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HMA – Verstärkte Drucksensoren

First Sensor

First Sensor HMA

Produktmerkmale

Pressure Sensor Type: Analog Pressure Sensor Modules
Druckart: Differenzial, Lehre
Output Signal Type: .5 – 4.5 V
Druckgenauigkeit: ±0.75% FSS (Total accuracy)
Betriebstemperaturbereich(°C): -20 – 85

Produkt	TE Teilenr.:	Dokumente	Druck	Druck	Prüfdruckbereich	Druck	Supply Voltage Range
HMAP001UX5H3; PRES; +-1psi; 2V; 3V	2003605-F	3D PDF	-	-	51.7 mmHG	30 psi	.068 bar	2.7 – 4.2 V
HMAP100UU1H5; PRES; 0...100psi; 5V; SIL	2003669-F	3D PDF	-	-	5171.49 mmHG	200 psi	6.89 bar	4.2 – 5.5 V
HMAB001UW1H3;PRES;0...1bar;3V;2V	2003882-F	3D PDF	-	-	750.06 mmHG	5 bar	1 bar	2.7 – 4.2 V
HMAB001BU7H5; PRES;+-1bar; 4V; 5V;Rev.N	2003840-F	3D PDF	-	-	750.06 mmHG	5 bar	1 bar	4.2 – 5.5 V
HMAP001BZ7H5; PRES; +-1psi;4V;5V	2003962-F	3D PDF	-	-	51.7 mmHG	30 psi	.068 bar	4.2 – 5.5 V
HMAB2X5UU7H5; PRES; 0..2,5bar; 4V; 5V	2003915-F	3D PDF	-	-	1875.15 mmHG	10 bar	2.5 bar	4.2 – 5.5 V
HMAP100UU7H5; PRES; 0...100psi; 4V; 5V	2004087-F	3D PDF	-	-	5171.49 mmHG	200 psi	6.89 bar	4.2 – 5.5 V
HMAM250UU7H5;PRES;0-250mbar;4V;5V	2003564-F	3D PDF	-	-	187.51 mmHG	2 bar	.25 bar	4.2 – 5.5 V
HMAM100BU7H5; PRES; +-100mbar; 4V; 5V	2003562-F	3D PDF	-	-	75 mmHG	300 mbar	.1 bar	4.2 – 5.5 V
HMAB001UU7H3; PRES; 0...1bar; 2V; 3V	2003733-F	3D PDF	-	-	750.06 mmHG	5 bar	1 bar	2.7 – 4.2 V
HMAM250UX7H5; PRES; 0...250mbar; 4V; 5V	2003541-F	3D PDF	-	-	187.51 mmHG	2 bar	.25 bar	4.2 – 5.5 V
HMAB010UU1H5; PRES; 0...10bar; 4V; 5V	2003571-F	3D PDF	-	-	7500.62 mmHG	14 bar	10 bar	4.2 – 5.5 V
HMAB2X5UZ5H5; PRES; 0...2,5bar; 4V; 5V	2003753-F	3D PDF	-	-	1875.15 mmHG	10 bar	2.5 bar	4.2 – 5.5 V
HMAB001BZ5H5; PRES; +-1bar; 4V; 5V	2004048-F	3D PDF	-	-	750.06 mmHG	5 bar	1 bar	4.2 – 5.5 V
HMAM100UU7H5; PRES; 0...100mbar; 4V; 5V	2003646-F	3D PDF	-	-	75 mmHG	300 mbar	.1 bar	4.2 – 5.5 V
HMAM100UU6H5; PRES; 0...100mbar; 4V; 5V	2003782-F	3D PDF	-	-	75 mmHG	300 mbar	.1 bar	4.2 – 5.5 V
HMAB010UZ7H3; PRES;0...10bar;2V;3V;Rev.N	2003732-F	3D PDF	-	-	7500.62 mmHG	14 bar	10 bar	2.7 – 4.2 V
HMAB001UZ5H5; PRES; 0...1bar; 4V; 5V	2003918-F	3D PDF	-	-	750.06 mmHG	5 bar	1 bar	4.2 – 5.5 V
HMAB010UZ5H5; PRES 0...10bar; 4V, 5V	2003912-F	3D PDF	-	-	7500.62 mmHG	14 bar	10 bar	4.2 – 5.5 V
HMAB010UU1H3; PRES 0...10bar; 2V; 3V	2003960-F	3D PDF	-	-	7500.62 mmHG	14 bar	10 bar	2.7 – 4.2 V
HMAB2X5UZ7H5;PRES;0...2,5bar;4V;5V	2003568-F	3D PDF	-	-	1875.15 mmHG	10 bar	2.5 bar	4.2 – 5.5 V
HMAB010UU7H5; PRES; 0...10bar; 4V; 5V	2003572-F	3D PDF	-	-	7500.62 mmHG	14 bar	10 bar	4.2 – 5.5 V
HMAM100BZ7H3; PRES; 100mbar; 3V	2010704-F	3D PDF	-	-	75 mmHG	300 mbar	.1 bar	2.7 – 4.2 V
HMAP001BU7H5; PRES; +-1psi; 4V; 5V	2003559-F	3D PDF	-	-	51.7 mmHG	30 psi	.068 bar	4.2 – 5.5 V
HMAM250UZ7H5; PRES; 0...250mbar; 4V; 5V	2003563-F	3D PDF	-	-	187.51 mmHG	2 bar	.25 bar	4.2 – 5.5 V
HMAB001BZ5H3; PRES; +-1bar; 2V; 3V	2003773-F	3D PDF	-	-	750.06 mmHG	5 bar	1 bar	2.7 – 4.2 V
HMAM100UU1H5; PRES; 0...100mbar; 4V; 5V	2003560-F	3D PDF	-	-	75 mmHG	300 mbar	.1 bar	4.2 – 5.5 V
HMAM100UX7H5; PRES; 0...100mbar; 4V; 5V	2003561-F	3D PDF	-	-	75 mmHG	300 mbar	.1 bar	4.2 – 5.5 V
HMAP100UZ7H5; PRES; 0...100psi; 4V; 5V	2003569-F	3D PDF	-	-	5171.49 mmHG	200 psi	6.89 bar	4.2 – 5.5 V
HMAB2X5UX7H3; PRES; 0...2,5bar; 3V; SIL	2003682-F	3D PDF	-	-	1875.15 mmHG	10 bar	2.5 bar	2.7 – 4.2 V
HMAM100BU1H5; PRES; 0...100mbar; 5V; SIL	2003668-F	3D PDF	-	-	75 mmHG	300 mbar	.1 bar	4.2 – 5.5 V
HMAB005UX7H5;PRES;0...5bar; 4V; 5V	2003544-F	3D PDF	-	-	3750.3 mmHG	14 bar	5 bar	4.2 – 5.5 V
HMAM250BU7H5; PRES; +-250mbar; 4V; 5V	2003540-F	3D PDF	-	-	187.51 mmHG	2 bar	.25 bar	4.2 – 5.5 V
HMAB001UU7H5; PRES; 0...1bar; 4V; 5V	2003567-F	3D PDF	-	-	750.06 mmHG	5 bar	1 bar	4.2 – 5.5 V
HMAM250BZ5H5; PRES -250...250mbar 5V 4V	2003913-F	3D PDF	-	-	187.51 mmHG	2 bar	.25 bar	4.2 – 5.5 V
HMAM100UX7H3;PRES;0-100mbar;2V;3V;	2003897-F	3D PDF	-	-	75 mmHG	300 mbar	.1 bar	2.7 – 4.2 V
HMAM250BZ7H5; PRES; +-250mbar;4V;5V	2003961-F	3D PDF	-	-	187.51 mmHG	2 bar	.25 bar	4.2 – 5.5 V
HMAP001UU7H5; PRES; 0...1psi; 4V; 5V	2003738-F	3D PDF	-	-	51.7 mmHG	30 psi	.068 bar	4.2 – 5.5 V
HMAB001BZ7H5; PRES; +-1bar; 4V; 5V	2003649-F	3D PDF	-	-	750.06 mmHG	5 bar	1 bar	4.2 – 5.5 V
HMAM100BZ7H5; PRES; +-100mbar; 4V; 5V	2003714-F	3D PDF	-	-	75 mmHG	300 mbar	.1 bar	4.2 – 5.5 V
HMAM100UZ7H5; PRES; 0...100mbar; 4V; 5V	2003539-F	3D PDF	-	-	75 mmHG	300 mbar	.1 bar	4.2 – 5.5 V
HMAB005UZ5H5;PRES:0...5bar;4V;5V	2010643-F	3D PDF	-	-	3750.3 mmHG	14 bar	5 bar	4.2 – 5.5 V
HMAB001BX7H3; PRES -1...1bar 3V;Rev.A	2009890-F	3D PDF	-	-	750.06 mmHG	5 bar	1 bar	2.7 – 4.2 V
HMAB005UZ7H3; PRES; 0...5bar; 4V; 5V	2003603-F	3D PDF	-	-	3750.3 mmHG	14 bar	5 bar	2.7 – 4.2 V
HMAB010UX7H5;PRES;0...10bar;4V;5V	2003573-F	3D PDF	-	-	7500.62 mmHG	14 bar	10 bar	4.2 – 5.5 V
HMAB2X5UX6H5; PRES; 0...2,5bar; 5V; SIL	2003667-F	3D PDF	-	-	1875.15 mmHG	10 bar	2.5 bar	4.2 – 5.5 V
HMAB001BX5H5; PRES; +-1bar; I C	2003781-F	3D PDF	-	-	750.06 mmHG	5 bar	1 bar	4.2 – 5.5 V
HMAM250BZ5H3; PRES +-250mbar; 2V; 3V	2003743-F	3D PDF	-	-	187.51 mmHG	2 bar	.25 bar	2.7 – 4.2 V
HMAB2X5UU1H5; PRES; 0..2,5bar; 4V; 5V	2003779-F	3D PDF	-	-	1875.15 mmHG	10 bar	2.5 bar	4.2 – 5.5 V
HMAB001UZ7H5; PRES; 0...1bar; 4V; 5V	2003566-F	3D PDF	-	-	750.06 mmHG	5 bar	1 bar	4.2 – 5.5 V
HMAB005UZ7H5; PRES; 0...5bar; 4V; 5V	2003543-F	3D PDF	-	-	3750.3 mmHG	14 bar	5 bar	4.2 – 5.5 V
HMAB001BX7H5; PRES -1...1bar 5V 4V;	2003979-F	3D PDF	-	-	750.06 mmHG	5 bar	1 bar	4.2 – 5.5 V
HMAB2X5UX7H5;PRES;0...2,5bar;4V;5V	2003542-F	3D PDF	-	-	1875.15 mmHG	10 bar	2.5 bar	4.2 – 5.5 V
HMAB010UU6H5; PRES; 0..10bar; 4V; 5V	2004084-F	3D PDF	-	-	7500.62 mmHG	14 bar	10 bar	4.2 – 5.5 V
HMAB001BW1H5; PRES -1...1bar 5V 4V	2004082-F	3D PDF	-	-	750.06 mmHG	5 bar	1 bar	4.2 – 5.5 V
HMAM010UZ7H5; PRES; 0...10mbar; 4V; 5V	20020927-00	3D PDF	-	-	7.5 mmHG	100 mbar	.01 bar	4.2 – 5.5 V
HMAM100UU7H3;PRES;0...100mbar;2,4V;3V	2003693-F	3D PDF	-	-	75 mmHG	300 mbar	.1 bar	2.7 – 4.2 V
HMAB001UZ7H3; PRES; 0..1bar; 2V, 3V	2004083-F	3D PDF	-	-	750.06 mmHG	5 bar	1 bar	2.7 – 4.2 V
HMAM100UZ7H3; PRES; 0...100mbar;4V;5V	2004086-F	3D PDF	-	-	75 mmHG	300 mbar	.1 bar	2.7 – 4.2 V
HMAP100UX7H5; PRES; 0...100psi; 4V; 5V	2003570-F	3D PDF	-	-	5171.49 mmHG	200 psi	6.89 bar	4.2 – 5.5 V
HMAP001UZ7H5; PRES; 0...1psi; 4V; 5V	2003558-F	3D PDF	-	-	51.7 mmHG	30 psi	.068 bar	4.2 – 5.5 V
HMAB010UZ7H5; PRES; 0...10bar; 4V; 5V	2003574-F	3D PDF	-	-	7500.62 mmHG	14 bar	10 bar	4.2 – 5.5 V
HMAM250UZ7H3; PRES 0...250mbar 3V 2,4V	2003982-F	3D PDF	-	-	187.51 mmHG	2 bar	.25 bar	2.7 – 4.2 V
HMAB001UU1H5; PRES; 0...1bar; 4V; 5V	2003565-F	3D PDF	-	-	750.06 mmHG	5 bar	1 bar	4.2 – 5.5 V
HMAB001UU1H3; PRES; 0-1bar; 3V; 2V	2003655-F	3D PDF	-	-	750.06 mmHG	5 bar	1 bar	2.7 – 4.2 V
HMAB010UZ6H5; PRES, 0...10bar; 4V; 5V	2004085-F	3D PDF	-	-	7500.62 mmHG	14 bar	10 bar	4.2 – 5.5 V
HMAP001UX7H5; PRES; 0...1psi; 4V; 5V	2003557-F	3D PDF	-	-	51.7 mmHG	30 psi	.068 bar	4.2 – 5.5 V

Eigenschaften

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Produktmerkmale

Sensorgehäuse 4 pin SIL, 8 pin DIL
Pressure Sensor Type Analog Pressure Sensor Modules
Druckart Differenzial, Lehre

Elektrische Kennwerte

Supply Voltage Range (V) 2.7 – 4.2, 4.2 – 5.5

Abmessungen

Höhe des Produkts (mm) 6.4, 12.75, 15.89, 16.6, 19.1, 22.25, 22.95, 25.4, 31.8
Höhe des Produkts (in) .251, .501, .625, .653, .75, .875, .903, 1, 1.25
Länge des Produkts (mm) 10.5, 13.4
Länge des Produkts (in) .413, .527
Breite des Produkts 9.9 mm [ .389 in ]

Verwendungsbedingungen

Druck (bar) .01, .068, .1, .25, 1, 2.5, 5, 6.89, 10
Druck (psi) .145, 1, 1.45, 3.62, 14.5, 36.25, 72.51, 100, 145.03
Betriebstemperaturbereich -20 – 85 °C [ -4 – 185 °F ]

Betrieb/Anwendung

Ausgangsschnittstelle Analog
Druck (inH2O) 4.01, 27.7, 40.18, 100.46, 401.86, 1004.66, 2009.3, 2770.76, 4018.65
Druck (mmHG) 7.5, 51.7, 75, 187.51, 750.06, 1875.15, 3750.3, 5171.49, 7500.62
Prüfdruckbereich 10 bar, 100 mbar, 14 bar, 2 bar, 200 psi, 30 psi, 300 mbar, 5 bar
Output Signal Type .5 – 4.5 V
Druckgenauigkeit ±0.75% FSS (Total accuracy)
Auflösung 11

Verpackungsmerkmale

Paketausführung Doppelter gegenüberliegender seitlicher Anschluss, Doppelwiderhaken, Einzelwiderhaken, Keine Anschlüsse, Seitlicher Einzelanschluss

Weitere

Sensor-Optionen Kundenspezifische Bereiche

Referenznummer

TE-interne Teilenummer CAT-BLPS0088

Literatur

Datenblätter/Katalogseiten

HMA Series - Amplified Pressure Sensors pdf Englisch

HMA – Verstärkte Drucksensoren

Produktmerkmale

Pressure Sensor Type: Analog Pressure Sensor Modules

Druckart: Differenzial, Lehre

Output Signal Type: .5 – 4.5 V

Druckgenauigkeit: ±0.75% FSS (Total accuracy)

Betriebstemperaturbereich(°C): -20 – 85

Eigenschaften

Produktmerkmale

Sensorgehäuse 4 pin SIL, 8 pin DIL

Pressure Sensor Type Analog Pressure Sensor Modules

Druckart Differenzial, Lehre

Elektrische Kennwerte

Supply Voltage Range (V) 2.7 – 4.2, 4.2 – 5.5

Abmessungen

Höhe des Produkts (mm) 6.4, 12.75, 15.89, 16.6, 19.1, 22.25, 22.95, 25.4, 31.8

Höhe des Produkts (in) .251, .501, .625, .653, .75, .875, .903, 1, 1.25

Länge des Produkts (mm) 10.5, 13.4

Länge des Produkts (in) .413, .527

Breite des Produkts 9.9 mm [ .389 in ]

Verwendungsbedingungen

Druck (bar) .01, .068, .1, .25, 1, 2.5, 5, 6.89, 10

Druck (psi) .145, 1, 1.45, 3.62, 14.5, 36.25, 72.51, 100, 145.03

Betriebstemperaturbereich -20 – 85 °C [ -4 – 185 °F ]

Betrieb/Anwendung

Ausgangsschnittstelle Analog

Druck (inH2O) 4.01, 27.7, 40.18, 100.46, 401.86, 1004.66, 2009.3, 2770.76, 4018.65

Druck (mmHG) 7.5, 51.7, 75, 187.51, 750.06, 1875.15, 3750.3, 5171.49, 7500.62

Prüfdruckbereich 10 bar, 100 mbar, 14 bar, 2 bar, 200 psi, 30 psi, 300 mbar, 5 bar

Output Signal Type .5 – 4.5 V

Druckgenauigkeit ±0.75% FSS (Total accuracy)

Auflösung 11

Verpackungsmerkmale

Paketausführung Doppelter gegenüberliegender seitlicher Anschluss, Doppelwiderhaken, Einzelwiderhaken, Keine Anschlüsse, Seitlicher Einzelanschluss

Weitere

Sensor-Optionen Kundenspezifische Bereiche

Referenznummer

TE-interne Teilenummer CAT-BLPS0088

Literatur

Datenblätter/Katalogseiten

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