Deskripsi
Proportional Valve
The MOOG D926 and D927 series valves are direct-acting proportional valves with integrated electronics and analog interfaces. Driven by two proportional solenoids, these valves directly move the valve core without a pilot oil. The design supports 4/3-way and 4/2-way operating modes and ensures centering protection in case of failure. The products are available in nominal sizes 03 (D926) and 05 (D927) conforming to ISO 4401 standards. These proportional valves are designed to provide high resistance to thermal stress and vibration. Their compact design allows for space-saving system design and seamless integration into your equipment.
Performance characteristics
Directly driven by two proportional solenoid valves
The valve core embedded design ensures high precision and wear resistance.
Mechanical decoupling of electronic components from the housing achieves high vibration resistance, extends service life, and reduces equipment downtime.
The new generation of electronic components uses digital cores and energy-saving components, significantly reducing thermal stress and extending the service life of electronic components.
Offers a variety of valve core overlap, flow characteristics, and signal options to meet diverse application needs.
Electronic components are integrated into the electromagnet body, achieving a compact design to minimize installation space.
Product Dimensions:
Specification :
- Series : D926, D927
- Valve structure: Single-stage valve body with valve core
- Design : Large valve core diameter and long stroke design
- Installation mode : ISO 4401 Size 03
- Max working pressure – P, A, B ports: 350 bar; 5,000 psi
- Rated flow rate (Δp N per valve core surface 5 bar (75 psi)) : 4 to 32 l/min; 1.06 to 8.5 gpm
- Step response time : 18 ms
- Power supply voltage : 24 VDC (18 to 32 VDC)
- Rated signal options : ±10 V, ±10 mA and 4-20 mA
- Max ambient temperature : 60 ℃
- Max fluid temperature : 80 ℃
- Brand : MOOG Inc.
Ulasan
Belum ada ulasan.