Johnson Controls T-5210-1005 8 ft Copper Averaging Element with 1 ft Copper Capillary , 50 to 100°F

TRANS 50/100F 8' AVG

What do you get when you combine galvanically bonded copper tubes with a self-regulating coolant? One reliable, cost-effective solution for over 90% of all commercial indoor air quality applications. TRANS 50/100F 8' AVG features spiral reinforced copper capillary tube elements with fused joints. A special coating on the copper surfaces prevents damaging interactions between the copper and the coolant. With easy-to-understand operating temperatures and high accuracy, this commercial air cleaner is ideal for most clean air applications.

Ideal for both home and commercial applications, the TRANS 50/100F or 100/200 model is recommended when the process fluid is in the ambient temperature range. The model is ideal in tanks or vessels exposed to atmospheric temperatures in tanks or vessels exposed to atmospheric temperatures in the process.

...Equivalent to Johnson Controls' Transmitter T5210-1005. The elements are 8'-0" long, made of copper with 1 ft of capillary attached at one end. The element is rated 50-100 degrees Fahrenheit, 150 watts maximum. These are average temperature elements.

Averaging elements are manufactured with an extremely thin copper tube that provides high heat transfer capacity while requiring no pressure drop across the element. With an 8' length and 1' diameter copper capillary, this element has ideal properties for use in automated control valves where repeatable set point is required.

The Johnson Controls T-5210-1005 is an 8 ft copper averaging element with a 1 ft copper capillary probe.

It was bound to happen: the red hot days of summer and the frigid cold of winter. Now it can be easily corrected with this averaging control, controlling heat or air conditioning from 50 to 100 degF between room and supply air. The control has a high limit and low limit, and can be used within a 47-degree band.

The T-5210-1005 has a inside diameter of 0.57" with a total length of 8 feet. The inside diameter is in the range recommended in ANSI/ASHRAE Standard 55-1992 for domestic water applications where operating pressures are at or below 80 psi.

Averaging elements are able to measure temperature over an area or can be used in-line with other instrumentation. They are manufactured from highly conductive copper wire and are essentially resistors which will vary it's resistance depending on temperature.

ABB's increasing element is designed for use in heating and cooling applications requiring several hours to several days to complete an average cycle. The increasing element is commonly used where a short-time delivery of high temperature water or steam is required, e.g., process heating, condensate return.

This averaging element is a component capable of performing the power conversion function for a load.

Averaging thermowells are designed to provide accurate temperature measurement when multiple sensors are installed in the same wafer. Increase accuracy by utilizing averaging when several sensors are to be installed in the same wafer.

The K100 series Averaging Type thermocouples are designed to be used with a temperature controller and is appropriate for heating type analytical applications. The high thermal stability and low coefficient of thermal expansion provides better accuracy and stability of the measurement. The combination of ATC construction and monolithic wire design provide long life and consistent response.