Thermocouple K Type 800°C Wire Lead Sensor 2 Pack 1M 3.3ft uxcell

Description

Product Overview

The uxcell K type thermocouple sensor is engineered for high‑temperature industrial applications where accuracy and durability are essential. Constructed from high‑purity copper, the sensor’s wire lead provides excellent electrical conductivity and resistance to corrosion, ensuring a stable signal over long periods of operation. The 1 m (3.3 ft) length is protected by a nylon‑braided cable shield that guards against mechanical wear, electromagnetic interference, and harsh chemical exposure, making it suitable for environments such as metal forging, heat treatment ovens, and chemical processing plants. With a measurement range up to 800 °C (1472 °F), the sensor can reliably monitor extreme temperatures while maintaining a fast response time. The compact connector size of approximately 37 × 17 × 8 mm fits standard terminal blocks, and the 5.5 mm fork terminal spacing aligns with common wiring configurations, simplifying installation and reducing downtime. Designed to meet IEC standards for thermocouple performance, this sensor delivers repeatable readings that help operators maintain process control, improve product quality, and reduce energy waste. The sensor’s robust construction also includes a sealed junction that prevents oxidation, extending its service life even in high‑humidity or dusty conditions. Its lightweight design, weighing only 26 g, allows for easy handling and mounting in tight spaces without compromising performance. Overall, the uxcell K type thermocouple combines precision engineering with practical features that meet the demanding needs of modern manufacturing facilities.
Material selection plays a crucial role in the long‑term reliability of thermocouple sensors, and uxcell has chosen oxygen‑free copper for the K type lead to minimize drift caused by oxidation. The copper alloy is annealed to achieve optimal flexibility, allowing the wire to bend without cracking during installation or maintenance. The sensor’s junction is sealed with a high‑temperature ceramic insulator that protects the thermoelectric element from moisture and contaminants, further reducing calibration shifts over time. All components comply with IEC 60584‑2‑1 specifications, ensuring that the thermocouple’s output voltage follows the standardized reference tables for K‑type devices. By adhering to these rigorous material and testing standards, uxcell guarantees that each sensor delivers consistent performance throughout its expected service life, even in environments where temperature fluctuations are frequent and severe.

Usage

In industrial settings where temperature monitoring is critical, the uxcell K type thermocouple excels in a variety of scenarios. For furnace operators, the sensor can be mounted on the interior wall or near the heating elements to track the temperature profile during heating cycles, enabling precise control of ramp rates and soak times. In plastic extrusion lines, the thermocouple can be positioned at the melt zone to ensure the polymer reaches the optimal viscosity before shaping, reducing waste and improving product consistency. Chemical processing plants benefit from the sensor’s resistance to corrosive vapors, allowing it to be placed in reactors or distillation columns where aggressive chemicals are present. The rugged nylon‑braided cable protects the lead from abrasion caused by moving parts, while the copper core maintains a low thermal mass for quick response. Additionally, the sensor’s 5.5 mm fork terminals simplify wiring to PLC input modules, reducing installation time and minimizing the risk of connection errors. Whether used in batch ovens, continuous kilns, or heat‑treatment furnaces, the uxcell thermocouple provides dependable temperature data that supports quality assurance and safety compliance.
Beyond manufacturing, the uxcell K type thermocouple is well suited for research laboratories and educational institutions that require reliable temperature measurement for experiments involving high heat. Its compact size allows placement inside sealed chambers, calorimeters, or combustion test rigs where space is limited. The sensor’s ability to operate up to 800 °C makes it appropriate for material testing, such as evaluating thermal conductivity of ceramics or assessing the performance of thermal barrier coatings. In the automotive industry, the thermocouple can be used to monitor engine block temperatures, exhaust gas temperatures, or brake system heat during durability testing, providing engineers with critical data to refine designs. For HVAC technicians, the sensor can be employed to verify the performance of high‑temperature heat exchangers and to detect abnormal temperature spikes that may indicate system faults. The easy‑to‑install fork terminals and standard connector dimensions mean the device can be quickly integrated into existing test rigs, reducing downtime and allowing focus on data analysis rather than hardware setup.
Safety considerations are integral when working with high‑temperature equipment, and the uxcell thermocouple contributes to a safer workplace by providing real‑time temperature feedback that can trigger alarms or shut‑down sequences when thresholds are exceeded. The sensor’s insulated cable reduces the risk of accidental contact with live conductors, while the robust nylon braid prevents the lead from being snagged by moving machinery. Routine maintenance is simplified because the thermocouple can be inspected visually without removing the entire assembly; any signs of wear on the outer sheath are easy to detect and replace. For applications that require periodic calibration, the sensor’s stable output minimizes the frequency of adjustments, saving time and reducing the likelihood of human error. Overall, the device supports proactive safety management and efficient upkeep in demanding operational settings.

Why Choose Us

Choosing the uxcell K type thermocouple means selecting a product that combines rigorous quality control with cost‑effective pricing, delivering value that exceeds expectations. Each sensor undergoes a multi‑stage testing process that includes calibration verification, continuity checks, and visual inspection to ensure that it meets or surpasses IEC 60584 specifications. The use of high‑grade copper and a tightly woven nylon shield guarantees long‑term stability, even when exposed to temperature cycling, vibration, or chemical exposure. uxcell’s commitment to customer satisfaction is reflected in its responsive technical support team, which provides assistance with installation, troubleshooting, and integration into various control systems. In addition, the company offers a straightforward warranty policy that covers manufacturing defects, giving users confidence in the durability of their investment. By partnering with uxcell, customers gain access to a reliable supply chain, fast shipping, and the assurance that each thermocouple is produced with consistent standards across all batches.
The uxcell brand is recognized for its extensive catalog of electronic components, and the K type thermocouple benefits from the same level of expertise that has been built over years of serving the industrial market. Manufacturing facilities are equipped with calibrated test rigs that simulate real‑world operating conditions, allowing uxcell to validate sensor performance before shipment. This proactive approach reduces the likelihood of field failures and helps maintain uninterrupted production lines for end users. Moreover, uxcell continuously monitors industry trends and updates its product designs to incorporate the latest material advancements, ensuring that the thermocouple remains compatible with emerging technologies such as IoT‑enabled temperature monitoring platforms. The combination of proven reliability, comprehensive support, and forward‑looking development makes the uxcell K type thermocouple a strategic choice for businesses seeking to enhance operational efficiency and product quality.
Sustainability is increasingly important for manufacturers, and uxcell addresses this concern by producing thermocouples that are both RoHS‑compliant and designed for long service intervals, reducing waste and the need for frequent replacements. The sensor’s low material footprint, combined with its high durability, aligns with circular economy principles and helps customers meet environmental certifications. uxcell also maintains a global distribution network, ensuring that spare parts and technical assistance are readily available in major regions such as North America, Europe, and Asia‑Pacific. This worldwide support structure minimizes lead times and provides localized expertise, allowing users to resolve issues quickly and keep production running smoothly. By choosing uxcell, businesses not only benefit from a high‑quality product but also from a partner that prioritizes ecological responsibility and responsive service across the globe.

Key Features

The uxcell K type thermocouple sensor delivers a blend of high performance and practical design elements that address the most demanding temperature measurement requirements.

• Accurate temperature readings up to 800°C for precise process control
• Durable copper wire lead with nylon‑braided shielding resists wear and interference
• 1 m (3.3ft) length provides flexible installation in tight spaces
• Standard 5.5 mm fork terminals enable quick wiring to common terminal blocks
• Responsive customer support and warranty ensure reliable after‑sales service

These features together make the uxcell K type thermocouple a dependable solution for a wide range of industrial, laboratory, and educational applications, delivering consistent data that helps users optimize performance, reduce downtime, and maintain safety standards.

FAQ

What temperature range can the uxcell K type thermocouple measure?

The sensor is rated for temperatures from -200 °C up to 800 °C, covering most industrial heating processes, furnace monitoring, and high‑temperature laboratory experiments.

How do I connect the thermocouple to my PLC or data logger?

The thermocouple features standard 5.5 mm fork terminals that match common terminal block families. Simply strip the wire ends, insert them into the corresponding K‑type input channels on your PLC or data logger, and secure the connection with the provided screws.

Is the sensor compatible with existing wiring harnesses?

Yes, the compact connector dimensions (approximately 37 × 17 × 8 mm) are designed to fit typical terminal blocks from manufacturers such as Phoenix Contact, Wago, and Schneider Electric, allowing seamless integration without modifying your current harness.