RTD Head Mounted Temperature Transmitter.

DAT1010

DAT1010 RTD Head Mounted Temperature Transmitters.
Head Mounted Temperature Transmitter DAT1010
• Low Cost Buy Now ONLY $55
• Input RTD's Pt100, Pt1000, Ni100 and Ni1000.
• Potentiometer.
• mV.
• Resistance.
• PC Programmable
• Up Scale, Down scale Burn Out.
• Head Mounted
• Damping function on output
• Suitable for DIN B in-head mounting
• Option for DIN rail mounting in compliance with EN 50022 (DIN RAIL Option)
General Description

The DAT1010 RTD Temperature Transmitter is an economical, RTD head-mounted Temperature Transmitter solution often referred to as a "hockey puck" transmitter. The DAT1010 is a versatile device that accepts inputs from RTDs, mV, resistance, and potentiometers. The DAT1010 converts these signals into a standardized output of 4-20mA.

Key Features:

  • PC Programmable: The DAT1010 allows for easy configuration using Prodat software and the CVPROG programming cable available from DATEXEL. You can effortlessly adjust settings such as sensor type, range, zero, and linearization.
  • Wide Sensor Compatibility: Compatible with 2, 3, or 4 wire RTDs, including Pt100, Pt1000, Ni100, and Ni1000. Resistance input ranges are selectable from 0-200Ω, 0-500Ω, and 0-2000Ω. Potentiometer inputs can be selected from 200Ω, 500Ω, and 50KΩ.
  • mV Sensor Input: Accepts mV inputs within a range of -100mV to 700mV, with a minimum span of 2mV.
  • High Accuracy: For RTD inputs, a 3 or 4 wire configuration is recommended to significantly enhance measurement accuracy.
  • Burnout Alarm: Set the alarm to go off for high (20mA) or low (4mA) signals on the 4-20mA signal, and includes a damping function.
  • Power Supply Flexibility: Works with power supply from 10 to 32 volts, ensuring reliable performance in different conditions. The DAT1010 is loop-powered, functioning efficiently as a 2-wire device.

How It Works:

The sensor connects to the input terminals, and the signal is processed through a high-impedance measuring circuit. The DAT1010 linearizes the signal and converts it to the industry-standard 4-20mA output.

Why Choose DAT1010?

The DAT1010 RTD Temperature Transmitter is ideal for those needing a reliable, low-cost temperature measurement solution. Its head-mount design saves space and simplifies installation, making it perfect for various industrial applications.

For more information and to purchase the DAT1010 RTD Temperature Transmitter, visit DATEXEL.

INPUT OUTPUT POWER SUPPLY
RTD Pt100, Pt1000, Ni100, Ni1000. Resistance 0-200 0-500 0-2kΩ 4-20 mA Power Supply Voltage 10-30Vdc
mV -100 to 700 mV Potentiometer up to 2 k Ω Reverse polarity protection 60Vdc
CURRENT CONSUMPTION CONFIGURATION ISOLATION
Between 20 mA PC Programmable None Please See DAT1061
EMC HOUSING TEMPERATURE
For Industrial environments Material self-extinguishing Operating Temperature -40°F +185°F -40°C +85°C
Immunity EN 61000-6-2 Dimensions W x H 4 3/4" x 1" Storage Temperature -40°F +185°F -40°C +85°C
Emission EN 6100-6-4 43 x 24 mm Humidity (non condensing) 0-90%
Weight 1 1/2 oz 50 g
DAT1010 Datasheet
Buy Online
Applications
Drawings
Head Mounted Temperature Transmitter
Frequently Asked Questions

Specifications
Input type: Min  Max  Min. span 
RTD 2,3,4 wires      
Pt100 -328℉ 1562℉ 122℉
-200℃ 850℃ 50℃
Pt1000 -328℉ 392℉ 122℉
-200℃ 200℃ 50℃
Ni100 -76℉ 356℉ 122℉
-60℃ 180℃ 50℃
Ni1000 -76℉ 302℉ 122℉
-60℃ 150℃ 50℃
Voltage
mV -100mV 700mV 2 mV
Potentiometer
Nominal value 0Ω 300Ω 10%
200Ω 500Ω 10%
0.5KΩ 50KΩ 10%
RES. 2,3,4 wires
Low 0Ω 300Ω 10Ω
High 0Ω 2000Ω 10Ω
Output type Min Max Min. span
Direct current 4 mA 20 mA 4 mA
Direct current 20 mA 4 mA 4 mA
Input calibration  
RTD > of ±0.1% f.s. or ±3.6 ℉ ±2 ℃
Low res. > of ±0.1% f.s. or ±0.27 ℉ ±0.15℃
High res. > of ±0.2% f.s. or ±1 Ω
Low res. > of ±0.1% f.s. or ±3.6 ℉±0.2℃
mV > of ±0.1% f.s. or ±18 uV
Output Calibration
Current ±7 uV
Input impedance
mV <=10MΩ
Linearity (1)
RTD ± 0.1 % f.s.
Line resistance influence
mV <=0.8uV/Ω
RTD 3 wires 0.05%/Ω 50Ω (balanced max)
RTD 4 wires 0.005%/Ω 100Ω (balanced max)
RTD excitation influence
Typical 0.35mA
Thermal drift (1)  
Full scale ±0.018 ℉ ±0.01% ℃
Burn-out values  
Max Output value 20.5mA
Min Output value 3.8mA
Max Fault value 21.6mA
Min Fault value 3.5mA
Damping time constant  
Selectable from 0.3 to 30 s.
Value 0 function not active.
Response time (10÷ 90%) about400 ms
Power supply
Power supply voltage 10 .. 32 Vdc
Reverse polarity protection 60 Vdc max
Load characteristic Rload (maximum load value on current loop per power supply value)
Temperature & humidity
Operative temperature -40℉ to 185℉
-40℃ to 85℃
Storage temperature -40℉ to 185℉
-40℃ to 85℃
Humidity (not condensed) 0 to 90 %
Housing
Material PC + ABS V0
Mounting DIN B head or bigger
Weight 1.76 Oz
50 g.
Dimensions Dia 1.69" H 0.95"
Dia 43mm H 24mm
EMC for industrial environments
Immunity EN 61000-6-2
Emission EN 61000-6-4
Drawings

Notice: Programming Instructions


Before programming, ensure that the drivers have been installed on the personal computer.


  1. Remove the protective plastic cap on DAT 1010.
  2. Connect the two plugs of the CVPROG cable to the personal computer (USB plug) and to the device (uUSB plug).
  3. Run the PROSOFT software. Set the COM port assigned to the CVPROG cable by the operating system.
  4. Set the configuration parameters.
  5. Program the device.

CONFIGURATION BY CABLE CVPROG


Notice, during this operation don't power on the device.
Programming a Head mounted temperature transmitter

DAT 1010: INSTALLATION INSTRUCTIONS


The DAT1010 device mounts directly in a DIN B head. Secure the transmitter inside the probe using the appropriate kit.
Housing for a head mounted temperature transmitter
An optional stirrup allows you to mount the DAT1010 on a DIN rail in compliance with EN-50022. Install the device in a vibration-free location and avoid routing conductors near power signal cables.
how to making a Head Mount temperature transmitter fit on DIN Rail

Connection Terminals


Input  
mV Positive 2 Negative 1
RTD and Resistance 2 wires Terminals 1 and 3
RTD and Resistance 3 wires Terminal 1 and 3 Common 4
RTD and Resistance 4 wires Terminal 1 Comp 2 and Terminal 3 Comp 4
Potentiometer Terminal 1 and 3 Wiper 4
Output and Power supply Positive +V Negative -V
Head Mounted Temperature Transmitter Sensor Wiring Diagram Head Mounted Temperature Transmitter 2 wire power supply Wiring Diagram

Damping Function


The factory sets the damping on the DAT1010 to 90% response after 3.9 seconds. You can adjust the damping for a 30-second period or turn it off.
How the damping function works on a Head Mounted Temperature Transmitter

Loop Impedance


The Impedance is determined by the voltage supplied to the power supply. At 32 Vdc the impedance is 1000Ω at 24 Vdc the Impedance is 700Ω and at around 18 Vdc the Impedance is 400Ω

Graph of the impedance of a 2 wire head mount temperature transmitter

Dimensions


The Diameter is 1.69" and thickness is 0.95". The hole for inserting the thermocouple is 0.28". The center to center for the locating screws is 1.3" apart. To connect the programmer, remove the plastic cap.

Dimensions of a Head Mounted Temperature Transmitter

How to order the DAT1010 Head Mount Temperature Transmitter


We provide the DAT1010 as requested in the customer's order. Refer to the "Technical Specification" section to determine input and output ranges. We include the DIN rail mounting kit only upon request with the code DIN RAIL. You must set the parameters if they are not preconfigured.

DAT1010 Pt1003 Wires0-200℉ S.L.4-20mA Burn-out up
Column 1 Product Name DATxxxx
Column 2 Input type RTD, Resistance, mV, or Pot
Column 3 Sensor option RTD/Res 2, 3, or 4 wire
Column 4 Input range Zero and span setting
Column 5 linearization linearization options
S.L. Standard linearization
N.L. No linearization
C.L. linearization by step Custom: specify input curve
Column 6 Burn out up Burnt output option High or Lo
Applications

Frequently Asked Questions

Can I Use the DAT1010 as a Thermocouple Temperature Transmitter?
Yes, but please note that there is no linearization or ambient temperature compenstation for thermocouples. As a result, the output will be linear to the mV input rather than temperature-linear. Without temperature linearization, the error will exceed 5°F. Therefore, it is advisable to use the DAT1015, which provides temperature-linear output and includes ambient temperature compensation.
What should I use for a replacement for the DAT1111 and DAT1040?.
You can use the DAT1010 to replace the DAT1111, which was a DIP switch selectable RTD Temperature Transmitter that became obsolete in 2011. The DAT1010 offers similar functionality at a lower cost.
To replace the DAT1040, a fixed-range RTD Temperature Transmitter, you can order the DAT1010 with a specific range. Additionally, you can purchase the Prodat USB to configure the DAT1010 to meet your requirements.
Is the Temperature Transmitter DAT1010 Isolated?
The DAT1010 is not isolated. If you require isolated output from the input, you should use the DAT1061 or DAT1066. The DAT1061 is suitable for RTD, mV, potentiometers, and resistance inputs. The DAT1066 offers an option for thermocouple input.

Custom products

What is a DAT 1010 211106?
The DAT1010 211106 is a special custom product designed to accept input from a Fenwal UUA3212 NTC 2K Thermistor.
What is a DAT 1010 180309?
The DAT1010 180309 is a special custom product designed to accept input from an Epcos RT/840 25 Kohm Thermistor.
What is a DAT 1010 100714?
The DAT1010 100714 is designed to provide a 23 mA output in the event of a sensor input failure.
What is a DAT 1010 261015?
The DAT1010 261015 is designed to accept a voltage signal of 0-1V DC input and provide a 4-20mA output.
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