新势力光电供应压力传感器及模块

新势力光电供应压力传感器和压力传感器模块，特点：能效高、稳定性好、准确度高、响应速度快、适合恶劣环境。该系列压力传感器应用：工业生产、环境保护、测量、医学领域、真空应用。

n-5@<y^ Model		8e:\T.)M HDU	2=[deQs HMU
.vm.g=-q Pressure ranges		KBO{g:" 100 mbar to 5 bar	Vo; B#lK 100 mbar to 10 bar
.vm.g=-q Pressure ranges		nbhzLUK 1 to 70 psi	:-.K.Ch\|: 1 to 70 psi
ZnVx'Y Pressure type		KVC$o+<'`% Absolute, Gage, Differential	DJu&l Absolute, Gage, Differential
qtQB}r8 Output signal		M.(shIu!+ 100mV (FSO)	F-g7* 100mV (FSO)
KkF3E*q\H Thermal effects	CQ( _$ Offset	v)VhR2d3 ±0.02 %FSS/°C	UojHlTg#bT ±0.02% FSS/°C
	=D"H0w <zw Span	@\|1/yQgi -0.2% FSS/°C	GY[+HgT -0.2% FSS/°C
	pEn3:.l< Bridge impedance	JBCJVWUt 0.26 %/°C	"\:ZH[j 0.26 %/°C
NETji:d Temp. range operating		ndY1j5 -40-85°C	w2mLL?P -40-85°C
bktw?{h Dimensions without connections		,M)NC%0X 12×15×7mm3	`Qc_]CWYH 10×13×6mm3
k\~A\UIYo Features		&M6cCT]&M Analogue sensor with :6 \?{xD nearly unlimited resolution	?Ww\D8yV& Analogue sensor with _1? PN8 nearly unlimited resolution
		x,3oa_'E Cost-effective basic pressure sensor	hny):59f Cost-effective basic pressure sensor
		x,3oa_'E Cost-effective basic pressure sensor	G3.MS7J Increased media compatibility

-A\J:2a\| Model	KioD/ HCL	unUCn5hJ= HDO	5nhc\|E)C HRO
N;.cZp2 Pressure ranges	g3i !> 5 to 75 mbar	ua'dm6",: 10 mbar to 5 bar	gkN\|3^ 10 mbar to 10 bar
N;.cZp2 Pressure ranges	x!<?/I)X 2 to 30 inH2	>;ucwLi 4 inH2O to 70 psi	j+p=ik 4 inH2O to 150 psi
XP$1CWI Pressure type	lk5}bnd5 Gage, Differential	&;)6G1X1 Absolute, Gage, Differential	u}[Z=V Gage, Differential
_DAAD,'<a Output signal	=}12S:Qhj 20mV (FSO)	6 s+ Z 90mV (FSO)	+QqEUf<U*, 90mV (FSO)
cX64 X Accuracy, non-linearity	54A ndyeA ±0.05 %FSO	8")1, ±0.1 %FSO (P-grade)	aXSTA,% ±0.25 %FSS
cX64 X Accuracy, non-linearity	54A ndyeA ±0.05 %FSO	kdWk{ZT^ ±0.2 %FSO (H-grade)	aXSTA,% ±0.25 %FSS
mST/u>' Temp. range compensated	O*<,lq 0K 0-70°C	D:uBr\|(' 0-50°C	$X%w9le 0-70°C
e:BKdZGW Temp. range operating	/}]Irj4m -25-85°C	LZ@4,Uj -40-85°C	@nJ#kd[ -25-85°C
4YVxRZ1[3 Dimensions without connections	(> v1)*r 13×16×7mm3	>D';i\2j& 12×15×7mm3	#eqy!QdePf 29×18×11mm3
@Y#{[@Hp% Features	vM}oxhQ$n Analogue sensor with nearly unlimitedresolution	Dl3Df u8 Analogue sensor with Hm?zMyO.k nearly unlimited resolution	t._W643~ Analogue sensor with mn=G6h T}W nearly unlimited resolution
	v:YW[THre For very low pressures	ACg5" Different accuracy classes available	/^E2BRI Different accuracy classes available
	cD6$C31Y] Excellent offset stability
	Ny;(1N\|&3 Virtually no position sensitivity

:VPZGzK4 Model	B6gSt3w. HCLA	A22h+8yG HCE	( _ZOUMe HDI
rZDmZm?= Pressure ranges	gE/O29Y 2.5 to 75 mbar	(R*K)(Nw[ 10 mbar to 5 bar	r@3VN~ 10 mbar to 5 bar
rZDmZm?= Pressure ranges	`N~;X~XFk 1 to 30 inH2O	Ojx1IL 4 inH2O to 70 psi	'm@0[i 4 inH2O to 70 psi
\|wKC9O@% Pressure type	,y[wS5li Gage, Differential	:[iWl8 Absolute, Gage, Differential	ta*B#2D> Absolute, Gage, Differential
,X&lVv# Output signal	/++CwRz@Gm 0.25-4.25 V, I2C bus	kzhncku 0.25-4.25 V, SPI bus	/q4<ZS# 0.5-4.5 V, I2C bus
v1yNVs\} Accuracy, non-linearity	C?e1 a9r ±0.05 %FSS	n"dC]&G' ±0.1 %FSS	-hf)%o$ ±0.1 %FSS
)5r*2I Accuracy, totalaccuracy	?\|8H\|LBIr N.A.	!3{> F" ±0.5 %FSS	QvK-3w;= ±0.5 %FSS (P-grade)
)5r*2I Accuracy, totalaccuracy	?\|8H\|LBIr N.A.	!3{> F" ±0.5 %FSS	%aU4d e^ ±1.5 %FSS (H-grade)
">}l8MA Temp. range operating	9-Bp=M -25-85°C	1!"0fZh9U -25-85°C	!5Ko^:+Y -20-85 °C
RLN>*X Dimensions without connections	)miY>7K 13×16×7mm3	GZ#6}/;b 13×16×7mm3	`<Xq@\H 12×15×7mm3
k=j--`$8k Features	~^QL"p:5\| Digital signal conditioning	>&mlwxqv Digital signal conditioning	Gn+D%5)$I Digital signal conditioning
	XSkN9LqZ For very low pressures	MP\$_;&xB Very high total accuracy	lBS!=/7 Very high total accuracy
	A.<HOx&# Excellent offset stability and virtuallyno position sensitivity	*ktM<N58 SPI bus interface and analogue output \atthe same time	u+eA>{ I2C bus interface and analogue output )A9K9pZj at the same time
	N\?%944R I2C bus interface and analogue output $d M: 5y at the same time		rxu 6 #v F Different accuracy classes available

.L[WvAo Model	Q}~of}h/ LBA	^GG6%=g' LDE
Yhl {' Pressure ranges	]w.:K*_= 25 to 500 Pa	76a+\|TzR 25 to 500 Pa
Yhl {' Pressure ranges	eOa:%{Kj 0.1 to 2 inH2O	zXQo pQ1 0.1 to 2 inH2O
/T`L;YE Pressure type	nj99!"_ Gage, Differential	pqO}=*v@ Gage, Differential
[H-,zY Output signal	h% BA,C 0.5-4.5 V	TSXa#SKp 0.5-4.5 V, SPI bus
>VnkgY Offset stability	euO!+9p 0.3 % p.a.	%pmowo~{ 0.1 % p.a.
<Y9vc:S Accuracy, total accuracy	)=TD}Xb ±1.5 %FSS	dg/OjiD[P ±1.5 %FSS
'NF_!D Dimensions without connections	{7&(2Z]z 13×18×8mm3	K*Y.mM) 13×18×8mm3
,@ A1eX} Features	`An`"$z Unmatched sensitivity and resolution	i,NU%be Unmatched offset stability, linearity,sensitivity and resolution
	1UX"iOx( Analogue signal conditioning	y6ntGrZ}$ Digital signal conditioning with SPI businterface and analogue output at the same time
	; mF-y,E Micro-flow channel integrated Mw2?U>h1 within sensor chip	+HNY!fv9 Micro-flow channel integrated 2%"2~d7 within sensor chip
	rmmN2+H High immunity to dust, humidity and longtubing	Y<M,/Y_ ! High immunity to dust, humidity and longtubing
	v# ab2 Miniature housing	=vLeOX Miniature housing

Reca5r1O Model	,<*n>W4\| HMA	preKg$U HMI	S(Md HME
Ub=g<MYHV Pressure ranges	b[,J-/;JNL 100 mbar to 10 bar	44 ,:@ 100 mbar to 10 bar	@.ebQR-:H 101 mbar to 10 bar
Ub=g<MYHV Pressure ranges	@'`!2[2'? 1 to 150 psi	v 0mc1g+9 1 to 150 psi	P.mz$M 1 to 150 psi
cmF&1o3_ Pressure type	$A\fm` Gage, Differential	]kA0C~4 Gage, Differential	^c3~CD5H 3 Gage, Differential
H%NIdgo} Output signal	FI++A` 0.5-4.5 V	3a #2 } I2C bus	FOiwB^$> SPI bus
p x1y#Q Accuracy,non-linearity	B9pro%R1Bo ±0.25 %FSS	{_QXx ±0.25 %FSS	R{GOlxKs C ±0.25 %FSS
($EA/\|z Accuracy, total accuracy	a5jc8S> ±1.5 %FSS	VqqI%[!Aw ±1.5 %FSS	i:W.,w%8 ±1.5 %FSS
$j*%}x~[ Temp. range compensated	yi*)g0M -20-85°C	)*@n G$i99 -20-85°C	]s-;*o\H -20-85°C
.g71?^?( Dimensions without connections	r'xZF~}k"~ 10×13×6mm3	8enlF\I8g 10×13×6mm3	?t++IEoP 10×13×6mm3
nN1\ Features	b,"gBg Increased media compatibility forgases and liquids	KM$Lu2 Increased media compatibility forgases and liquids	yq+'O&+ Increased media compatibility forgases and liquids
	`Yn:fL7S Digital signal conditioning	\|kJ'FZZd Digital signal conditioning	9r.Os Digital signal conditioning
	\|Qo`K%8 Analogue output signal	Ik2yIf5d I2C bus interface	Z18T<e SPI bus interface
	0nUcUdIf+ Very small housings	6L[Yn?; Very small housings	1y@d`k`t: Very small housings

/H.w0fu&.S Model	vAWJP_;J SSO	g bDre~\| SSI	]OIB;h;3 KMA
tKOTQ8i4 Pressure ranges	3)\jUVuj 200 mbar to 35 bar	G"P@AOw 200 mbar to 35 bar	_b8&$\> 500 mbar to 100 bar
tKOTQ8i4 Pressure ranges	QND{3Q 3 to 500 ps	5{nERKaPf 3 to 500 psi	~+w'b7T,= 7 to 1500 psi
-xs@rV` Pressure type	91%QO?hz Absolute, Gage	;NNYJqWd^] Absolute, Gage	-X+G_rY Gage
gDbj!(tm Output signal	lz2B,# 100mV (FSO)	o2M+=O@ 0.5-4.5V, I2C bus	u#(VR]u\7 0.5-4.5V
MLwh&I9) Accuracy,non-linearity	iUDNm\|e ±0.1 %FSS	_9yb5_ ±0.1 %FSS	t;005]'Mp ±0.4 %FSO
O[%"zO"S Accuracy, total accuracy	x(oL\I_Z ±1.5 %FSS	]}7FTMGbY ±1.5 %FSS	eC`} oEz ±1.5 %FSS
'}#=I 9=ss Temp. range compensated	J>_\|hg= 0-50°C	7<FI[ -20-85°C	sa8JN.B 0-85°C
[Q"*I2& Temp. range operating	7A:k -40-125°C	wEd+Ds]$ -40-120°C	%siBCjvo= -20-85°C
\|v,%!ps Dimensions without connections	A\|jmp~@K)+ Φ19mm	t&scvXh Φ19mm	9!'qLO Φ22×27mm
sBUK v(U) Features	xvo""R/g8 High media compatibility	{jz?LM High media compatibility	wf*G+&b d2 High media compatibility
	WcRTv"4& Fully welded stainless steel >]b>gc?3 construction	k;EG28 Fully welded stainless steel construction	2@7f^be Ceramic pressure sensor element instainless steel housing
		K]c\|v i_D Very high total accuracy
		Qm9r>m6p@N I2C bus interface and analogue
		$D;/b+a output at the same time	} @r\|o:I Digital signal conditioning

~\|y$^qy?U Type	_#f+@)vR Pressure	?a)X)#lQ Min	.T!R&#]n Typ	r.-U=ql Max	m.:2G Unit
S"-q*!AhK K-Serie STARe A/G, the pressure sensorsare based on the High Stability Line STARe
r0MUv}p#\|L K10-HS20V-06k0-A/GXX	a4a/]q4T 6 kPa	R0yPmh,{ 60	*\gS 2[S 100	?HD eiJkX 140	W^(:\IvV mV@5V
:eHD{= K10-HS20V-10k0-A/GXX	XSfl'Fll D 10 kPa	;i;2cq 60	[u?*' c{ 100	/-C`*P=:u 140
=`&7pYd, K10-HS20L-35k0-A/GXX	/R/\>'{E&c 35 kPa	;JpsRf! 60	p?@R0] 100	Ai*R%# 140
!UzMuGj K10-HS20L-100k-A/GXX	XIep3l* 100 kPa	6 b/UFO 60	j<* 100	*\|Bu7nwg 140
f0^;*Y K10-HS20M-250k-A/GXX	CIt%7 \c 250 kPa	b-/8R\|Mem 60	s%cfJe_k 100	K3Sa6"U 140
bU3P;a( K10-HS20M-500k-A/GXX	L- '{ 500 kPa	_VjfjA<c8 60	T"bH{\|:%*= 100	hRU5CH/! 140
r 9~Wh $ K10-HS20M-01M0-A/GXX	V/t/uNm 1.0 MPa	d*B^pDf 60	=/#+, 100	Wx8oTN 140
4uX\|2nJ2!; K10-HS20M-03M0-A/GXX	B2kKEMdGg 3.0 MPa	{0(:5% 60	NMy+=GZu^ 100	xj!G9x<! 140
ELvP<Ny} K10-HS20M-10M0-A/GXX	Z[Z3x6 6 10.0 MPa	HxAN&g*: 200	%"jp': 250	15l{gbCW 300
mVs<XnA47 K10-HS20M-20M0-A08	:>q*#vlb 20.0 MPa	i"_@iN0N 60	vyA `Z1 100	?cB:1?\j 140
`w(~[`F t K10-HS20M-40M0-A08	):L ; P) 40.0 MPa	c e\\|eN[ 60	f(*ygI 100	yQ03&{# 140
p"dK,A5#) K-Series STARe D, the pressure sensorsare based on the High Stability Line STARe
;1MRBk, K10-HS20V-06k0-DXX	uE=pq< 6 kPa	i]{-KZC 60	9j8<Fs0M 100	HZl//Uq 140	#,5v#\|u\|7 mV@5V
}od5kK; K10-HS20L-10k0-DXX	sy(8-zbI 10 kPa	JFOXrRR=d 60	n# 4e1n+I 100	]n 'FD\| 140
+FBUB K10-HS20L-35k0-DXX	\:5M0 35 kPa	~gi,ky^! 60	4Q?3gA1 100	Pw\|J([ 140
Q1 5h \!u K10-HS20L-100k-DXX	LcW:vV\|'K 100 kPa	-L6V)aK& 60	aWk1D. 100	O?OG`{k 140
JU`5K}H< K10-HS20M-250k-DXX	K)&oDwk 250 kPa	K?]c 60	,&ld:v?~ 100	]m=2 $mK 140
2_C&p6VGj K10-HS20M-500k-DXX	"~,3gNTzV 500 kPa	x&d:V 60	E5.@=U,c 100	gCP f1z 140
LQ{z}Ay K10-HS20M-01M0-DXX	=%ry-n G 1.0 MPa	\2OjIEQQ 60	,xOOR 100	,@Aeo9} 140

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