Features:
- Bistable directional control: Separate solenoids command both spool positions and preserve the last selected path.
- Standardized valve interface: ISO 15407-1 geometry supports documented manifold integration.
- Industrial enclosure protection: The electrical arrangement is rated for demanding environments when correctly assembled.
VSVA-B-B52-ZD-A1-1T1L controls both directions of a pneumatic actuator from a two-coil 5/2 spool arrangement.
Its negative-to-positive working-pressure range supports defined vacuum and pressure service only when the complete valve terminal is configured accordingly.
Replacement acceptance confirms mechanical interface, connector keying, coil voltage, flow capacity and the machine response to retained spool position.
Apter Power can help confirm the Festo VSVA-B-B52-ZD-A1-1T1L 5/2-way Double-solenoid Valve, manifold interface, voltage, function and connector arrangement before quotation.
Festo VSVA-B-B52-ZD-A1-1T1L 5/2-way Double-solenoid Valve Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Spool function: Require the same 5/2 double-solenoid behavior unless the control and safety design is revised.
- Interface: Compare the ISO valve footprint, manifold station and porting arrangement.
- Electrical code: Match 24 VDC coils and the documented connector/keying combination.
- Flow demand: Confirm actuator speed and exhaust capacity against the published nominal flow.
- Energy isolation: Exhaust both actuator chambers and secure external loads before removing the valve.
- Seal condition: Keep manifold seals clean, correctly seated and compatible with the medium.
- Fastening: Tighten mounting hardware evenly to the prescribed torque.
- Connector sealing: Assemble plugs and gaskets so the stated enclosure rating is maintained.
- No movement: Separate supply, coil, connector, spool and actuator faults before replacement.
- One-way failure: Compare both coil commands and both exhaust paths because each direction is independently actuated.
- Unexpected retention: Treat the last spool position as energized machine state until pressure is removed.
- Leak check: Inspect seals, tubing and manifold surfaces before condemning the valve body.
- Double-acting cylinders: Commands extend and retract flow paths from a valve manifold.
- Machine clamping: Controls two-direction pneumatic fixtures where retained state is addressed safely.
- Process skids: Provides standardized directional control in documented valve-terminal assemblies.
- Legacy station repair: Restores a matching VSVA valve without redesigning the manifold interface.