SMC 0190-39554 W/ EX160-SDN2 VV5Q11-08-X1619 0063453490018 T

Product Details

0190-39554 W/EX160-SDN2 VV5Q11-08-X1619 0063453490018 TLC534 F SAM E5AR E5AR-Q4B-323 Product Description

The SMC EX160-SDN2 paired with the VV5Q11-08-X1619 8-slot valve manifold represents a field-proven solution for energy-aware pneumatic control in modern industrial automation. Designed for integration into DeviceNet-based control architectures, this serial transmission unit enables centralized valve actuation management, dramatically reducing the wiring overhead and compressed air waste that characterize conventional distributed pneumatic layouts. For facilities targeting measurable reductions in energy consumption, cycle time variance, and unplanned downtime, the EX160-SDN2 manifold system delivers the data visibility and control granularity required to meet those objectives.

In a fully integrated production cell, the EX160-SDN2 functions as the pneumatic intelligence layer between the fieldbus network and the physical actuators. When connected to a Rockwell Automation ControlLogix PLC via a 1756-DNB DeviceNet scanner module, the manifold receives valve commands through cyclic I/O polling, eliminating the need for individual solenoid output cards and their associated wiring harnesses. This consolidation directly reduces the thermal load inside the control cabinet — fewer discrete output modules means less heat generation, lower cooling requirements, and improved overall panel energy efficiency.

On the drive side, the EX160-SDN2 manifold is frequently deployed alongside SMC's LECP6 electric actuator controllers and SMC LECS Series servo drivers, where pneumatic and electric axes are coordinated through a shared DeviceNet segment. The manifold's fast response time supports tight synchronization with servo-driven pick-and-place axes, ensuring that pneumatic grippers and clamps actuate within the motion profile window without introducing cycle time jitter. This coordination is further enhanced when an SMC EX600 IO-Link master or an SMC PF2W flow sensor is added to the network, providing real-time compressed air consumption data that feeds directly into the facility's energy management system.

For power monitoring, integrating an SMC ISE80 digital pressure switch or an SMC PF2A series flow switch at the manifold inlet allows operators to detect abnormal consumption patterns — a sudden spike in air flow often indicates a leaking actuator seal or a stuck valve, both of which waste energy and degrade cycle consistency. These sensor signals can be routed through the same DeviceNet network or via a parallel SMC EX260 serial interface unit, feeding the SCADA layer with actionable process data without adding separate analog input cards to the PLC rack.

HMI visualization of manifold status is straightforward when using a Rockwell PanelView Plus or a Siemens TP700 Comfort panel connected to the same control network. Operators can monitor individual valve states, cycle counts, and fault diagnostics in real time, enabling rapid response to valve failures before they cascade into line stoppages. This level of transparency is a prerequisite for any facility implementing predictive maintenance programs, as valve actuation frequency data can be trended over time to schedule preventive replacement before mean time between failures is exceeded.

Compressed air is consistently ranked among the most expensive utilities in manufacturing, with system-wide leakage and inefficient valve control accounting for 20–30% of total compressed air consumption in many facilities. The EX160-SDN2 manifold addresses this at the source by enabling precise, software-controlled valve sequencing that eliminates unnecessary actuation overlap and reduces dwell time in pressurized states. When valve open/close timing is governed by PLC logic rather than mechanical timers or manual adjustment, production engineers gain the ability to fine-tune pneumatic cycles to match actual process demand — reducing both air consumption and mechanical wear on actuator seals and end-of-stroke cushions.

From a thermal management perspective, centralizing eight valve solenoids onto a single DeviceNet node rather than eight discrete output channels reduces the number of active components in the control panel. Fewer active components means lower aggregate heat dissipation, which translates to reduced air conditioning load in the electrical room — a secondary energy saving that compounds over multi-shift operations. In high-density automation cells where panel space is constrained, the EX160-SDN2's compact footprint also allows engineers to reduce enclosure size, further lowering the thermal mass that must be managed.

Production line throughput stability benefits directly from the manifold's deterministic DeviceNet communication. Unlike analog or hardwired control schemes that are susceptible to signal degradation over distance, DeviceNet's differential signaling maintains consistent valve response times across the full cable length, ensuring that pneumatic actuators fire at the same point in every machine cycle. This repeatability is the foundation of stable production rhythm — when actuator timing is consistent, downstream processes can be scheduled with tighter tolerances, reducing buffer inventory requirements and improving overall equipment effectiveness (OEE).

For facilities operating under ISO 50001 energy management frameworks or pursuing carbon reduction targets, the EX160-SDN2 manifold provides the metering granularity needed to establish compressed air consumption baselines at the machine level. Combined with SMC's air management software or third-party SCADA energy modules, per-cycle air consumption can be logged, trended, and reported — giving energy managers the data required to demonstrate continuous improvement and justify capital investment in further efficiency upgrades.

Every unit is shipped following full functional testing under load conditions, with valve actuation verified across all eight stations. Stock is maintained for prompt dispatch, and each EX160-SDN2 VV5Q11-08-X1619 assembly is covered by a 12-month warranty from the date of shipment, covering manufacturing defects and component failures under normal operating conditions.

Q1: What energy savings can I expect from deploying the EX160-SDN2 manifold versus discrete solenoid wiring? Facilities typically report 15–25% reductions in compressed air consumption at the machine level when transitioning from individually wired solenoids to a centralized serial manifold, primarily due to elimination of wiring-induced pressure drops and the ability to implement software-controlled valve sequencing. Panel heat load reductions of 10–20% are also common due to fewer discrete output modules.

Q2: Which PLC platforms and DeviceNet scanners are compatible with the EX160-SDN2? The EX160-SDN2 operates as a DeviceNet Group 2 Slave and is compatible with any DeviceNet master scanner, including Rockwell 1756-DNB and 1769-SDN modules, Omron CJ1W-DRM21, and Siemens CP 342-5 with appropriate EDS file configuration. SMC provides EDS files for all major platforms.

Q3: Can the EX160-SDN2 replace an existing manifold in a running production line without retooling? In most cases, yes. The VV5Q11 manifold series uses a standardized valve body interface, and the EX160-SDN2 serial unit mounts directly to the manifold end plate. If the existing installation uses the same valve series, replacement is a drop-in procedure. We recommend verifying the DeviceNet node address and EDS configuration before commissioning to avoid address conflicts on the network segment.

Q4: What does the 12-month warranty cover, and what is the testing process before shipment? The 12-month warranty covers all manufacturing defects and component failures under normal operating conditions from the date of shipment. Prior to dispatch, each unit undergoes functional actuation testing across all valve stations, communication handshake verification on the DeviceNet interface, and visual inspection for mechanical integrity. A test report is available upon request for quality-critical applications.