Universal Smart Transmitter |
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$
304.00
TX69
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High Accuracy
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Integral LED display
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Inputs: T/C, RTD, Ω, and mV
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Galvanic Isolation
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Configuration and Calibrations are PC-based Software (It requires the USB cable p/n TX69-CABLE sold separately)
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View related products - Transmitters
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The TX69 is a digital, PC
programmable, galvanic isolated
two-wire smart transmitter, that
converts 13 types of thermocouple
sensors; 12 types of RTD sensors,
configured as 2, 3 and 4 wires;
potentiometer, resistor and millivolt
inputs, single or differential.into
process current loop.
A 31.2 digit LED display is integrated
forming transmitter I field monitor
unit which is visible in dark
installations. A 24 bit A/D converter
is the heart of the outstanding
performance. The light intensity
varies as a function of the current
loop, which serves as the light
energy source.
The transmitter can be set and
wired to perform differential
measurement conversions of
temperature sensors as well as
mV sources.
The output current is temperature
linearized and can be set to be 4 to
20/20 to 4 mA.or any range within
these limits. The current is limited to
3.6 and 22 mA. The TX69 samples
and updates the output current in a
rate of 2 to 4 samples per second
depending on the sensor type.
It is fully configurable in
dry-configurationTM mode by which
the connection to PC is performed
with no voltage needed, and the
configuration parameters are stored
in a non-volatile memory.
Exceptional digital accuracy of
typical ±0.1°C is provided for most
sensors regardless of the calibrated
span. Extremely accurate coldjunction
temperature measurement provides precise compensation throughout the entire ambient range.
Detection of sensor breakage or
disconnection of input leads, forces
the output to a pre-defined up/down
scale value. The unit continuously
monitors the sensor and
automatically returns to normal
operation mode when the sensor is
recovered.
The TX69 is housed in Aluminum enclosure, and the
front panel has a special red filter
for optimal view.
SPECIFICATIONS
Input
Input Impedance: >107 Ω:
Maximum Input Voltage: <1V
Output
Output Signal: Proportional dc current 4 to 20 mA or 20 to 4 mA (user configurable)
Under Range: Linear to 3.97 mA
Over Range: Linear to 20.8 mA
Burnout: < 3.6 mA or > 22.1 mA (user configurable)
Isolation: >1500V between input and output
Output Linearity:
For Temperature Sensors: Linear with temperature
For Potentiometer: Linear with potentiometer ratio
For Millivolt Input: Linear with the measured voltage
Long Term Stability: < ±0.1 % of span for 12 months
Maximum Loop Resistance: According to: Rmax(Q) = (Vsupply-8.5)/0.02
Calibration Accuracy: At 24V supply, at room temperature: 0.05% (*)
Damping Factor: 1 to 100 seconds
Analog Step-Response: 200 to 500 mS (depends on the sensor and the mode of operation)
Set-Up Time: 5 seconds after power on
Supply
Supply Voltage: 13 to 36 Vdc
Supply Variation Effect: Negligible (<11.1AN)
Polarity Protection: Yes
CMR: >110 db Environmental Influence
Operating Temperature Range: -40 to 80°C (-40 to 185°F)
Storage Temperature Range: -50 to 90°C (-45 to 185°F)
Temperature Stability: < ±0.004%/1°C (*)
Humidity: 10 to 90 % RH, non condensing
Housing
Material: Aluminum
Screw Connection: ¼, & M20x1.5
Weight: 750 gr Programming
Software Package: CONCAL
Modem Cord: USB cable (1.5 m L) with 3.5 mm stereo plug
Configured Parameters: Tag information, sensor type, input range, selection of connection type, output offset, output curve correction, damping factor, burnout type, output current mode, sensor calibration
| Thermocouple and Millivolts |
| Type | Input Range °C | Input Range °F | Minimum Span °C (°F) | Digital Accuracy | D/A Accuracy |
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| B | 100 to 1820 | 212 to 3308 | 200 (360) | ±0.5°C | ±0.02% |
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| E | -200 to 1000 | -328 to 1832 | 50 (90) | ±0.1°C
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| J | -200 to 1200 | -328 to 2192 | 50 (90) | ±0.1°C
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| K | -200 to 1370 | -328 to 2498 | 50 (90) | ±0.1°C
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| L | -190 to 890 | -310 to 1634 | 25 (45) | ±0.1°C
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| N | -200 to 1300 | -328 to 2372 | 25 (45) | ±0.1°C
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| R | 0 to 1760 | 32 to 3200 | 200 (360) | ±0.5°C
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| S | 0 to 1760 | 32 to 3200 | 200 (360) | ±0.5°C
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| T | -200 to 400 | -328 to 752 | 50 (90) | ±0.1°C
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| U | -190 to 590 | -310 to 1094 | 25 (45) | ±0.1°C
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| D | 0 to 2230 | 32 to 4046 | 25 (45) | ±0.5°C
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| G | 0 to 2160 | 32 to 3920 | 25 (45) | ±0.5°C
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| C | 15 to 2320 | 5 to 4208 | 25 (45) | +0.5°C
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| Millivolt Input | -145 to 145 | | 2 mV | ±51 uV
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| Mode | T/C: Single or differential sensor | Voltage: Single or differential ended |
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| Cold Junction | Internal Pt-100 sensor | |
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| C.J. Accuracy | ±0.5°C (±0.9°F) | |
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| Sampling Rate | T/C: Single: 4, Differential: 2 (S/sec) | Voltage: 4, Differential: 2 (S/sec) |
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Note: For maximum accuracy for T/C input, all the above error components should be accumulated. |
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† All dollar amounts on this site are shown in US currency.
Note: Comes with complete operator’s manual and software.
Ordering Example: (1) TX69 Universal Smart Transmitter, $304
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