Your search for the 754 process calibrator returned the following results:
This small-sized field metrology well is perfect for big field applications, including transmitter loop calibrations, comparison calibrations and thermocouple sensor checks. The metrology well comes with a B insert and has process electronics.
This small-sized field metrology well is perfect for big field applications, including transmitter loop calibrations, comparison calibrations and thermocouple sensor checks. The metrology well comes with a C insert and has process electronics.
This small-sized field metrology well is perfect for big field applications, including transmitter loop calibrations, comparison calibrations and thermocouple sensor checks. The metrology well comes with a D insert and has process electronics.
This small-sized field metrology well is perfect for big field applications, including transmitter loop calibrations, comparison calibrations and thermocouple sensor checks. The metrology well comes without an insert and has process electronics.
This small-sized field metrology well is perfect for big field applications, including transmitter loop calibrations, comparison calibrations and thermocouple sensor checks. The metrology well comes with an E insert and has process electronics.
This small-sized field metrology well is perfect for big field applications, including transmitter loop calibrations, comparison calibrations and thermocouple sensor checks. The metrology well comes with an F insert and has process electronics.
Designed to be lightweight, portable and fast, this field metrology well comes with a B insert and has process electronics. The metrology well is made for a variety of field applications, such as transmitter loop calibrations, comparison calibrations and thermocouple sensor checks.
Designed to be lightweight, portable and fast, this field metrology well comes with a C insert and has process electronics. The metrology well is made for a variety of field applications, such as transmitter loop calibrations, comparison calibrations and thermocouple sensor checks.
Designed to be lightweight, portable and fast, this field metrology well comes with a D insert and has process electronics. The metrology well is made for a variety of field applications, such as transmitter loop calibrations, comparison calibrations and thermocouple sensor checks.
Designed to be lightweight, portable and fast, this field metrology well comes without an insert and has process electronics. The metrology well is made for a variety of field applications, such as transmitter loop calibrations, comparison calibrations and thermocouple sensor checks.
Designed to be lightweight, portable and fast, this field metrology well comes with an E insert and has process electronics. The metrology well is made for a variety of field applications, such as transmitter loop calibrations, comparison calibrations and thermocouple sensor checks.
Designed to be lightweight, portable and fast, this field metrology well comes with an F insert and has process electronics. The metrology well is made for a variety of field applications, such as transmitter loop calibrations, comparison calibrations and thermocouple sensor checks.
The well achieves a low temperature of -49°F (-45°C) in normal room conditions, and it is stable to ±0.005°C over its full temperature range (up to 284°F [140°C]) and has an immersion depth of 6.3" (160 mm). With axial uniformity of ±0.02°C and radial uniformity of ±0.01°C, it is perfect for a variety of pharmaceutical and other applications.
Reusable transit case for 2271A pressure calibrator
Provides highly accurate and reliable measurements for both the testing and the development of power electronics. These high precision power analyzers are compact enough to easily carry and save working space. Includes three PP42 Power Phase Input Modules, an IEEE488/Ethernet (IFC1) interface, and analog/digital input output channels (PI1).
Provides highly accurate and reliable measurements for both the testing and the development of power electronics. These high precision power analyzers are compact enough to easily carry and save working space. Includes three PP42 Power Phase Input Modules with current binding post, ab IEEE488/Ethernet (IFC1) interface, and analog/digital input output channels (PI1).
Provides highly accurate and reliable measurements for both the testing and the development of power electronics. These high precision power analyzers are compact enough to easily carry and save working space. Includes three PP50 Power Phase Input Modules, an IEEE488/Ethernet (IFC1) interface, and analog/digital input output channels (PI1).
Provides highly accurate and reliable measurements for both the testing and the development of power electronics. These high precision power analyzers are compact enough to easily carry and save working space. Includes three PP54 Power Phase Input Modules, an IEEE488/Ethernet (IFC1) interface, and analog/digital input output channels (PI1).
Provides highly accurate and reliable measurements for both the testing and the development of power electronics. These high precision power analyzers are compact enough to easily carry and save working space. Includes three PP50 Power Phase Input Modules, an IEEE488/Ethernet (IFC1) interface, and analog/digital input output channels (PI1).
Provides highly accurate and reliable measurements for both the testing and the development of power electronics. These high precision power analyzers are compact enough to easily carry and save working space. Includes six PP65 Power Phase Input Modules, an IEEE488/Ethernet interface, and a Process Interface.
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