TE-6363P-1

SENSOR CONTROL, Johnson Controls

8 offers available: $39.99–$94.00
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TE-6363P-1 Comparison

TE-6363P-1 in New Condition
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Johnson Controls TE-6363P-1 Outdoor Air Temperature Sensor 10K Thermistor Sensor Details$39.99Condition is New, Johnson Controls TE-6363P-1 Outdoor Air Temperature Sensor 10K Thermistor Sensor, shipping cost = $9.95100.0%
Johnson Controls TE-6363P-1 Temperature Sensor Nickel, 10K Ohm, Outdoor Air, NEW Details$50.00Condition is New, Johnson Controls TE-6363P-1 Temperature Sensor Nickel, 10K Ohm, Outdoor Air, NEW, shipping cost = $6.99100.0%
Johnson Controls Te-6363P-1 Temperature Sensor, Thermistor 10K Ohm Type 2, Details$56.49Top Pick! Condition is New, Johnson Controls Te-6363P-1 Temperature Sensor, Thermistor 10K Ohm Type 2,, shipping cost = $5.0099.8%
Johnson Controls TE-6363P-1 Outdoor Air Temperature Sensor Details$61.32Top Pick! Condition is New, Johnson Controls TE-6363P-1 Outdoor Air Temperature Sensor, FREE SHIPPING99.9%
TE-6363P-1 Johnson Controls HVAC Sensor Details$47.52Condition is New, TE-6363P-1 Johnson Controls HVAC Sensor, shipping cost = $22.37100.0%
Johnson Controls TE-6363P-1 Outdoor Air Temperature Sensor Details$70.12Top Pick! Condition is New, Johnson Controls TE-6363P-1 Outdoor Air Temperature Sensor, FREE SHIPPINGTop Rated99.4%
Johnson Controls TE-6363P-1 "3"" OutdoorAirThermistorSensor" Details$71.37Condition is New, Johnson Controls TE-6363P-1 "3"" OutdoorAirThermistorSensor", FREE SHIPPING98.5%
Johnson Controls TE-6363P-1 3" OutdoorAirThermistorSensor Details$94.00Condition is New, Johnson Controls TE-6363P-1 3" OutdoorAirThermistorSensor, FREE SHIPPING100.0%
TE-6363P-1 JOHNSON CONTROLS Jnson Thermistor Temperature

The Johnson TE-6363P-1 and TE-6300 thermistor temperature sensors are precision instruments designed for accurate temperature measurement in various applications. These sensors are part of Johnson Controls' extensive portfolio of temperature sensing solutions, which are known for their reliability and high performance.

The TE-6363P-1 and TE-6300 are 10k Ohm thermistors, meaning that their resistance value changes in response to temperature changes. This property makes them ideal for use in temperature control systems, data logging applications, and other temperature measurement tasks. Both sensors have a temperature range of -40 to 155 C (-40 to 309 F), making them suitable for use in a wide range of environments.

The TE-6363P-1 is a shielded thermistor sensor, which provides additional protection against electrical interference and noise. It comes with a two-wire, 3.5mm diameter connector, which makes installation straightforward and easy. The sensor's compact size (0.8 x 1.1 inches) and light weight (0.04 oz) make it a versatile choice for various applications.

The TE-6300, on the other hand, is a bead-type thermistor in a ceramic housing, designed for high accuracy and stability. It features a three-wire, 5mm diameter connector that allows for both temperature sensing and a separate heating element to be used. This makes it an excellent choice for applications that require temperature control, such as HVAC systems, refrigeration units, and analytical instruments.

Both the TE-6363P-1 and TE-6300 thermistors are RoHS compliant and feature a high accuracy rating ( 1.5 to 3.0 C or 2.7 to 5.4 F, depending on the specific application). They are also rugged and durable, with a long-term stability of 2.5% FSN/5 years and a rated life of 2500 hours at 25 C, making them reliable and long-lasting temperature sensing elements.

In summary, the Johnson TE-6363P-1 and TE-6300 thermistor temperature sensors offer high accuracy, reliability, and versatility for temperature measurement applications. With their wide temperature ranges, various connection options, and rugged design, they provide precise and stable temperature measurement data for numerous industries, including automotive, HVAC, industrial automation, chemical processing, and laboratory research.

Comparison of Johnson TE-6363P-1 and TE-6300 Thermistors: A Decision-Making Guide

Introduction:

Johnson Controls offers a variety of thermistor temperature sensors suitable for different applications. Two popular models, Johnson TE-6363P-1 and TE-6300, are often compared due to their similarities and differences. This comparison aims to provide pros and cons of each model to aid in making an informed decision.

Johnson TE-6363P-1:

1. Temperature Range: TE-6363P-1 has a temperature range of -15 C to 85 C, making it an excellent choice for temperature monitoring applications in a broad temperature range.

2. Accuracy: This thermistor offers high accuracy, making it suitable for precise temperature measurements.

3. Selection of Elements: TE-6363P-1 comes with three elements, providing a versatile choice depending on the type of connection required (J, K, or T).

Cons:

1. Cost: TE-6363P-1 might be pricier than other thermistors due to its accuracy and availability of different elements.

2. Complex installation: The presence of multiple elements might lead to a more complicated installation process compared to simpler designs with a single element.

Johnson TE-6300:

1. Temperature Range: TE-6300 thermistor has a broader temperature range of -55 C to 125 C, providing exceptional capabilities for extreme temperature applications.

2. Cost-effective: This thermistor is generally less expensive than TE-6363P-1 due to its simpler design.

3. Simplified installation: TE-6300 presents a single element design, which simplifies installation and reduces potential errors.

Cons:

1. Limited accuracy: TE-6300 thermistor offers lower accuracy compared to TE-6363P-1, which might affect precision in some applications.

2. Narrower applications: Due to its lower accuracy, this model may not be suitable for temperature measurements where high levels of precision are required.

Conclusion:

In summary, Johnson TE-6363P-1 and TE-6300 are superior temperature sensors with distinct features. TE-6363P-1 provides a broader choice of elements and more excellent accuracy, but comes at a higher cost and has a more complicated installation process. On the other hand, TE-6300 offers a simpler design, an extended temperature range, and a more cost-effective solution, although it comes at the cost of reduced accuracy. Choosing between these models depends on the specific requirements of your temperature monitoring application.

Recommendation:

For applications where high precision temperature measurement is essential, the Johnson TE-6363P-1 thermistor is a better choice due to its high accuracy and various element options. However, if the focus is on cost-effectiveness and wider temperature range coverage, the Johnson TE-6300 might be a more suitable option.

Details:

1k ohm thin-film platinum. Sensors are available in the following types: 1k ohm thin-film nickel. Important: do not send back without getting a label through us first. The TE-6300 line offers both a metal and plastic enclosure for the most popular model's.

1k ohm nickel averaging.

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