MS3700 Series
MTT MS3700 Series is condensing high precision and durability into a thin plug-in shape, wide range of AC power supply within width 29 mm. Slim plug-in isolated Single output or Dual output signal converter.
Showing 1–24 of 74 results
MTT MS3767 Slim Plug-In Temperature/Pressure Compensator
Compensates for variations in temperature, pressure, or differential pressure for accurate flow calculation.
MTT MS3786 Slim Plug-In Current Signal Conditioner (Isolator)
Converts DC current or voltage signals into high DC current signals.
MTT MS3702 Slim Plug-In RTD Temperature Transmitter
Converts RTD inputs into commonly used DC signals.
MTT MS3711A Slim Plug-In Pulse Divider
Accepts pulse train signals from sensors or other devices, shapes or divides these pulses, and converts signal levels as necessary.
MTT MS3707H Slim Plug-In HART Isolator
Signal Isolator with bidirectional HART communication signals.
MTT MS3737 Slim Plug-In Distributor (Non-Isolation between Input and Output)
Powers a two-wire transmitter and converts its 4 to 20mA signals into 1 to 5V or 4 to 20mA. No isolation between input and output.
MTT MS3704-S Slim Plug-In High-Level Signal Conditioner
Converts DC current or voltage signals into commonly used DC signals. This model operates with 24V AC power supply.
MTT MS3704 Slim Plug-In High-Level Signal Conditioner
Converts DC current or voltage signals into commonly used DC signals.
MTT MS3727 Slim Plug-In Signal Selector
The slim, plug-in signal selector that switches between two input signals by switching input.
MTT MS3739IB Slim Plug-In Ratio/Bias Converter]
Converts the ratio and bias of DC current or voltage signals. Y = K(X+B) (positive gain), Y = K(X+B) + F (negative gain)
MTT MS3713 Slim Plug-In Square-Root Extractor
Extracts the square roots of DC current or voltage signals and converts them into commonly used DC signals.
MTT MS3737LC Slim Plug-In Distributor (Non-Isolation between Input and Output)
Powers a two-wire transmitter and converts its 4 to 20mA signals into 1 to 5V or 4 to 20mA. No isolation between input and output.
MTT MS3744 Slim Plug-In High-Level Signal Conditioner
Converts DC current or voltage signals into commonly used DC signals. This model features a fast response time of 80μsec (0 to 90%).
MTT MS3706 Slim Plug-In Strain Gauge Transmitter
Supplies excitation voltage to strain-gauge type pressure sensors, load cells and the like and converts their output signals into commonly used DC signals.
MTT MS3759 Slim Plug-In Pulse to Relay Contact Converter
Converts pulse train signals into relay contact (form A or C contact) signals.
MTT MS3724 Slim Plug-In High-Level Signal Conditioner (High Output Load Model)
Converts DC current or voltage signals into commonly used DC signals. This model features an allowable output load of 200Ω at 10V.
MTT MS3781 Slim Plug-In Accumulator
Accumulator that converts DC current or voltage signals into pulse train signals.
MTT MS3720-01 Slim Plug-In Fast Response CT Transmitter
Calculates the RMS values of AC current signals from a CT and converts them into commonly used DC signals. This model features a fast response time of 20ms or less (0 to 90%).
MTT MS3705HB Slim Plug-In Digital Alarm Setter
Compares the levels of DC current or voltage signals with two set-points (upper and lower limits) and outputs two independent isolated relay contact closure signals.
MTT MS3728 Slim Plug-In Tacho-Generator Transmitter
Converts voltage signals from a tacho-generator into commonly used DC signals.
MTT MS3701 Slim Plug-In Thermocouple Temperature Transmitter
Converts thermocouple inputs into commonly used DC signals.
MTT MS3706B Slim Plug-In Strain Gauge Transmitter
Supplies excitation voltage to strain-gauge type pressure sensors, load cells and the like and converts their output signals into commonly used DC signals.
MTT MS3716 Slim Plug-In First-Order Delay Signal Conditioner
Adds the first-order delay to DC current or voltage signals and converts them into commonly used DC signals.
MTT MS3704W Slim Plug-In High-Level Signal Conditioner
Converts DC current or voltage signals into commonly used DC signals. This model features separate adjustment of Output 1 and Output 2.
