T.M.Electronics (UK) Ltd Technical Data MODEL MM2030 THERMOCOUPLE THERMOMETER / SIMULATOR FEATURES A high accuracy instrument that will give you confidence in your other instruments. The simulator was designed to simulate a known temperature as a cross-check on other instruments calibration accuracy. *** *** *** *** *** *** *** *** *** *** *** *** C / F / A switchable mV measurement / simulation capability Simulation mode for cross calibration checking Very High accuracy measurement instrument Resolution 0.1 to 1000 autoranging Switchable thermocouple types K / T / J / R / N / E / S Full retention of thermocouple type and temperature scale User configurable Auto Swith Off capability Overrange / Open circuit sensor indication Low battery indication Supplied complete with shock resistant holster IP67 casing The custom display is used to display the actual temperature the simulator is producing. When this coincides with the desired temperature the instrument is ready for use. SPECIFICATIONS ENVIRONMENTAL : : : -30 to 50 C -40 to 50 C 0 to 70% R.H. MEASUREMENT / SIMULATE RANGES : THERMOCOUPLE TYPES TEMPERATURE SCALES ACCURACY @23C CHARACTERISING ACCURACY TEMPERATURE COEFFICIENT COLD JUNCTION COMPENSATION RESOLUTION FUNCTIONS : : : : : : : : mV -10 to 60 mV K -200 to 1372 C T -200 to 400 C J -200 to 1200 C R 0 to 1767 C N -200 to 1200 C E -200 to 1000 C S 0 to 1767 C KTJRNES C / F / A +/- 0.1% OF READING +/- 0.2C LESS THAN 0.05 C 0.01% OF READING/C 0.0075 C/C 0.1 to 1000, 1 ABOVE 1000 MEASURE TEMPERATURE / SIMULATE T/C : : : : PP3 9V I.E.C. 6F22 GREATER THAN 100 HOURS (ALKALINE) 155 gms 130 X 70 X 33 mm AMBIENT OPERATING RANGE STORAGE TEMPERATURE RANGE HUMIDITY ELECTRICAL GENERAL BATTERY BATTERY LIFE (INTERMITTENT USE) WEIGHT DIMENSIONS T.M.Electronics (UK) Ltd Technical Data CALIBRATION PROCEDURE EQUIPMENT REQUIRED 1. 30mV GENERATOR ACCURATE TO WITHIN 4uV 2. THERMOCOUPLE SIMULATOR ACCURATE TO WITHIN .0.1C 3. TYPE 'K' MINIATURE THERMOCOUPLE PLUG TO MINIATURE THERMOCOUPLE PLUG LEAD 4. COPPER MINIATURE THERMOCOUPLE PLUG TO COPPER MINIATURE THERMOCOUPLE PLUG LEAD CALIBRATION PROCEDURE The 2030 instrument has its own built in calibration sequence that is activated via the arrow buttons on the front panel 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. Switch the unit OFF. Whilst holding down both the arrow buttons switch the unit ON. The word 'CAL' will appear in the top right hand corner of the display. Connect the 30mV source and allow to settle. Press the down arrow button. A solid bar will appear on the left hand of the display. This indicates that calibrating. When the calibration is complete, the bar will be deactivated. Connect the thermocouple simulator and set for 0 C type 'K', Allow to settle minutes) Press the up arrow button. A solid bar will appear on the left hand of the display. This indicates that calibrating. When the calibration is complete, the bar will be deactivated. The unit should now be displaying 0.0C. Check that the calibration is in accordance with the figures shown in Table 1. repeat procedure. Switch the unit OFF. The unit is now fully calibrated. the unit is (approx 10 the unit is If not then NOTES 1. AUTO SWITCH OFF Whilst the unit is in `CAL' mode, if the `SCL' button is pressed the Auto-Switch off feature will be toggled. The state of the Auto-Switch off feature is shown in the top right hand side of the display next to the `CAL' message. If the Auto-Switch off is active the letter `A' will be displayed if not then no character will be shown. TEMPERATURE (C) LOW(C) HIGH(C) -150 -150.4 -149.6 -50 -50.2 -49.8 0 -.1 .1 30 29.8 30.2 100 99.7 100.3 500 499.6 500.4 1301 1299 1300 Table 1. Calibration limit T.M.Electronics (UK) Ltd Technical Data Cross-reference for compatible probes Suitable probes for use with this instrument TME PART No DESCRIPTION APPLICATION T/C TYPE KP05 TP05 KP07 T07 NEEDLE PROBE NEEDLE PROBE NEEDLE PROBE HEAVY DUTY NEEDLE PROBE HEAVY DUTY CORE TEMPERATURE OF SEMI-SOLID MATERIAL CORE TEMPERATURE OF SEMI-SOLID MATERIAL CORE TEMPERATURE OF SEMI-SOLID MATERIAL CORE TEMPERATURE OF SEMI-SOLID MATERIAL K T K T KM01 TM01 KM03 TM03 KM04 TM04 LIGHT DUTY M.I. PROBE LIGHT DUTY M.I. PROBE M.I. PROBE M.I. PROBE M.I. PROBE EXTENDED LENGTH M.I. PROBE EXTENDED LENGTH GENERAL PURPOSE LIQUID/GAS MEASUREMENT GENERAL PURPOSE LIQUID/GAS MEASUREMENT GENERAL PURPOSE LIQUID/GAS MEASUREMENT GENERAL PURPOSE LIQUID/GAS MEASUREMENT GENERAL PURPOSE LIQUID/GAS MEASUREMENT GENERAL PURPOSE LIQUID/GAS MEASUREMENT K T K T K T KS01 KS07 TS04 KS08 SURFACE BAND PROBE SURFACE PROBE SURFACE PROBE HIGH TEMP SURFACE PROBE FAST RESPONSE SURFACE MEASUREMENT GENERAL PURPOSE SURFACE MEASUREMENT GENERAL PURPOSE SURFACE MEASUREMENT HIGH TEMPERATURE SURFACE MEASUREMENT K K T K KA04 TA04 AIR TEMPERATURE PROBE AIR TEMPERATURE PROBE FAST RESPONSE AIR TEMPERATURE PROBE FAST RESPONSE AIR TEMPERATURE PROBE K T TA12 SPATULA PROBE BETWEEN PACK PROBE T KH01 TH01 KHA02 THA2 KHM01 THM01 KHN01 THN01 THA12 KHS01 HANDLE FOR USE WITH PLUG MOUNTED PROBES HANDLE FOR USE WITH PLUG MOUNTED PROBES FAST RESPONSE AIR TEMPERATURE PROBE FAST RESPONSE AIR TEMPERATURE PROBE GENERAL PURPOSE LIQUID/GAS MEASUREMENT GENERAL PURPOSE LIQUID/GAS MEASUREMENT CORE TEMPERATURE OF SEMI-SOLID MATERIAL CORE TEMPERATURE OF SEMI-SOLID MATERIAL BETWEEN PACK PROBE FAST RESPONSE SURFACE MEASUREMENT K T K T K T K T T K KHS02 THS02 SOCKET IN HANDLE SOCKET IN HANDLE PLUG MOUNTED AIR PROBE PLUG MOUNTED AIR PROBE PLUG MOUNTED M.I. PROBE PLUG MOUNTED M.I. PROBE PLUG MOUNTED NEEDLE PROBE PLUG MOUNTED NEEDLE PROBE PLUG MOUNTED SPATULA PROBE PLUG MOUNTED SURFACE BAND PROBE PLUG MOUNTED SURFACE PROBE PLUG MOUNTED SURFACE PROBE GENERAL PURPOSE SURFACE MEASUREMENT GENERAL PURPOSE SURFACE MEASUREMENT K T PKHV1 PKF1 PKGP1 HVAC KIT FOOD KIT GENERAL PURPOSE KIT PROBE KIT DESIGNED FOR THE HVAC INDUTRY PROBE KIT DESIGNED FOR THE FOOD INDUTRY PROBE KIT CONTAINING MOST POPULAR PROBES K T K TP01 CORKSCREW PROBE PROBE DESIGNED FOR CORE TEMPERATURE OF MEAT T KPS10 PIPE CLAMP PROBE PROBE DESIGNED TO BE CLAMPED ONTO PIPES K