| R900971685 DBW10A2-5X/200X6EG24NK4 |
| R900971455 DBW10A2-5X/200X6EG24N9K4 |
| R901086790 DBW10A2-5X/200X6EW230N9K4 |
| R900909516 DBW10A2-5X/200Y6EG24N9K4 |
| R900916162 DBW10A2-5X/200Y6EW230N9K4 |
| R900721105 DBW10A2-5X/200YS6EG24N9K4R12 |
| R900758546 DBW10A2-5X/200YS6EG24N9K4R12V |
| R901120385 DBW10A2-5X/200YU6EG24N9K4 |
| R900941213 DBW10A2-5X/200XY6EG24N9K4 |
| R900926054 DBW10A2-5X/315-6EG24N9K4 |
| R900958973 DBW10A2-5X/315-6EG24N9K4V |
| R900922377 DBW10A2-5X/315-6EW230N9K4 |
| R900935532 DBW10A2-5X/315S6EG24N9K4R12 |
| R900954472 DBW10A2-5X/315S6EG24N9K4R12V |
| R901130713 DBW10A2-5X/315S6EW230N9K4R12 |
| R900781325 DBW10A2-5X/315U6EG24NK4 |
| R900741804 DBW10A2-5X/315U6EG24N9K4 |
| R900772250 DBW10A2-5X/315U6EW230N9K4 |
| R901243992 DBW10A2-5X/315US6EG24N9K4R12 |
| R900726914 DBW10A2-5X/315X6EG24N9K4 |
| R900920436 DBW10A2-5X/315Y6EG24N9K4 |
| R900956639 DBW10A2-5X/315Y6EG24N9K4V |
| R900937506 DBW10A2-5X/315Y6EW230N9K4 |
| R900765091 DBW10A2-5X/315YS6EG24N9K4R12 |
| R900964379 DBW10A2-5X/315XY6EG24N9K4 |
| R900930684 DBW10A2-5X/350-6EG24NK4 |
| R900974700 DBW10A2-5X/350-6EG24N9K4 |
| R900919859 DBW10A2-5X/350-6EG24N9K4V |
| R900579624 DBW10A2-5X/350-6EW230N9K4 |
| R901107522 DBW10A2-5X/350-6SMG24N9K4 |
| R901009118 DBW10A2-5X/350S6EG24N9K4R12 |
| R900948504 DBW10A2-5X/350YS6EG24N9K4R12 |
| R900245951 DBW10A3-5X/50-6EG24N9K4 |
| R900739262 DBW10A3-5X/50Y6EG24N9K4 |
| R901017441 DBW10A3-5X/100-6EG24N9K4 |
| R901095290 DBW10A3-5X/100X6EG24N9K4 |
| R900930083 DBW10A3-5X/200-6EG24N9K4 |
| R900940523 DBW10A3-5X/200S6EG24N9K4R12 |
| R901243807 DBW10A3-5X/200YS6EG24N9K4R12 |
| R900721639 DBW10A3-5X/315-6EG24K4 |
| R900915418 DBW10A3-5X/315-6EG24N9K4 |
| R901141175 DBW10A3-5X/315S6EG24N9K4R12 |
| R900975904 DBW10A3-5X/315XU6EG24N9K4 |
| R900942035 DBW10A3-5X/315XY6EG24N9K4 |
| R900947662 DBW10A3-5X/350-6EG24N9K4V |
| R901106123 DBW10A3-5X/350S6EG24N9K4R12 |
| R900948529 DBW10A7-5X/200-6EG24N9K4 |
| R901114553 DBW10A7-5X/200-6EW230N9K4 |
| R900949033 DBW10A7-5X/315-6EG24N9K4 |
| R900730625 DBW10A7-5X/315U6EG24N9K4 |
| R901140508 DBW10A7-5X/350S6EW230N9K4R12 |
| R901097119 DBW10B1-5X/50-6EG24N9K4 |
| R901043277 DBW10B1-5X/50S6EG24N9K4R12 |
| R900921225 DBW10B1-5X/100-6EG24N9K4 |
| R900781132 DBW10B1-5X/100-6EG24N9K4V |
| R900941064 DBW10B1-5X/100-6EW230N9K4 |
| R901112203 DBW10B1-5X/100S6EG24NK4R12 |
| R901036297 DBW10B1-5X/100S6EG24N9K4R12 |
| R900972323 DBW10B1-5X/100U6EW230N9K4 |
| R900966954 DBW10B1-5X/100Y6EG24N9K4 |
| R900701465 DBW10B1-5X/100YS6EG24N9K4R12 |
| R900966614 DBW10B1-5X/100YU6EG24K4 |
| R900729007 DBW10B1-5X/100YU6EG24N9K4 |
| R900923103 DBW10B1-5X/200-6EG24N9K4 |
| R901013235 DBW10B1-5X/200-6EG24N9K4V |
-
Q: What is the primary function of a "Pressure Stop Valve" (DAW series)?
A: The DAW series is a proportional pressure stop valve. Its core function is to act as an electrically controlled, proportional shut-off valve for a hydraulic pressure line. It can block flow completely (zero leakage) or open proportionally to allow controlled flow, all while maintaining a specified maximum pressure on the downstream (A) port. It is often used to isolate or control a branch circuit.
-
Q: How does this valve differ from a standard proportional relief valve (DBW series)?
A: While both are proportionally controlled, their functions and porting differ: A DBW relief valve is a 2-port valve (P to T) that opens to tank to limit pressure. A DAW pressure stop valve is a 3-port valve (P, A, T). In its de-energized state, it typically blocks flow from P to A and connects A to T (drains the downstream circuit). When energized, it proportionally connects P to A (supplying pressure) and blocks A to T, acting as a pressure-controlled shut-off valve.
-
Q: What does the "FS" prefix in the solenoid code (FS6EG24N9K4) signify?
A: The "FS" is a variant code for the proportional solenoid. It may indicate a specific coil winding, force characteristic, connector type, or the inclusion of integrated electronics (like a plug-in amplifier). This is a specific version of the standard 6EG24N9K4 solenoid. The exact technical difference (e.g., different spool force) must be verified in the component's detailed datasheet to ensure compatibility with the intended control system.
-
Q: This valve has a 30mm nominal size. What are the main considerations for installation?
A: The large size (30mm) allows for high flow (up to ~200 L/min). Key installation considerations are: 1) Manifold Design: The mounting cavity must precisely match the cartridge dimensions (ISO 7368). 2) Port Sizing: Ensure piping matches the large 1-1/4" UNF ports to avoid flow restriction. 3) Drain Connection: The external pilot drain (Y port) is critical and must be connected directly to tank with zero backpressure via a sufficiently large line. 4) Weight/Support: The cartridge and associated piping are heavy; proper mechanical support is needed.
-
Q: Can this valve be used for emergency system shutdown?
A: Yes, its fail-safe function makes it suitable for this role. Typically, in a safety shutdown scenario, the valve's solenoid would be de-energized (e.g., via an emergency stop circuit). This causes the valve to immediately block the pressure inlet (P) and connect the downstream circuit (A) to tank (T), safely depressurizing and isolating the controlled section of the system. Its proportional nature also allows for a controlled ramp-down if needed.
Your message must be between 20-3,000 characters!
English
