XPCL04DTC Honeywell Sensing and Control, XPCL04DTC Datasheet - Page 11

• Manufacturer Part Number: XPCL04DTC
• Description: SENSOR DIFF VACUUM GAGE 4 H2O
• Manufacturer: Honeywell Sensing and Control
• Series: XPCLr

Specifications of XPCL04DTC

• Pressure Type: Differential
• Operating Pressure: 0.14 PSI, 4" H20
• Port Size: Male, 0.19" (4.8mm) Tube, Dual
• Output: 23 ~ 25mV
• Voltage - Supply: 3 V ~ 16 V
• Termination Style: PCB
• Operating Temperature: -25°C ~ 85°C
• Package / Case: 4-SIP, Dual Top Ports
• Sensor Output: Voltage
• External Depth: 8.1mm
• Voltage Rating: 12V
• Port Style: Barbed
• Pressure Measurement Type: Differential
• No. Of Ports: 2
• Mounting Type: Through Hole
• Operating Pressure Min: -4Inch-H2O
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Other names: 480-2683-5

CPC Series.
Features: Calibrated and temperature
compensated • Cost effective • Small
size • Constant voltage excitation • High
impedance, low current
Benefits: Integrates silicon
micromachined sensing technology,
calibration and temperature compensation
in a low profile, cost-effective package
for potential medical applications
requiring small size. Designed for use
with non-corrosive, non-ionic pressure
media; accommodates many gases
used in potential medical applications.
Some listings accommodate pressure
measurements in tube applications.
CPX Series.
Features: Non-calibrated and non-
temperature compensated • Cost effective
• Small size • Constant voltage excitation
• High impedance, low current
Benefits: Integrates silicon
micromachined sensing technology,
temperature compensation, and
calibration in a cost-effective package.
Designed for use with non-corrosive, non-
ionic pressure media; also accommodates
many gases used in potential medical
applications, especially those requiring
vacuum reference.
HPX Series.
Features: Miniature size • Two package
styles: through-hole mounting and surface
mount • Wide operating temperature
range • Enhanced response time • Easy
to use
Benefits: Easy to use, miniature size,
cost effective, accurate sensing in two
package configurations. Gage is 6-pin
DIP, absolute is 8-pin surface mount,
small outline integrated circuit package.
Ratiometric output for proven application
flexibility. Designed for use with non-
corrosive, non-ionic working fluids such as
air and dry gases in potential applications
such as medical equipment, altimeters
and barometers, pneumatic controls, leak
detection, and consumer goods.
SCC Series.
Features: Temperature compensated
• Reduced cost • Small size • Three
package types
Benefits: Designed for potential
applications where sensing element is
integral to OEM equipment. Packaged
in standard, cost-effective chip carrier
“button” package, plastic ported “N”
package, DIP, and SMT packages.
Packages may be O-ring sealed, epoxied,
and/or clamped onto a pressure fitting.
Closed-bridge four-pin SIP configuration
for electrical connection to “button, or
“N” package. DIP package mounts
on PC board with through-hole pins,
like standard IC. Extremely small size
allows multiple sensors in limited space.
Designed for use with non-corrosive, non-
ionic media, such as air and dry gases in
potential applications such as automotive
diagnostics, dental equipment and
environmental controls.
SX Series.
Features: Cost effective • Small size
• Three package types • High-impedance
bridge • Low noise • Low power
consumption for battery power
Benefits: Designed for potential
applications where sensing element is
integral to OEM equipment. Packaged
in standard, cost-effective chip carrier
“button” package, plastic ported “N”
package, DIP, and SMT packages.
Packages may be O-ring sealed, epoxied,
and/or clamped onto a pressure fitting.
Closed-bridge four-pin SIP configuration
for electrical connection to “button, or
“N” package. DIP package mounts
on PC board with through-hole pins,
like standard IC. Extremely small size
allows multiple sensors in limited space.
Designed for use with non-corrosive, non-
ionic media such as air and dry gases in
potential applications such as medical
instrumentation, barometric measurement,
and battery powered equipment.
SCX Series.
Features: Cost effective • Calibrated and
temperature compensated • Small size
• Low noise • Enhanced accuracy • High
impedance for low power applications
• Corrosion resistant
Benefits: Cost-effective solution for
potential pressure applications requiring
operation over wide temperature range.
Output with enhanced accuracy and
stability. Integrated circuit sensor element
and laser trimmed thick film ceramic
housed in compact, solvent-resistant
case. Housing provides enhanced
corrosion resistance and isolation from
external packaging stresses. Convenient
mounting holes and pressure ports for
use with standard plastic tubing. Two
pins provide output voltage proportional
to temperature available for use with
external circuitry. Enhanced response time
for potential computer peripherals and
pneumatic control applications. Used with
non-corrosive, non-ionic working fluids
such as air and dry gases in potential
medical equipment applications.
SDX Series.
Features: Cost effective • Calibrated and
temperature compensated • Small size
• Low noise • High impedance for low
power applications • Corrosion resistant
• Available in two grades
Benefits: Cost-effective solution for
potential applications requiring small size
plus performance. Enhanced accuracy
and stability output over temperature
range. Available in standard commercial
and prime grades for optimization of
accuracy and cost in a given application.
Integrated circuit sensor element and
laser trimmed thick film ceramic housed in
compact, solvent-resistant case. Housing
provides enhanced corrosion resistance
and isolation from external package
stress. Extremely small size allows multiple
sensors in limited space. Though-hole pins
for secure and stable anchoring to PCB.
Used with non-corrosive, non-ionic working
fluids such as air and dry gases in potential
medical equipment, computer peripherals,
and pneumatic control applications.
XPC Series.
Features: Calibrated and temperature
compensated • Cost effective • Small
size • Constant voltage excitation • High
impedance, low current
Benefits: Integrates silicon
micromachined sensing technology,
temperature compensation, and
calibration in a cost-effective package.
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