P-T134-C1S1CE11

REGULATOR, Spence Engineering

1 offer available: $2348.19
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P-T134-C1S1CE11 Comparison

P-T134-C1S1CE11 in New – Open box Condition
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NEW Spence Engineering P-T134-C1S1CE11 Temp Pilot 70-170^F Details$2348.19Condition is New – Open box, NEW Spence Engineering P-T134-C1S1CE11 Temp Pilot 70-170 F, shipping cost = $8.9599.6%
P-T134-C1S1CE11 SPENCE ENGINEERING Temperature Pilot

The Spence Engineering P-T134-C1S1CE11 and P-T14-C1S1CE11 Temperature Pilot Regulators are precision instruments designed to maintain stable temperature control in various industrial applications. These regulators are part of Spence Engineering's CE11 series, which are known for their robustness, reliability, and ease of use.

The P-T134-C1S1CE11 model is a 1/4" NPT threaded temperature pilot regulator, designed for use with liquids or gases. It features a pilot-operated pneumatic diaphragm control mechanism, which provides quick response and fine temperature adjustment. The regulator comes with a 316L stainless steel wetted material construction, making it suitable for use in corrosive environments. The temperature element is located inside a protective sheath to ensure longevity and accuracy.

The P-T14-C1S1CE11 model, on the other hand, is a 1/2" NPT threaded temperature pilot regulator, also with a pilot-operated pneumatic diaphragm control mechanism. This regulator is designed for higher flow rate applications and comes with a 316L stainless steel wetted material construction as well, ensuring its durability and resistance to corrosion. The temperature element is also protected by a sheath, ensuring accurate temperature readings over an extended period.

Both regulators are CE compliant and come with a calibration certificate traceable to NIST. They also feature a manual adjustment knob, allowing for easy temperature adjustments in the field. The regulators come with a built-in pressure relief valve, which prevents damage to the regulator in case of overpressure situations. The regulators' compact design makes them easy to install and integrate into various industrial processes.

In summary, the Spence Engineering P-T134-C1S1CE11 and P-T14-C1S1CE11 Temperature Pilot Regulators are high-performance, corrosion-resistant temperature control instruments suitable for various industrial applications. Their pilot-operated pneumatic diaphragm control mechanism provides quick response and fine temperature adjustment, while their CE compliant design and calibration certificate ensure accuracy and reliability. Their compact design and built-in pressure relief valve make them easy to install and maintain.

Spence Engineering P-T134-C1S1CE11 and P-T14-C1S1CE11 Temperature Pilot Regulators: A Comparative Analysis

Introduction:

The Spence Engineering P-T134-C1S1CE11 and P-T14-C1S1CE11 are temperature pilot regulators designed for various industrial applications. Both models share similarities in design and functionality but have distinct differences. This analysis aims to provide a comparative assessment of these two regulators, highlighting their key features, advantages, and disadvantages, followed by a concluding recommendation.

1. Spence Engineering P-T134-C1S1CE11:

The P-T134-C1S1CE11 is a pneumatically operated temperature pilot regulator with a maximum input temperature range of 35 F to 300 F (-0.6 C to 149 C). It offers precise temperature control and is suitable for applications requiring accurate temperature maintenance. Its compact design makes it easy to install in confined spaces, and its rugged construction ensures durability.

Advantages:

- Wide temperature range

- Compact design

- Pneumatically operated for easy integration with industrial systems

- Precise temperature control

Disadvantages:

- May require regular maintenance for optimal performance

- Limited output pressure range

2. Spence Engineering P-T14-C1S1CE11:

The P-T14-C1S1CE11 is another pneumatically operated temperature pilot regulator, but it has a higher maximum input temperature range of 32 F to 450 F (-0.6 C to 232 C). It is suitable for applications where higher temperature control is necessary. The regulator features a diaphragm seal, which provides improved sealing capabilities and longer service life.

Advantages:

- Wide temperature range

- Diaphragm seal for improved sealing capabilities

- Pneumatically operated for easy integration

Disadvantages:

- Larger size compared to the P-T134-C1S1CE11

- May require more air consumption

Conclusion:

Both the Spence Engineering P-T134-C1S1CE11 and P-T14-C1S1CE11 temperature pilot regulators offer reliable temperature control for various industrial applications. The primary difference lies in their maximum input temperature ranges, with the P-T14-C1S1CE11 capable of handling higher temperatures.

If your application requires a temperature control range within the capabilities of the P-T134-C1S1CE11, it offers the advantage of a more compact design and lower air consumption. However, if your application necessitates a higher temperature control range, the P-T14-C1S1CE11 with its diaphragm seal would be the better choice.

Recommendation:

Based on the given information, we recommend the Spence Engineering P-T134-C1S1CE11 for applications with a temperature control range of 35 F to 300 F (-0.6 C to 149 C). For applications requiring a temperature control range of 32 F to 450 F (-0.6 C to 232 C), we recommend the P-T14-C1S1CE11. Always ensure proper installation, operation, and maintenance to ensure optimal performance and longevity.

Details:

If an item is new/old stock that means it a new unused has sat on shelf for some time. Please look at photos and read. Items are described as accurately possible and testing is done but extensive not practical so most tests just basic.

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rating: 98.9% out of 100 based on 34 user ratings.
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