SENSATA AIRPAX AP1-1-65-252

AP/UP, AP/MIL Series Magnetic Circuit Protectors Introduction • 71 Poles • 72 Configurations • 75 Operating Characteristics • 76 Delay Curves • 77 Specifications • 78 Decision Tables • 79 AP/UP, AP/MIL Series Hydraulic Magnetic Circuit Protectors INTRODUCTION The Airpax™ AP series are fully sealed, magnetic circuit Typical applications include communication, navigation and protectors that combine power switching and accurate, reliable aircraft instrumentation, radar and power supplies. circuit protection with inverse time delays and trip free features. The Airpax™ UP circuit protector, with UL recognition and CSA Unlike a thermal circuit protector, the AP does not change its certification, is essentially the same as the AP in construction trip current over a wide temperature span. In addition, the AP and operating principle. It is approved for operation at 50 volts magnetic circuit protector is available in either DC, 50/60Hz or DC to 20 amperes, 120 volts 50/60Hz to 15 amperes and 240 volts 400Hz versions and with various delays to match the protector to 50/60Hz to 7.5 amperes. The UP circuit protector is available in specific application requirements. single pole units only, due to UL and CSA creepage specifications and the wide glass terminals utilized. The UP series offers an One of the most important features of this protector is the “trip optional FM approval (Factory Mutual Research), provided for petrochemical applications. FM approval is available for single free” action, which means the circuit will not remain closed in pole, series trip, UP type units only. the presence of an overload even though the handle is held in the ON position. The delay mechanism senses the fault and the The Airpax™ AP-MIL protectors are produced in accordance contacts open. with MIL-PRF-39019 and the pertinent specification sheets, are subjected to an exacting production and test program to Waterproof panel integrity is provided by an “O” ring bushing maintain their Qualified Products Listing (QPL). One, two and seal and a silicon rubber gland within the bushing/handle three pole series trip units, with or without auxiliary contacts, assembly. Salt spray testing per MIL-STD-202, Method 101, have been accepted for this listing. Refer to specification sheets Test Condition B, with no evidence of corrosion, electrical or MIL-PRF-39019/1 through 6 for the application government mechanical damage. designations. The AIRPAX cage code number is 81541. AP Series - Introduction 71 http://airpax.sensata.com SINGLE POLE CIRCUIT PROTECTORS 1.605 MAX. .380 MAX. .312 [ ] [9.65] 40.77 [7.92] .625 MAX. [15.88] 22º .875 [ 22.23] 11º RUBBER “O” RING LOCK RING ON-OFF PLATE (OPTIONAL) LOCKWASHER 3 /8 -32 NEF-2B HEX NUT Mounting Detail FOR PANEL INTEGRITY, THIS HOLE MUST BE BLIND WITH .075 [1.91] MIN. DEPTH .125 .325 [[8.26 3.18 1.562 MAX. [ ] 39.67 .391 [ 9.93 Panel Mounting Detail: Tolerance for Mtg. ±.005 [.13] Maximum Panel Thickness: .156 [3.96] .656 MAX. [16.66 ] ON .625 MAX. ] [15.88 OFF KEYWAY .060 - .065 WIDE [1.52 - 1.65] .026 - .030 DEEP [.66 - .76] AP Series - Poles 72 AP Series (MIL-PRF-39019) [ [ [ MULTI-POLE CIRCUIT PROTECTORS AP Multi-Pole Combinations The AP12 consists of two independent series trip protectors, each available with its own rating and delay characteristics. Circuit demands and design ingenuity suggest a limitless number of special combinations, ranging from a two pole unit with one This two pole unit can therefore have an unlimited number of series breaker and a simple ON·OFF switch, to a more complex combinations, which makes ordering by a code system three pole unit having one series, one shunt and one relay impractical. Thus, if the poles differ, a descriptive drawing is configuration with auxiliary indicator circuit contacts. Please recommended. contact Airpax for specific part number. One frequent use of two pole protectors is to interrupt either or Two Pole, AP12 both sides of a power line. Likewise, three pole protectors often Two of the basic units are combined in a sealed case to provide use three identical coils. However, any two or three pole protection for dual circuit. A single toggle handle actuates both protectors may have any coil of any delay in any desired internal trip mechanisms. Conversely, an overload in either circuit combination. (Unless otherwise specified, we assume the two or trips both simultaneously. three poles to be all alike.) Two Pole, AP12, Toggle 1.780 MAX. .380 MAX. [ ] [ 45.21 9.65] NOTE A .312 .625 [7.92] .625 [15.88] MAX. [ ] 15.88 22º .875 [22.23] 11º .625 RUBBER “O” RING [15.88] LOCK RING 1.281 MAX. [32.53 ] ON-OFF PLATE (OPTIONAL) LOCKWASHER 3 /8 –32 NEF-2B HEX NUT Mounting Detail .375 6-32 THD. [ 9.53 [ ] .188 4.78 DEEP .375 ± .003 ±.003 (2 PLACES) ] [9.53 .250 6.53 [ .375 .375 (2 PLACES) ±.076 ±.076 9.53 9.53 .875 ±.002 ±.051 MAX. .147 ON 3.73 .625 .625 [22.23] [15.88] [15.88 FOR PANEL SEAL INTEGRITY, [ .125 3.18 THIS HOLE MUST BE BLIND [ ] WITH .075 1.91 MIN. DEPTH 1.562 MAX. .325 .391 [9.93 [ ] 39.67 [8.26 OFF KEYWAY Panel Mounting Detail: Tolerance for Mtg. ±.005 [.13] .060 - .065 WIDE Panel Thickness: .125-.156 [3.18-3.96] [1.52 - 1.65] .026 - .030 DEEP [.66 - .76] Note: Tolerance ± .031 [.79] Angles: ±5° unless noted. Dimensions in brackets [ ] are millimeters. A: Threaded inserts exceed seated height of bushing by .005-.015 [.13-.38] AP Series - Poles 73 http://airpax.sensata.com [ [ [ [ [ [ All multi-pole units have provisions for a rugged three point panel mount. Use of 6-32 panel seal screws together with the bushing mount is recommended to maintain specification shock and vibration levels. Three Pole, AP112 Three circuits may be simultaneously protected. One actuating toggle handle closes all circuits and all poles trip in the presence of an overload on any circuit. Some typical combinations could be: 3 series poles; 2 series and one shunt; 2 series and one relay; or 3 series with a set of auxiliary contacts. Like the two pole protectors, each pole may have different ratings and delays. Three Pole, AP112, Toggle 1.780 MAX. .380 MAX. [ ] [9.65] 45.21 NOTE A .312 .625 .625 [ 7.92] [15.88] [15.88] .625 MAX. [15.88] 22º .875 [ 22.23] 11º .937 RUBBER “O” RING [23.80] LOCK RING 1.937 MAX. [49.20] ON-OFF PLATE (OPTIONAL) LOCKWASHER 3 /8 –32 NEF-2B HEX NUT Mounting Detail [ 6-32 THD. .250 6.53 .188 4.78 DEEP [ ] (2 PLACES) (2 PLACES) ±.003 ± .003 .687 .687 .687 .687 [17.45] [17.45 ±.002 ±.051 ±.076 ±.076 .147 3.73 17.45 17.45 .875 MAX. .625 ON .625 ] [22.23 [15.88] [15.88 FOR PANEL SEAL INTEGRITY, .125 3.18 [ THIS HOLE MUST BE BLIND [ ] WITH .075 1.91 MIN. DEPTH .325 1.562 MAX. [8.26 .391 9.93 [ [39.67] OFF Panel Mounting Detail: Tolerance for Mtg. ±.005 [.13] KEYWAY Panel Thickness: .125-.156 [3.18-3.96] .060 – .065 WIDE [1.52 – 1.65] .026 – .030 DEEP Note: Tolerance ± .031 [.79] Angles: ±5° unless noted. Dimensions in brackets [ ] are millimeters. [.66 – .76] A: Threaded inserts exceed seated height of bushing by .005-.015 [.13-.38] AP Series - Poles 74 AP Series (MIL-PRF-39019) [ [ [ [ [ [ Series Trip Optional Booted CONFIGURATIONS AP1-1 Terminals ±.050 1.350 ±1.27 Series Trip .312 34.29 ] 7 7.92] The most popular configuration for magnetic protectors is the series trip where the sensing coil and contacts are in series with the load being protected. The handle position conveniently 1.562 MAX. .875 indicates circuit status. In addition to providing conventional 39.67] ] 22.22 overcurrent protection, it’s simultaneously used as a power disconnect. 2X RUBBER BOOT UP1-1 (UL Recognized Series) Shunt Trip 1.012 The shunt trip is designed for controlling two separate loads 25.70] with one assembly. The control is established by providing SCHEMATIC BOOT REMOVED DIAGRAM FOR CLARITY overload protection for the critical load. When the current through this load becomes excessive and reaches the trip point the protector will open and remove power from both loads simultaneously. The total current rating of both loads must not exceed the maximum contact rating. Relay Trip (Note A) Shunt Trip AP1-4 (Relay) AP1-3 Relay Trip ±.010 ±.010 .130 .076 DIA. ±.25 ±.25 3.30 ] 1.93 ] This permits the overload sensing coil to be placed in a circuit .438 [11.13] which is electrically isolated from the trip contacts. The coil may .438 be actuated by sensors monitoring pressure, flow, [11.13] temperature, speed, etc. Other typical applications include crowbar, interlock and emergency/rapid shutdown circuitry. Trip may be accomplished by voltage or current, which must be removed immediately upon tripping. Switch with Auxiliary Switch Series with Auxiliary Switch AP1-1RC (Note A) AP1-1R (Note A) Remote Indication, AP1-1R AP series trip circuit protectors are available with electrically C isolated contacts which are rated at 1/2 ampere, 120 volts AC NC C NC NO NO or 50 volts DC. These contacts provide SPDT switching action NO NC C C NO NC which can be used to indicate “power-on” and “power-off” conditions or to actuate lights, alarms or timing devices. AP7-1 (Screw Terminal with Terminal Block) Voltage Trip 6 - 32 x .187 [4.75] SINGLE POLE Sometimes called “dump circuits” or “panic trip circuits,” DIM. FROM SCREW 1.780 45.21] BACK OF NO. 6 LOCKWASHER MAX. these units make it possible to open main power contacts with PANEL. MULTIPOLE lower power inputs from one or more sources. This 1.950 49.53] MAX. configuration is becoming increasingly more important for sensitive circuitry and denser packaging in automation systems. Available in series, shunt or relay configurations. Note: Tolerance ± .031 [.79] Angles: ±5° unless noted. Dimensions in brackets [ ] are millimeters. A. Main protector contacts open. AP Series - Configurations 75 http://airpax.sensata.com ] ] ] ] ] ] ] ] ] OPERATIONAL CHARACTERISTICS SERIES RESISTANCE NOMINAL VALUES @ +25°C Inrush Pulse Tolerance Current Ratings DC Series Resistance DC Series Resistance The following table provides a comparison of inrush DC, 50/60Hz, 400 Hz All Delays except Delays 40, 50, 60 pulse tolerance with and without the inertial delay (Amps) 40, 50, 60 (ohms) (ohms) feature for each of the 50/60Hz delays. Pulse tolerance 0.050 470 105 is defined as a single pulse of half sine wave peak current amplitude of 8 milli-seconds duration that will 0.100 145 27.0 not trip the circuit protector. 0.250 18.0 3.80 0.500 4.30 1.00 0.750 1.60 0.400 DELAY VS PEAK AMPLITUDE 1.00 1.15 0.230 Delay Peak Amplitude 2.00 0.298 0.060 61, 62, 71, 72, A, B 4 Times Rated Current (60Hz) 3.00 0.130 0.033 61F, 62F, 71F, 72F 6.5 Times Rated Current (60Hz) 5.00 0.052 0.012 64, 65 10 Times Rated Current (60Hz) 7.50 0.025 0.007 64F, 65F 13 Times Rated Current (60Hz) 10.0 0.016 0.006 41, 42, AF, BF 14 Times Rated Current (400Hz) 15.0 0.006 0.005 41F, 42F 20 Times Rated Current (400Hz) 20.0 0.005 0.004 51, 52 6 Times Rated Current (60Hz) Tolerance at ±25% values based on V-A method after 1 hour stabilization 51F, 52F, AF, BF 8 Times Rated Current (60Hz) at 100% rated current. Consult factory for other limits. PERCENTAGE OF RATED CURRENT VS TRIP TIME IN SECONDS AT +25°C (VERTICAL MOUNT) Delay 100% 125% (Note A) 200% 400% 800% 40* No Trip .035 Max .025 Max .015 Max .015 Max 41 No Trip .200 to 7 .055 to .950 .010 to .240 .005 to .080 42 No Trip 3 to 60 .500 to 9 .010 to 1.75 .005 to .100 49* No Trip .100 Max .050 Max .020 Max .015 Max 50* No Trip .035 Max .025 Max .015 Max .015 Max 51 No Trip .400 to 4 .060 to .600 .010 to .200 .005 to .035 52 No Trip 4 to 40 .600 to 6 .010 to 1.50 .005 to .050 59* No Trip .100 Max .050 Max .020 Max .015 Max 60* No Trip .035 Max .025 Max .015 Max .015 Max 61 No Trip .500 to 5 .070 to .700 .020 to .200 .008 to .080 62 No Trip 4 to 40 .800 to 8 .010 to .300 .005 to .080 64 No Trip .900 to 10 .200 to 1.70 .040 to .500 .012 to .100 65 No Trip 9 to 60 1.15 to 7 .110 to 1 .010 to .190 69* No Trip .100 Max .050 Max .020 Max .015 Max 71 (Note B) No Trip .200 to 7 .055 to .950 .010 to .240 .005 to .080 72 (Note B) No Trip 3 to 60 .500 to 9 .010 to 1.75 .005 to .100 79 (Note B) No Trip .100 Max .050 Max .020 Max .015 Max *Notes: Instantaneous delays (40, 49, 59, 60, 69, 79) are not compatible with inrush enhancement options and are not recommended for general use. A. 150% for delays 40, 50 & 60. 135% minimum trip for delays 41, 42, 49, 71, 72 & 79. B. Military time delays. 71=A, 72=B, 79=C AP Series - Operational Characteristics 76 AP Series (MIL-PRF-39019) 10000 TYPICAL DELAY CURVES 1000 LONG The delay curves below illustrate our standard instant, short and long delays. Please consult factory for specific delay 100 curves or refer to table on page 87. 10 Delay curves 64 and 65 illustrate the improved inrush 1 tolerance provided compared to standard delays. Not available in MIL configurations. .1 .01 All trip times and trip currents are specified with the breaker mounted in the normal vertical position at ambient .001 0 100 150 200 300 400 500 600 700 800 900 1000 temperature of 25°C. For time delay test and measurement 135 purposes, the breakers should not carry current prior to PERCENT OF RATED CURRENT application of overload. 10000 10000 1000 1000 INSTANT DELAY 64 100 100 10 10 1 1 .1 .1 .01 .01 .001 .001 0 100 150 200 300 400 500 600 700 800 900 1000 0 100 150 200 300 400 500 600 700 800 900 1000 125 125 PERCENT OF RATED CURRENT PERCENT OF RATED CURRENT 10000 10000 1000 1000 SHORT DELAY 65 100 100 10 10 1 1 .1 .1 .01 .01 .001 .001 0 100 150 200 300 400 500 600 700 800 900 1000 0 100 150 200 300 400 500 600 700 800 900 1000 125 135 PERCENT OF RATED CURRENT PERCENT OF RATED CURRENT AP Series - Delay Curves 77 http://airpax.sensata.com TIME IN SECONDS TIME IN SECONDS MA MA Y Y TRI TRIP P MA MAY Y TRI TRIP P TIME IN SECONDS TIME IN SECONDS TIME IN SECONDS MA MA Y Y TRI TRI P P MAY TRIP MA MA Y Y TRI TRI P P Trip Free Lever Strength AP circuit protectors will trip open on overload, even The operating lever or its seal will not be damaged by a 10 lb. when forcibly held ON. This prevents the operator from force applied in any direction. damaging the circuit by holding the handle in the ON Shock position. All protectors withstand 100G without tripping, even while Trip Indication carrying full rated current with shock applied in any plane The operating handle of the breaker moves forcibly and of 6 ms duration. Test is made according to Method 213, Test positively to the OFF position on overload. It is not Condition I or MIL-Std-202 as outlined in Paragraph 4.6.14 of necessary to manually “reset” to full “OFF” in order to turn MIL-PRF-39019. Delay 40, 50 and 60 breakers are tested at 80% it on again. of rated current. Ambient Operation Vibration The protector will operate at any ambient between –40° All protectors withstand vibration from 10 to 55 cycles at .06 C and +100° C, when tested in accordance with the double amplitude and 55 to 2000 cycles at 10G, applied in requirements any plane, without damage and without tripping even while of MIL-PRF-39019. operating at full rated current. Test is made in accordance with Method 204A, Test Condition C, of MIL-Std-202 as Insulation Resistance outlined in Paragraph 4.6.12 of MIL-PRF-39019. Delay 40, Exceeds 100 megohms at a potential of 100Vdc. 50 and 60 protectors are tested at 80% of rated current. Dielectric Strength Short Circuit Capacity The protector will withstand 1250 volts RMS, 60Hz from When tested in accordance with the procedures of UL1077, terminals to case and between the terminals when open. AP supplementary protectors have a short circuit capacity of 1000 amperes at 32Vdc, 120Vac, 240Vac, 60 or 400Hz. Parts Endurance are recognized to UL1077 for type UP1 only. The rated Rupture With the circuit protector operated as an ON-OFF switch, Capacity per MIL-PRF-39019 is 500 amperes, 50 volts DC, 500 operating life exceeds 10,000 operations at a rate of 6 per amperes, 120 volts AC and 300 amperes, 240 volts AC, 60 or minute when tested as follows: 6000 OPS @ rated current 400Hz. plus 4000 OPS @ no load. Case Seal Ratings The breaker is fully sealed and will not show evidence of AP protectors are available in current ratings from 50 leakage under total immersion. Meets requirements of MIL- milliamperes to 20 amperes, 50 volts DC or 240 volts AC, PRF-39019. maximum, 60 Hz or 400 Hz. UP protectors are UL 1077 Panel Seal and CSA approved as per the following table. Please consult factory for ratings other than those noted. The “O” ring provides, with the other illustrated hardware, a seal against a pressure differential of 15 psi applied for an hour. RATINGS Series Voltage Current TC OL Short Circuit Rating (SC, amps) CSA Phase UP 50 VDC 0.05 to 20 amps 1 1 U1, 1000 YES — UP 240 VAC 0.05 to 7.5 amps 1 0 C1, 1000 4X fuse max YES 1 UP 120 VAC 0.05 to 15 amps 1 1 C1, 1000 4X fuse max YES 1 UP 240 VAC (400) 0.05 to 7.5 amps 1 0 C1, 1000 4X fuse max YES 1 UP 120 VAC (400) 0.05 to 15 amps 1 0 C1, 1000 4X fuse max YES 1 RECOMMENDED TORQUE SPECIFICATIONS AUXILIARY SWITCH RATING Component Torque (in-lbs) 3.0 amps @ 120 VAC 50 VDC 6-32 Mounting Inserts 6 to 8 6-32 Screw Terminals 6 to 8 APPROXIMATE WEIGHT PER POLE 3/8-32 Mounting Bushing Nut 20 to 25 1.8 Ounces 49 Grams AP Series - Specifications 78 AP Series (MIL-PRF-39019) HOW TO ORDER The ordering code for AP magnetic circuit protectors may be Notes: determined by following the steps in the decision tables A The UP has a wide glass terminal to meet UL shown here. and CSA creepage specifications. Except as completely non-standard there is no space for For example, the following is the code for a two pole AP, more than two terminals and the UP is therefore hook terminal, series unit, designed for operation in a DC limited to only the single pole series circuit circuit. It has a short time delay and a rating of 20 amperes. configuration (Third Decision Table – 1). Delays The coding given permits a descriptive part number, with available in the UP are: 40, 50 and 60; 41, 51 and limitations. In the illustrated double pole example (AP12-1- 61; 42, 52 and 62; 64, 65, 69, 71, 72 and 79. 51-203), it is automatically assumed that both poles are identical. One great virtue of magnetic circuit protectors is their adaptability to complex circuits, thus variations from pole B Users should refer to the applicable drawings of to pole become the rule rather than the exception. Descriptive MIL-PRF-39019. Configurations vary dependent drawings are recommended. In this event, factory assigned upon the revision of MIL-PRF-39019. The 6-32 part numbers are utilized. threaded mounted bushings, useful for added strength, are approved under this specification. To determine the ordering number for your particular AP unit, simply follow the steps shown. You may use this To assure that proper parts are received, consult number to place a order or as a reference for further the factory for application assistance if there is questions you may have. any doubt about which version is correct for the application concerned. C Screw terminals are available and are equipped with standard terminal block. Space permits their use only in the series configuration (Third Decision Table ). Standard terminals are heavy copper hooks. D Screw terminals with SPDT auxiliary switch, available only with the series circuit, may have “R” soldering terminals, flattened and pierced, or “RC” soldering terminals which are cane hooks. Screw terminals (–7, –17, –117) are available with SPDT auxiliary switch “R” type only. E The nominal current values for 100% of rated current (see delay curves) are those listed. Other values can be readily supplied, in general, without delayed delivery. For values above or below the listed range, please consult an Airpax sales office or sales representative. F Consult factory for assigned part numbers. AP Series - Decision Tables 79 http://airpax.sensata.com Example: 6 Optional 1 First Decision Type FM Approved (Factory Mutual Research) AP12 -1 -51-203-FM Add –FM to part number to indicate FM AP Fully sealed magnetic approval. FM approval is available for circuit protector Single Pole, Series Trip, UP type units only. UP Underwriters' Laboratories TA = –40ºC to +65ºC (Note A) recognized circuit Units < 10A are rated CL 1, DIV 2, supplementary protector Group ABCD, T6 Units > 10A are rated CL 1, DIV 2, /1 through /6 QPL per AP - MIL Group ABCD, T4A (Note B) MIL-PRF-39019 ( ) 4 5 ( ) 2 Second Decision Note C Fourth Decision Fifth Decision Note E Hz and Delay Poles Nominal Amperage Rating -40 400Hz 150% instant trip* Hook Screw Code Amperes Terminals Terminals -051 .050 -41 400Hz short time delay 1 7 Single pole unit, -101 .100 -42 400Hz long time delay mounted with -201 .200 3/8 threaded bushing -49 400Hz 135% instant trip* -251 .250 12 17 Two pole unit, -50 DC 150% instant trip* -401 .400 bushing plus (2) 6-32 threaded inserts -501 .500 -51 DC short time delay 112 117 Three pole unit, -601 .600 -52 DC long time delay bushing plus (2) -751 .750 6-32 threaded units -59 DC 125% instant trip* -102 1.000 -60 50/60Hz 150% instant trip* -1251 1.250 -61 50/60Hz short time delay -1751 1.750 -202 2.000 -62 50/60Hz long time delay 3 Third Decision -252 2.500 -64 50/60Hz high pulse, Internal Conguration short time delay (50/60Hz only) -302 3.000 -502 5.000 -65 50/60Hz high pulse, -0 Switch Only long time delay (50/60Hz only) -702 7.000 (Omit 4th and 5th Decisions) -69 -752 7.500 50/60Hz 125% instant trip* -1 Series -802 8.000 DC, 50/60Hz, -71 400Hz short time delay 135% trip -1R Series with Auxiliary Switch -103 10.000 ( ) Note D with pierced pin terminals -123 12.000 -72 DC, 50/60Hz, 400Hz long time delay 135% trip -153 15.000 -1RC Series with Auxiliary Switch ( ) Note D with cane hook terminals -79 DC, 50/60Hz, -173 17.000 400Hz instant time delay 135% trip* -203 20.000 -3 Shunt For addition of inertial delay, add an “F” to any delay See page 61 for maximum voltage ratings. -4 Relay (5 amps max coil rating) number. Except 40, 50 & 60. Note: Standard current ratings listed. *Instantaneous delays are not compatible with For other ratings, please consult the factory. Multi-pole units with mixed construction, poles numbered inrush enhancement options and are not recommended ( ) left to right when viewed from terminal end Note F . for general use. AP Series - Decision Tables 80 AP Series (MIL-PRF-39019) ©2013 Sensata Technologies, Inc. All rights reserved worldwide. The following data sheet is an excerpt from our Airpax™ Power Protection Catalog, Literature # 2455005000, printed in the USA, May 9th, 2013. Important Notice: Sensata Technologies reserves the right to make changes to, or to discontinue, any product or service identified in this publication without notice. Before placing orders, users should obtain the latest version of the relevant information to verify that the information being relied upon is current. Sensata Technologies assumes no responsibility for customers’ product designs or applications. Users must determine the suitability of the Sensata device described in this publication for their application, including the level of reliability required. Many factors beyond Sensata’s control can affect the use and performance of a Sensata product in a particular application, including the conditions under which the product is used and the time and environmental conditions in which the product is expected to perform. As these factors are uniquely within the user’s knowledge and control, it is essential that the user evaluate the Sensata product to determine whether it is fit for a particular purpose and suitable for the user’s application. Sensata Technologies products are sold subject to Sensata’s Terms and Conditions of Sale which can be found at: www.sensata.com/terms.htm Sensata Technologies Inc. 529 Pleasant Street Attleboro, MA 02703, USA Phone: +1 508-236-3287 http://airpax.sensata.com/