Sensors, Switches, Medical Appl Flyer Datasheet

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SENSORS AND SWITCHES
SOLUTIONS FOR MEDICAL APPLICATIONS
PRESSURE SENSORS – BOARD MOUNT
TruStability™
RSC Series TruStability™
HSC Series TruStability™
SSC Series TruStability™
TSC Series Basic
ABP2 Series Basic
ABP Series Basic
TBP Series MicroPressure
MPR Series 26PC
Series
PRESSURE TRANSDUCERS – HEAVY DUTY
13 mm
Series 19 mm
Series MIP
Series MLH
Series FP5000
Series
SANITARY PRESSURE TRANSDUCERS
CIP (Clean in Place)
Series
FORCE SENSORS AND LOAD CELLS
MicroForce
FMA Series FSA
Series FSG
Series FSS
Series Basic TBF
Series 1865
Series Model
11 Model
31
AIRFLOW SENSORS
Honeywell Zephyr™
HAF Series (High Flow) Honeywell Zephyr™
HAF Series (Low Flow) AWM40000
Series AWM700
Series AWM90000
Series
HUMIDITY SENSORS
Honeywell HumidIcon™
Humidity/Temperature
Sensors; HIH6000, 6100,
7000, 8000 Series
HIH5030/5031
Series (3 V) HIH4000
Series (5 V) HIH4602
Series SOT23 flat TO92-style SOT89B SR16 Series,
SR17 Series
MAGNETIC SENSORS
TEMPERATURE SENSORS
Honeywell
HumidIcon™
Humidity/
Temperature
Sensors;
HIH6000,
6100, 7000,
8000 Series
500 Series
Packaged
Temperature
Probes
192 Series
Thermistors 194 Series
Thermistors 2455R Series
Thermostats
PRESSURE SWITCHES
LP & LE
Series 5000
Series SPS Series
Linear and Arc
POSITION SENSORS – SMART PRESSURE, AIRFLOW AND FORCE SENSOR RANGES
PRESSURE SENSORS – BOARD MOUNT
TruStability™ RSC, HSC,
SSC, TSC Series ±1.6 mbar to ±10 bar | ±160 Pa to ±1 MPa
Basic ABP, TBP Series ±60 mbar to ±10 bar | ±6 kPa to ±1 MPa
Basic ABP2 Series ±5 mbar to ±25 bar | ±50Pa to ±2.5 MPa
MicroPressure MPR Series 60 mbar to 2.5 bar | 6 kPa to 250 kPa
26PC Series 1 psi to 250 psi (SIP, DIP), 1 psi to 15 psi (SMT)
PRESSURE TRANSDUCERS – HEAVY DUTY
13 mm Series 0 psi to 500 psi through 0 psi to 5000 psi
19 mm Series 0 psi to 3 psi through 0 psi to 500 psi
MIP Series 1 bar to 60 bar | 15 psi to 870 psi
MLH Series 0 psi to 50 psi through 0 psi to 8000 psi
FP5000 Series 10 inH2O [0.36 psi] up to 5000 psi
SANITARY PRESSURE TRANSDUCERS
CIP (Clean in Place) Series 10 psi to 600 psi
FORCE SENSORS AND LOAD CELLS
MicroForce FMA Series 5 N to 25 N
FSA Series 5 N to 25 N
FSG Series, FSS Series 5 N to 20 N
Basic TBF Series 1 bar to 10 bar | 100 kPa to 1 MPa
1865 Series 5 psi to 30 psi
Model 11 and Model 31 150 g up to 1000 lb
AIRFLOW SENSORS
HAF SeriesHigh Accuracy ±50 SCCM to ±750 SCCM, 10 SLPM to 300 SLPM
AWM40000 Series ±25.0 SCCM, 1.0 SLPM, 6.0 SLPM
AWM700 Series 300 SLPM
AWM90000 Series ±200 SCCM, ±5.0 mbar SCCM [2.0 inH2O]
BARCODE SCAN ENGINES, MODULES AND SOFTWARE
N670X Series
2D Scan Engines CM Series
2D Imager Modules SwiftDecoder™
Software
FLEXIBLE HEATERS
3100 Series, 3200 Series,
3400 Series Oxygen Sensors,
OOMLF Series
DM
Series V7
Series V15W
Series ZD
Series ZM
Series ZM1
Series ZW
Series ZX
Series
SUBMINIATURE BASIC SWITCHES
GAS SENSORS
Honeywell
For more information
Honeywell Sensing and Internet of Things services its customers through a
worldwide network of sales offices and distributors. For application assistance,
current specifications, pricing or the nearest Authorized Distributor,
visit sensing.honeywell.com or call:
USA/Canada +1 302 613 4491
Latin America +1 305 805 8188
Europe +44 1344 238258
Japan +81 (0) 367307152
Singapore +65 6355 2828
Greater China +86 4006396841
Honeywell
Sensing and Internet of Things
830 East Arapaho Road
Richardson, TX 75081
sensing.honeywell.com 00072016EN | 16 | 04/20
© 2020 Honeywell International Inc.
Anesthesia Delivery Machines
• Airflow sensors measure air, oxygen and nitrous oxide flow
• Magnetic sensors enable smooth motor control that reduces noise/vibration
• Pressure sensors may be used to meter and measure the anesthesia gas so that
pressure doesn’t exceed the desired level
• Thermistors enable accurate air temperature control
Dental Equipment
• Magnetic sensors enable accurate motion control and positioning of the dental
imaging system and promote energy efficiency in hand-held, battery-operated
dental equipment
• Pressure sensors keep water flow constant in dental instruments, allowing
smooth operation, as well as control all the pneumatic tools required
Hospital Diagnostics
• Airflow sensors specifically designed for gas chromatography eliminate
sensor outgasing
• Barcode scan engine or barcode decoding software obtain positive patient
confirmation, and often a brief code of the physician’s order, before sampling
(blood/chemistry analyzer, chromatography, cytometry/cellular analysis,
molecular diagnostics/PCR)
• Pressure sensors in blood analyzer pump systems regulate pressure to draw/
transport samples and control the pressure excerpted on the blood cells to
allow only one cell past the detector at a time
• Pressure sensors in gas chromatography equipment sense and control gas
stream pressure to maintain a constant, precise flow
• Thermistors in blood analyzers monitor chamber, diffusion lamp and motor
temperature to prevent overheating
Hospital Hardware
• Embedded barcode reader or barcode scanning software enables the ability to
scan labels for positive patient confirmation and clinician information
• Humidity sensors maintain temperature and humidity levels in incubators
and microenvironments
• Magnetic sensors enable locking/unlocking of medication dispensing cabinets
• Magnetic sensors in exercise equipment may be used as an emergency
stop switch, to count RPM and to determine incline position
• Magnetic sensors or basic switches in hospital beds determine bed
adjustment beginning and end positions
• Position sensors (SMART Arc) in hospital beds monitor backrest elevation which
helps ensure the proper angle is maintained
• Pressure sensors control a hospital bed’s air columns to help prevent patients
from developing bedsores
• Pressure sensors measure pressure in blood pressure monitors
• Pressure switches in hospital gas distribution systems indicate to a control
panel that the main pressure tank is empty and needs to be replaced
• Thermistors monitor the incubator system’s temperature
• Thermostats in patient warmers control or limit temperature
Hospital Rooms
• Pressure sensors monitor airflow rates to provide continuous positive or
negative air pressure to prevent contamination
Infusion, Insulin, Syringe Pumps
• Barcode scan engines and software help ensure the right treatment is
administered to the right patient by reading the barcodes on the IV bag and on
the patient wrist band
• Force sensors detect blockage in the pump’s tube that delivers medication
• Magnetic sensors enable smooth motor control that reduces noise and
vibration (infusion, insulin pumps only)
• Pressure sensors monitor and control the flow of fluid
• Subminiature load cells monitor the weight of the IV bag
Kidney Dialysis Machines
• Force sensors detect the presence/absence/weight of a dialysate cartridge
and monitor flexible tubing pressure
• Magnetic sensors enable smooth motor control that reduces noise/vibration
• Pressure sensors obtain dialysate and venous pressure measurements
without interrupting flow
• Barcode scan engines and software help ensure the right treatment is
administered to the right patient by reading the barcodes on the IV bag and on
the patient wrist band
• Pressure sensors monitor pressure in the cartridge’s flexible tubing
• Thermistors provide enhanced temperature control of the permeation rate
across the dialysis membrane
• Thermostats control or limit temperature
• Thermostats in peritoneal dialysis machines may be used for heater tray control
• Basic switches detect presence of covers, doors and cassettes to ensure safety in
operation
Oxygen Concentrators
• Airflow sensors detect ultra-low airflow levels that sense when the patient
exhales for efficient oxygen delivery
• Oxygen sensors measure and control oxygen concentration level of the air
mixture delivered to the patient
• Pressure sensors detect when the patient begins to inhale for efficient
oxygen delivery
• Pressure sensors sense surge tank pressure for accurate compressor
pressure levels
• Pressure switches alert the user when the pressure exceeds a specified limit
Patient Monitoring Systems
• Barcode scanner software enables the ability to track the patient via a mobile
device
• Oxygen sensors measure oxygen concentration level of the air mixture delivered
to the patient
• Pressure sensors in nebulizers carefully monitor airflow rates so that the
specified amount of medicine, amid a humid environment, is delivered to the
patient
• Pressure sensors in spirometers measure in/out patient airflow
• Pressure sensors monitor blood pressure
• Thermistors in temperature monitoring equipment monitor temperature
Sleep Apnea Machines
• Airflow sensors monitor breathing and send an output to reduce airflow when
the patient exhales
• Bimetallic commercial thermostats on-board (stand-alone) devices on
flexible heaters control temperature without adding associated software or
electronics
• Humidity sensors monitor the air to provide adequate moisture
• Magnetic sensors enable smooth motor control that reduces noise/vibration
• Pressure sensors monitor the delivered air pressure
• Thermistors and pre-packaged temperature probes provide warm, moist air
Spirometers
• Airflow sensors measure the airflow from the patient upon exhalation
• Pressure sensors measure in/out patient airflow
Surgical Equipment
• Force sensors regulate a fluid management system’s pump head pressure
• Position sensors (SMART Arc) and force sensors in robotically assisted
surgery equipment control robotic arms that hold the articulated instrument tips
• Pressure sensors (board mount and heavy duty) in surgical fluid
management systems sense joint site pressure during arthroscopic surgery
Ventilators
• Airflow sensors measure air and oxygen flow so the correct amount is delivered to
the patient
• Barcode scan engines and software enable automated, more accurate and
faster tracking of patient and caregiver IDs and ensure the right medication
and equipment match the right patient
• Basic switches detect doors and covers to ensure they have been properly closed
before operation
• Humidity sensors deliver warm, moist air to the patient
• Magnetic sensors enable smooth motor control, reducing noise/vibration
• Oxygen sensors measure and control oxygen concentration level of the air
mixture delivered to the patient
• Pressure sensors detect when the breath changes from inhalation to exhalation
to measure in/out patient airflow
• Pressure sensors (heavy duty) measure inlet pressure from the hospitals air and
oxygen supplies
• Pressure transducers are used to test the ventilator’s air and oxygen valves
• Thermistors monitor and control air temperature
Consumer Medical (Pressure Sensors)
• Measure pressure in non-invasive blood pressure monitoring
• Monitor pressure applied to the wound via the suction system in negative-
pressure wound therapy
• Measure partial vacuum on the suction side of miniature pumps, such as breast
pumps, to provide continuous suction pressure monitoring
• Monitor water level in CPAP water tanks
• Provide pressure measurement in medical wearables