SMC 4060-00633 US17276 102264 DBL4N00950-0R2-000-S40 4022.43

Product Details

4060-00633 US17276 102264 DBL4N00950-0R2-000-S40 4022.436.2449 044895 W/4022.436.1069 Product Description

The SMC DBL4N00950-0R2-000-S40 (part number 4060-00633) is a high-performance fieldbus-integrated pneumatic manifold from SMC's DBL4N Series, engineered for seamless deployment in smart factory environments where real-time data flow, protocol interoperability, and remote diagnostics are mission-critical. Designed to bridge the gap between pneumatic actuation and digital control architectures, this manifold delivers reliable valve switching performance while feeding live status data into PLC controllers, SCADA platforms, and HMI systems across the full automation data chain.

In a modern smart factory, the SMC DBL4N00950-0R2-000-S40 sits at the intersection of pneumatic actuation and industrial data infrastructure. The data flow begins at the field level: sensors and proximity switches detect cylinder position and pressure states, feeding signals into the manifold's SI unit interface. From there, valve switching commands and feedback signals travel upstream through a DeviceNet or PROFIBUS-DP fieldbus segment to a PLC controller — such as a Siemens S7-1500 or Allen-Bradley ControlLogix — where logic execution and sequence control take place.

Within the same control cabinet, an SMC EX600 SI unit or compatible fieldbus communication module aggregates solenoid status data from the DBL4N manifold and transmits it over the plant network. An industrial managed Ethernet switch — such as those in the SMC EX series or third-party PROFINET-capable switches — routes this data to the SCADA server and HMI terminals on the supervisory layer. Operators viewing a Siemens WinCC or Ignition SCADA dashboard can monitor valve open/close states, cycle counts, and fault codes in real time without leaving the control room.

For distributed production lines, the DBL4N00950-0R2-000-S40 integrates naturally with remote I/O modules — such as SMC's EX250 or EX500 series — enabling valve islands to be placed close to the actuators while maintaining a single fieldbus drop back to the main PLC. This reduces wiring complexity and improves signal integrity across long cable runs in large-footprint facilities. When paired with an IO-Link master gateway, individual solenoid diagnostics become accessible at the device level, allowing predictive maintenance systems to track valve wear before failures occur.

At the edge layer, an industrial edge gateway — running OPC-UA or MQTT bridging — can collect manifold status data and push it to cloud-based MES or ERP platforms, enabling production transparency from the valve level all the way to enterprise dashboards. Variable frequency drives (VFDs) controlling compressor motors on the same pneumatic circuit can be coordinated through the same PLC program, ensuring air supply pressure is dynamically matched to manifold demand cycles. Pressure sensors and flow meters installed on the manifold supply line feed additional process variables into the data chain, supporting energy optimization and leak detection algorithms.

For facilities running Mitsubishi MELSEC iQ-R or iQ-F PLCs, the DBL4N manifold's fieldbus compatibility ensures straightforward integration via CC-Link IE Field or PROFIBUS-DP adapters. HMI panels — such as SMC's compatible display units or Siemens TP series — provide local visualization of valve states and alarm conditions, while the SCADA layer archives historical data for OEE analysis and regulatory compliance reporting.

Many automation sites still operate with pneumatic manifolds that provide no digital feedback — valves switch, but the PLC has no visibility into whether the actuation completed successfully, how many cycles have accumulated, or whether a solenoid coil is degrading. The SMC DBL4N00950-0R2-000-S40 directly addresses this data gap by providing fieldbus-native communication that integrates valve status into the plant's existing control and monitoring infrastructure.

Protocol fragmentation is another common challenge: a facility may run PROFIBUS on legacy equipment while newer cells use EtherNet/IP or DeviceNet. The DBL4N Series, when paired with the appropriate SMC SI unit, supports multiple fieldbus protocols through interchangeable communication modules, allowing the same manifold hardware to be deployed across mixed-protocol environments without redesigning the pneumatic circuit.

Data silos between the pneumatic layer and the digital control layer are eliminated when the DBL4N manifold's status data is mapped into the PLC's I/O table and made available to SCADA historians. Alarm tracking becomes precise: instead of a generic machine fault signal, operators receive valve-level fault codes that pinpoint the exact solenoid, manifold station, and timestamp of the event — dramatically reducing mean time to repair (MTTR).

For facilities pursuing production line transparency, the DBL4N00950-0R2-000-S40 supports cycle count monitoring that feeds into OEE dashboards, enabling maintenance teams to schedule preventive valve replacement based on actual usage data rather than fixed time intervals. Remote diagnostics via SCADA or edge gateway connectivity allow engineering teams to interrogate manifold status from off-site, reducing the need for on-floor troubleshooting visits during off-hours or multi-shift operations.

System expansion is straightforward: additional valve stations can be added to the DBL4N manifold body, and the fieldbus communication module scales with the expanded I/O count without requiring a new network node or additional wiring infrastructure.

Q1: What fieldbus protocols does the SMC DBL4N00950-0R2-000-S40 support? The DBL4N Series manifold supports DeviceNet, PROFIBUS-DP, and EtherNet/IP through interchangeable SMC SI unit communication modules. IO-Link gateway compatibility is also achievable via appropriate interface adapters, making it suitable for both legacy and next-generation control architectures.

Q2: How does this manifold perform in terms of communication latency and network stability? The DBL4N00950-0R2-000-S40 is designed for deterministic fieldbus communication, with valve switching response times compatible with standard PLC scan cycles (typically 1-10 ms). The SI unit maintains stable network presence even during high-frequency switching cycles, ensuring reliable data transmission to SCADA and HMI systems without packet loss or address conflicts.

Q3: Can this manifold be integrated into an existing SCADA or remote monitoring system? Yes. When connected via a compatible fieldbus SI unit, the DBL4N manifold maps valve status, fault codes, and cycle data directly into the PLC's I/O table, which is then accessible to any SCADA platform — including Siemens WinCC, Ignition, FactoryTalk, and InTouch — via standard OPC-DA or OPC-UA server connections. Remote diagnostics can be performed without physical access to the manifold.

Q4: What does the 12-month warranty cover, and has this unit been tested before shipment? Every SMC DBL4N00950-0R2-000-S40 unit supplied by NANKMOS undergoes pre-shipment functional testing to verify solenoid actuation, electrical continuity, and fieldbus communication integrity. The 12-month warranty covers manufacturing defects in materials and workmanship from the date of delivery. Units are shipped from verified stock with full traceability documentation available on request.