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- Home
- Communication and Connectivity
- Signal Conditioners and Transmitters
- Signal Conditioners
- Miniature Head Mount Temperature Transmitters with RFID Communications
Miniature Head Mount Temperature Transmitters with RFID Communications
Item# TX401
Miniature Head Mount Temperature Transmitters with RFID Communications
The TX401 and TX402 head mount temperature transmitters transform a temperature signal acquired from a Pt100, Pt1000 (TX401 only) or Ni100 RTD sensor or from a thermocouple (TX402 only) into a linearized 2-wire loop-powered 4 to 20 mA output. The characteristics of these converters ensure high precision on the reading scale with 16-bit conversion. The 4 to 20 mA output can be scaled based on the desired temperature input range.
The programming procedure uses an RFID (NFC) mode with the dedicated TX400-RFID programmer that allows the user to make all calibrations and settings quickly and without the need to power and connect up the transmitter. Simply connect the TX400-RFID programmer to the USB port of your PC, start the RF Programmer configuration software and place the transmitter on top of the TX400-RFID programmer to establish communications.
An additional programming tool is the Omega Brand Google App - "Direct Link" relying on RFID/NFC connectivity and allowing straightforward programming without wirings by Android devices.
These temperature transmitters are also provided with a data logging function for the input signal. Transmitters have a non-volatile memory (circular buffer) for data-logging with user-selectable sampling time. The user selects the sampling time (1 to 3600 seconds) and then each time the 4 to 20 mA loop powers the device, the input value is stored to nonvolatile memory.
Using the TX400-RFID programmer along with the RF Programmer configuration software (software is a free download from OMEGA) the user can:
• Completely configure the transmitter including scaling the 4 to 20 mA output to desired temperature input range
• Implement field calibration to compensate for gain and offset errors
• Download logged data to PC for visualization and printing
The programming procedure uses an RFID (NFC) mode with the dedicated TX400-RFID programmer that allows the user to make all calibrations and settings quickly and without the need to power and connect up the transmitter. Simply connect the TX400-RFID programmer to the USB port of your PC, start the RF Programmer configuration software and place the transmitter on top of the TX400-RFID programmer to establish communications.
An additional programming tool is the Omega Brand Google App - "Direct Link" relying on RFID/NFC connectivity and allowing straightforward programming without wirings by Android devices.
These temperature transmitters are also provided with a data logging function for the input signal. Transmitters have a non-volatile memory (circular buffer) for data-logging with user-selectable sampling time. The user selects the sampling time (1 to 3600 seconds) and then each time the 4 to 20 mA loop powers the device, the input value is stored to nonvolatile memory.
Using the TX400-RFID programmer along with the RF Programmer configuration software (software is a free download from OMEGA) the user can:
• Completely configure the transmitter including scaling the 4 to 20 mA output to desired temperature input range
• Implement field calibration to compensate for gain and offset errors
• Download logged data to PC for visualization and printing
Thermocouple Inputs (TX402 Only) | |
Types | Ranges |
J | -200 to 1200°C (-328 to 2192°F) |
K | -260 to 1360°C (-436 to 2480°F) |
T | -260 to 400°C (-436 to 752°F) |
E | -260 to 940°C (-436 to 1724°F) |
R | -40 to 1760°C (-40 to 3200°F) |
S | -40 to 1760°C (-40 to 3200°F) |
B | 40 to 1820°C (104 to 3308°F) |
N | -260 to 1280°C (-436 to 2336°F) |
mV | -10 to 70 mV |
- TX401 Accepts Pt100, Pt1000 or Ni100 RTD Inputs
- TX402 Accepts Pt100 or Ni100 RTD Inputs and Types J/K/T/E/R/S/B/N Thermocouples
- User Configurable via TX400-RFID (NFC) Programmer and Configuration Software
- High Accuracy
- 16-Bit Conversion
- Linearized
- UL Approved
- FREE Downloadable RF Programmer Configuration Software from OMEGA
- Transmitters Have Non-Volatile Memory (Circular Buffer) for Data-Logging with User-Selectable Sampling Time
Input Ranges
Input Type
Number of Inputs
Output Type
This item is available for quick shipping
| Quantity | Price each |
|---|---|
| 1-4 | $39.50 |
| 5-9 | $37.53 |
| 10-24 | $36.74 |
| 25-49 | $35.16 |
| 50-99 | $34.37 |
| 100+ | $33.58 |
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Lead Time ( If not in Stock): 6 weeks
Product Specs
- Accuracy Value BWUNmV
- Form Factor DIN/B head
- Maximum Ambient Temperature 85 {C} (185 {F})
- Minimum Ambient Temperature -40 {C} (-40 {F})
- Maximum Storage Temperature 85 {C} (185 {F})
- Minimum Storage Temperature -40 {C} (-40 {F})
- RTD Connection 2
- RTD Curves Supported a = 0.00385
- Form Factor DIN/B head
- Accuracy Value BWUNmV
- Maximum Storage Temperature 85 {C} (185 {F})
- Maximum Ambient Temperature 85 {C} (185 {F})
- Minimum Ambient Temperature -40 {C} (-40 {F})
- Minimum Storage Temperature -40 {C} (-40 {F})
- RTD Connection 2
- RTD Curves Supported a = 0.00385
The TX401 and TX402 head mount temperature transmitters transform a temperature signal acquired from a Pt100, Pt1000 (TX401 only) or Ni100 RTD sensor or from a thermocouple (TX402 only) into a linearized 2-wire loop-powered 4 to 20 mA output. The characteristics of these converters ensure high precision on the reading scale with 16-bit conversion. The 4 to 20 mA output can be scaled based on the desired temperature input range.
The programming procedure uses an RFID (NFC) mode with the dedicated TX400-RFID programmer that allows the user to make all calibrations and settings quickly and without the need to power and connect up the transmitter. Simply connect the TX400-RFID programmer to the USB port of your PC, start the RF Programmer configuration software and place the transmitter on top of the TX400-RFID programmer to establish communications.
An additional programming tool is the Omega Brand Google App - "Direct Link" relying on RFID/NFC connectivity and allowing straightforward programming without wirings by Android devices.
These temperature transmitters are also provided with a data logging function for the input signal. Transmitters have a non-volatile memory (circular buffer) for data-logging with user-selectable sampling time. The user selects the sampling time (1 to 3600 seconds) and then each time the 4 to 20 mA loop powers the device, the input value is stored to nonvolatile memory.
Using the TX400-RFID programmer along with the RF Programmer configuration software (software is a free download from OMEGA) the user can:
• Completely configure the transmitter including scaling the 4 to 20 mA output to desired temperature input range
• Implement field calibration to compensate for gain and offset errors
• Download logged data to PC for visualization and printing
The programming procedure uses an RFID (NFC) mode with the dedicated TX400-RFID programmer that allows the user to make all calibrations and settings quickly and without the need to power and connect up the transmitter. Simply connect the TX400-RFID programmer to the USB port of your PC, start the RF Programmer configuration software and place the transmitter on top of the TX400-RFID programmer to establish communications.
An additional programming tool is the Omega Brand Google App - "Direct Link" relying on RFID/NFC connectivity and allowing straightforward programming without wirings by Android devices.
These temperature transmitters are also provided with a data logging function for the input signal. Transmitters have a non-volatile memory (circular buffer) for data-logging with user-selectable sampling time. The user selects the sampling time (1 to 3600 seconds) and then each time the 4 to 20 mA loop powers the device, the input value is stored to nonvolatile memory.
Using the TX400-RFID programmer along with the RF Programmer configuration software (software is a free download from OMEGA) the user can:
• Completely configure the transmitter including scaling the 4 to 20 mA output to desired temperature input range
• Implement field calibration to compensate for gain and offset errors
• Download logged data to PC for visualization and printing
Thermocouple Inputs (TX402 Only) | |
Types | Ranges |
J | -200 to 1200°C (-328 to 2192°F) |
K | -260 to 1360°C (-436 to 2480°F) |
T | -260 to 400°C (-436 to 752°F) |
E | -260 to 940°C (-436 to 1724°F) |
R | -40 to 1760°C (-40 to 3200°F) |
S | -40 to 1760°C (-40 to 3200°F) |
B | 40 to 1820°C (104 to 3308°F) |
N | -260 to 1280°C (-436 to 2336°F) |
mV | -10 to 70 mV |
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