KROHNE OPTITEMP TT 30 C-R EN - Manual (Page 47)

TECHNICAL DATA
7
47
OPTITEMP TT 30 C/R
www.krohne.com 11/2012 - 4000753302 - MA OPTITEMP TT 30 C/R R02 en
Accuracies in °F
Input type Temp. range
[°F] Min. span
[°F] Max. accuracy Max. temp. influence
(dev. from ref. temp.
73°C)
RTD Pt100 -328...+1832 18 Max. of ±0.4°C or ±0.1% of
input span 1
Max. of ±0.01°F per °F or
±
0.006% of input span
per °F 2
RTD Pt1000 -328...+392
RTD PtX 3 -328...max.
input temp
(corresp.
to 2 kΩ)
RTD Ni100 -76...+482
RTD Ni120 -94...+572
RTD Ni1000 -148...+302
RTD Cu10 -328...+500 180
RTD Pt100
(α = 0.003902)
-328...+1832 18
RTD Pt100
(α = 0.003916)
T/C type B +32...+3272 Corresp.
to 2 mV
± 20 μV or ±0.1% of input
span 4
± 0.01°F per °F or ±0.006%
of input span per °F 5
T/C type C +14...+4172
T/C type E -328...+1832
T/C type J
T/C type K -328...+2462
T/C type L -328...+1652
T/C type N -454...+2372
T/C type R -58...+3182
T/C type S
T/C type T -328...+752
T/C type U -328...+1112
T/C custom -10...+500 mV
1 Linearity error is not included
2 If zero-deflection is > 100% of input span then you have to add 0.003% of input span per °F per 100% zero-deflection!
3 (10 ≤ X ≤ 1000)
4 Linearity error and CJC error is not included
5 Temp. influence CJC is not included; also note that if zero-deflection is > 100% of input span then you have to
add 0.003% of input span per °F per 100% zero-deflection!
.book Page 47 Friday, November 9, 2012 3:50 PM