
( Brand: Process Technology ), ( Manufacturer Part Number: QM17G ), ( Part Type: Heater )
The iH2618 process quartz immersion heater, model number QM17G, is a high-performance heating solution specifically designed for applications that require precise temperature control in large vessels or tanks. With a 26mm outer diameter and 18mm immersion depth, this heater is well-suited for use in industrial processes where maintaining consistent temperatures is crucial.
The iH2618 heater is constructed using premium quality quartz tubing, which offers several advantages over traditional heating elements. Quartz is known for its exceptional thermal shock resistance, meaning it can withstand frequent temperature changes without risk of cracking or breaking. Additionally, quartz is a stable material that resists thermal expansion, ensuring a long service life and reliable operation.
The iH2618 heater uses a sheath heater design, which features an outer sheath made of type K thermocouple material. This design allows for accurate temperature measurement directly at the heater, enabling real-time temperature monitoring and precise temperature control. This feature is particularly useful in applications where maintaining a consistent temperature is critical to the success of the process.
The heater element is made of high-quality, high-wattage sheath material to ensure efficient and effective heating. It also features a unique design with multiple fin envelopes that increase the surface area of the heater, which in turn enhances its ability to transfer heat quickly and evenly to the process fluid.
Safety is a top priority with the iH2618 heater. It comes with several safety features, including a high-temperature limit switch, which activates to prevent the heater from overheating, and a thermal fuse, which shuts off the power supply if the temperature surrounding the heater exceeds safe levels.
The iH2618 heater is also versatile, with a broad power range of 300 to 5,000 watts. This makes it suitable for a wide range of applications, from gentle heating to high-temperature processes. Its compact design also makes it easy to install in vessels of various shapes and sizes, making it a valuable addition to any industrial process application.
In summary, the iH2618 process quartz immersion heater is a high-performance, reliable, and safe heating solution for industrial processes that require precise temperature control in large vessels or tanks. Its use of premium quality quartz tubing, efficient sheath heater design, accurate temperature measurement, safety features, and versatile power range make it an ideal choice for applications demanding consistent temperature control.
I. Introduction
The IH2618 process quartz immersion heater IH618 QM17G is a heating element commonly used in various industrial processes. Understanding the pros and cons of this heater can help in making informed decisions about purchasing it for specific applications.
II. Pros of IH2618 Process Quartz Immerison Heater IH618 QM17G1. High Temperature Capability: This heater can achieve high temperatures quickly and efficiently, making it suitable for applications requiring a high heat input.
2. Long Service Life: Quartz tubes used in immersion heaters like IH2618 have a comparatively longer service life due to their resistance to thermal shock and corrosion.
3. High Precision and Control: Higher precision temperature control is achievable due to the ability to directly immerse the heater in the process fluid.
4. Energy Efficiency: Quartz immersion heaters can provide more uniform heat transfer, reducing energy consumption since the heat is directly transferred into the process fluid.
5. Versatile: These heaters can be used in various industries such as chemical, pharmaceutical, food, and water treatment.
III. Cons of IH2618 Process Quartz Immersion Heater IH618 QM17G1. Higher Cost: Quartz immersion heaters are generally more expensive than other heating methods due to the cost of the quartz tubes.
2. Safety Risks: Proper installation, handling and design considerations are necessary due to the direct contact with the process fluid. Improper usage can lead to risks such as electrocution, explosion, and thermal shock.
3. Limited Scale: Quartz immersion heaters may not be suitable for large-scale applications due to the initial higher investment cost, limited watt density, or potential complexity of setup.
4. Maintenance: Quartz immersion heaters require more frequent monitoring and maintenance since the quartz tube may degrade over time.
IV. ConclusionConsidering the pros and cons of the IH2618 process quartz immersion heater IH618 QM17G, it is suitable for applications requiring high precision, energy efficiency, accurate temperature control, and the ability to handle harsh process fluids. However, the higher initial cost, safety risks, limited scale, and maintenance requirements are disadvantages that should be considered before making a purchasing decision.
V. RecommendationIf your industrial application requires a heating element with consistent temperature control, high precision, and the ability to handle harsh process fluids, the IH2618 process quartz immersion heater IH618 QM17G could be a viable option. However, it's essential to carefully consider the costs, safety concerns, and potential maintenance requirements before making a purchase. Consulting with experts in the field or manufacturers can help in making an informed decision regarding this heating element.
Inventory: IH2618 manufacturer: Process Technology model QM17G style: over the side tube length in.: 17 material: poly guard only 25 x 3.