SUN HYDRAULICS
SXCAKAV
$97.99 USD
- SUN HYDRAULICS
- Material:SXCAKAV
- Model:SXCA-KAV
- Summary:Cartridge
Quantity in stock: 0
***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Sun Hydraulics directly.***
The Sun Hydraulics SXCAKAV (SXCAKAV) is a direct-acting sequence valve designed to supply a secondary circuit with flow once the pressure at inlet port 1 exceeds the valve setting. This valve is particularly notable for its ability to control pressure at port 1 relative to the pressure at drain port 3, making it suitable for load holding applications. It features a zero pilot flow design, which requires that port 3 be connected to maintain a pressure reference in the control chamber; blocking port 3 can lead to malfunction due to reciprocating seal weepage. The maximum allowable pressure at port 3 is additive to the valve setting at a 1:1 ratio and should not exceed 5000 psi (350 bar). The SXCAKAV model incorporates Sun's floating style construction, minimizing internal parts binding due to excessive installation torque or cavity/cartridge machining variations. It has a cavity size of T-11A, series 1, and offers a capacity of up to 15 gpm (60 L/min). Factory pressure settings are established at 2 in/min (30 cc/min), with a maximum operating pressure of up to 5000 psi (350 bar) and typical response time of around 2 ms. The maximum valve leakage at reseat is minimal, recorded at only 10 drops/min (0.7 cc/min). For adjustments, it requires approximately four clockwise turns to increase settings, and it includes specific hex sizes for both the adjustment screw and locknut. Additionally, the model supports corrosion-resistant options for use in challenging environments and weighs approximately .30 lb (.15 kg).
The Sun Hydraulics SXCAKAV (SXCAKAV) is a direct-acting sequence valve designed to supply a secondary circuit with flow once the pressure at inlet port 1 exceeds the valve setting. This valve is particularly notable for its ability to control pressure at port 1 relative to the pressure at drain port 3, making it suitable for load holding applications. It features a zero pilot flow design, which requires that port 3 be connected to maintain a pressure reference in the control chamber; blocking port 3 can lead to malfunction due to reciprocating seal weepage. The maximum allowable pressure at port 3 is additive to the valve setting at a 1:1 ratio and should not exceed 5000 psi (350 bar). The SXCAKAV model incorporates Sun's floating style construction, minimizing internal parts binding due to excessive installation torque or cavity/cartridge machining variations. It has a cavity size of T-11A, series 1, and offers a capacity of up to 15 gpm (60 L/min). Factory pressure settings are established at 2 in/min (30 cc/min), with a maximum operating pressure of up to 5000 psi (350 bar) and typical response time of around 2 ms. The maximum valve leakage at reseat is minimal, recorded at only 10 drops/min (0.7 cc/min). For adjustments, it requires approximately four clockwise turns to increase settings, and it includes specific hex sizes for both the adjustment screw and locknut. Additionally, the model supports corrosion-resistant options for use in challenging environments and weighs approximately .30 lb (.15 kg).
Direct-acting sequence valves will supply a secondary circuit with flow once the pressure at the inlet (port 1) has exceeded the valve setting. The pressure setting of a sequence valve controls the pressure at port 1 relative to the pressure at the drain (port 3).
- All 3 port sequence cartridges are physically and functionally interchangeable (i.e. same flow path, same cavity for a given frame size).
- Although this is a zero pilot flow valve, port 3 (drain) must be connected to maintain a pressure reference in the control chamber. If port 3 is blocked, reciprocating seal weepage will cause the valve to malfunction.
- Pressure at port 3 is directly additive to the valve setting at a 1:1 ratio and should not exceed 5000 psi (350 bar).
- Suitable for use in load holding applications.
- Corrosion resistant cartridge valves are intended for use in corrosive environments and are identified by the model code suffix /AP for external stainless steel components, or /LH for external zinc-nickel plated components. See the CONFIGURATION section for all options. For further details, please see the Materials of Construction page located under TECH RESOURCES.
- Incorporates the Sun floating style construction to minimize the possibility of internal parts binding due to excessive installation torque and/or cavity/cartridge machining variations.
| Cavity | T-11A |
| Series | 1 |
| Capacity | 15 gpm60 L/min. |
| Factory Pressure Settings Established at | 2 in³/min.30 cc/min. |
| Maximum Operating Pressure | 5000 psi350 bar |
| Response Time - Typical | 2 ms2 ms |
| Maximum Valve Leakage at Reseat | 10 drops/min.0,7 cc/min. |
| Adjustment - Number of Clockwise Turns to Increase Setting | 44 |
| Valve Hex Size | 7/8 in.22,2 mm |
| Valve Installation Torque | 30 - 35 lbf ft41 - 47 Nm |
| Adjustment Screw Internal Hex Size | 5/32 in.4 mm |
| Locknut Hex Size | 9/16 in.15 mm |
| Locknut Torque | 80 - 90 lbf in.9 - 10 Nm |
| Model Weight | .30 lb0,15 kg |
| Seal kit - Cartridge | Viton: 990-011-006 |
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Additional Resources
- Sun Offers Zinc-Nickel Plating for Corrosion Resistance
- Sun Cartridges with EPDM Seals
- Sun Expands Corrosion-Resistant Solutions
- QuickDesign with SmartConnect Offers Drag-and-Drop Schematic Tool
- Series 4 PLUS Cartridges Offer Higher Flows with Lower Pressure Losses
- Sequence Valves Technical Tips
- Manufacturing Sun Cartridge Cavities
- Sequence Valves
- Sun Model Code Explanation; 999-901-334
- Cavity Information (S-171) and Tooling
- Cartridges: Materials of Construction
- Fluid and Temperature Recommendations
- Performance Data
- Sun's Floating Style Screw-In Cartridge
- Units of Measure, Settings, and Conversions