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thermal sensors. SDT310 Datasheet

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thermal sensors. SDT310 Datasheet






SDT310 sensors. Datasheet pdf. Equivalent




SDT310 sensors. Datasheet pdf. Equivalent





Part

SDT310

Description

small type platinumthin film thermal sensors

Manufacture

KOA Speer Electronics

Datasheet
Download SDT310 Datasheet


KOA Speer Electronics SDT310

SDT310; SDT310 www.DataSheet4U.com small type p latinum thin film thermal sensors EU f eatures • • • • T.C.R. is in ac cordance with JIS-DIN standards The sma ll package with a real ability of 1kΩ resistance Thermal time constant is im proved with the small package Products with lead-free terminations meet EU RoH S requirements. Pb located in glass mat erial, electrode and resisto.


KOA Speer Electronics SDT310

r element is exempt per Annex 1, exempti on 5 of EU directive 2005/95/EC Dimensi ons inches (mm) t f d (Nom.) __ NEW c ircuit protection dimensions and const ruction L Protective Coating Lead Weld Reinforcing Coating Lead Wire Type SDT 310AP SDT310, SDT310LTC, SDT310HLTC, SD T310MT Lead Weld Reinforcing Coating L W l .315±.079 (8±2) .394 -.079 (10 +5 -2 ) +.179 l d .


KOA Speer Electronics SDT310

f .031±.008 (0.8±0.2) SDT310LTC SDT3 10P W t Platinum Thin Film Ceramic Substrate Welding Point .047 max. .11 8±.010 (3.0±0.25) .079±.010 (1.2 max .) .043±.010 .008±.002 (2.0±0.25) (1 .1±0.25) (ø0.2±0.05) l L Protectiv e Coating l SDT310MTM Lead Wire .315 ±.079 (8±2) SDT310A W t Welding Poi nt Platinum Thin Film Ceramic Substrate d ordering information New P.



Part

SDT310

Description

small type platinumthin film thermal sensors

Manufacture

KOA Speer Electronics

Datasheet
Download SDT310 Datasheet




 SDT310
www.DataSheet4U.com
SDT310
small type platinum thin film thermal sensors
EU
features
T.C.R. is in accordance with JIS-DIN standards
The small package with a real ability of 1kresistance
Thermal time constant is improved with the small package
Products with lead-free terminations meet EU RoHS
requirements. Pb located in glass material, electrode
and resistor element is exempt per Annex 1, exemption
5 of EU directive 2005/95/EC
dimensions
and construction
Protective
Coating
Lead Weld
L Reinforcing Coating l
Lead Wire d
W tf
SDT310, SDT310LTC,
SDT310HLTC,
SDT310MT
Platinum Ceramic
Thin Film Substrate
SDT310A
W
Welding
Point
l
L
Protective
Coating
Lead Weld
Reinforcing Coating
l
Lead Wire d
t
Platinum
Thin Film
Ceramic
Substrate
Welding
Point
ordering information
Type
L
Dimensions inches (mm)
Wt
f d (Nom.)
l
SDT310AP
.031±.008
(0.8±0.2)
__
.315±.079
(8±2)
SDT310LTC
.118±.010
.047 max.
.394
+.179
-.079
(10
+5
-2
)
SDT310P
(3.0±0.25) .079±.010 (1.2 max.) .043±.010 .008±.002
(2.0±0.25)
(1.1±0.25) (ø0.2±0.05) .315±.079
SDT310MTM
(8±2)
SDT310HLTC .197±.004
(1K) (5.0±0.10) .047±.004 .043 max. .012±.004
SDT310HLTC .079±.004 (1.2±0.10) (1.1 max.) (0.3±0.10)
(100) (2.0±0.10)
.394
+.179
-.079
(10
+5
-2
)
New Part # SDT310
2B
LT
C 100 B 3850
Type
Size Code
Nil: Standard
A
N
Temperature
Range
LT: -55°C~+155°C
Nil: -55°C~+400°C
MT: -55°C~+650°C
applications and ratings
Terminal Surface
Temperature
C: SnCu (SDT310LT,
SDT310HLT)
P: Pt clad wire
(SDT310, SDT310A)
M: PtIr (SDT310MT)
Nominal
Resistance
100: 100
500: 500
1K: 1k
Class
A: ±(0.15+0.002[t])
B: ±(0.3+0.005[t])
C: ±(1.0+0.01[t])
K: ±10%(SDT310A)
T.C.R.
(x 10-6/K)
Part
Designation
SDT310LTC
Resistance
Range
@ 0°C
Class:
Tolerance of
Measuring
Temperature*
A:±(0.15+0.002 [t])
100, 500, B:±(0.3+0.005 [t])
1k
C:±(1.0+0.01 [t])
Resistance
Tolerance
±0.059%
±0.12%
±0.39%
Thermal
Time
Constant***
Thermal
Dissipation
Constant***
T.C.R.
(ppm/°C)**
Specified
Current****
Operating
Temperature
Range
-55°C to
+155°C
SDT310P
A:±(0.15+0.002 [t])
100, 500,
1k
B:±(0.3+0.005 [t])
C:±(1.0+0.01 [t])
SDT310MTM
SDT310HLTC
100
1k
B:±(0.3+0.005 [t])
C:±(1.0+0.01 [t])
A:±(0.15+0.002 [t])
B:±(0.3+0.005 [t])
C:±(1.0+0.01 [t])
±0.059%
±0.12%
±0.39%
±0.12%
±0.39%
±0.059%
±0.12%
±0.39%
7 seconds in
stationary air
0.9mW/°C
2.7 seconds in
stationary air
1.0mW/°C
3850
1mA max.
-55°C to
+400°C
-55°C to
+650°C
-55°C to
+155°C
SDT310AP
10
–––
±10%
6 seconds in
stationary air
1.0mW/°C
-55°C to
+400°C
* [t] is a measuring temperature indicated at °C that is not related to marking + or -. ** T.C.R. measuring temperature: o°C/+100°C.
*** Thermal time constant and thermal dissipation constant are values measured in stationary air and are typical values, which are values of elements and vary with connecting or fixing methods.
**** Specified current is a current value that is used at reliability test under the condition of self heat-generation that can be disregarded.
Recommended measuring currents are 1mA for 100and 0.1mA for 500or 1k.
Specifications given herein may be changed at any time without prior notice. Please confirm technical specifications before you order and/or use.
1/06/09
164 KOA Speer Electronics, Inc. • 199 Bolivar Drive • Bradford, PA 16701 • USA • 814-362-5536 • Fax: 814-362-8883 • www.koaspeer.com





 SDT310
www.DataSheet4U.com
SDT310
small type platinum thin film thermal sensors
environmental applications
Temperature Characteristics
Pt100 Resistance - Temperature Characteristic (JIS C1604-1997)
3.4 100 at 0°C
3.0
Temperature
(°C)
0
-1
-2 -3 -4
-5
-6 -7
-8
-9
2.6 -50 80.31 79.91 79.51 79.11 78.72 78.32 –– –– –– ––
2.2 -40 84.27 83.87 83.48 83.08 82.69 82.29 81.89 81.50 81.10 80.70
1.8
1.4 1.385
-30 88.22 87.83 87.43 87.04 86.64 86.25 85.85 85.46 85.06 84.67
-20 92.16 91.77 91.37 90.98 90.59 90.19 89.80 89.40 89.01 88.62
-10 96.09 95.69 95.30 94.91 94.52 94.12 93.73 93.34 92.95 92.55
0
-0.8
-100
0 100 200 300 400 500 600
Ambient Temperature
(°C)
0 100.00 99.61 99.22 98.83 98.44 98.04 97.65 97.26 96.87 96.48
01234 5 6 789
0 100.00 100.39 100.78 101.17 101.56 101.95 102.34 102.73 103.12 103.51
10 103.90 104.29 104.68 105.07 105.46 105.85 106.24 106.63 107.02 107.40
20 107.79 108.18 108.57 108.96 109.35 109.73 110.12 110.51 110.90 111.29
30 111.67 112.06 112.45 112.83 113.22 113.61 114.00 114.38 114.77 115.15
Approximate Expression for Resistance-
Temperature Characteristics
-55°C~0°C :RT=R0 {1+C1T+C2T2+C3 (T-100) T3}
0°C~+650°C :RT=R0 (1+C1T+C2T2)
40 115.54 115.93 116.31 116.70 117.08 117.47 117.86 118.24 118.63 119.01
50 119.40 119.78 120.17 120.55 120.94 121.32 121.71 122.09 122.47 122.86
60 123.24 123.63 124.01 124.39 124.78 125.16 125.54 125.93 126.31 126.69
70 127.08 127.46 127.84 128.22 128.61 128.99 129.37 129.75 130.13 130.52
RT : Resistance value at T°C
R0 : Resistance value at 0°C
T : Ambient temperature(°C)
Constants C1, C2, C3:
C1=3.9083×10-3 °C-1
C2=-5.775×10-7 °C-2
C3=-4.183×10-12 °C-4
80 130.90 131.28 131.66 132.04 132.42 132.80 133.18 133.57 133.95 134.33
90 134.71 135.09 135.47 135.85 136.23 136.61 136.99 137.37 137.75 138.13
100 138.51 138.88 139.26 139.64 140.02 140.40 140.78 141.16 141.54 141.91
110 142.29 142.67 143.05 143.43 143.80 144.18 144.56 144.94 145.31 145.69
120 146.07 146.44 146.82 147.20 147.57 147.95 148.33 148.70 149.08 149.46
130 149.83 150.21 150.58 150.96 151.33 151.71 152.08 152.46 152.83 153.21
140 153.58 153.96 154.33 154.71 155.08 155.46 155.83 156.20 156.58 156.95
150 157.33 157.70 158.07 158.45 158.82 159.19 159.56 159.94 160.31 160.68
160 161.05 161.43 161.80 162.17 162.54 162.91 163.29 163.66 164.03 164.40
170 164.77 165.14 165.51 165.89 166.26 166.63 167.00 167.37 167.74 168.11
180 168.48 168.85 169.22 169.59 169.96 170.33 170.70 171.07 171.43 171.80
190 172.17 172.54 172.91 173.28 173.65 174.02 174.38 174.75 175.12 175.49
200 175.86 176.22 176.59 176.96 177.33 177.69 178.06 178.43 178.79 179.16
210 179.53 179.89 180.26 180.63 180.99 181.36 181.72 182.09 182.46 182.82
220 183.19 183.55 183.92 184.28 184.65 185.01 185.38 185.74 186.11 186.47
230 186.84 187.20 187.56 187.93 188.29 188.66 189.02 189.38 189.75 190.11
240 190.47 190.84 191.20 191.56 191.92 192.29 192.65 193.01 193.37 193.74
250 194.10 194.46 194.82 195.18 195.55 195.91 196.27 196.63 196.99 197.35
260 197.71 198.07 198.43 198.79 199.15 199.51 199.87 200.23 200.59 200.95
270 201.31 201.67 202.03 202.39 202.75 203.11 203.47 203.83 204.19 204.55
280 204.90 205.26 205.62 205.98 206.34 206.70 207.05 207.41 207.77 208.13
290 208.48 208.84 209.20 209.56 209.91 210.27 210.63 210.98 211.34 211.70
300 212.05 212.41 212.76 213.12 213.48 213.83 214.19 214.54 214.90 215.25
310 215.61 215.96 216.32 216.67 217.03 217.38 217.74 218.09 218.44 218.80
320 219.15 219.51 219.86 220.21 220.57 220.92 221.27 221.63 221.98 222.33
330 222.68 223.04 223.39 223.74 224.09 224.45 224.80 225.15 225.50 225.85
340 226.21 226.56 226.91 227.26 227.61 227.96 228.31 228.66 229.02 229.37
350 229.72 230.07 230.42 230.77 231.12 231.47 231.82 232.17 232.52 232.87
360 233.21 233.56 233.91 234.26 234.61 234.96 235.31 235.66 236.00 236.35
370 236.70 237.05 237.40 237.74 238.09 238.44 238.79 239.13 239.48 239.83
380 240.18 240.52 240.87 241.22 241.56 241.91 242.26 242.60 242.95 243.29
390 243.64 243.99 244.33 244.68 245.02 245.37 245.71 246.06 246.40 246.75
400 247.09 247.44 247.78 248.13 248.47 248.81 249.16 249.50 249.85 250.19
410 250.53 250.88 251.22 251.56 251.91 252.25 252.59 252.93 253.28 253.62
420 253.96 254.30 254.65 254.99 255.33 255.67 256.01 256.35 256.70 257.04
430 257.38 257.72 258.06 258.40 258.74 259.08 259.42 259.76 260.10 260.44
440 260.78 261.12 261.46 261.80 262.14 262.48 262.82 263.16 263.50 263.84
Note: Desired temperature values are obtained by adding temperatures in the vertical and horizontal axes.
When calculating a resistance value of 105°C, read the value in the column where 100°C in the
vertical axis and 5°C in the horizontal axis cross. The value will be 140.40. The value for 500
at 0°C will be the value obtained by multiplying the resistance value in this table by 5. Similarly,
the value for 1Kat 0°C will be the value obtained by multiplying the resistance value by 10.
Specifications given herein may be changed at any time without prior notice. Please confirm technical specifications before you order and/or use.
5/13/08
KOA Speer Electronics, Inc. • 199 Bolivar Drive • Bradford, PA 16701 • USA • 814-362-5536 • Fax: 814-362-8883 • www.koaspeer.com
165





 SDT310
www.DataSheet4U.com
SDT310
small type platinum thin film thermal sensors
environmental applications (continued)
Pt100 Resistance - Temperature Characteristic (JIS C1604-1997)
100 at 0°C
Temperature
(°C)
0
1
2
3
4
5
6
7
8
9
450 264.18 264.52 264.86 265.20 265.53 265.87 266.21 266.55 266.89 267.22
460 267.56 267.90 268.24 268.57 268.91 269.25 269.59 269.92 270.26 270.60
470 270.93 271.27 271.61 271.94 272.28 272.61 272.95 273.29 273.62 273.96
480 274.29 274.63 274.96 275.30 275.63 275.97 276.30 276.64 276.97 277.31
490 277.64 277.98 278.31 278.64 278.98 279.31 279.64 279.98 280.31 280.64
500 280.98 281.31 281.64 281.98 282.31 282.64 282.97 283.31 283.64 283.97
510 284.30 284.63 284.97 285.30 285.63 285.96 286.29 286.62 286.95 287.29
520 287.62 287.95 288.28 288.61 288.94 289.27 289.60 289.93 290.26 290.59
530 290.92 291.25 291.58 291.91 292.24 292.56 292.89 293.22 293.55 293.88
540 294.21 294.54 294.86 295.19 295.52 295.85 296.18 296.50 296.83 297.16
550 297.49 297.81 298.14 298.47 298.80 299.12 299.45 299.78 300.10 300.43
560 300.75 301.08 301.41 301.73 302.06 302.38 302.71 303.03 303.36 303.69
570 304.01 304.34 304.66 304.98 305.31 305.63 305.96 306.28 306.61 306.93
580 307.25 307.58 307.90 308.23 308.55 308.87 309.20 309.52 309.84 310.16
590 310.49 310.81 311.13 311.45 311.78 312.10 312.42 312.74 313.06 313.39
600 313.71 314.03 314.35 314.67 314.99 315.31 315.64 315.96 316.28 316.60
610 316.92 317.24 317.56 317.88 318.20 318.52 318.84 319.16 319.48 319.80
620 320.12 320.43 320.75 321.07 321.39 321.71 322.03 322.35 322.67 322.98
630 323.30 323.62 323.94 324.26 324.57 324.89 325.21 325.53 325.84 326.16
640 326.48 326.79 327.11 327.43 327.74 328.06 328.38 328.69 329.01 329.32
650 329.64 329.96 330.27 330.59 330.90 331.22 331.53 331.85 332.16 332.48
Note: Desired temperature values are obtained by adding temperatures in the vertical and horizontal
axes. When calculating a resistance value of 105°C, read the value in the column where 100°C in
the vertical axis and 5°C in the horizontal axis cross. The value will be 140.40. The value for 500
at 0°C will be the value obtained by multiplying the resistance value in this table by 5. Similarly,
the value for 1Kat 0°C will be the value obtained by multiplying the resistance value by 10.
Performance Characteristics
Parameter
Resistance
T.C.R.
Insulation Resistance
Dielectric Withstanding Voltage
Resistance to Solder Heat
Rapid Change of Temperature
Moisture Resistance
Normal Temperature Load Life
High Temperature Load Life
High Temperature Exposure
Low Temperature Exposure
Requirement R
Limit
Typical
Test Method
Within specified
tolerance
––
0°C
Within specified
T.C.R.
––
0°C/ +100°C
100Mor more –– d.c. 100V
±0.12%
±0.010%
a.c. 100V, 60 seconds - 70 seconds
±0.5%
±0.014%
350°C for 3.5 seconds
±0.12%
-0.026%
-55°C (30 minutes)/ +25°C (2 - 3 minutes)/ +155°C (30 minutes)/ +25°C
(2 - 3 minutes), 10 cycles (SDT310LTC, SDT310HLTC); -55°C (30 minutes)/
+25°C (2 - 3 minutes)/ +400°C (30 minutes)/ +25°C (2 - 3 minutes), 10 cycles
(SDT310P, SDT310A); +25°C (30 minutes)/ +650°C (30 minutes) 10 cycles
(SDT310MTM)
±0.5%
-0.004%
60°C ± 2°C, 90 - 95% RH, 1000 hours, 1mA, 1.5 hr ON, 0.5 hr OFF cycle
±0.5%
-0.017%
20°C ± 10°C, 1000 hours, 1mA continuous turning on electricity
±0.5%
-0.022%
155°C ± 2°C (SDT310LTC, SDT310HLTC), 400°C ± 8°C (SDT310P,
SDT310AP), 1000 hours, 650°C ± 13°C (SDT310MTM), 250 hours,
1mA continuous turning on electricity
±0.12%, ±0.5% -0.027%, -0.060% +155°C (SDT310LTC, SDT310HLTC), +400°C (SDT310P, SDT310AP),
(SDT310MTM) (SDT310MTM) +650°C (SDT310MTM), 250 hours
±0.12%
-0.036%
-55°C, 250 hours
166
Specifications given herein may be changed at any time without prior notice. Please confirm technical specifications before you order and/or use.
11/21/08
KOA Speer Electronics, Inc. • 199 Bolivar Drive • Bradford, PA 16701 • USA • 814-362-5536 • Fax: 814-362-8883 • www.koaspeer.com



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