The milliK High Precision Thermometer from Isotech sets a new standard for the high accuracy measurement and calibration of Platinum Resistance Thermometers, Thermistors, Thermocouple and Process Instrumentation (4-20mA) over the range -270°C to 1820°C.
The milliK has two input channels for sensors and a third channel for current. It can be expanded to become a temperature measurement system with up to 33 channels reading SPRTs,RTDs, Thermistors, or Thermocouples with the option to control calibration baths and log readings accurately.
In addition to low uncertainty measurements from Reference Standards and Industrial sensor measurement the milliK can control Isotech temperature sources, sequencing through a programmable list of temperature set points and log data to internal memory or a USB drive.
Wide Range of Sensors
SPRTs, PRTs, Thermistors, Thermocouple and 4 – 20mA
- < ±5ppm for PRTs, ±2ìV for Thermocouples and ±1ìA Transmitters
- Logs – Controls Isotech Temperature Sources
- Massive logging capacity – controls Dry Blocks and Liquid Baths
The milliK high precision thermometer sets a new standard for value, versatility and accuracy – < ±5ppm over range for PRTs, ±2ìV for Thermocouples and ±1ìA for current transmitters, see Data Sheet.
Supporting a wide range of sensors and functions it replaces individual devices making a cost effective calibration solution.
A robust design and operation from AC or DC power allows the milliK to be used in the laboratory, test room or out in the field.
The milliK temperature measurement system can display in °C, °F, K, Ohms, mV and mA with numeric and graphical display modes. The large back lit display makes configuring the instrument and setting the scrolling strip charts intuitive. The USB port allows for the use of a mouse, keyboard or USB Drive.
No Compromise Design
The design team have considered industrial users and applications in order to avoid measurement errors and problems encountered in some instruments from other manufacturers:
Eliminates Thermal EMF Errors in PRTS
Fast current reversal technology and solid state switching eliminate thermal EMF effects avoiding the errors that occur with fixed DC instruments.
Lead Wire Correction
PRT lead wire errors are eliminated for up to 30m of four core screened cable.
Not only are the two sensor channels galvanically isolated, the 4 – 20mA input is also separately isolated. The benefits of the advance design are no ground loops, improved safety and noise immunity.
The display resolution is 0.0001°C (0.1mK) made possible by using a powerful Sigma Delta Analogue to Digital converter to achieve a true measuring resolution of just 28ìÙ equivalent to 0.00007°C (0.07mK) for PRT inputs.