Hydraulics
- AMN-L (DIN Rail) & AMB-EL (Euro Card) models
- For high-response electro-hydraulic control valves
- Input current: 2.5 A (AMN-L), 3.0 A (AMB-EL)
- Input voltage: ±10 VDC / ±5 V (model dependent)
- 24 VDC or 40 V power supply
- Adjustable response time: 0.03–5 s
- Operating temperature: 0–50°C
- Monitor output: ±10 V rated current.
- Reliable, precise hydraulic valve control for industrial systems.
- Lead times for non-stocked items are generally 18-20 weeks. For urgent needs, please contact us to explore additional options.
- AMN-L (DIN Rail) & AMB-EL (Euro Card) models
- For high-response electro-hydraulic control valves
- Input current: 2.5 A (AMN-L), 3.0 A (AMB-EL)
- Input voltage: ±10 VDC / ±5 V (model dependent)
- 24 VDC or 40 V power supply
- Adjustable response time: 0.03–5 s
- Operating temperature: 0–50°C
- Monitor output: ±10 V rated current.
- Reliable, precise hydraulic valve control for industrial systems.
- Lead times for non-stocked items are generally 18-20 weeks. For urgent needs, please contact us to explore additional options.
- AMN-L (DIN Rail) & AMB-EL (Euro Card) models
- For high-response electro-hydraulic control valves
- Input current: 2.5 A (AMN-L), 3.0 A (AMB-EL)
- Input voltage: ±10 VDC / ±5 V (model dependent)
- 24 VDC or 40 V power supply
- Adjustable response time: 0.03–5 s
- Operating temperature: 0–50°C
- Monitor output: ±10 V rated current.
- Reliable, precise hydraulic valve control for industrial systems.
- Lead times for non-stocked items are generally 18-20 weeks. For urgent needs, please contact us to explore additional options.
- AMN-L (DIN Rail) & AMB-EL (Euro Card) models
- For high-response electro-hydraulic control valves
- Input current: 2.5 A (AMN-L), 3.0 A (AMB-EL)
- Input voltage: ±10 VDC / ±5 V (model dependent)
- 24 VDC or 40 V power supply
- Adjustable response time: 0.03–5 s
- Operating temperature: 0–50°C
- Monitor output: ±10 V rated current.
- Reliable, precise hydraulic valve control for industrial systems.
- Lead times for non-stocked items are generally 18-20 weeks. For urgent needs, please contact us to explore additional options.
- Poppet valves control one-way flow in hydraulic systems.
- Cartridge valves enhance design for bidirectional flow control.
- Manifold blocks reduce leakage in hydraulic systems.
- Offers high flows and efficiency.
- Advantages: design flexibility, lower cost, improved reliability.
- Considerations: high flow rates, pressure, compact size.
- Cartridge valves optimize system performance with easy customization.
- Poppet valves control one-way flow in hydraulic systems.
- Cartridge valves enhance design for bidirectional flow control.
- Manifold blocks reduce leakage in hydraulic systems.
- Offers high flows and efficiency.
- Advantages: design flexibility, lower cost, improved reliability.
- Considerations: high flow rates, pressure, compact size.
- Cartridge valves optimize system performance with easy customization.
- Poppet valves control one-way flow in hydraulic systems.
- Cartridge valves enhance design for bidirectional flow control.
- Manifold blocks reduce leakage in hydraulic systems.
- Offers high flows and efficiency.
- Advantages: design flexibility, lower cost, improved reliability.
- Considerations: high flow rates, pressure, compact size.
- Cartridge valves optimize system performance with easy customization.
- Poppet valves control one-way flow in hydraulic systems.
- Cartridge valves enhance design for bidirectional flow control.
- Manifold blocks reduce leakage in hydraulic systems.
- Offers high flows and efficiency.
- Advantages: design flexibility, lower cost, improved reliability.
- Considerations: high flow rates, pressure, compact size.
- Cartridge valves optimize system performance with easy customization.
- Poppet valves control one-way flow in hydraulic systems.
- Cartridge valves enhance design for bidirectional flow control.
- Manifold blocks reduce leakage in hydraulic systems.
- Offers high flows and efficiency.
- Advantages: design flexibility, lower cost, improved reliability.
- Considerations: high flow rates, pressure, compact size.
- Cartridge valves optimize system performance with easy customization.
- Poppet valves control one-way flow in hydraulic systems.
- Cartridge valves enhance design for bidirectional flow control.
- Manifold blocks reduce leakage in hydraulic systems.
- Offers high flows and efficiency.
- Advantages: design flexibility, lower cost, improved reliability.
- Considerations: high flow rates, pressure, compact size.
- Cartridge valves optimize system performance with easy customization.
