Productos de Tokyo Keiki
- Easy maintenance with rotating element
- Fluid type choices include Mineral Oil (standard), Phosphate Ester (F3) or Water Glycol (F11).
- Flexible delivery port positions (A, B, C, D)
- Low noise triple vane pump
- Shaft end: Parallel Square Key (86)
- Pump Mounting: Flange Mounting or Foot Mounting (2*)
TOKYO KEIKI
4535VQ60A38F-1AA20-JA | Bomba de paletas de alto rendimiento de doble desplazamiento fijo
TOKYO KEIKI
4535VQ60A38F-1AA20-JA | Bomba de paletas de alto rendimiento de doble desplazamiento fijo
- Fluid type choices include Mineral Oil (standard), Phosphate Ester (F3)
- Flexible delivery port positions (A, B, C, D)
- Double Fixed Displacement Vane Pump for Mobile Applications
- Mineral Oil Max. Working Pressure: 17.5 – 21MPa
- Phosphate Ester Max. Working Pressure: 14MPa
- Shipping Notice: This item requires 1-2 weeks for packaging and preparation before shipment.
TOKYO KEIKI
SQP432-42-25-12-86CCC2-18 | Bomba de paletas de desplazamiento fijo triple de bajo ruido
TOKYO KEIKI
SQP432-42-25-12-86CCC2-18 | Bomba de paletas de desplazamiento fijo triple de bajo ruido
- Easy maintenance with rotating element
- Fluid type choices include Mineral Oil (standard), Phosphate Ester (F3) or Water Glycol (F11).
- Flexible delivery port positions (A, B, C, D)
- Low noise triple vane pump
- Shaft end: Parallel Square Key (86)
- Pump Mounting: Flange Mounting or Foot Mounting (2*)
TOKYO KEIKI
2520VQ21A14F-1CC20-JA | Bomba de paletas de desplazamiento fijo doble de alto rendimiento
TOKYO KEIKI
2520VQ21A14F-1CC20-JA | Bomba de paletas de desplazamiento fijo doble de alto rendimiento
- Fluid type choices include Mineral Oil (standard), Phosphate Ester (F3)
- Flexible delivery port positions (A, B, C, D)
- Double Fixed Displacement Vane Pump for Mobile Applications
- Mineral Oil Max. Working Pressure: 17.5 – 21MPa
- Phosphate Ester Max. Working Pressure: 14MPa
- Shipping Notice: This item requires 1-2 weeks for packaging and preparation before shipment.
- Easy maintenance with rotating element
- The SQPS Series features pulsation damping chambers to reduce delivery pressure fluctuations, resulting in quieter operation.
- Fluid type choices include Mineral Oil (standard), Phosphate Ester (F3) or Water Glycol (F11).
- Flexible delivery port positions (A, B, C, D)
- Shaft end: Parallel Square Key (86)
- Pump Mounting: Foot Mounting (2*)
TOKYO KEIKI
F11-SQPS43-50-30-86CC-LH-18 | Bomba de paletas de doble desplazamiento fijo y bajo ruido
TOKYO KEIKI
F11-SQPS43-50-30-86CC-LH-18 | Bomba de paletas de doble desplazamiento fijo y bajo ruido
- Easy maintenance with rotating element
- The SQPS Series features pulsation damping chambers to reduce delivery pressure fluctuations, resulting in quieter operation.
- Fluid type choices include Mineral Oil (standard), Phosphate Ester (F3) or Water Glycol (F11).
- Flexible delivery port positions (A, B, C, D)
- Shaft end: Parallel Square Key (86)
- Pump Mounting: Foot Mounting (2*)
TOKYO KEIKI
F11-SQPS31-38-5-86CB-18 | Bomba de paletas de doble desplazamiento fijo y bajo nivel de ruido
TOKYO KEIKI
F11-SQPS31-38-5-86CB-18 | Bomba de paletas de doble desplazamiento fijo y bajo nivel de ruido
- Easy maintenance with rotating element
- SQPS Series features pulsation-damping chambers for reduced noise and minimized pressure pulsation amplitudes.
- Fluid type choices include Mineral Oil (standard), Phosphate Ester (F3) or Water Glycol (F11).
- Flexible delivery port positions (A, B, C, D)
- Low noise triple vane pump
- Shaft end: Parallel Square Key (86)
- Pump Mounting: Foot Mounting (2*)
20%
- 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.
