The TT1000A Turbine Temperature Tester is designed for user-friendly operation, featuring an automatic digital display to minimize errors and testing time. It includes test leads with automatic temperature compensation to address cold junction effects, making it a practical tool for measuring thermocouple resistance and system lead circuits while reducing maintenance efforts.Th
The TT1000A is engineered for maximum ease of operation and includes an automatic digital display that practically eliminates human error and reduces testing time to a minimum, the test leads incorporate automatic temperature compensation to remove induced voltage caused by a cold junction created when the test leads are attached to the aircraft, all of the features designed into the TT1000A have been added to reduce maintenance time and cost as well as provide a maintenance friendly tester for measuring and displaying resistance of thermocouple, thermo couple rings and system lead circuits.
Features & Benefits
The TT1000A is a completely self-contained, battery-powered, aircraft turbine temperature system tester capable of measuring system lead resistance, insulation performing indicator runouts with a range up to1000 deg C
The unit was specifically designed to meet all requirements for testing aircraft Chromel or Alumel turbine temperature measuring systems and provides an accurate display of thermocouple outputs in deg C
Automatically compensates for ambient temperature at test lead connection junction point or indicates cold junction temperature
Large, 0.35 in high character, 3 1/2-digit liquid crystal display with pre-programmed legends
Specifications
Series: TT1000A
Length: 5-1/2 in
Width: 8 in
Height: 5 in
Lead Resistance: 0 to 19.99 kOhm
Resistance: 20 Ohm, +/-0.1% of Reading +/-0.01 Ohm, 200 Ohm, +/-0.1% of Reading +/-0.1 Ohm
DISCLAIMER: Product information provided “as is.” Boeing may add, change, discontinue or remove this information at any time. Product photos may not be exact match to product delivered. Seeterms & conditions.
