The SMC ITV2050-332L is an electro-pneumatic regulator intended for industrial systems that need air pressure to be controlled continuously by an electrical command signal rather than by manual adjustment. In SMC’s ITV family, the regulator is designed for stepless pressure control in proportion to an electric signal, which is why this series is widely used in factory automation, packaging machinery, assembly equipment, fixture control, leak-testing systems, and other pneumatic applications where stable pressure control directly affects product quality and machine consistency. SMC’s official ITV documentation also publishes core control characteristics for the series, including linearity within ±1% F.S., hysteresis within 0.5% F.S., and repeatability within ±0.5% F.S., making the family suitable for more precise pneumatic regulation than a standard manual regulator.
From the series structure, the ITV2050 base model belongs to the ITV2000 size class and the 0.005 to 0.9 MPa pressure range. SMC’s catalog clearly places ITV2050 in the higher standard pressure class within the ITV1000/2000/3000 range, above the 0.1 MPa and 0.5 MPa versions. That matters in practice because it gives the regulator a broader usable control range for machines that need more than light-duty pressure adjustment. The official series material also shows that the ITV2000 platform is the mid-size body in the ITV family, positioned between the smaller ITV1000 and the larger ITV3000, which makes it a common choice when engineers want a balance between compact installation size and practical pneumatic performance.
For the specific suffix 332L, exact public SMC part-detail decoding is not as explicit as for some neighboring variants, but distributor and reseller listings for ITV2050-332L consistently place it in the same ITV2000 electro-pneumatic regulator family and align it with the 0.9 MPa class, while the broader SMC family documentation confirms that this product range supports 0 to 10 VDC voltage-type input and offers both analog output and switch output variants. Based on those sources, the safest commercial description is that ITV2050-332L is an ITV2000-series proportional regulator in the 0.9 MPa class, commonly sold as a voltage-input version with a right-angle cable configuration. Where a formal engineering file requires exact suffix-level decoding, the final nameplate or local SMC quotation should still be checked.
Key Specifications
| Item | Specification / Description |
|---|---|
| Brand | SMC |
| Model | ITV2050-332L |
| Product Type | Electro-Pneumatic Regulator |
| Series | ITV1000 / 2000 / 3000 |
| Size Class | ITV2000 |
| Pressure Range | 0.005 to 0.9 MPa |
| Control Principle | Pressure proportional to electrical input |
| Typical Input Family | Voltage type within ITV family |
| Output Options in Family | Analog output or switch output |
| Cable Style | Right-angle cable style indicated by market listings |
| Protection Class | IP65 |
| Product Net Weight | 350 g |
| Typical Industrial Use | Programmable pneumatic pressure control |
One of the most important details for your requirement is the product weight. SMC’s ITV catalog lists the ITV20 class at approximately 350 g. Third-party listings for closely related ITV2050 variants and for ITV2050-family datasheets also use 0.350 kg as the working weight. That makes 350 g the most defensible net product weight to publish for the ITV2050-332L in a product introduction, quotation sheet, BOM, or website description. This figure should be treated as net regulator weight, not gross shipping weight with carton and protective packaging.
Weight and Commercial Reference
| Weight Item | Value |
|---|---|
| Net unit weight | Approx. 350 g |
| Family reference | ITV20 class |
| Suitable for catalog use | Yes |
| Suitable for quotation use | Yes |
| Shipping weight | Higher after packaging |
From an application standpoint, the value of the ITV2050-332L is straightforward. In a conventional pneumatic system, the operator sets the pressure manually and leaves it unchanged. That works in simple lines, but it becomes inefficient in modern automation where different products, recipes, or workpieces require different force levels. An electro-pneumatic regulator makes pressure programmable. That means a PLC or controller can raise or lower outlet pressure automatically during production, which improves repeatability and reduces dependence on manual adjustment. In packaging machinery, that can help with sealing or gripping force. In assembly systems, it helps manage clamp pressure for fragile versus rigid parts. In leak-test equipment, it helps maintain repeatable test conditions. These are the kinds of duties that SMC’s ITV family is specifically built to support.
Why ITV2050-332L Fits Industrial Automation
| Application Area | Practical Benefit |
|---|---|
| Packaging machinery | Pressure can be changed automatically by recipe |
| Assembly equipment | Clamp or press force can be controlled more accurately |
| Leak testing | Stable pressure improves repeatability |
| Robotic tooling | Gripping force can be matched to different parts |
| Fixture systems | Pressure values can be stored and recalled electronically |
| OEM machinery | Easier integration than manual pressure regulators |
Another reason this model is commercially attractive is its higher standard pressure class. The ITV2050 designation corresponds to a 0.005 to 0.9 MPa set-pressure range, which gives it broader flexibility than lower-range ITV2010 or ITV2030 versions. In real machine design, that wider range is useful because a single regulator platform can cover more operating conditions. Instead of changing to a different regulator every time a machine duty changes, the engineer can often keep the ITV2050 family and manage pressure by signal input. This is especially useful in multi-format production equipment and OEM machines sold into different end-user applications.
The ITV2000 body size is also a practical advantage. It gives the user a middle-ground platform: more capable than the compact ITV1000 units, but smaller and lighter than the ITV3000 range. SMC also positions the ITV series as compact and lightweight, and this matters in control cabinets, machine frames, and modular equipment where installation space is limited. Even though the ITV2050-332L is not a miniature component, its approximate 350 g weight and compact ITV2000 footprint make it easy to integrate into many industrial layouts without excessive mounting burden.
Performance Characteristics of the ITV Family
| Characteristic | Published Family Value |
|---|---|
| Linearity | ±1% F.S. or less |
| Hysteresis | 0.5% F.S. or less |
| Repeatability | ±0.5% F.S. or less |
| Sensitivity | 0.2 kPa on 100 kPa specification |
| Protection | IP65 |
| Supply concept | Minimum supply pressure is set pressure + 0.1 MPa |
SMC’s published ITV-family control data is one of the strongest reasons to use this product instead of a manual regulator. The official material states linearity within ±1% F.S., hysteresis within 0.5% F.S., and repeatability within ±0.5% F.S.. These figures are relevant because they describe how closely the regulator follows the input command and how consistently it returns to the same output condition. In production systems, that translates into more stable clamp force, more reliable air pressure control, and less variation from one cycle to the next. SMC’s family documentation also notes that the regulator operates with a minimum supply pressure equal to set pressure plus 0.1 MPa, which is standard for this class of proportional pneumatic device.
The IP65 protection level further supports its use in standard industrial environments. This means the ITV family is suitable for installations where dust and splash resistance are necessary, which is common in packaging lines, machine frames, test stations, and automated assembly systems. It should not be treated as a specialty hygienic regulator for every harsh cleaning environment, but for mainstream factory-duty equipment, the protection level is appropriate and commercially practical.
Selection Perspective
| Selection Point | Assessment |
|---|---|
| Good for fixed one-time manual setting | Not ideal |
| Good for programmable pressure control | Yes |
| Good for automated machinery | Yes |
| Suitable for mid-size compact integration | Yes |
| Good for higher standard pressure range in ITV2000 | Yes |
| Appropriate for OEM equipment | Yes |
For buyers and engineers, the selection logic is simple. The SMC ITV2050-332L is not the cheapest solution for a basic pneumatic line that only needs one constant pressure. A manual regulator will usually cost less for that kind of duty. The ITV2050-332L becomes the better choice when the machine requires programmable pressure, electrical integration, repeatable force control, and process consistency. That is why this type of regulator is frequently used in OEM designs, automated production systems, and retrofit projects where pressure must be treated as part of the control strategy rather than as a one-time maintenance adjustment.
Product Summary
| Category | Description |
|---|---|
| Product Name | SMC ITV2050-332L Electro-Pneumatic Regulator |
| Core Function | Controls outlet pressure in proportion to an electrical signal |
| Pressure Class | 0.005 to 0.9 MPa |
| Series Platform | ITV2000 |
| Protection Level | IP65 |
| Approximate Net Weight | 350 g |
| Main Value | Programmable and repeatable pneumatic pressure control |
| Typical Users | OEMs, automation integrators, maintenance teams, machine builders |
In summary, the SMC ITV2050-332L is a practical electro-pneumatic regulator for industrial users who need stable, programmable, and repeatable pressure control in a compact mid-size package. Its ITV2000 platform, 0.005 to 0.9 MPa pressure capability, IP65 protection, and approximate 350 g net weight make it suitable for packaging, assembly, test, and fixture-control applications where pressure must be controlled as part of the machine program rather than adjusted manually. For commercial use, 350 g is the most reliable weight figure to publish, while exact suffix-level signal details should be confirmed against the final SMC quotation or nameplate when needed for a formal technical document.
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