iDili LB02 Multifunction Process Calibrator - 4-20mA/0-10V/mV Signal Generator Dual Measurement & Output, LCD Display Fuse Protected (LB02)

Description: This instrument can output/measure the following signals: current, voltage, and mV; eight types of thermocouples (E, K, B, S, T, R, J, N); resistance; and thermal resistance (Pt100, Cu50) signals. It has 14 inputs and 15 outputs, and can read analog meter signals or most quantities. V, mV, mA, and Ω inputs and outputs have corresponding buttons for direct access; no key combinations are required. Quick and easy operation. Small instrument with rich functionality. Features: 1. In addition to traditional signal input and output functions, it also has eight types of input and output signals: resistance, Pt100, Cu50 RTD, and thermocouple. 2. All functions use internal electronic switches, an improvement over other brands on the market. 3. Two connector terminals allow for easy connection, regardless of the input or output terminal, at any level, without worrying about damaging the plug leads. 4. V, mV, mA, and Ω inputs and outputs have corresponding buttons, allowing for direct access without prior menu selection. Thermocouple and RTD inputs and outputs can be accessed by pressing the left or right arrow on the corresponding mV or Ω file. Operation is simple and quick, with no key combinations required. 5. The clear, segmented LCD display is the same as that used with a multimeter or calculator. Large display area, 49*29mm. Low power consumption, maximum power consumption less than 0.3mA. When the backlight is open, it consumes less than 10mA. Includes: One set of LB02 Resistance Current Voltage Signal Generator

• A built-in one-time quick-blow fuse prevents damage caused by incorrect power insertion.
• All functions use internal electronic switches, with corresponding buttons for input and output.
• In addition to traditional signal input and output functions, these devices also feature resistors.
• Two connector terminals are used for all levels, regardless of input or output.
• Thermal resistance and resistance to externally excited output currents reduce sensitivity.