Micc 1.9X2.3mm Thin Film Platinum Elements

• Customization: Available
• Certification: ISO9001, CE
• Type: Customized
• Model NO.: Thin Film Platinum Elements
• Material: Customized
• Form: Customized
• Shape: Customized
• Product Name: PT100 Rtd
• Transport Package: Carton
• Specification: Customized
• Trademark: MICC
• Origin: Jiangsu, China (Mainland)

Product Description

Micc 1.9X2.3mm Thin Film Platinum Elements

 

Resistance thermometers, also called resistance temperature detectors (RTDs), are sensors used to measure temperature. Many RTD elements consist of a length of fine wire wrapped around a ceramic or glass core but other constructions are also used. The RTD wire is a pure material, typically platinum, nickel, or copper.

M series PRTDs are designed for large volume applications where long term stability, interchangeability and accuracy over a large temperature range are vital. Typical applications are Automotive, White goods, HVAC, Energy management, Medical and Industrial equipment.

The measuring point for the nominal resistance is defined at 8mm from the end of the sensor body.

Nominal  Resistance  R0	Tolerance  DIN  EN  60751  1996-07	Tolerance  DIN  EN  60751  2009-05	Order  Number  Plastic  Box
100  Ohm  at  0º C	Class  1/3B	F  0.1	32  207  692
	Class  A	F  0.15	32  207  691
	Class  B	F  0.3	32  207  690
1000  Ohm  at  0º C	Class  B	F  0.3	32  207  695

Specification	DIN  EN  60751  (according  to  IEC  751)
Temperature  range	-70º C    to  +500º C    (continuous  operation) (temporary  use  to  550º C      possible) Tolerance  Class  B:   -70º C    to  +500º C Tolerance  Class  A:   -50º C    to  +300º C Tolerance  Class  1/3  B:   0º C    to  +150º C
Temperature  coefficient	TCR  =  3850  ppm/K
Leads	Pt  clad  Ni-  wire Recommended  connection  technology: Welding,   Crimping  and  Brazing
Lead  lengths  (L)	10mm    1mm
Long-term  stability	max.   R0-drift  0.04%  after  1000  h  at  500º C
Vibration  resistance	at  least  40g  acceleration  at  10  to  2000  Hz, depends  on  installation
Shock  resistance	at  least  100g  acceleration  with  8ms  half  sine wave,   depends  on  installation
Environmental  conditions	unhoused  for  dry  environments  only
Insulation  resistance	>   100  MΩ     at  20º C;   >   2  MΩ     at  500º C
Self  heating	0.6  K/mW  at  0º C
Response  time	water  current  (v=  0.4m/s):   t0.5  =  0.04s                                             t0.9  =  0.12s air  stream  (v=  2m/s):   t0.5  =  2.2s                                       t0.9  =  7.0s
Measuring  current	100Ω :   0.3  to  1.0  mA 1000Ω :   0.1  to  0.3  mA (self  heating  has  to  be  considered)
Note	Other  tolerances,   values  of  resistance  are  available  on  request.