# 3-270 07A35733 AB93:,C,!D 07% 0733 93: 3A593:!"#$%% &%&''()*%'+,-. &%&''(/*%'+0. 1*23 '4# 54/%6%7%53 *323 %7 77# %%3#% 8908/"/*55 :1$;/</ = 7 > = 7?@ > 7= 7 %! "$!"#$%&#%'(%%)*#$%&#%'(%#++#,-."/-0-1222"/-0-1
#)) "#$ ". / 0 -'1'2) "30 + '%&& '%&4 '%5& '%54 >>9 >>9 >>9 >>9! "" #$#%&" = 7# > E #FE "> > = 7# > E #FE "> > = 7# > E #FE "> > = 7# > E #FE "> > 4%'3%' B6,-%&& *5%63'+5 3'5D55253= 3%63'370 53%35-3% (.15%63 35D55- &1'+ > Ω'+ > "@Ω 9"0 :011 ($6'#(1 %% %% *3+'7%534/ 7&':G 6:'' '%&& '%&4 '%5& '%54,-%&&& 6-7 %%%D %36% 9+ > Ω'+ > "@Ω '##176! * ) 30 + J%73 : 0'+ 0'+' 7%53 %73 0 3 4"+%%5 1+%5 8,0/6 ) / # %% ) %% "#) 7-10/6 500/6 $%&& :*3+% A3 ' :6=23('+ *5.%3577 7$ > ()**+ *-3I %% '+D2%%3 %3 3 %%I#%% *:D2%6 '+%635 H3'A'
- 4 35624 4,,4 7,8 " +,-. 044 +,-../01 2 +,-. + 03,4 6219:8%;' 4,14<1=" > 4,14&1= >!"#/04,4+!?*&< @A*4,, 9"" 7,@/9 $11 ""702?, 4 "%& A1.9 =BA&%&01,> /.9'C&6& ""&" 1 '"# &4 # &40D$ ()*""EFF544FF%& +#'1,"##BA1 *+!"!#$%&'() % %
147,7 34,9 Specifications THERMOCOUPLE PROBES (see related data sheet) Thermocouple K Thermocouple J Thermocouple T from -200 to +1300 C ±1.1 C or ±0.4% of reading** 0.1 C from -100 to +750 C ±0.8 C or ±0.4% of reading** 0.1 C from -200 to +400 C ±0.5 C or ±0.4% of reading** 0.1 C Thermocouple S from 0 to 1760 C ±1 C or ±0.4% of reading** 0.5 C **the accuracy is expressed either by a deviation in C, or by a percentage of the value concerned. Only the bigger value is considered. TN 150-TN151 TEMPERATURE TN 151 Fixed probe TN 150 1 channel from -40 to +120 C from -40 to +120 C ±0.3 C (-40 C<T<+70 C) ±0.5 C beyond ±0.3 C (-40 C<T<+70 C) ±0.5 C beyond 0.1 C 0.1 C TR 150 TEMPERATURE TR 151 Fixed probe from -50 to +250 C ±0.4% ±0.3 C 0.1 C TR 150 Pt 1000 1 channel from -100 to +400 C ±0.4% ±0.3 C 0.1 C Dimensions Top view / TN 150-TN 151 / TR 150-TR151 Front view 50 Side view TN 150 / TR 150 Top view TN 151 / TR 151 Top view
Working principle TN 150 TN 151 TR 150 TR151 According to the Seebeck effect, when two wires composed of different metals are joined at both ends, an electric circuit is formed. The voltage increases with temperature. I.E : Thermocouple K Alumel Chromel Hot junction Thermometer : NTC probe Negative temperature coefficient probe are thermistance with a resistance that decreases with temperature according to the equation below : RT= resistance sensor value at temperature T R(T 0 )= resistance sensor value at reference temperature T0. T and T0 in C α et T 0 are sensor specific constants Thermometer : Pt1000 probe Pt100 is a resistance with a positive temperature coefficient which varies according to the temperature. The higher the temperature is, the more the value of the resistance increases. Ie : For 0 C 1000 Ω For 100 C 1385 Ω. Platinum resistance Supplied with... Supplied with Optional CEP 150 DESCRIPTION TN 150 TN 151 TR 150 TR 151 Thermocouple probe NTC temperature probe Pt1000 food industry penetration probe Food industry penetration probe Choice of Pt 1000 temperature probe Food industry protective cover IP67 Calibration certificate* Transport case *except class 150S Large choice of temperature probes (See related data sheet) : ambient food industry contact penetration penetration general use Etc... Accessories (See related data sheet) CE 100 Protective cover with magnet and holding system GST Silicone heat-conductive grease for temperature probes BN (See related data sheet) Black ball Ø 150mm with junction for temperature probe Ø 4,5mm. Other on request. Warranty period Instruments have 1-year guarantee for any manufacturing defect (return to our After-Sales Service required for appraisal).