The SMC ITV2030-212L is an electro-pneumatic regulator designed for applications that require accurate, repeatable air pressure control through an electrical input signal. It belongs to SMC’s well-established ITV1000/2000/3000 family, a series widely used in factory automation, test benches, packaging systems, handling equipment, semiconductor tooling, and other pneumatic control environments where stable proportional pressure adjustment is more valuable than simple manual regulation. In this model code, “2” identifies the 2000 type, “3” indicates a 0.5 MPa pressure range, “0” indicates 24 VDC power, “2” indicates a 0 to 5 VDC input signal, “1” indicates a 1 to 5 VDC analog monitor output, “2” indicates a 1/4 port size, and “L” indicates a right-angle cable connector.
What makes the ITV2030-212L commercially attractive is its combination of electronic controllability and pneumatic practicality. Traditional regulators depend on manual adjustment, which is suitable for fixed-pressure circuits but inefficient in systems that need changing setpoints, recipe switching, remote control, or closed-loop coordination with a PLC, controller, or analog output module. By contrast, the ITV2030-212L allows the output pressure to vary in proportion to an electrical signal, which makes it a strong fit for automated lines where pressure needs to be tuned dynamically without operator intervention. SMC’s ITV series is designed specifically for stepless control of air pressure in proportion to electrical signals, with a published linearity of ±1% or less of full scale and hysteresis of 0.5% or less of full scale, which is why the series is commonly selected for precision air pressure tasks rather than general on/off air service.
From a performance standpoint, the ITV2030-212L sits in the practical middle of the ITV family. The ITV2000 platform is larger and higher-flow than the ITV1000 series but more compact than the ITV3000 series, making it a balanced choice for many industrial applications that need good flow capacity without occupying excessive panel or manifold space. Official SMC documentation identifies the ITV2000 type as having an approximate unit weight of 350 g without options, and distributor listings for the specific ITV2030-212L also state 350 g, which is consistent with the standard series specification.
Key Specifications
| Item | Specification |
|---|---|
| Brand | SMC |
| Model | ITV2030-212L |
| Product Type | Electro-Pneumatic Regulator |
| Series | ITV2000 |
| Pressure Range Code | 3 = 0.5 MPa |
| Power Supply | 24 VDC |
| Input Signal | 0 to 5 VDC |
| Monitor Output | 1 to 5 VDC Analog Output |
| Port Size | 1/4 |
| Cable Type | Right-angle connector |
| Enclosure | IP65 |
| Product Net Weight | 350 g |
| Control Characteristic | Stepless proportional pressure control |
The practical value of this regulator is easiest to understand in real production scenarios. In a packaging machine, it can be used to adjust clamping force by changing air pressure according to the product format. In a leak test station, it can help deliver controlled test pressure with improved repeatability. In robotic end-of-arm tooling, it can regulate gripping or blow-off pressure for different workpieces. In fixture systems, it can reduce operator adjustment time by storing pressure values as part of a machine recipe. These are not marginal benefits. In modern automation, they translate directly into shorter setup time, more consistent product handling, less risk of over-pressurization, and better process repeatability. The presence of an analog monitor output also makes it easier to integrate the regulator into supervisory control or verification logic.
Another strong point is environmental suitability. The ITV series is published with an IP65 enclosure rating, which is useful in industrial installations where dust, splash exposure, and general machine-environment contamination need to be considered. That does not make it a washdown stainless hygienic device, but it does make it suitable for a wide range of enclosed machine panels and production equipment where basic ingress protection is important. SMC also publishes an ambient and fluid temperature range of 0 to 50°C without condensation for this product family, which aligns with normal factory operating conditions.
For buyers, engineers, and maintenance teams, the 0 to 5 VDC input version is an important detail. It means the ITV2030-212L is intended for analog-voltage-driven systems rather than current-loop variants such as 4 to 20 mA. That matters because the regulator should match the available control output from the PLC, motion controller, or analog module in the machine. If the machine architecture is already standardized around voltage analog outputs, this model is a direct and convenient fit. The 1 to 5 VDC monitor output gives feedback capability for system monitoring, which is useful when machine logic or supervisory software needs confirmation of regulator behavior.
Why This Model Is Useful in Industrial Systems
| Application Area | Benefit of ITV2030-212L |
|---|---|
| Packaging machinery | Fast pressure changeover for different product recipes |
| Assembly automation | Controlled gripping, clamping, and pressing force |
| Leak testing | More stable and repeatable test pressure control |
| Semiconductor and electronics equipment | Fine pressure adjustment for sensitive processes |
| General pneumatic machinery | Remote pressure control without manual regulator adjustment |
| Retrofit projects | Easy replacement of manual pressure setting with analog control |
In terms of selection logic, the ITV2030-212L is not the correct choice for every pneumatic application. If the system only needs a fixed outlet pressure and no remote control, a standard mechanical regulator is cheaper and simpler. If the process needs very high flow or larger ports, a higher-capacity model in the series may be more appropriate. If the control system is based on 4 to 20 mA signals, another input specification would usually be the better match. However, when the requirement is electrically commanded proportional pressure control in a compact 1/4-port format, this model is a very credible option. That is why the ITV2000 range continues to be common in OEM machinery and automated production lines.
The product weight is also relevant for practical engineering. The approximate 350 g body weight keeps the regulator light enough for panel integration, bracket mounting, and compact assemblies without adding excessive load to supports, manifolds, or machine frames. For international trade, quotation work, and shipping estimates, this should be treated as net unit weight, not gross packed weight. Packed shipping weight will normally be higher depending on carton, protective material, and order quantity. Official SMC literature gives the ITV2000 family weight as approximately 350 g without options, and a product listing for this specific model gives the same 350 g figure, so this is the most defensible working value for commercial documentation.
Product Summary Table
| Category | Description |
|---|---|
| Product Name | SMC ITV2030-212L Electro-Pneumatic Regulator |
| Main Function | Converts an electrical voltage signal into proportional pneumatic pressure control |
| Market Position | Precision pressure regulation for automated machinery |
| Main Strength | Stepless control, compact size, stable repeatability, easy PLC integration |
| Electrical Interface | 24 VDC power with 0 to 5 VDC control input |
| Feedback Capability | 1 to 5 VDC analog monitor output |
| Mechanical Interface | 1/4 port size |
| Protection Level | IP65 |
| Approximate Weight | 350 g |
| Suitable Buyers | OEMs, automation integrators, maintenance teams, pneumatic system designers |
In summary, the SMC ITV2030-212L is a practical and technically mature electro-pneumatic regulator for users who need controlled air pressure as part of an automated process rather than as a fixed utility setting. It combines proportional electrical control, compact ITV2000-series sizing, IP65 protection, analog monitoring capability, and an approximate weight of 350 g, making it a dependable choice for modern industrial equipment where pressure must be adjusted quickly, consistently, and electronically.
![]()