Process Control HVAC

Automotive On-Vehicle Bio-medical Process Control Test & Measurement HVAC Aerospace 2

#" Automotive (on board) HVAC Analog Gages Digital Gages Aerospace (Flight rated)! Medical Apparatus OEM " Test & Industrial Measurement Specialist Applications 3 Process Control

What Differentiates a Sensotec Product Robust construction Immune to hostile environment Durable Reliable Accurate Flexible design 4

What Differentiates a Sensotec Product $ %"!"%&% '("" #'%&%"&&" 5

What Differentiates a Sensotec Product )""''*+++,,- %"4.'""/&'""*+0+++&"123"& "&"-% 51"&& 6

What Differentiates a Sensotec Product Sensotec boasts sensors with one of the worlds lowest temperature error ½ the temperature error of Drucks most accurate Sensotec boasts one of the worlds best long term stability with 0.05% over 8 years in current testing No painted load cells or aluminum for us!! 7

What Differentiates a Sensotec Product %' "" "4" " -%, $ #&%&- #,,' "# ' %4'% ',' '" '' 8

Technologies! " SILICON FOIL Higher Frequency Response Higher Overload Capability Higher Pressure Capability Higher Temperature Capability 9

What Makes a Sensotec Product Flexible # ( ) # & $ % * ' + % # 2,096,640 Permutations from one datasheet 10

Signature Products #, ( #. " $ 444 - / 0$ 1' 2 3 - # " 11

! SENSOTEC SENSOTEC Absolute $ Barometric 6 #,, Differential SENSOTEC SENSOTEC Vacuum or partial vacuum!& Gage Vacuum 12

" Pressure Sensors Pressure Vacuum Differential Pressure Absolute Gage True Gage Barometric 13

Sensotec Pressure Sensors Non-Application Specific Targeted Requirements Pressure, Vacuum or Differential Different Accuracies Different Ranges Different Electrical Outputs Different Pressure Ports Different Electrical Outputs Different Temperature Compensations Process Control Food Industry Ground Water Aerospace Low Cost High Volume Miniature Ultra high pressure High Frequency Battery Operated Diesel Engine Fuel Lines 14

! Tension Compression 15

! 10V 16

! LOAD 10V 17

! # $ 18

$ % 19

$ % 20

$ & 21

$ 7"8& 9 #'%& 22

$ : 27

$ 6" 28

$ & 29

#'%& 35

$', 40

$ % SILICON FOIL Higher Frequency Response Higher Overload Capability Higher Pressure Capability Higher Temperature Capability 45

! Electrical Connection 46

! Connection to the structure 47

! Sensing element Internal characteristics External influences 48

& Size Weight Connection to structure Mounting considerations Bolt hole patterns Thread sizes Sensor Connection to measurement system Electrical Input Connector or cable Connector or cable Sensitivity Digital O/Ps TEDS Amplified/Unamplified Excitation Internal Measurement Type Dynamics of measurement Range Accuracy/Linearity Frequency response External Temperature Range Environmental Overload protection Extraneous Influences 49

! 56 7 8 8" # 9. : : 8! 8 ; 8" 8( < 8( 8 8 = 0 3 50

51 CONNECTOR OUTPUT INTRINSICALLY SAFE TRUE GAGE ABSOLUTE BAROMETRIC VACUUM DIFFERENTIAL GAGE Z Z HP A5 A5 A-105 355 355 425 A-205 HV HV HV 440 415 FP2000 FP2000 FP2000 FP2000 FP2000 FP2000 FP2000 FP2000 FP2000 FP2000 TJE TJE TJE Z A5 440 415 Super TJE Super TJE FP2000 FP2000 FP2000 811FMA FP2000 FP2000 FP2000 FP2000 FP2000 FP2000 FP2000 FP2000 Z Z A5 A5 420DP HL-Z 911FMD P-30-P FP2000 FP2000 FP2000 F G S CIP 811FMG LM '

( )* +! $ ) 52

#"4 #"4 '"" ' ''" 53

',, " SENSOTEC 7&%'," #"4 $ -," '3+ "&' 54

, -!! Absolute Gage True Gage Pressure Differential Pressure ; Today s Atmospheric Pressure # # Psi of Vacuum Inches Water Barometric Atmospheric Pressure on day gage was sealed Absolute Vacuum 55

# - - $ #. 56

# - $!! #. 57

- % $ #. 58

-!! - - $ #. 59

/ % Working Range Overload Range Progressive Damage Mechanical failure Working Range Overload Range Progressive Damage Mechanical failure 60

. % 61

. % ' 4) $ 44) 62

Lower Accuracy Less Demanding Accuracy Medium Accuracy High Accuracy Ultra High Accuracy 1% 0.5% 0.25% 0.1% 0.05% S G F LM BDR HP FP2000 A5 Z 355 Fp2000 TJE DS LLV Super TJE 63

! < 1 < Output Ideal Sensitivity Output % 012 Input Zero offset Input < < 0 3 64

! < 1 < Output Output Input Input 2 < 65

! - Output Linearity Output Hysteresis Input Input - 66

Output Normalized zero point Static Error Band Normalized output Input 67

. / + ' 4 / >?> 4' > 4@ 4> &$ 4 A 9" < 68

!% 3! ) 7 7 69

!% 3! ( A $ 4> A @ > B $ 4! @ 4C 70

!% 3! ( A 4@ 4> A @ > B @ 4:444! 414@ C 71

!% 3! ( A 4 5 0-10V output 10V 10V 0 V 0 V 72

%6 / Connector - Cable Comparison Connector Integral Cable Submersible Easy to disconnect cabling from the sensor Easy to replace the sensor Ideal for temporary installations More expensive Point of vulnerability Subject to water, moisture, mechanical damage Ideal for permanent installations Often the only option on small sensors Cable must be protected to avoid damage Strain relief often required Cable damage means replacing or repairing sensor Submersible connectors are very expensive Integral cable is a more cost effective solution More permanent installation (by definition) Ensure of definition between waterproof and submersible 73

Pressure Sensors General Purpose Miniature Flush Diaph Flush Diaphragm Transmitters High Pressure Low cost Digital O/P Special Applications 74

Pressure Sensors General Purpose Miniature Flush Diaph Flush Diaphragm Transmitters High Pressure Low cost Digital O/P Special Applications 0.05% 0.1% 0.25% 0.5% Super TJE TJE Z A5 Absolute Gage Absolute Gage Absolute Gage Absolute Gage FP 2000 Gage Absolute Barometric Vacuum Differential 76

Pressure Sensors General Purpose Miniature Flush Diaph Flush Diaphragm Transmitters High Pressure Low cost Digital O/P Special Applications Connector Cable Amplified A105a Low Profile F Unamplified Straight Thread S Straight Thread Tapered Thread A105 A205 No Thread G 82

Pressure Sensors General Purpose Miniature Flush Diaph Flush Diaphragm Transmitters High Pressure Low cost Digital O/P Special Applications Amplified 355 84

Pressure Sensors General Purpose Miniature Flush Diaph Flush Diaphragm Transmitters High Pressure Low cost Digital O/P Special Applications 2 wire 4-20mA Explosion Proof Bendix Connector DIN Connector Absolute Gage Absolute Gage Absolute Gage 811 FMA 811 FMG 415 440 86

Gener Purpo al Miniature se FlushDiaph PFlush resuresen sors DiaphragmTran High smiters Presu Mo H re Lowcost del P Digital Sp O/P Ap ecial lications Pressure Sensors General Purpose Miniature Flush Diaph Flush Diaphragm Transmitters High Pressure Low cost Digital O/P Special Applications HP 88

Pressure Sensors General Purpose Miniature Flush Diaph Flush Diaphragm Transmitters High Pressure Low cost Digital O/P Special Applications Amplified "6# HV Unamplified LM 90

Pressure Sensors General Purpose Miniature Flush Diaph Flush Diaphragm Transmitters High Pressure Low cost Digital O/P Special Applications DS 92

Pressure Sensors General Purpose Miniature Flush Diaph Flush Diaphragm Transmitters High Pressure Low cost Digital O/P Special Applications Intrinsically Safe Sanitary Process Liquid Level Oil and Gas Aerospace CIP LLV 424/425 AS17A/AS19G 94

Gener Purpo al Miniature se FlushDiaph PFlush resuresen sors DiaphragmTran High smiters Presu IntrinsicalySafe SanitaryProces LiquidLevel Oil andg asaerospac e FP20 TJE Z M A-5 424&425 re Lowcost Digital Sp O/P Ap ecial lications Pressure Sensors General Purpose Miniature Flush Diaph Flush Diaphragm Transmitters High Pressure Low cost Digital O/P Special Applications Intrinsically Safe Sanitary Process Liquid Level Oil and Gas Aerospace FP2000 TJE Z A-5 424 & 425 95

$ 4 7 7 7 96

$ 4 7 7 7 High Volume Low Accuracy Temperatures Above 240 F Ultra High Accuracy above 0.1% (Super TJE) FP 2000 Miniature or Targeted Applications High Pressures above 10,000 psi (TJE or Z) 8<++69 Differential Sensors High Line Pressures (Z or A5) 97

$ 4 7 7 7 Low Accuracy Less Demanding Accuracy Medium Accuracy High Accuracy Ultra High Accuracy 1-5% 0.5% 0.25% 0.1% 0.05% 98

""" 7&%?'# $',">',"'% % ""'" ' 6"% ='6": &?>2+$'% ",,' ', '% ',%,,=' """," : "&' # 99

$ 4 7 7 7 100

$ 4 7 7 7 101

/ %! 7 / 102