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。

o\)F}j&b#= Model		O s.4) HDU	FjI`uP HMU
l?^4!&Nm Pressure ranges		8Dm%@*B^b 100 mbar to 5 bar	;{o\|9x\| 100 mbar to 10 bar
l?^4!&Nm Pressure ranges		'!a'ZjYyi 1 to 70 psi	s&!a 1 to 70 psi
9pxc~= Pressure type		Ezv Y"T@ Absolute, Gage, Differential	6qd\)q6T&x Absolute, Gage, Differential
:TC@tM~Oy Output signal		V}NbuvDB@ 100mV (FSO)	LAe6`foW/ 100mV (FSO)
@[i4^ Thermal effects	r_;Nt Offset	{Fe[:\ ±0.02 %FSS/°C	^Zy%fv, ±0.02% FSS/°C
	xLZG:^(I Span	[bNx^VP* -0.2% FSS/°C	7;(UF=4 -0.2% FSS/°C
	%\Mo-Ow!\ Bridge impedance	f &wb 0.26 %/°C	_1L![-ac 0.26 %/°C
c#tjp(- Temp. range operating		f[^Aw(o -40-85°C	nSAdCJ;4 -40-85°C
Y<ql49-X Dimensions without connections		eSmLf*\G 12×15×7mm3	m&?r%x 10×13×6mm3
qXtC^n@x Features		:e%Pvk Analogue sensor with GU8sO@S5# nearly unlimited resolution	B=A [ymm Analogue sensor with P0PWJ^+,+ nearly unlimited resolution
		KX7>^Bt&k Cost-effective basic pressure sensor	(%W&4a1di Cost-effective basic pressure sensor
		KX7>^Bt&k Cost-effective basic pressure sensor	8rS:5:Hi Increased media compatibility

WoRZW% Model	z4]api(xZ HCL	Gvqxi\| HDO	`&sH-d4v HRO
V0XvJ Pressure ranges	6Yxh9*N~] 5 to 75 mbar	-rli(RR)\| 10 mbar to 5 bar	zY!j:FT1HY 10 mbar to 10 bar
V0XvJ Pressure ranges	Gc;{\VU 2 to 30 inH2	$.rhRKs 4 inH2O to 70 psi	oVfLnI; 4 inH2O to 150 psi
Q &K Pressure type	)i^<r;_z Gage, Differential	}\:NuTf Absolute, Gage, Differential	6@0OQb Gage, Differential
Hi1JLW, Output signal	[>%xd)8.c 20mV (FSO)	:'l^kSP_*C 90mV (FSO)	7.#F,Ue_0T 90mV (FSO)
Uu(SR/R} Accuracy, non-linearity	$LFYoovX ±0.05 %FSO	DOJN2{IP ±0.1 %FSO (P-grade)	\(Y\\|zC'0$ ±0.25 %FSS
Uu(SR/R} Accuracy, non-linearity	$LFYoovX ±0.05 %FSO	$!yW_HTx ±0.2 %FSO (H-grade)	\(Y\\|zC'0$ ±0.25 %FSS
EbE-}>7OO Temp. range compensated	&3Szje 0-70°C	%)I{%~u0 0-50°C	QY?~ZwYB 0-70°C
c~uKsU Temp. range operating	tL)t" i -25-85°C	5Qn ' -40-85°C	f;gw"onx8F -25-85°C
?Yk.$90 Dimensions without connections	[knN:{ l 13×16×7mm3	`FTy+8mw 12×15×7mm3	DLMM/WJg@ 29×18×11mm3
q~ZNd3O Features	9:1Q1,-i!- Analogue sensor with nearly unlimitedresolution	[8,yF D_U Analogue sensor with ( _)jkI \ nearly unlimited resolution	$5<#n@ Analogue sensor with @jSYB+D nearly unlimited resolution
	P} SCF For very low pressures	_p&]\|~a Different accuracy classes available	2Yn <2U/^R Different accuracy classes available
	p@5`&Em, Excellent offset stability
	SB\|Qa}62 Virtually no position sensitivity

2Mmz%S'd Model	V7P&%oz{C HCLA	s<_)$} HCE	tEKmy7'# HDI
D.Q=]jOs Pressure ranges	RBm ;e0 2.5 to 75 mbar	JB`\G=PiL 10 mbar to 5 bar	QQ~- 10 mbar to 5 bar
D.Q=]jOs Pressure ranges	6%Pdy$ P 1 to 30 inH2O	n3Z5t 4 inH2O to 70 psi	- 'W++tH= 4 inH2O to 70 psi
$[&*Bj11Yg Pressure type	-}=%/\|\FG Gage, Differential	lq&wXi Absolute, Gage, Differential	.#Z%1U%P. Absolute, Gage, Differential
^1aAjYFn Output signal	%_L\z*+ 0.25-4.25 V, I2C bus	% !>I*H 0.25-4.25 V, SPI bus	"a"]o 0.5-4.5 V, I2C bus
WKIoS"?-F Accuracy, non-linearity	T}P".kpbS ±0.05 %FSS	&LVn6zAba ±0.1 %FSS	ayD}r#7 ±0.1 %FSS
V<@ o<R Accuracy, totalaccuracy	%S nd\ N.A.	c0PdV ±0.5 %FSS	}36QsH8 ±0.5 %FSS (P-grade)
V<@ o<R Accuracy, totalaccuracy	%S nd\ N.A.	c0PdV ±0.5 %FSS	mvZw ±1.5 %FSS (H-grade)
SNE#0L'} Temp. range operating	o=?C&f{ -25-85°C	ur@Z\|5 -25-85°C	w1"nffhO -20-85 °C
oifv+oY Dimensions without connections	okv1K 13×16×7mm3	:8+Nid) 13×16×7mm3	aKuSd3E@# 12×15×7mm3
\y) Features	tAte)/0C Digital signal conditioning	p2udm!)J Digital signal conditioning	!PJ6%" Digital signal conditioning
	D]~MC For very low pressures	r_ZJh[ Very high total accuracy	Z%Zd2 v Very high total accuracy
	fasgmi} Excellent offset stability and virtuallyno position sensitivity	5<j%EQN\|D SPI bus interface and analogue output \atthe same time	5~WGZc I2C bus interface and analogue output EEZw_ 1 at the same time
	,\|plWIl~ I2C bus interface and analogue output [$"n^5_~ at the same time		J6G(_(d Different accuracy classes available

?0oUS+lU Model	Bw64 LBA	z0*_^MH LDE
hk;7:G Pressure ranges	Zg`Mz _? 25 to 500 Pa	u(t#Ze~Y1 25 to 500 Pa
hk;7:G Pressure ranges	CL}{mEr} 0.1 to 2 inH2O	X>. NFB 0.1 to 2 inH2O
JEgx@};O Pressure type	e\|D;OM Gage, Differential	w MP Gage, Differential
Bk\Gj`"7 Output signal	mzc 4/<th 0.5-4.5 V	k{$ ao 0.5-4.5 V, SPI bus
D<X.\})Md Offset stability	A7`1-# 0.3 % p.a.	${nX:!) 0.1 % p.a.
<u:WlaS Accuracy, total accuracy	*"r~-&IL ±1.5 %FSS	tP%{P"g3^ ±1.5 %FSS
GSQ/NYK Dimensions without connections	zC:wNz@zK 13×18×8mm3	]B]*/ 13×18×8mm3
lmSo8/%T Features	ld7v3:M Unmatched sensitivity and resolution	U*P. :BvG Unmatched offset stability, linearity,sensitivity and resolution
	R$Tp8G>j Analogue signal conditioning	3y~r72J Digital signal conditioning with SPI businterface and analogue output at the same time
	Iu*^xn Micro-flow channel integrated {; >Q.OX@ within sensor chip	13&0rLS Micro-flow channel integrated D.6,VY H within sensor chip
	=.`qixN High immunity to dust, humidity and longtubing	Uyr3dN%*r High immunity to dust, humidity and longtubing
	Yl$SW;@ Miniature housing	5`RiS]IO] Miniature housing

6q6FB Model	3 Lsj}p HMA	N#_GJSG_\| HMI	T'aec]u HME
Z0>DNmH* Pressure ranges	4~OQhiJ 100 mbar to 10 bar	hw~a:kD 100 mbar to 10 bar	ii0Ce}8d~ 101 mbar to 10 bar
Z0>DNmH* Pressure ranges	h}Wdh1.M3 1 to 150 psi	zn@N'R/ 1 to 150 psi	3u\;j; Td! 1 to 150 psi
k%op> & Pressure type	;eZ#bjw-d Gage, Differential	08m;{+\|vY Gage, Differential	K!mOr Gage, Differential
AisN@ Output signal	*VkgQ`c 0.5-4.5 V	7RvUH-S[ I2C bus	6Ik,zQL SPI bus
#s%-INcR Accuracy,non-linearity	ow'lRHZ ±0.25 %FSS	56Z\-=KAU ±0.25 %FSS	ec\|/ / ±0.25 %FSS
^:jN3@Q% Accuracy, total accuracy	io3yLIy, ±1.5 %FSS	j9/-"dTL ±1.5 %FSS	/)rkiwp ±1.5 %FSS
*$M'`vj: Temp. range compensated	U`x bPQ -20-85°C	{3Vk p5%l -20-85°C	='E$-_ -20-85°C
Sm2>'C Dimensions without connections	Fequm+ 10×13×6mm3	^-M^gYBR 10×13×6mm3	m2Uc>S 10×13×6mm3
%AnW~v Features	PZD>U)M Increased media compatibility forgases and liquids	Pu>N_^ C Increased media compatibility forgases and liquids	b( ^^m:(w Increased media compatibility forgases and liquids
	+tN&a Digital signal conditioning	e\|r0zw S Digital signal conditioning	(,xZGa Digital signal conditioning
	9%iFV N' Analogue output signal	I6LD)? I2C bus interface	J:F^ #gW SPI bus interface
	U~2`P Very small housings	k,Zm GllQ] Very small housings	yO>V/5` Very small housings

r++i=SQax Model	/LQ:Sv7 SSO	R& =f:sEi SSI	]PNowS\ KMA
7nHTlI1b Pressure ranges	e^$j5jV 200 mbar to 35 bar	IGAzE( 200 mbar to 35 bar	cUDgM 500 mbar to 100 bar
7nHTlI1b Pressure ranges	aP>37s 3 to 500 ps	rFL$QC2 3 to 500 psi	(w2= 2$ 7 to 1500 psi
9''p[V.3 Pressure type	(5uJZ!m Absolute, Gage	*N/hc Absolute, Gage	qA/bg Gage
#cwCocw Output signal	s([Wn)I 100mV (FSO)	twk&-:' 0.5-4.5V, I2C bus	[B?z1z8l 0.5-4.5V
=`I?mn& Accuracy,non-linearity	I/UQ'xx ±0.1 %FSS	/b.oEGqZX ±0.1 %FSS	nb@"?<L! ±0.4 %FSO
LI:Tc7t Accuracy, total accuracy	zb2K;%Qs+f ±1.5 %FSS	f(u&XuZ ±1.5 %FSS	S@:B6](D$ ±1.5 %FSS
iG[? ]] Temp. range compensated	<uF [, 0-50°C	:J(sXKr[C -20-85°C	GH3#E*t+[ 0-85°C
Vf{2dZZ{1 Temp. range operating	,{j4 -40-125°C	-WT3)On -40-120°C	u+% tPe -20-85°C
c#q"\" Dimensions without connections	<FmBa4ONU Φ19mm	DA LQ<iF Φ19mm	d]M[C[TOX Φ22×27mm
c)1=U_61 Features	H,>#\|F High media compatibility	}h~'AM High media compatibility	AQci,j" High media compatibility
	gGKKs&n7 Fully welded stainless steel $au2%NL construction	)DZTB Fully welded stainless steel construction	56sAz$ ; Ceramic pressure sensor element instainless steel housing
		vbn>mg5 Very high total accuracy
		if@W ]% I2C bus interface and analogue
		H%Y%fQ~^ output at the same time	OKQLv+q5K) Digital signal conditioning

YZ[%uArm Type	0QR. Pressure	>i8~dEbB Min	fSV5 Typ	6`"ZsO Max	#'NY}6cb$ Unit
.S\|-4}G(6 K-Serie STARe A/G, the pressure sensorsare based on the High Stability Line STARe
lCE2SKj K10-HS20V-06k0-A/GXX	ZW* fOaj 6 kPa	WLy7'3@ 60	6{^*JC5nj 100	H^v{Vo 140	/.-m}0h\|W- mV@5V
' PL_~ K10-HS20V-10k0-A/GXX	GI4oQcJ 10 kPa	U$$3'n 60	t~~r-V": 100	7z>+w 140
jf7pl8gv K10-HS20L-35k0-A/GXX	&z0iLa4q) 35 kPa	KW:r;BFx 60	X)NWX9^;' 100	/'NUZ9 140
GG>Y/;^ K10-HS20L-100k-A/GXX	Wy,"cT 100 kPa	a^*B5G1(& 60	T`mEO\f 100	Dtt\~m;AR 140
dAwS<5! K10-HS20M-250k-A/GXX	9!S^^;PN& 250 kPa	;.r2$/E 60	j%GbgJ 100	"DzGBu\ 140
DoTs9w\|5 K10-HS20M-500k-A/GXX	PoY>5 500 kPa	\|N6mTB2 60	zCM^r <Kr 100	g` kZT} h 140
ec`>KuY K10-HS20M-01M0-A/GXX	5#BF,-Jv 1.0 MPa	.^GFy 60	C*]AL/ 100	%y3:SUOdx 140
=G[H,;W K10-HS20M-03M0-A/GXX	YN`UTi\s 3.0 MPa	6e&g$R v 60	C,R,:zR 100	dgm+U%E 140
uq]iMz> K10-HS20M-10M0-A/GXX	3lyQn" 10.0 MPa	w4`!Te 200	Fv;u1Atiw 250	wbl${@4 300
h FDze K10-HS20M-20M0-A08	6O%=G3I 20.0 MPa	)ZviS. 60	DwTi_8m; 100	-aA<.+ 140
'>"`)- K10-HS20M-40M0-A08	^CO#QnB @ 40.0 MPa	E#8J+7 60	AK%=DVkM 100	dzpj9[ 140
?V.ig K-Series STARe D, the pressure sensorsare based on the High Stability Line STARe
R<_mK33hd K10-HS20V-06k0-DXX	uFMs^^# 6 kPa	Q1K"% 60	Mi_[9ku>% 100	J,MT^B 140	}#YIl@E mV@5V
aYqqq\| K10-HS20L-10k0-DXX	x0y%\ 10 kPa	5 1v r^ 60	d5N)^\z 100	7^`RP e^a+ 140
;CLR{t(N#V K10-HS20L-35k0-DXX	>9<_s ^_ 35 kPa	axHxqhO7zp 60	R>^5$[ 100	U$MWsDn 140
C+}CU} K10-HS20L-100k-DXX	Vj#%B.#Zbf 100 kPa	~:R4))qpg 60	:Fw *r\| 100	e-&L\M 140
39'X$! K10-HS20M-250k-DXX	fp`U?S6 250 kPa	Vj?*=UL 60	-Pv P 100	rGQ86L< 140
4Sd+"3M K10-HS20M-500k-DXX	ke{DFqh 500 kPa	)G}sb*+v? 60	l6r%nHP@ 100	pT\|./ Fe 140
ju @%A@s K10-HS20M-01M0-DXX	37.)@ 1.0 MPa	WBIQ%XB' 60	V3aY]#Su 100	7Y\|Wy Oq 140

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