Copper T

Description: The Copper - Constantan "T" curve thermocouple, with a positive Copper wire and a negative Constantan wire, is recommended for use in mildly oxidizing and reducing atmospheres at temperatures from 0° to 350° C (32° to 660 °F). They are suitable for applications where moisture

Description: ANSI Color Code Negative Wire, Red; Positive Wire, Blue; Over-all, Brown with Tracer

• Thermocouple Type: T
• Insulation Material: Plastic, Polyimide (e.g., Kapton®), Other

Description: BNC T Adapter, 50 Ohms Nominal Impedance, PTFE Dielectric Material Nominal impedance 50 Ohms Brass body The connector have dielectric material PTFE.

• Connector Type: BNC

Description: is available to validate system performance. A USB memory stick is all that’s needed to extract data and event logs that include copper or nickel measurements, and relay status. Download logs from the USB stick to a PC at your convenience. It couldn’t be easier!

• Control Signal Output: Current Loop, Switch / Relay Output
• Control Technique: Limit / Set Point Control
• Multi-Function Controller: Yes
• Form Factor: Panel / Chassis Mount

Description: This is a great tool to have when you don’t have enough swing room to use a full size tubing cutter. You can cut copper tubing with less than one inch of clearance. Or you can easily handle close stub-out work. And it’s quicker than conventional cutters. Just snap it on the tube

• Tubing / Pipe Material: Copper
• Pipe and Tube Cutter Type: Close Quarters Cutter, Cutting Wheel
• Power: Manual Tools
• Form Factor: Hand Tools

Description: T-distributor FCK-3-PK-9-KU Polymeric design. Nominal size=8 mm, Assembly position=Any, Operating pressure=0 - 10 bar, Pneumatic connection=PK-9 with union nut, Materials note=(* Free of copper and PTFE, * Conforms to RoHS)

• Fitting Style: Tee
• Metric Size: All Metric Sizes, Other Metric Size
• Material: Other

Description: The RS485/PROFIBUS LWL T-coupler reroutes the PROFIBUS from copper conductors to optical waveguides. The LWL T-coupler is a passive bus participant. In plants, the LWL T-coupler allows the bridging of great distance with PROFIBUS without noice interference. The electronics for the signal

Description: connect on the line interface. Simply take them out of the box, put them on either side of the dry copper pair, connect your T1 or E1 device and the circuit will light up immediately! The CopperLink-T™ Model 2113 extends E1 circuits to 16,100 feet (4,900 meters, nearly 5 km), while

Description: Description Tinned copper strands braided into a flat construction and insulated with polyvinylchloride (PVC). These constructions may be fabricated of bare copper, although tinned copper is generally preferred because of its resistance to corrosive elements and ease of flexibility. Other

• Cable Insulation: Polyvinyl Chloride (PVC)
• Cable Conductor: Copper and Copper Alloys
• Product Category: Bulk Cable

Description: Features The Hotwatt Tubular Heater has built-in resistance to shock, vibration, corrosion and temperature extremes. The heater is swaged, reducing the diameter of the metal sheath and compacting the insulation. This insures rapid heat transfer and holds the coil in position for forming.

• Sleeve (Sheath) Material: Copper, Nickel Alloy (Inconel®, Incoloy®, Monel®), Stainless Steel
• Heater Type: Tubular Heater
• Fuel / Energy Source: Electric
• Phase: Single Phase

Description: NEWPORT® Hypodermic Needle Temperature Probes are designed for industrial, laboratory, manufacturing and chemical research applications. Five probe types are available, with diameters from 0.2 mm (0.008") to 1.65 mm (0.065"). The HYP-0, HYP-1 and HYP-2 have type T (Copper-Constantan) thermocouple

• Sensor Type: Temperature Probe
• Thermocouple Type: E (-270°C - 1000°C), J (-210°C - 1200°C), K (-270°C - 1372°C), T (-270°C - 400°C)
• Configuration: Grounded Thermocouple, Ungrounded Thermocouple
• Element Configuration: Single Element

Description: Mini-Hypodermic Thermocouple Probe Model HYP-0 The HYP0 Mini-Hypodermic probe with a needle diameter of only 0.2 mm(0.008") is the least likely to disturb the surrounding insertion area. Binocular microscope micromanufacturing techniques result in an extremely small type T (Copper- Constantan

• Base, Noble and Refractory Metal Type: E, J, K, T
• Configuration: Grounded Thermocouple, Ungrounded Thermocouple
• Element Configuration: Single Element
• Probe Configuration: Penetration (Needle) Probe

Description: THERMOCOUPLE; Body Material:Copper-Constantan; Thermocouple Type:T; Sensor Body Material:Copper-Constantan

• Base Metal Type: T
• Sensor Type: Thermocouple Element
• Thermocouple Type: T (-270°C - 400°C)