HIH6131 [HONEYWELL]
Honeywell HumidIcon⢠Digital Humidity/Temperature Sensors;
| 型号： | HIH6131 |
| 厂家： | 
Honeywell |
| 描述： | Honeywell HumidIcon⢠Digital Humidity/Temperature Sensors |
| 文件： | 总15页 (文件大小：1323K) |
| 中文： | 中文翻译 | 下载： | 下载PDF数据表文档文件 |
Honeywell HumidIcon™ Digital
Humidity/Temperature Sensors
HIH6100 Series
±±4. ꢀ%H ꢁccuracy ꢂ ±.40 5ꢃ Temperature ꢁccuracy
Datasheet
Honeywell HumidIcon™
Digital Humidity/Temperature Sensors
Honeywell HumidIcon™ Digital Humidity/Temperature Sensors, HIH61.. Series, are digital output-type relative humidity (%H)
and temperature sensors combined in the same package4 These sensors provide an accuracy level of ±±40 ꢀ%H and a
temperature accuracy level of ±04. ꢁ°4
• Industry-leading long-term stability
• Industry-leading Total Error Band
• Industry-leading reliability
• True temperature-compensated digital I2ꢃ or SPI output
• Energy efficiency
• Lowest total cost solution
• Ultra-small package size and options
• Other accuracies available: ±14ꢄ ꢀ%H (HIHꢅ... Series), ±24. ꢀ%H (HIHꢆ... Series), ±ꢇ4. ꢀ%H (HIHꢄ... Series),
and ±±40 ꢀ%H (HIH6... Series)
What makes our sensors better?
HIH6131
INDUST%Y-LEADING TOTAL E%%O% BAND (TEB) (±. ꢀ%H)ꢂ
HIH6130
Honeywell specifies Total Error Band—the most comprehensive, clear, and meaningful
measurement —that provides the sensor’s true accuracy of ±0 ꢀ%H over a compensated
range of 0 5ꢃ to 0. 5ꢃ [±1 5F to 122 5F] and 1. ꢀ%H to ꢅ. ꢀ%H4 TEB includes all errors
due to:
• Humidity non-linearity
• Humidity hysteresis
• Humidity non-repeatability
• Thermal effect on zero
• Thermal effect on span
HIH6120
HIH6121
• Thermal hysteresis
Total Error Band
Errors
Humidity Non-Linearity
+
Humidity Hysteresis
=
Accuracy
+
Humidity Non-Repeatability
Total
Error Band
+
=
Thermal Effect on Zero
+
Thermal Effect on Span
+
Thermal Hysteresis
sensing.honeywell.com
2
Total Error Band should not be confused with “accuracy”, which is actually a
component of Total Error Band. Many competitors simply specify the accuracy of their
device; however, the specification may exclude hysteresis and temperature effects,
and may be calculated over a very narrow range, at only one point in the range, or at
their absolute best accuracy level. It is then up to the customer to calibrate the device
to make sure it has the accuracy needed for the life of the application.
Honeywell’s industry-leading Total Error Band provides the following benefits to the customer:
• Eliminates individually testing and calibrating every sensor, which can increase their manufacturing time
and process4
• Supports system accuracy and warranty requirements4
• Helps to optimize system uptime4
• Provides excellent sensor interchangeability — the customer can remove one sensor from the tape,
then remove the next sensor from the tape, and there is no part-to-part variation in accuracy4
For more information about Total Error Band, please see the related technical note,
“Explanation of the Total Error Band Specification for Honeywell’s Digital Humidity/
Temperature Sensors.”
INDUST%Y-LEADING LONG-TE%M STABILITY
(142 ꢀ%H OVE% FIVE YEA%S)ꢂ
Competitive humidity sensors need to go through a 12 hour at 75 %RH rehydration
process (which requires special equipment chambers) to correct reflow temperature
offset. Honeywell’s sensor also experiences an offset after reflow; however, it only
requires a five hour rehydration under ambient conditions (>50 %RH). Honeywell’s
industry-leading long term stability provides the following benefits to the customer.
Honeywell’s industry-leading long-term stability provides the following benefits to the customer:
• Minimizes system performance issues4
• Helps support system uptime by eliminating the need to service or replace the sensor during its application life4
• Eliminates need to regularly recalibrate the sensor in their application, which can be inconvenient and costly4
T%UE, TEMPE%ATU%E-°OMPENSATED DIGITAL I2° O% SPI
OUTPUTꢂ
This typically allows the customer to remove the components associated with signal
conditioning from the PCB to free up space and reduce costs associated with those
components (e.g., acquisition, inventory, assembly). True, temperature-compensated
digital I2C or SPI output often eliminates problems that could occur from having
multiple signal conditioning components across the PCB, as well as simplifies
integration to the microprocessor, eliminating the need for customer-implemented,
complex signal conditioning.
*ꢃompetitive Differentiator
sensing.honeywell.com
3
INDUST%Y-LEADING %ELIABILITYꢂ
Features
and Benefits
HIH61ꢇ./61ꢇ1 and HIH612./6121 Series
sensors use a laser trimmed, thermoset
polymer capacitive sensing element4 The
element’s multilayer construction provides
resistance to most application hazards
such as condensation, dust, dirt, oils, and
common environmental chemicals, which helps
provide industry-leading stability and reliability4
0
Y
%RH
±±4C
CURA
C
A
Offers customers the lowest total cost solution.
LOWEST TOTAL °OST SOLUTIONꢂ
Honeywell’s HumidIcon HIH61.. Series offers customers the lowest total cost
solution due to the sensor’s industry-leading Total Error Band and its being a
combined humidity/temperature sensor4
One sensor does the work of two!
°OMBINED HUMIDITY AND TEMPE%ATU%E SENSO%
The humidity and temperature sensors are co-located in the same package4 This
allows the %H measurement to be temperature compensated and provides a
second, standalone temperature sensor output4 This allows the user to purchase
one sensor instead of two4
ENE%GY EFFI°IENTꢂ
•
Low supply voltage: ꢃan operate down to 24ꢇ Vdc, which allows use in low
energy and wireless-compatible applications to enhance energy savings and
prolong system battery life4
•
Low power consumption: The sensor goes into sleep mode when not taking
a measurement within the application, consuming only 1 µꢁ of power versus
60. µꢁ in full operation in a battery operated system4 Sleep mode helps
maximize battery life, reduces power supply size, and reduces the application’s
overall weight4
*ꢃompetitive Differentiator
sensing.honeywell.com
±
HIGH %ESOLUTION
Features
and Benefits
High 1±-bit humidity sensor resolution and 1±-bit temperature sensor resolution
within the application help the user’s system detect the smallest relative
humidity or temperature change4
Free up PCB space. Reduce costs.
T%UE, TEMPE%ATU%E-°OMPENSATED
DIGITAL I2° O% SPI OUTPUTꢂ
Typically allows the customer to remove the components associated with signal
conditioning from the PꢃB to free up space and reduce costs associated
with those components (e4g4, acquisition, inventory, assembly)4 Often eliminates
problems that could occur from having multiple signal conditioning components
across the PꢃB4 Simplifies integration to the microprocessor, eliminating the need
for customer-implemented, complex signal conditioning4
Choose options to best fit the application.
ULT%A-SMALL PA°KAGE SIZE
SOIꢃ-ꢆ SMD (Surface Mount Device) and SIP ± Pin packages are ultra small,
including the condensation-resistant versions with hydrophobic filter on-board
(HIH6121 and HIH61ꢇ1)4 ꢁllows for flexibility of use within the application,
occupies less space on the PꢃB, and typically simplifies placement on crowded
PꢃBs or in small devices4
FILTE%
ꢁvailable with hydrophobic filter and condensation-resistance, allowing for use in
many condensing environments, or without hydrophobic filter, non-condensing4
TAPE AND %EEL
ꢃost-effective tape-and-reel packaging allows for use in high volume, automated
pick-and-place manufacturing, eliminating lead misalignment to the PꢃB and
helping the customer to reduce manufacturing costs4
WIDE OPE%ATING TEMPE%ATU%E %ANGE
-20 5ꢃ to ꢆ0 5ꢃ [-1ꢇ 5F to 1ꢆ0 5F] allows for use in many applications4
OPTIONAL ONE O% TWO ꢀ%H LEVEL ALA%M OUTPUTS
ꢁ feature of the HIH61ꢇ. and HIH61ꢇ1, this provides the ability to monitor whether
the %H level has exceeded or fallen below predetermined and critical levels within
the application4
MULTI-FUN°TION ASI°
Delivers flexibility within the application by lowering or eliminating the risk and cost
of OEM calibration4
%OHS AND WEEE °OMPLIANT, HALOGEN F%EE
*ꢃompetitive Differentiator
sensing.honeywell.com
.
Potential Applications
HVA°/%
May be used to provide precision %H and temperature measurement in air
conditioning/air movement systems, enthalpy sensing, thermostats, humidifiers/
dehumidifiers, and humidistats to maintain occupant comfort and ideal storage
humidity/temperature while achieving low energy consumption, supporting system
accuracy and warranty requirements, maximizing system uptime, and improving
overall system quality4
%ESPI%ATO%Y THE%APY
May be used to provide precision %H and temperature measurement in sleep
apnea machines and ventilators, enhancing patient comfort, safety and treatment
effectiveness with warm and humidified air4
IN°UBATO%S/MI°%OENVI%ONMENTS
May be used to provide optimal temperature and %H levels to support critical
processes and experiments, enhancing process efficiency with desired climate
conditions4
AI% °OMP%ESSO%S
May be used to provide precision %H measurement in compressed air lines, allowing
the system to remove any condensation; dry compressed air is critical for customer
process control measurement4
WEATHE% STATIONS
May be used to provide precision %H and temperature measurement in ground-based
and airborne weather stations, allowing real time and highly accurate monitoring/
reporting of actual weather conditions4
TELE°OM °ABINETS
May be used to provide precision %H and temperature measurement in the telecom
cabinet HVꢁꢃ system; maintaining proper temperature and humidity levels in the
cabinet provides maximum system uptime and performance4
G%AIN D%YING SYSTEMS
May be used in cable-mounted grain drying management systems to measure
the moisture content and temperature level inside the grain silos to help the grains
remain dry4
sensing.honeywell.com
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Honeywell HumidIcon™ Digital Humidity/Temperature Sensors
Table 14 Environmental Specifications
°haracteristic
°ondition
Min4
Typ4
Max4
Unit
Operating temperature range
Storage temperature range
Storage humidity
–
–
–
-20 [-1ꢇ]
-±. [-±.]
ꢇ.
–
–
–
ꢆ0[1ꢆ0]
ꢆ0[1ꢆ0]
0.
5ꢃ [5F]
5ꢃ [5F]
ꢀ%H
Soldering temperature:
automated
manual
IPꢃ/EIꢁ/JEDEꢃ J-STD-.2.D
apply heat for ± s max4 for manual soldering
–
–
–
–
26. [0..]
ꢇ0. [662]
5ꢃ [5F]
ESD
MIL-STD ꢆꢆꢇH, Method ꢇ.104ꢄ
–
–
–
–
–
±±
kV
Latch-up immunity
±1..
mꢁ
MIL-STD 2.2G, Method 21ꢇD, Test ꢃondition ꢃ,
half-sine, 6 ms ±ꢇ perpendicular axis, ꢇ shock pulses
per axis
Shock
–
–
1..
2.
g
g
MIL-STD 2.2G, Method 2.±D, Test ꢃondition D,
1. Hz to 2... Hz
Vibration
–
–
Light sensitivity
exposed to 0. lumens yellow light; exhibited no change in output
Table 24 Humidity Performance Specifications
°haracteristic
°ondition
Min4
Typ4
Max4
Unit
Supply voltage variation
ꢃompensated humidity range1
ꢃompensated temp4 range1
%esolution
ꢁccuracy2
Total error bandꢇ
24ꢇ Vdc to 040 Vdc
–
.41
.40
ꢅ.
ꢀ%H
ꢀ%H
5ꢃ [5F]
ꢀ%H
ꢀ%H
ꢀ%H
s
–
1.
–
–
1± bit ꢁDꢃ resolution
–
0 [±1]
–
0. [122]
.4.±
±±
–
–
–
–
.
–
–
–
–
–
±0
%esponse time
airflow minimum 2. l/min
non-condensing
0. ꢀ%H for 0 years
6
–
ꢆ
Operating range
1..
±142
ꢀ%H
Long term stability
±.4.0
ꢀ%H
IPꢃ/EIꢁ/JEDEꢃ J-STD-.2.D, peak temp4
of 26. 5ꢃ [0.. 5F]
Impact of soldering
–
–
±240
ꢀ%H
Notes:
1 ꢃonversion Formulas:
1± bit ꢁDꢃ output for humidity to ꢀ%H:
1± bit ꢁDꢃ output for temperature conversion to 5ꢃ:
Humidity_1±_bit_ꢁDꢃ_output
21± – 2
Temperature_1±_bit_ꢁDꢃ_output
Temperature (ꢃ5) = x 160 – ±.
Humidity (ꢀ%H) =
x 1..
21± – 2
2
ꢇ
ꢁccuracy is specified at the typical supply voltage of ꢇ4ꢇ Vdc and at 20 5ꢃ [ꢄꢄ 5F]4 It is the maximum deviation from the ideal transfer function of
relative humidity measured over the humidity range of 1. ꢀ%H to ꢅ. ꢀ%H and includes all errors due to humidity non-linearity, humidity hysteresis
and humidity non-repeatability4
Total error band is the maximum deviation from the ideal transfer function of relative humidity over the compensated range of 0 5ꢃ [±1 5F] to
0. 5ꢃ [122 5F]4 It includes all errors due to humidity non-linearity, humidity hysteresis, humidity non-repeatability, thermal effect on zero, thermal
effect on span and thermal hysteresis4
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HIH6100 Series ±±4. ꢀ%R ꢁAAcurAꢂ ꢃ ±.40 5ꢄ Cempeurtcue ꢁAAcurAꢂ
Table 34 Temperature Performance Specifications
°haracteristic
°ondition
Min4
Typ4
Max4
Unit
Supply voltage variation
ꢃompensated temp4 range
%esolution
24ꢇ Vdc to 040 Vdc
–
.40
14.
0. [122]
.4.20
–
5ꢃ
5ꢃ [5F]
5ꢃ
–
0 [±1]
–
–
1± bit ꢁDꢃ resolution
–
–
–
0
–
ꢁccuracy
±.40
–
5ꢃ
%esponse time
1/e slow moving air
20 5ꢃ for 0 years
ꢇ.
s
Long term stability
–
±.4.0
5ꢃ/yr
IPꢃ/EIꢁ/JEDEꢃ J-STD-.2.D, peak temp4
of 26. 5ꢃ [0.. 5F]
Impact of soldering
–
–
±.41
5ꢃ
Table ±4 °urrent °onsumption
°haracteristic
VDD
Abbr4
°ondition
Typ4
Max4
Unit
Sleep current
ꢇ4ꢇ
ISLEEP
–
.46
1
µꢁ
Supply current:
I2ꢃ
SPI
ꢇ4ꢇ
ꢇ4ꢇ
IDD
IDD
1± bit fastest update, no sleep
1± bit fastest update, no sleep
.460
.4ꢄ0
1
1
mꢁ
mꢁ
Table .4 Input and Output °haracteristics
°haracteristic
Abbr4
°ondition
Min4
Typ4
Max4
Unit
Supply voltage
VDD
VOL
VOH
VIL
–
24ꢇ
–
ꢇ4ꢇ
–
040
2. ꢀ
–
Vdc
VDD
VDD
VDD
VDD
Low level output voltage
High level output voltage
Low level input voltage
High level input voltage
IOL = 24ꢆ mꢁ min4
IOH = -24ꢆ mꢁ min4
ꢆ. ꢀ
–
–
–
–
–
2. ꢀ
–
VIH
ꢆ. ꢀ
–
Pull-up resistor:
I2ꢃ
%
–
–
–
–
242
1.
–
–
kOhm
kOhm
P
SPI (for SS only)
%
SS
Table 64 Measurement Timing
°haracteristic
Abbr4
°ondition
Min4
Typ4
Max4
Unit
Start-up time (power-on to
data ready)
TSTꢁ
1± bit TH and 1± bit humidity resolution
–
0.
6.
ms
Update rate
application dependent: measurements are taken only when the application requests them
sensing.honeywell.com
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Honeywell HumidIcon™ Digital Humidity/Temperature Sensors
Figure 14 I2° Timing Diagram
SDA
tLOW
tSUDAT
tHDSTA
tBUS
SCL
tHDSTA
tHDDAT
tHIGH
tSUSTO
tSUSTA
°haracteristic
Abbr4
FSꢃL
tHDSTꢁ
tLOW
Min4
Typ4
Max4
Unit
SꢃL clock frequency
1..
.41
.46
.46
.41
.
–
–
–
–
–
–
–
–
–
±..
–
kHz
µs
µs
µs
µs
µs
µs
µs
µs
Start condition hold time relative to SꢃL edge
Minimum SꢃL clock low width1
Minimum SꢃL clock high width1
–
tHIGH
–
Start condition setup time relative to SꢃL edge
Data hold time on SDꢁ relative to SꢃL edge
Data setup time on SDꢁ relative to SꢃL edge
Stop condition setup time on SꢃL
tSUSTꢁ
tHDDꢁT
tSUDꢁT
tSUSTO
tBUS
–
.40
–
.41
.41
1
–
Bus free time between stop and start condition
–
Note:
1 ꢃombined low and high widths must equal or exceed minimum SꢃL period4
Figure 24 SPI Timing Diagram
tHDSS
tHIGH tLOW
SCLK
HiZ
HiZ
MISO
SS
tSUSS
tBUS
Max4
tCLKD
tCLKD
°haracteristic
Abbr4
Min4
Typ4
Unit
SꢃLK clock frequency
fSꢃL
tHDSS
tLOW
tHIGH
tꢃLKD
tSUSS
tBUS
0.
240
.46
.46
.
–
–
–
–
–
–
–
ꢆ..
–
kHz
μs
μs
μs
μs
μs
µs
SS drop to first clock edge
Minimum SꢃLK clock low width1
Minimum SꢃLK clock high width1
ꢃlock edge to data transition
–
–
.40
–
%ise of SS relative to last clock edge
.41
2
Bus free time between rise and fall of SS
Note:
1 ꢃombined low and high widths must equal or exceed minimum SꢃLK period4
–
sensing.honeywell.com
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HIH6100 Series ±±4. ꢀ%R ꢁAAcurAꢂ ꢃ ±.40 5ꢄ Cempeurtcue ꢁAAcurAꢂ
Table 74 HIH6130/6131 and HIH6120/6121 Series Maximal Accuracy1
(Performance is specified between 10 ꢀ%H and 90 ꢀ%H)
90
80
70
60
.0
±0
30
20
±1
±1
±1
±2
±2
±2
±2
±2
±2
±2
±2
±2
±2
±2
±1
±1
±1
±2
±2
±2
±2
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
10
±2
±2
±2
±2
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±2
±2
±2
±2
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
20
±ꢇ
±ꢇ
±2
±2
±2
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±2
±2
±2
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
30
±ꢇ
±ꢇ
±2
±2
±2
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±2
±2
±2
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±0
±ꢇ
±ꢇ
±2
±2
±2
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±ꢇ
±2
±2
±1
±2
±2
±2
±2
±2
±2
±2
±2
±2
±2
±2
±1
±1
±1
.0
10
0
1Maximal accuracy is the mean value between rising and falling %H points
TEMPE%ATU%E (ꢁ°)
sensing.honeywell.com
10
Honeywell HumidIcon™ Digital Humidity/Temperature Sensors
Figure 34 SOI°-8 SMD Typical Application °ircuits
I2°
SPI
V
SUPPLY = 2.3 Vdc to 5.5 Vdc
VSUPPLY = 2.3 Vdc to 5.5 Vdc
2.2
kOhm
2.2
Digital Humidity/Temp.
Sensor
10
kOhm
kOhm
Digital Humidity/Temp.
Sensor
8
1
2
3
4
6
5
SCL
VDD
8
1
2
3
4
5
6
SS
VDD
12 V
0.22 µF
0.22 µF
SDA
V
CORE
SCLK
VCORE
LED
0.1 µF
0.1 µF
AL_L
AL_H
V
SS
MISO
AL_L
V
SS
LED
7
NC
GND
7
NC
GND
GND
Figure ±4 SOI°-8 SMD Mounting Dimensions, P°B Landing Pattern and Pinout [For reference only: mm/[in]4)
Mounting
Landing Pattern
1,905
[0.075]
4,90
8X 0,61
[0.024]
[0.193]
0,15
[0.006]
8
7
5
6
8X 2,03
[0.08]
3,90
[0.153]
6,0
[0.236]
4X 4,9
[0.193]
1
2
4
3
0,203
[0.0080]
6X 1,27
[0.05]
2,055
[0.081]
1,27
[0.050]
0.41
[0.016]
Pinout for I2° Versions
Pinout for SPI Versions
Pin
ASI° Pad
Description
Pin
ASI° Pad
Description
1
2
VꢃO%E
VSS
connect via .41 µF to ground
supply ground
1
2
VꢃO%E
VSS
connect via .41 µF to ground
supply ground
ꢇ
SꢃL
SDꢁ
ꢁL_H
ꢁL_L
Nꢃ
I2ꢃ clock
I2ꢃ data
ꢇ
SS
slave select (Input)
±
±
SꢃLK
MISO
ꢁL_L
Nꢃ
serial clock
01
61
ꢄ
alarm output high
alarm output low
not connected externally
0
61
master-in-slave-out
alarm output low
ꢄ
not connected externally
supply voltage, connect via .422 µF to ground
ꢆ
VDD
supply voltage, connect via .422 µF to ground
ꢆ
VDD
1 Do not connect Pin(s) 0 and/or 6 if the built-in alarm feature is not desired4
1 Do not connect Pin 6 if the built-in alarm feature is not desired4
Tape and %eel
13
[0.51]
4,00
[0.157]
1,50
[0.059]
1,75
[0.069]
0,29
[0.011]
5,50
[0.216]
102
[4.0]
12.00
[0.472]
8,00
[0.315]
2,58
[0.102]
330
[13,0]
17,4
[0.68]
sensing.honeywell.com
11
HIH6100 Series ±±4. ꢀ%R ꢁAAcurAꢂ ꢃ ±.40 5ꢄ Cempeurtcue ꢁAAcurAꢂ
Figure .4 SIP ± Pin Typical Application °ircuit
V
SUPPLY = 2.3 Vdc to 5.5 Vdc
2.2
kOhm
2.2
kOhm
Digital Humidity/Temp.
Sensor
1
2
3
4
SCL
V
DD
0.22 µF
SDA
V
SS
GND
Figure 64 SIP ± Pin Mounting Dimensions, P°B Landing Pattern and Pinout [For reference only: mm/[in]4)
Mounting
Landing Pattern
4,90
[0.193]
1,905
[0.075]
1,05 DIA.
[0.040]
0,65 DIA.
[0.025]
0,063
[0.0025]
3,90
[0.153]
1,27
[0.050]
1,20
[0.047]
8,9
[0.35]
Pin
ASI° Pad
Description
1
2
ꢇ
±
VDD
VSS
connect via .422 µF to ground
supply ground
I2ꢃ clock
PCB
5,0
[0.197]
1,2 - 2,0
[0.05 - 0.08]
SꢃL
SDꢁ
I2ꢃ data
4
1
2
3
0,203
[0.0080]
1,27
[0.050]
0.41
[0.016]
Tape and %eel1
1,50
[0.059]
4,00
[0.157]
13
[0.51]
1,75
[0.069]
0,32
[0.013]
5,00
[0.197]
102
[4.0]
16,00
[0.630]
8,00
[0.315]
2,61
[0.103]
330
[13,0]
21,4
[0.84]
1 For orders of 20. to 1... units
sensing.honeywell.com
12
Honeywell HumidIcon™ Digital Humidity/Temperature Sensors
Product Nomenclature
Order Guide
°atalog Listing
Description
Honeywell HumidIcon™ Digital Humidity/Temperature Sensors: HIH61ꢇ./61ꢇ1 Series, SPI, ±0 ꢀ%H total error
band, SOIꢃ-ꢆ SMD, no filter, non-condensing, 1... units on tape and reel
HIH61ꢇ.-...-..1
Honeywell HumidIcon™ Digital Humidity/Temperature Sensors: HIH61ꢇ./61ꢇ1 Series, SPI, ±0 ꢀ%H total error
band, SOIꢃ-ꢆ SMD, no filter, non-condensing, five units on tape (sample)
HIH61ꢇ.-...-..1S
HIH61ꢇ1-...-..1
HIH61ꢇ1-...-..1S
HIH61ꢇ.-.21-..1
HIH61ꢇ.-.21-..1S
HIH61ꢇ1-.21-..1
HIH61ꢇ1-.21-..1S
HIH612.-.21-..11
HIH612.-.21-..1S
HIH6121-.21-..11
HIH6121-.21-..1S
Honeywell HumidIcon™ Digital Humidity/Temperature Sensors: HIH61ꢇ./61ꢇ1 Series, SPI, ±0 ꢀ%H total error
band, SOIꢃ-ꢆ SMD, hydrophobic filter, condensation-resistant, 1... units on tape and reel
Honeywell HumidIcon™ Digital Humidity/Temperature Sensors: HIH61ꢇ./61ꢇ1 Series, SPI, ±0 ꢀ%H total error
band, SOIꢃ-ꢆ SMD, hydrophobic filter, condensation-resistant, five units on tape (sample)
Honeywell HumidIcon™ Digital Humidity/Temperature Sensors: HIH61ꢇ./61ꢇ1 Series, I2ꢃ, ±0 ꢀ%H total error
band, SOIꢃ-ꢆ SMD, no filter, non-condensing, 1... units on tape and reel
Honeywell HumidIcon™ Digital Humidity/Temperature Sensors: HIH61ꢇ./61ꢇ1 Series, I2ꢃ, ±0 ꢀ%H total error
band, SOIꢃ-ꢆ SMD, no filter, non-condensing, five units on tape (sample)
Honeywell HumidIcon™ Digital Humidity/Temperature Sensors: HIH61ꢇ./61ꢇ1 Series, I2ꢃ, ±0 ꢀ%H total error
band, SOIꢃ-ꢆ SMD, hydrophobic filter, condensation-resistant, 1... units on tape and reel
Honeywell HumidIcon™ Digital Humidity/Temperature Sensors: HIH61ꢇ./61ꢇ1 Series, I2ꢃ, ±0 ꢀ%H total error
band, SOIꢃ-ꢆ SMD, hydrophobic filter, condensation-resistant, five units on tape (sample)
Honeywell HumidIcon™ Digital Humidity/Temperature Sensors: HIH612./6121 Series, I2ꢃ, ±0 ꢀ%H total error
band, SIP ± Pin, no filter, non-condensing, 1.. units on tape
Honeywell HumidIcon™ Digital Humidity/Temperature Sensors: HIH612./6121 Series, I2ꢃ, ±0 ꢀ%H total error
band, SIP ± Pin, no filter, non-condensing, five units on tape (sample)
Honeywell HumidIcon™ Digital Humidity/Temperature Sensors: HIH612./6121 Series, I2ꢃ, ±0 ꢀ%H total error
band, SIP ± Pin, hydrophobic filter, condensation-resistant, 1.. units on tape
Honeywell HumidIcon™ Digital Humidity/Temperature Sensors: HIH612./6121 Series, I2ꢃ, ±0 ꢀ%H total error
band, SIP ± Pin, hydrophobic filter, condensation-resistant, five units on tape (sample)
1 Orders of 20. units or more are packaged on tape and reel4
sensing.honeywell.com
13
HIH6100 Series ±±4. ꢀ%R ꢁAAcurAꢂ ꢃ ±.40 5ꢄ Cempeurtcue ꢁAAcurAꢂ
NOTI°E:
SENSO% %EHYD%ATION
WARNING
• Exposure to elevated temperatures, such as those
PERSONAL INJURY
experienced during solder reflow, may dry out the sensing
element4 It is recommended that the sensor be allowed time
to rehydrate after soldering or other high temperature/dry
exposures4
DO NOT USE these products as safety or emergency stop
devices or in any other application where failure of the
product could result in personal injury.
Failure to comply with these instructions could result in
death or serious injury.
• Exposure to these conditions will not permanently damage the
sensor4 It will generally return to its factory-calibrated value after
rehydration4
WARNING
• If rehydration is not performed, the sensor may read a slight
offset that slowly disappears over time as the sensor becomes
exposed to ambient conditions4 ꢃonversely, extended
exposure to condensing and high humidity environments
(>ꢅ. ꢀ%H) may cause a revisable shift in readings which will
generally return to normal after the sensor has been allowed to
dry off4
MISUSE OF DOCUMENTATION
•
The information presented in this product sheet is for
reference only. Do not use this document as a product
installation guide.
Complete installation, operation, and maintenance
information is provided in the instructions supplied with
each product.
•
Failure to comply with these instructions could result in
death or serious injury.
To rehydrate the sensor, expose it to room temperature under
ambient conditions (>0. ꢀ%H) for a minimum of five hours4
sensing.honeywell.com
1±
ADDITIONAL INFO%MATION
WA%%ANTY/%EMEDY
The following associated literature is available on the Web:
• Product installation instructions
Honeywell warrants goods of its manufacture as being free of
defective materials and faulty workmanship4 Honeywell’s standard
product warranty applies unless agreed to otherwise by Honeywell
in writing; please refer to your order acknowledgement or consult
your local sales office for specific warranty details4 If warranted
goods are returned to Honeywell during the period of coverage,
Honeywell will repair or replace, at its option, without charge those
items it finds defective4 The foregoing is buyer’s sole remedy
and is in lieu of all other warranties, expressed or implied,
including those of merchantability and fitness for a particu-
lar purpose4 In no event shall Honeywell be liable for conse-
quential, special, or indirect damages4
• Product application note
• ꢁpplication sheets:
– Humidity Sensor Performance ꢃharacteristics
– Humidity Sensor Theory and Behavior
– Humidity Sensor Moisture and Psychrometrics
– Humidity Sensor ꢃhemical %esistivity
– Thermoset Polymer-Based ꢃapacitive Sensors
• Technical Notes:
– I2ꢃ ꢃommunication with the Honeywell HumidIcon™ Digital
Humidity/Temperature Sensors
While we provide application assistance personally, through our
literature and the Honeywell website, it is up to the customer to
determine the suitability of the product in the application4
– SPI ꢃommunication with the Honeywell HumidIcon™ Digital
Humidity/Temperature Sensors
– Using ꢁlarms on the Honeywell HumidIcon™ Digital
Humidity/Temperature Sensors
Specifications may change without notice4 The information we
supply is believed to be accurate and reliable as of this printing4
However, we assume no responsibility for its use4
– Entering and Using ꢃommand Mode on the Honeywell
HumidIcon™ Digital Humidity/Temperature Sensors
Find out more
Honeywell serves its customers
through a worldwide network
of sales offices, representatives
and distributors. For application
assistance, current specifications,
pricing or name of the nearest
Authorized Distributor, contact
your local sales office.
To learn more about Honeywell’s
sensing and control products,
call +1-815-235-6847 or
1-800-537-6945, visit
sensing.honeywell.com, or e-
mail inquiries to
info.sc@honeywell.com
Sensing and Control
Honeywell
1985 Douglas Drive North
009059-7-EN
May 2015
Golden Valley, MN 55422
honeywell.com
Copyright © 2015 Honeywell International Inc. All rights reserved.
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