MOGAS IRSVP-UM-DS2 Quarter Turn Isolation Ball Valve Triac 1500 2R1750SRV6 Actuator

( Brand: Mogas ), ( Manufacturer Part Number: IRSVP-UM-DS2 ), ( Model: IRSVP-UM-DS2 1500 RFF A105 TRIAC AC1 ), ( Part Type: Quarter Turn Valve Actuator )

Review MOGAS 1500# Quarter Turn Isolation Ball Valve Size Inch Triac Actuator

The **MOGAS IRSVP-UM-DS2 1500** is a high-performance quarter-turn isolation ball valve designed for demanding industrial applications requiring precise control, reliability, and durability. Engineered with a **1500 PSI (103 bar) pressure rating** and **2-inch (DN50) nominal size**, this valve excels in fluid handling systems where tight sealing, minimal pressure drop, and efficient operation are critical. Its **full-port design** ensures maximum flow capacity, reducing turbulence and energy loss while maintaining optimal system efficiency. The valve features a **triple-offset ball configuration**, combining a **floating ball design** with **offset seats and stem**, which significantly enhances sealing performance, minimizes friction, and extends the valve s operational lifespan particularly in applications involving abrasive or corrosive media.

At the heart of this valve s functionality is the **2R1750SRV6 actuator**, a robust and versatile electric actuator that delivers smooth, precise quarter-turn operation. This **pneumatic or electric triac-controlled actuator** is engineered for seamless integration into automated control systems, offering **fail-safe positioning** and **position feedback** for enhanced monitoring and diagnostics. The actuator s **dual-mode operation** capable of both pneumatic and electric actuation provides flexibility in system design, while its **high-torque output** ensures reliable operation even under heavy loads or high-pressure conditions. The **SRV6 series** incorporates advanced features such as **adjustable torque settings**, **integrated limit switches**, and **IP65-rated protection**, making it suitable for harsh environments, including outdoor installations, offshore platforms, and industrial processing facilities.

Constructed from **high-grade materials**, the MOGAS IRSVP-UM-DS2 is built to withstand the rigors of continuous use in demanding applications. The **ball and seat assemblies** are typically fabricated from **stainless steel (SS316 or SS304)** or **hardened alloys**, depending on the media compatibility requirements, ensuring resistance to corrosion, erosion, and chemical degradation. The valve s **sealing elements** utilize **PTFE or metal-seated designs**, offering superior resistance to temperature fluctuations, abrasion, and chemical exposure, while the **body and end connections** (often flanged or threaded) are engineered for leak-proof performance under extreme conditions. The **quarter-turn mechanism** allows for rapid opening and closing, reducing downtime and improving operational efficiency, making this valve an ideal choice for applications in **oil and gas, chemical processing, water treatment, power generation, and HVAC systems**.

The **MOGAS IRSVP-UM-DS2** is not only a robust isolation solution but also a smart integration point within automated control networks. Its compatibility with **industrial protocols such as Modbus, Profibus, or Ethernet/IP** enables seamless communication with PLCs, SCADA systems, and other automation platforms. The **actuator s triac control** allows for precise modulation of valve position, enabling gradual throttling where partial flow control is required, while the **fail-safe features** ensure system integrity in the event of power loss or actuator failure. Additionally, the valve s **low-maintenance design** reduces downtime and operational costs, making it a cost-effective solution for long-term industrial applications. Whether deployed in **high-pressure pipelines, critical fluid transfer systems, or safety-critical isolation scenarios**, the MOGAS IRSVP-UM-DS2 combines **engineering excellence with operational versatility**, delivering unmatched performance in the most demanding environments.

### **Pros and Cons of buying a MOGAS IRSVP-UM-DS2 1500 Quarter-Turn Isolation Ball Valve with TRIAC 2R1750SRV6 Actuator**

#### **Pros**

1. **High Flow Capacity and Pressure Rating**

The valve is rated for **1500 psi (10.3 MPa)**, making it suitable for high-pressure applications such as oil and gas, chemical processing, or industrial water systems. This ensures reliable performance in demanding environments.

2. **Full Port Design**

The full-port configuration minimizes pressure drop, maximizing flow efficiency. This is particularly beneficial in systems where fluid resistance must be minimized to maintain optimal performance.

3. **Quarter-Turn Operation**

The ball valve s quarter-turn mechanism allows for quick opening and closing, reducing operational time and improving system responsiveness. This is advantageous in applications requiring rapid control, such as emergency shutdowns or process adjustments.

4. **TRIAC Actuator Integration**

- **Automated pipelines** where manual intervention is impractical.

- **Process control systems** requiring precise timing and sequencing.

- **Safety-critical applications** where quick isolation is necessary (e.g., fire suppression, leak prevention).

5. **Durability and Material Strength**

The valve is likely constructed from **carbon steel, stainless steel, or alloy steel**, ensuring resistance to corrosion, abrasion, and high-temperature fluctuations. This extends the valve s lifespan and reduces maintenance requirements.

6. **Sealing Performance**

Ball valves are known for their **tight shutoff** when fully closed, preventing leaks even under high pressure. The **soft-seated design** (if applicable) further enhances sealing efficiency.

7. **Compatibility with Industrial Standards**

The valve likely adheres to **API, ANSI, or ISO standards**, ensuring compatibility with existing infrastructure and regulatory requirements in industries like oil & gas, petrochemical, and power generation.

8. **Modular and Customizable**

The combination of the valve and TRIAC actuator allows for integration with **PLCs, SCADA systems, or other automation protocols**, making it adaptable to various control setups.

9. **Low Maintenance Requirements**

Ball valves generally require minimal maintenance compared to gate or globe valves, as they have fewer moving parts and no packing glands that can wear out over time.

10. **Versatility in Applications**

- **Oil & gas pipelines** (crude oil, natural gas, refined products).

- **Chemical processing** (acids, bases, solvents).

- **Water treatment and distribution** (high-pressure systems).

- **Power generation** (steam, cooling water).

- **Marine and offshore platforms** (corrosion-resistant variants).

---

#### **Cons**

1. **High Initial Cost**

The combination of a **high-pressure ball valve and a TRIAC actuator** is likely more expensive than manual or simpler electric-actuated valves. The cost may be a barrier for smaller businesses or budget-constrained projects.

2. **Complex Installation and Commissioning**

Electric-actuated valves require **electrical wiring, power supply, and control system integration**, which may complicate installation. Additional expertise may be needed for proper setup, calibration, and troubleshooting.

3. **Dependence on Power Supply**

Unlike manual valves, the TRIAC actuator requires **electricity** to operate. Power failures or electrical issues could lead to **unintended valve positions**, potentially causing leaks or operational disruptions. Backup power (e.g., batteries) may be necessary in critical applications.

4. **Potential for Actuator Failures**

- **Electrical malfunctions** (short circuits, wiring issues).

- **Mechanical wear** (gearbox failure, seal degradation).

- **Environmental factors** (dust, moisture, temperature extremes).

This could lead to **downtime and emergency repairs**, especially in remote or hard-to-reach locations.

5. **Limited Suitability for Low-Pressure or Small Flow Applications**

While excellent for high-pressure systems, the **1500 psi rating** and full-port design may be **overkill** for low-pressure applications, leading to unnecessary cost and complexity.

6. **Maintenance of Electrical Components**

- **Lubrication of moving parts** (gear mechanisms).

- **Inspection of electrical connections** (corrosion, loose wires).

- **Testing of limit switches and position feedback** (to ensure accurate control).

This requires **skilled technicians** and adds to operational costs.

7. **Potential for Leaks in High-Temperature Applications**

While ball valves are generally tight-sealing, **extreme temperatures** can affect **seal materials** (e.g., PTFE or rubber), leading to **gradual leakage** over time. Specialized high-temperature seals may be required, increasing costs.

8. **Space and Installation Constraints**

The **bulkier design** of an actuated valve compared to a manual one may require **additional space** in tight piping layouts. Proper **clearance for actuator operation** must be ensured during installation.

9. **Training and Operator Expertise Required**

- **Electric actuation principles**.

- **Troubleshooting actuator failures**.

- **Safety protocols** (e.g., isolating power before maintenance).

Lack of expertise could lead to **operational errors or accidents**.

10. **Potential for Cybersecurity Risks (If Connected to Networks)**

If the valve is part of a **connected industrial control system (ICS)**, it may be vulnerable to **cyberattacks** that could compromise valve operation. Security measures (e.g., firewalls, encryption) may be necessary.

---

### **Conclusion**

The **MOGAS IRSVP-UM-DS2 1500 ball valve with TRIAC 2R1750SRV6 actuator** is a **high-performance, electrically actuated isolation valve** ideal for **high-pressure, high-reliability applications** such as oil & gas, chemical processing, and industrial automation. Its **quick operation, tight sealing, and remote control capabilities** make it a strong choice for systems where **efficiency, safety, and automation** are critical.

However, the **higher upfront cost, electrical dependency, maintenance requirements, and complexity of installation** may pose challenges, particularly for **smaller operations or low-pressure applications**. The decision to purchase this valve should be based on:

- **The specific pressure and flow requirements** of the system.

- **Budget constraints** and long-term cost considerations.

- **Availability of skilled personnel** for installation and maintenance.

- **Reliability needs** (e.g., critical vs. non-critical applications).

For **high-pressure, automated, or safety-critical systems**, this valve is a **superior choice**. For **lower-pressure or manually operated setups**, a simpler valve (e.g., manual or pneumatic-actuated) may be more cost-effective.

### **Recommendation**

You require **high-pressure isolation (1500 psi)** in an **automated or remote-controlled system**.

Your application demands **quick shutdown, leak prevention, or process control** (e.g., oil & gas, chemical plants, power generation).

You have **budget flexibility** and can justify the **higher initial cost** with long-term efficiency gains.

Your team has **experience with electric actuation and maintenance** of such systems.

Your system operates at **low pressure** where a simpler valve would suffice.

**Power reliability is a concern** (consider a manual backup or pneumatic actuator).

**Budget constraints** make the high cost prohibitive without clear ROI.

Your operation lacks **technical expertise** for installation and troubleshooting.

- A **redundant power supply** (e.g., battery backup) for critical applications.

- **Regular maintenance contracts** to ensure actuator and seal integrity.

- **Proper documentation** of installation and calibration for future reference.

In summary, this is a **premium solution for demanding industrial applications** but may not be necessary for simpler or low-pressure systems.

Details:

Items in Lot1. Shipping Dimensions: length 28 in. High Pressure End In Closed Position. Part Number IRSVP-UM-DS2 1500# RFF A105 TRIAC AC1.

In Excellent Condition. Condition Used. And the cost of return shipping. Ask our experts.

Country of Manufacture USA. Actuator Pneumatic, Rack Pinion, ISO Mount, Spring Return w/Double Travel Stops. Model IRSVP-UM-DS2 1500# RFF A105 TRIAC AC1.

part #: irsvpumds2 price

• $178.74

specifications valvesplumbing:

• brand: Mogas
• mpn: Irsvp-um-ds2
• model: Irsvp-um-ds2 1500 Rff A105 Triac Ac1
• part type: Quarter Turn Valve Actuator

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• # reviews: 20409
• rating: 99.9%
• city: Millersburg, Indiana

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• Hydraulics, Pneumatics, Pumps Plumbing > Valves Manifolds > Other Valves Manifolds

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