Temperature Transmitter FAQ

They both use the same input, however the DAT1135 is a temperature converter with a voltage output. This is sometimes referred to as a four-wire system. The DAT1015 is a 4-20mA thermocouple temperature transmitter, often known as a head mount temperature transmitter.

The DAT10024 output ranges from 0 to 20000 steps in the mA style, that is equivalent to 1 uA, and from 0 to 10000 steps in the Voltage genre, which is equivalent to 1 mV.

Yes, the DAT1135 includes a voltage output, which is commonly referred to as a Temperature Converter. A thermocouple, RTD, mV, resistance, or potentiometer can be used as the input.

Yes, the DAT1135 has a 0-10V dc output, is PC programmable, and fits into a thermocouple head.

Yes, however because thermocouples lack linearization, the output would be linear to the mV input rather than temperature linear. The inaccuracy will be more than 5 'F if temperature linearization is not used. It is best to utilize the DAT1015, whose output is linear to temperature and features average temperature correction.

The DAT1111 was an RTD Temperature transmitter with a DIP switch. It was to become outdated in 2011 since the DAT1010 is a very similar and less expensive choice. The DAT1040 was an RTD Temperature Transmitter with a set range. Customers can put orders with a specified range, or they can purchase the Prodat USB to customize the DAT1010.

If you need the outlet to be separated from the input, you must use the DAT1061 or DAT1066. The DAT1061 is used to measure RTDs, mV, potentiometers, and resistivity. Thermocouple input is available on the DAT1066.

The DAT1015 supports thermocouple temperature linearization as well as cold circuit correction.

The DAT4535, DAT4235, or DAT4532D are the best choices. If you require loop-powered, the DAT4535 is the best choice, and if you need power, the DAT4235 is the best choice. Datexel offers another device which might be more expensive, the DAT4532D, which is a driven dual signal converter.

We must divide this question into four areas. DIN Rail, Head Mounted, Isolated or Non-Isolated.

The DAT2045 is a low-cost thermoelectric transmission, whereas the DAT2105-2W is a non-isolated RTD transceiver. DIP levers and zero and span potentiometers on its front panel can also be used to configure the DAT2045. The DAT2105-2W is PC programmable and has front-panel potentiometers for zero and span.

The DAT4535 is a two-wire signal transmitter capable of receiving temperature sensors and RTDs and converting them to a two-wire 4-02mA output.

The DAT1010 is a low-cost RTD heat transmission, while the DAT1015 is a non-isolated RTD and thermistor transmitter. The DAT1010 and DAT1015 may be programmed using a PC.

The DAT1061 is a helmet isolated RTD temperature transmitter. The DAT1066 is a head-mounted isolated thermocouple and RTD temperature transmitter. Both are driven by a cycle.