFC12-RC	SDC12-2	65 l/min [17 US gpm]	260 bar [3800 psi]
PFC16-RC	SDC16-2	90 l/min [24 US gpm]	260 bar [3800 psi]
PFC10-RO	SDC10-2	30 l/min [8 US gpm]	260 bar [3800 psi]
PFC12-RO	SDC12-2	60 l/min [16 US gpm]	260 bar [3800 psi]
PFC16-RO	SDC16-2	85 l/min [22 US gpm]	260 bar [3800 psi]
PFC10-PC	SDC10-3	40 l/min [11 US gpm]	260 bar [3800 psi]
PFC12-PC	SDC12-3	65 l/min [17 US gpm]	260 bar [3800 psi]
EFV2-12-C	C-12-3	114 l/min [30 US gpm]	210 bar [3000 psi]
PFC16-PC	SDC16-3	85 l/min [22 US gpm]	260 bar [3800 psi]
PFC10-PO	SDC10-3	35 l/min [9 US gpm]	260 bar [3800 psi]
PFC12-PO	SDC12-3	70 l/min [18 US gpm]	260 bar [3800 psi]
EFV2-12-O	C-12-3	114 l/min [30 US gpm]	210 bar [3000 psi]
PFC16-PO	SDC16-3	90 l/min [24 US gpm]	260 bar [3800 psi]

Proportional pressure relief valves

Product Code	Cavity	Flow	Pressure
XMD 04	NCS04/2	5 l/min [1.3 US gpm]	250 bar [3600 psi]
XMP 06	NCS06/2	50 l/min [13 US gpm]	315 bar [4500 psi]
PAR1-10	SDC10-2	57 l/min [15 US gpm]	240 bar [3500 psi]
PAR1-16	SDC16-2	132 l/min [35 US gpm]	210 bar [3000 psi]
PRV08-DAC	SDC08-2	3.8 l/min [1 US gpm]	215 bar [3100 psi]
HPRV08-DAC	SDC08-2	1.9 l/min [0.5 US gpm]	350 bar [5000 psi]
PRV10-POC	SDC10-2	76 l/min [20 US gpm]	250 bar [3600 psi]
PRV12-POC	SDC12-2	180 l/min [47 US gpm]	250 bar [3600 psi]

Proportional pressure reducing valves

Product Code	Cavity	Flow	Pressure
EPRV2-8	SDC08-3	7.6 l/min [2 US gpm]	35 bar [500 psi]
PPR09-POD	SDC10-4	25 l/min [7 US gpm]	50 bar [725 psi]
PPD22A	A3531	19 l/min [5 US gpm]	210 bar [3000 psi]
PPAR1-10	SDC10-3	30 l/min [8 US gpm]	210 bar [3000 psi]
XRP 06	NCS06/3	25 l/min [7 US gpm]	315 bar [4600 psi]
PPR10-PAC	SDC10-3	25 l/min [7 US gpm]	315 bar [4600 psi]

Precision Flow Control for Industry

Proportional valves are engineered to deliver accurate and responsive flow control, crucial for modern industrial hydraulic systems. Their advanced design allows for seamless integration and reliable operation, ensuring consistent outcomes in automation and machinery.

Durable Alloy Construction

Built from high-quality alloy, these valves offer outstanding strength and longevity. The sturdy material not only withstands harsh industrial environments but also extends the service life of each valve, reducing maintenance and replacement costs.

Versatile Application in Industrial Settings

With a standard size and efficient hydraulic power utilization, proportional valves suit a broad range of applications. Their black color and compact design ensure easy adaptation into both new and existing systems, providing versatility for manufacturers and operators.

FAQ's of Proportional valves:

Q: How do proportional valves function within an industrial hydraulic system?

A: Proportional valves use electrical control signals to modulate hydraulic flow or pressure, allowing precise adjustment suited to different operational requirements. Their smooth operation is essential for maintaining sensitive processes in industrial settings.

Q: What industries commonly benefit from using these proportional hydraulic valves?

A: Industries such as manufacturing, automotive, automation, and heavy machinery utilize proportional valves for their ability to deliver precise control and enhance system performance. These valves are especially beneficial wherever exact hydraulic regulation is necessary.

Q: When should proportional valves be considered over traditional hydraulic valves?

A: Proportional valves are ideal when variable control over flow or pressure is needed, such as in automated systems that require fine adjustments or synchronized operations. Traditional valves are more suited for basic on-off functionality.

Q: Where can I source these standard-size proportional valves in India?

A: You can obtain these valves through authorized suppliers and traders specializing in hydraulic equipment across India. Ensure the supplier provides high-quality alloy-based valves for optimal performance and durability.

Q: What is the process for installing a proportional hydraulic valve?

A: Installation usually involves integrating the valve into the hydraulic circuit, connecting electrical controls, and calibrating the system for the desired performance. It is recommended to consult the supplier or refer to the technical manual for detailed instructions.

Q: How does the use of alloy material benefit the valve's performance?

A: Alloy construction offers superior resistance to wear, corrosion, and mechanical stress, ensuring the valve operates reliably in rigorous industrial conditions and maintaining efficiency over an extended period.

Q: What are the main advantages of using proportional valves in industrial applications?

A: Proportional valves offer precise flow and pressure control, improved process automation, reduced maintenance frequency, and greater energy efficiency, making them a valuable investment for boosting productivity and ensuring quality outcomes.

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