MTT Instruments
MTT manufacturing Isolated Signal Conditioners as key products since its founding in 1975.
MTT has developed various products to meet varied customer requirements flexibly based on smaller and lower-cost concepts.
With unique analog signal processing technology and high quality and reliability, we have achieved substantial growth and an increasing share of the market for a variety of plants such as steel, power, and petrochemical plants and automobile test equipment.
Showing 1–24 of 105 results, including child brands
MTT MS3001 Terminal Block Type Thermocouple Temperature Transmitter
Converts thermocouple inputs into commonly used DC signals.
MTT MS3002 Terminal Block Type RTD Temperature Transmitter
Converts RTD inputs into commonly used DC signals.
MTT MS3003 Terminal Block Type Millivolt Isolator
Converts millivolt signals from sensors or other devices into commonly used DC signals.
MTT MS3004 Terminal Block Type High-Level Signal Conditioner (Isolator)
Converts DC current or voltage signals into commonly used DC signals.
MTT MS3007 Terminal Block Type Distributor (with Isolation)
Powers a two-wire transmitter and converts its 4 to 20mA signals into commonly used signals. This model can also be used as an isolator.
MTT MS3008 Terminal Block Type Frequency/Analog Converter
Converts pulse train signals from flow sensors and the like into commonly used DC signals.
MTT MS3010 Terminal Block Type Potentiometer Transmitter
Detects changes in the resistance of potentiometric sensors and converts them into commonly used DC signals.
MTT MS3020 Terminal Block Type CT Transmitter (RMS Calculation)
Calculates the rms values of AC current signals from a CT and converts them into commonly used DC signals.
MTT MS3021 Terminal Block Type PT Transmitter (RMS Calculation)
Calculates the RMS values of AC current signals from a PT and converts them into commonly used DC signals.
MTT MS3044 Terminal Block Type High-Level Signal Conditioner
Converts DC current or voltage signals into commonly used DC signals. This model features a fast response time of 70µsec (0 to 90%).
MTT MS3064 Terminal Block Type Loop-Powered Isolator
Single-channel loop-powered isolator that takes the power from its input current loop.
MTT MS3101 Terminal Block Type Thermocouple Temperature Transmitter
Converts thermocouple inputs into commonly used DC signals.
MTT MS3102 Terminal Block Type RTD Temperature Transmitter
Converts RTD inputs into commonly used DC signals.
MTT MS3103 Terminal Block Type Millivolt Isolator
Converts millivolt signals from sensors or other devices into commonly used DC signals.
MTT MS3104 Terminal Block Type High-Level Signal Conditioner (Isolator)
Converts DC current or voltage signals into commonly used DC signals.
MTT MS3107 Terminal Block Type Distributor with Isolated Dual Output
Powers a two-wire transmitter and converts its 4 to 20mA signals into commonly used DC signals. This model can also be used as an isolator.
MTT MS3108 Terminal Block Type Frequency/Analog Converter
Converts pulse train signals from flow sensors and the like into commonly used DC signals.
MTT MS3110 Terminal Block Type Potentiometer Transmitter
Detects changes in the resistance of potentiometric sensors and converts them into commonly used DC signals.
MTT MS3120 Terminal Block Type CT Transmitter
Calculates the rms values of AC current signals from a CT and converts them into commonly used DC signals.
MTT MS3121 Terminal Block Type PT Transmitter
Calculates the rms values of AC current signals from a PT and converts them into commonly used DC signals.
MTT MS3700DV Slim Plug-In Voltage Divider
Converts high DC voltage signals into DC voltage signals
MTT MS3701 Slim Plug-In Thermocouple Temperature Transmitter
Converts thermocouple inputs into commonly used DC signals.
MTT MS3701F Slim Plug-In Thermocouple Temperature Transmitter
Converts thermocouple inputs into commonly used DC signals. This model features a fast response time of 500μs or less (0 to 90%).
MTT MS3702 Slim Plug-In RTD Temperature Transmitter
Converts RTD inputs into commonly used DC signals.