Unique & Special

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Unique & Special

  • 50 mA Output
    Specific input within ±300 V; current input with a resistor
    Non-isolated 10-50 mAdc output
    100, 110, 120, 200, 220, 240 V AC powered
    VA
    VA

    Applications: Interfacing between 10-50 mA and 4-20 mA systems

  • 200 mA Output
    Specific input within ±300 V; current input with a resistor
    Isolated 10-50 mA, 0-50 mA, 0-100 mA, 0-200 mA, 0-20 V DC output
    100-120 V, 200-240 V AC or 110 V DC powered
    SVA
    SVA CE

    Applications: Retrofitting 10-50 mAdc control system; DC excitation for an electromagnetic coil which demanss a high power; Driving actuators used in turbines, speed governors, and vari-axial fan control actuators; Valve positioners/actuators utilized in hydraulic equipment requiring 0-200 mAdc signal conversion from a standard DC signal level

  • 1 A Output
    Specific input within ±300 V; current input with an internal resistor
    Isolated 0-1 Adc output
    85-264 V AC powered
    50% zero & span adjustments
    Low heat emission design (12W with maximum load)
    99SVA
    99SVA

    Applications: Driving hydraulic machinery; Remote setting for testing equipment

  • 30 V Output
    Specific input within ±300 V; current input with a resistor
    Specific output within ±20 mA or -20 to +30 V
    1500 ohm load resistance at 20 mA output
    100-240 V AC or 24 V DC powered
    Fast response 25 msec. optional
    0-100 % output LCD display optional
    SVB
    SVB CE
  • RTD Output
    Emulates the RTD resistance proportional to a DC signal
    4-20 mA or 1-5 V DC input
    Pt 100 equivalent resistance output
    100, 110, 115, 120, 200, 220, 240 V AC or 12, 24, 48 V DC powered
    Response time 0.5 seconds or less
    Output drive circuit with semiconductor switches ensures long life span
    Fixed output at power failure
    CVRTD
    CVRTD CE

    Applications: Controlling an RTD input device with a DC signal

  • Potentiometer Output
    0-10 V, 0-1 V, 0-5 V, 1-5 V DC input; current input with a resistor
    135, 1k, 100, 200, 500, 2k, 5k, 10k, 20k, 50k, 100k ohms output
    100-240 V AC or 24 V DC powered
    Automatic deadband adjustment from 0.1 to 2% of span to avoid hunting
    Permissible wattage 1W
    CVR1
    CVR1 CE

    Applications: Remote setting for inverters; Remote setting for Honeywell’s Modutrol motors; Remote setting for various instruments with potentiometer settings

  • Self-synch Input, 2-channel, PC programmable, with OEL display
    Converts position signal from a self-synchronizing motor into a DC signal proportional to the rotating shaft position
    Input range selectable within 0-359.99 degrees
    Output selectable within 0-20 mA, ±5 V, and±10 V
    100-120 V AC powered
    Linearization
    0 % and 100 % output range can be easily selected with the front buttons
    2 channels
    M1EXS-2
    M1EXS-2 CE

    Applications: Position indicator using self-synch for valves and gates; Tank gauge; Sounding level meter

  • Self-synch Input, PC programmable, with OEL display
    Converts position signal from a self-synchronizing motor into a DC signal proportional to the rotating shaft position
    Input range selectable within 0-359.99 degrees
    Output selectable within 0-20 mA, ±5 V, and±10 V
    100-120 V AC or 200- 240 V AC powered
    Linearization
    0 % and 100 % output range can be easily selected with the front buttons
    M2EXS
    M2EXS CE

    Applications: Position indicator using self-synch for valves and gates; Tank gauge; Sounding level meter

  • Self-synch Input
    Converts position signal from a self-synchronizing motor into a DC signal proportional to the rotating shaft position
    Input range selectable within 0-360 degrees
    Output selectable within 0-20 mA, ±1 V, and ±10 V
    85-132 V or 170-264 V AC powered
    Linearization
    Loop test output
    MXS
    MXS

    Applications: Position indicator using self-synch for valves and gates; Tank gauge; Sounding level meter

  • Analog Switching Module
    Switches between two analog signal channels by an external contact signal
    Switches/Distributes one voltage signal to two channels
    100-240 V AC or 24 V DC powered
    M2MNV
    M2MNV CEUKCA

    Applications: Switching 1-5V DC signal: no contact failure that happens when using mechanical contacts for this purpose; Switching low-speed pulse signals

  • Analog Switching Module
    Selects one signal as output from up to four analog input signals
    Distributes a single input signal to any or all of the up to four output channels
    ±10 V DC input, minimum span 10mV, 50 mA max.
    100, 110, 115, 120, 200, 220, 240 V AC or 12, 24, 48 V DC powered
    MNV
    MNV

    Applications: Switching 1-5 V DC signal without worrying about contact failures that happen when using mechanical contacts for this purpose; Switching low-speed pulse signals; Switching alternating signals

  • Split-Range Transmitter
    Generates four isolated signals which could control multiple final control elements
    V-shape and parallel output characteristics
    4-20 mA input
    85-264 V AC or 24, 110 V DC powered
    MFS2
    MFS2

    Applications: Balancing two final control elements in opposite actions used in heating-cooling or humidifying-dehumidifying processes

  • Split-Range Transmitter
    Generates two signals which control two final control elements
    V-shape and parallel output characteristics
    4-20 mA input
    12-20 mA and 4-12 mA (inverted with V-shape) outputs
    100, 110, 115, 120, 200, 220, 240 V AC or 24 V DC powered
    MFS
    MFS

    Applications: Balancing two final control elements in opposite actions used in heating-cooling or humidifying-dehumidifying processes

  • Parameter Generator
    Generates a constant reference signal within the specified full-scale range
    Parameter setting is simple and easy over the entire signal range by using the front UP/DOWN switches with a help of the digital indicator.
    Specific range is ordered within 0-20 mA and ±10 V
    100-240 V AC or 24 V DC powered
    M2MST
    M2MST CE

    Applications: Simple solution as a simulated signal source instead of using expensive calibrators; Used also to supply a constant reference parameter for computers and DCS

  • Programmed Ramp Generator
    Generates various patterns of output by front UP-DOWN key programming
    Max. 16-point-segment ramps can be generated
    Output selectable within 0-20 mA and ±10 V.
    100-240 V AC, 12-24 V DC, or 110 V DC powered
    Loop test output
    MXMS
    MXMS CE

    Applications: Parameters setting for computers and DCS; Signals used in a panel, which are rarely changed.

  • 16-bit Parallel Digital Output
    BCD, binary, reflected binary, two's complement outputs selectable
    Open collector or CMOS for output levels
    Output can be scaled and displayed in convenient engineering unit
    100-240 V AC, 12-24 V DC, or 110 V DC powered
    Loop test output
    Response time adjustable within 0.15 and 60 sec.
    AD3V
    AD3V CE

    Applications: Interface of analog signal to computers and PLC; Input to a digital panel meter

  • 16-bit Parallel Digital Input
    BCD, binary, offset binary, two's complement, reflected binary inputs
    Positive or negative logic selectable
    Display can be scaled in convenient engineering unit
    100-240 V AC, 12-24 V DC, or 110 V DC powered
    DA3
    DA3 CE

    Applications: Interface of analog signal for computers and PLC