175-444QBF-301 [HONEYWELL]
NTC Thermistor, 440000ohm, Surface Mount, CHIP, 1206;
| 型号： | 175-444QBF-301 |
| 厂家： | 
Honeywell |
| 描述： | NTC Thermistor, 440000ohm, Surface Mount, CHIP, 1206 |
| 文件： | 总11页 (文件大小：294K) |
| 中文： | 中文翻译 | 下载： | 下载PDF数据表文档文件 |
Temperature Sensors
Line Guide
application. That’s why more customers worldwide call the
industry’s most trusted name for:
• ꢀnhanced accuracy and stability
• Strong standard technology platforms
• A wide variety of housings and termination styles
• ꢀasy-to-customize platforms
Accuracy and flexibility. Stability and speed. Honeywell
Sensing and Productivity Solutions (S&PS) offers an impressive
array of temperature sensors, each designed to provide
enhanced reliability, repeatability, precision, and responsiveness.
These temperature sensors are designed to maximize your
component and product performance for most any potential
• High-temp product line expansion sensing capability
• Comprehensive technical support
FEATURES
Benefits: Durable, closed-tip design
maximizes reliability in harsh applications.
R300 Series.
PACKAGED TEMPERATURE
PROBES
Features: Wide temperature-range
• Stainless steel construction • ꢀnhanced
response time • ꢀnhanced accuracy
• ꢀnhanced reliability • Linear output
• ꢀxtended life
Sensor’s thermistor sensing element
effectively senses gases, liquids or solids
because of its enhanced sensitivity,
accuracy and reliability. ꢀasy-to-install
threaded mounting provides reliable
operation in harsh environments.
LTP Series.
Features: Response time [T63.2% of 25
°C to 85 °C step]: stirred silicon oil <15 s;
stirred water <15 s; air flow 10 m/s <20 s
• Accuracy: -40 °C to 25 °C [-40 °F to 77
°F]: 2.5 °C, 25 °C to 100 °C [77 °F to 212
°F]: 0.8 °C, 100 °C to 125 °C [212 °F to
257 °F]: 2.0 °C, 125 °C to 150 °C [257 °F
to 302 °F]: 3.5 °C • ꢀlectrical interfaces
are Bosch Kompakt, Delphi Metri-Pack
150 Series, AMP Seal 16, AMP Minitimer,
AMP Superseal, and Deutsch DT04-2P
• Probe length options: 20 mm to 50 mm
(other lengths available upon request)
• Retainer ring with hex provides complete
location for socket wrench in axial and
radial directions, enabling the operator to
first locate the sensor inside the socket
freely and more easily install the sensor
• Ingress protection: IP67 • Vibration of 30
g sine wave,10 Hz to 2000 Hz
Benefits: Robust, stainless steel closed-
tip design for reliability in most aggressive
environments, while still providing
enhanced response time. One-piece
sensor with integral connector for potential
use in heavy duty vehicle engine exhaust
gas recirculation systems, fluid or air
temperature sensing within the engine
environment or HVAC, or refrigeration
compressor equipment.
Numerous options—from mechanical
and electrical interface—simplify
installation, allow customers to meet
specific application needs, and facilitate
backwards compatibility with most existing
applications. Zero NRꢀ (non-recurring
engineering) costs for configurations.
Reduces cost of ownership due to BOM
(bill of materials), engineering, testing,
NRꢀ and tooling. Reduces design costs
due to plug-and-play options, backwards
integration, flexible offering, customization
and non-standard offering. Potential
transportation applications include
temperature sensing for ambient air,
automatic transmission systems, engine
air inlet systems, engine cooling systems,
engine lubrication systems, fuel systems,
Haldex coupling systems, and hydraulic
pump systems.
500 Series.
Features: Choice of custom or existing
designs • Wide selection of housing,
resistance, and termination options • Wide
operating temperature range
Benefits: Housing material ranges from
all plastic to all-metal, and accommodates
air/gas, fluid immersion or surface sensing
requirements. Full range of custom or
off-the-shelf thermistor and RTD-based
solutions for a wide variety of potential
industrial, transportation, and aerospace
applications.
• Mechanical shock of 50 g • Service
pressure: 10 bar • Burst pressure: 40
bar • Wire harness (with or without a
connector) or other sensing elements
(PTC or RTD) available upon request
continuedonpage 9
Temperature Sensors Line Guide
Products for thousands of
potential applications.
Honeywell S&PS temperature
sensors provide multiple
choices:
Packaged
Temperature Probes
LTP Series
R300 Series
Packaged Temperature
Probes: These responsive
sensors are often ideal
Temperature sensing type
Sensing element
immersion/air-gas
NTC
immersion
RTD
-40 °C to 25 °C [-40 °F to 77 °F]: 2ꢀ5 °C
25 °C to 100 °C [77 °F to 212 °F]: 0ꢀ. °C
100 °C to 125 °C [212 °F to 257 °F]: 2ꢀ0 °C -40 °C to 300 °C typꢀ
125 °C to 150 °C [257 °F to 302 °F]: 3ꢀ5 °C
for fluid, surface, and air/
gas temperature sensing.
Honeywell’s temperature
probes are offered in a
variety of housing materials
and styles, terminations and
R-T curve types, depending
on customers’ application
needs. Honeywell’s packaged
temperature probe assemblies
incorporate either NTC
better than 3ꢀ0 °C ꢁrom
Accuracy
Nominal resistance at
25 °C [77 °F]
1000 Ohm, 2252 Ohm, 2057 Ohm,
100 Ohm
2795 Ohm
-40 °C to 275 °C [-40 °F to 572 °F]
continuous, excursion to 300 °C
[572 °F] ꢁor 10 minꢀ maxꢀ
Operating temperature range -40 °C to 150 °C [-40 °F to 302 °F]
Housing material
brass hex, stainless steel probe tip
stainless steel
Bosch Kompakt, Delphi Metri-Pack 150 Series,
AMP Seal 16, AMP Minitimer, AMP Superseal, overmolded connector with M14 x
and Deutsch DT04-2P; M10 to M1., 3/4 UNF,
or G 1/4 threads, two hex options
Electrical and mechanical
interface
(negative temperature
1ꢀ50 thread
coefficient) thermistors or
RTD (resistance temperature
detector) technology and
operate under a wide range
of environmental conditions.
Whether it be an IP67 seal-
rated oil temperature sensor
used in the engine of a
Packaged
heavy duty vehicle, a surface
temperature sensor used to
monitor critical compressor
temperatures in a transport
refrigeration system, or an
air temperature sensor rated
to MIL-PRF-23648 used to
measure aircraft engine –
bleed air temperature inside
the leading edge of an aircraft
wing, Honeywell has the right
technology, sensor packaging,
testing, track record and
application expertise to provide
the right sensor solution for its
customers. Customers trust
and depend on Honeywell
temperature sensors every
day for their precision, stability,
reliability and quality.
Temperature Probes
ES110 Series
ES120 Series
Temperature sensing type
Sensing element
air/gas
NTC
immersion
NTC or KTY
Nominal resistance at
25 °C [77 °F]
2000 Ohm
2000 Ohm
Operating temperature range
Housing material
-40 °C to 150 °C [-40 °F to 302 °F]
brass
-40 °C to 150 °C [-40 °F to 302 °F]
brass
Electrical and mechanical
interface
overmolded connector with M10x1ꢀ25 or
M12 x 1ꢀ50 thread
overmolded connector with M10x1ꢀ25,
M14 x 1ꢀ50 thread or 1/. PTF
2
Sensing and Productivity Solutions
Discrete and Packaged RTD
Sensors: Our platinum-based
RTDs are laser-trimmed for
accuracy and flexibility —
designed to offer stable and
fast linear outputs, accurate
and interchangeable,
plus plastic and ceramic,
miniaturized and surface
mount housings (including
printed circuit board
Packaged
Temperature Probes
6655 Series
500 Series
Temperature sensing type
Sensing element
air/surꢁace
NTC
air/gas, immersion, surꢁace, and liquid level
NTC
Nominal resistance at
25 °C [77 °F]
10,000 Ohm, 12,000
Ohm
200 Ohm to 1,000,000 Ohm (inclusive)
-20 °C to 110 °C [-4 °F
to 230 °F]
Operating temperature range
Housing material
-60 °C to 300 °C [-76 °F to 572 °F] (inclusive)
termination). Potential
applications include
motor overload and
plastic, aluminum, stainless steel, epoxy filled, tin- or
nickel-plated copper, ceramic or kynar-filled tubing
phenolic
semiconductor protection,
electronic assembly thermal
management and temperature
compensation, as well as
HVAC equipment.
quick connect terminal:
(90°, 0ꢀ25 in), (0°, 0ꢀ25 wide variety oꢁ connectors and lead types, materials and
in), (45°, 0ꢀ25 in), (90°, insulation
0ꢀ1.75 in)
Electrical and mechanical
interface
Discrete Thermistors:
These sensors don’t amplify,
rectify, polarize or generate
a signal, but rather change
resistance with any change
in temperature. The change
can occur in the surrounding
temperature or by passing a
current through the thermistor
to self-heat.
Discrete RTD
Sensors
HEL-705, 707, 710 Series
HEL-775 Series
Sensor type
100 Ohm, 1000 Ohm platinum RTD
100 Ohm, 1000 Ohm platinum RTD
0ꢀ003.5 Ohm/Ohm/°C, 0ꢀ00375 Ohm/
Ohm/°C
0ꢀ003.5 Ohm/Ohm/°C, 0ꢀ00375 Ohm/
Ohm/°C
Temperature coeffiecient
TFE Teflon: -70° to +260°C
(-94° to +500°F)
fiberglass: -75° to +500°C
(-100° to +932°F)
-55 °C to 150 °C
[-67 °F to 302 °F]
Temperature sensing range
Packaging type
Termination
alumina tube
ceramic case
SIP
2. gaꢀ or 24 gaꢀ leadwire
100 Ohm 1; 0ꢀ6 Ohm at 0 °C,
100 Ohm 1; 1ꢀ2 Ohm at 0 °C,
1000 Ohm 1; 0ꢀ6 Ohm at 0 °C,
1000 Ohm 1; 1ꢀ2 Ohm at 0 °C
100 Ohm 1; 0ꢀ6 Ohm at 0 °C,
100 Ohm 1; 1ꢀ2 Ohm at 0 °C,
1000 Ohm 1; 0ꢀ6 Ohm at 0 °C,
1000 Ohm 1; 1ꢀ2 Ohm at 0 °C
Base resistance and
interchangeability
<6,. mW/°C typꢀ,
9,7 mW/°C typꢀ
Self-heating
<15 mW/°C ꢁor 0ꢀ.5 OꢀDꢀ typꢀ
Sensing and Productivity Solutions
3
Temperature Sensors Line Guide
Discrete RTD
Sensors
HEL-777/776 Series
700 Series
Sensor type
100 Ohm, 1000 Ohm platinum RTD
100 Ohm, 1000 Ohm platinum RTD
Temperature coeffiecient
0ꢀ003.5 Ohm/Ohm/°C, 0ꢀ00375 Ohm/Ohm/°C
0ꢀ003.5 Ohm/Ohm/°C, 0ꢀ00375 Ohm/Ohm/°C
-70 °C to 500 °C [-94 °F to 932 °F]
lead version: -50 °C to 130 °C [-5. °F to 266 °F]
Temperature sensing range
-55 °C to 150 °C [-67 °F to 302 °F]
Packaging type
Termination
molded plastic
SIP
radial chip or surꢁace mount axial flip chip
leadwires or solderpads
100 Ohm 1; 0ꢀ6 Ohm at 0 °C,
100 Ohm 1; 1ꢀ2 Ohm at 0 °C,
1000 Ohm 1; 0ꢀ6 Ohm at 0 °C,
1000 Ohm 1; 1ꢀ2 Ohm at 0 °C
100 Ohm 1; 0ꢀ6 Ohm at 0 °C,
100 Ohm 1; 1ꢀ2 Ohm at 0 °C,
1000 Ohm 1; 0ꢀ6 Ohm at 0 °C,
1000 Ohm 1; 1ꢀ2 Ohm at 0 °C
Base resistance and
interchangeability
Self-heating
<15 mW/°C typꢀ
0,4k /mW, 0ꢀ6k /mW or 0ꢀ.k/mW at 0 °C [32 °F]
Discrete and
Packaged RTD
Sensors
HRTS Series
TD Series
Sensor type
100 Ohm, 1000 Ohm platinum RTD
0ꢀ003.5 Ohm/Ohm/°C, 0ꢀ00375 Ohm/Ohm/°C
-70 °C to 260 °C [-94 °F to 500 °F]
ceramic case
2000 Ohm silicon resistive element
N/A
Temperature coeffiecient
Temperature sensing range
Packaging type
-40 °C to 150 °C [-40 °F to 302 °F]
plastic or threaded aluminum case
SIP or leadwires
Termination
leadwires
100 Ohm 1; 0ꢀ6 Ohm at 0 °C,
100 Ohm 1; 1ꢀ2 Ohm at 0 °C,
1000 Ohm 1; 0ꢀ6 Ohm at 0 °C,
1000 Ohm 1; 1ꢀ2 Ohm at 0 °C
Base resistance and
interchangeability
R2000 Ohm 5 Ohm at 20 °C
N/A
Self-heating
<0,3 mW/°C typꢀ
4
Sensing and Productivity Solutions
Discrete Thermistors
111 Series
112 Series
115 Series
E-I tested and matched beads on header
assembly
Description
small, hermetically-sealed glass bead
-60 °C to 300 °C [-76 °F to 572 °F]
large, hermetically-sealed glass bead
Operating temperature range
-60 °C to 300 °C [-76 °F to 572 °F]
-60 °C to 300 °C [-76 °F to 572 °F]
varies with assembly type
0ꢀ5 s
Dissipation constant in still air 0,1 mW/°C
0,4 mW/°C
4ꢀ0 s
Time constant in air
0ꢀ5 s
200 Ohm, 500 Ohm, 1,000 Ohm, 2,000
Ohm, 5,000 Ohm, 10,000 Ohm, 50,000
Ohm, 100,000 Ohm, 500,000 Ohm,
2,000,000 Ohm
Nominal resistance
at [25 °F to 77 °F]
1,000 Ohm, 2,000 Ohm, .,000 Ohm,
10,000 Ohm, 100,000 Ohm
2,000 Ohm, .,000 Ohm
Maximum diameter
Termination material
Lead length
0,36 mm [0ꢀ014 in]
platinum iridium
9,6 mm [0ꢀ375 in]
1,14 mm [0ꢀ045 in]
platinum iridium
9,6 mm [0ꢀ375 in]
0,36 mm [0ꢀ014 in]
glass to metal header
31,75 mm [1ꢀ25 in]
Discrete Thermistors
120 Series
121 Series
Description
mini glass probe
standard glass probe
Operating temperature range
-60 °C to 300 °C [-76 °F to 572 °F]
-60 °C to 300 °C [-76 °F to 572 °F]
Dissipation constant in still air 0,7 mW/°C, 1,0 mW/°C
1,0 mW/°C
22ꢀ0 s
Time constant in air
10ꢀ0 s
Nominal resistance
at [25 °F to 77 °F]
2,000 Ohm, 5,000 Ohm, 10,000 Ohm, 50,000 Ohm, 100,000
Ohm, 1,000,000 Ohm
1,000 Ohm, 2,000 Ohm, 10,000 Ohm
Maximum diameter
Termination material
Lead length
1,5 mm [0ꢀ060 in]
dumet
2,54 mm [0ꢀ10 in]
dumet
31,. mm [1ꢀ25 in]
50,. mm [2ꢀ00 in]
Sensing and Productivity Solutions
5
Temperature Sensors Line Guide
Discrete Thermistors
126 Series
128 Series
129 Series
Description
matched large glass bead
matched mini glass probe
-60 °C to 300 °C [-76 °F to 572 °F]
2,1 mW/°C
matched large glass probe
-60 °C to 300 °C [-76 °F to 572 °F]
3,0 mW/°C
Operating temperature range
-60 °C to 300 °C [-76 °F to 572 °F]
Dissipation constant in still air 0,. mW/°C
Time constant in air
4ꢀ0 s
10ꢀ0 s
22ꢀ0 s
Nominal resistance
at [25 °F to 77 °F]
2,000 Ohm; 100,000 Ohm
2,000 Ohm; 15,000 Ohm
2,000 Ohm; 4,000 Ohm
Maximum diameter
Termination material
Lead length
2,54 mm [0ꢀ10 in]
platinum iridium
9,6 mm [0ꢀ375 in]
3,05 mm [0ꢀ120 in]
dumet
5,0. mm [0ꢀ20 in]
dumet
31,. mm [1ꢀ25 in]
50,. mm [2ꢀ00 in]
Discrete Thermistors
135 Series
140 / 142 Series
143 Series
Description
glass encapsulated chip, DO-35 type
-60 °C to 300 °C [-76 °F to 572 °F]
disc
disc
Operating temperature range
-60 °C to 150 °C [-76 °F to 302 °F]
3,0 mW/°C / 4,0 mW/°C
10ꢀ0 s
-60 °C to 150 °C [-76 °F to 302 °F]
Dissipation constant in still air 2,5 mW/°C
5 to 7 mW/°C
16ꢀ0 s
Time constant in air
4ꢀ0 s
1,000 Ohm; 2,000 Ohm; 5,000 Ohm;
10,000 Ohm; 20,000 Ohm; 25,000 Ohm;
30,000 Ohm; 47,000 Ohm; 50,000 Ohm;
100,000 Ohm; 200,000 Ohm; 230,000
Ohm; 500,000 Ohm; 1,000,000 Ohm;
5,000,000 Ohm
500 Ohm; 1,000 Ohm; 3,000 Ohm; 5,000
Ohm; .,000 Ohm; 10,000 Ohm; 25,000
Ohm; 100,000 Ohm
Nominal resistance
at [25 °F to 77 °F]
100 Ohm; 200 Ohm; 1,000 Ohm;
3,000 Ohm; 5,000 Ohm; 30,000 Ohm
Maximum diameter
Termination material
Lead length
2,0 mm [0ꢀ0.0 in]
2,54 mm [0ꢀ10 in]
tinned copper
5,0. mm [0ꢀ20 in]
tinned copper
tinned copper-clad steel
2.,6 mm [1ꢀ125 in]
3.,1 mm [1ꢀ50 in]
3.,1 mm [1ꢀ50 in]
6
Sensing and Productivity Solutions
Discrete Thermistors
173 Series
175 Series
Description
EIA 0.05 surꢁace mount, end-banded
-60 °C to 125 °C [-76 °F to 257 °F]
EIA 1206 surꢁace mount, end-banded
-60 °C to 125 °C [-76 °F to 257 °F]
3,5 mW/°C
Operating temperature range
Dissipation constant in still air 3,5 mW/°C
Time constant in air
10ꢀ0 s
10ꢀ0 s
Nominal resistance
at [25 °F to 77 °F]
500 Ohm, 5,000 Ohm, 10,000 Ohm, 22,000 Ohm, 33,000 Ohm, 5,000 Ohm, 10,000 Ohm, 50,000 Ohm, 100,000 Ohm,
47,000 Ohm, 50,000 Ohm, 100,000 Ohm
440,000 Ohm
EIA 1206 SMD
solder plated NI barrier
N/A
Maximum diameter
Termination material
Lead length
EIA 0.05 SMD
solder plated NI barrier
N/A
Discrete Thermistors
192 Series
194 Series
Description
Uni-Curve with bare leads and epoxy
-60 °C to 150 °C [-76 °F to 302 °F]
Uni-Curve with insulated leads and epoxy
-60 °C to 150 °C [-76 °F to 302 °F]
0,75 mW/°C
Operating temperature range
Dissipation constant in still air 0,75 mW/°C
Time constant in air
15ꢀ0 s
15ꢀ0 s
500 Ohm, 1,000 Ohm, 2,252 Ohm,
3,000 Ohm, 5,000 Ohm, 10,000 Ohm, 30,000 Ohm,
50,000 Ohm, 100,000 Ohm
Nominal resistance
at [25 °F to 77 °F]
2,252 Ohm, 3,000 Ohm, 5,000 Ohm, 10,000 Ohm,
30,000 Ohm, 100,000 Ohm, 50,000 Ohm
Maximum diameter
Termination material
Lead length
2,413 mm [0ꢀ095 in]
tinned copper, alloy 1.0
3.,1 mm [1ꢀ50 in]
2,413 mm [0ꢀ095 in]
solid nickel, Teflon insulated
3.,1 mm [1ꢀ50 in]
Sensing and Productivity Solutions
7
Temperature Sensors Line Guide
Discrete Thermistors
197 Series
ICL Series
Description
chip with bare leads and epoxy
inrush current limiter
Operating temperature range
-60 °C to 125 °C [-76 °F to 257 °F]
-40 °C to 1.5 °C [-40 °F to 365 °F]
12ꢀ7 mW/°C to 23 mW/°C
32 s to 93 s
Dissipation constant in still air 0,75 mW/°C
Time constant in air
15ꢀ0 s
Nominal resistance
at [25 °F to 77 °F]
300 Ohm, 1,000 Ohm, 3,000 Ohm,
5,000 Ohm, 10,000 Ohm, 50,000 Ohm, 100,000 Ohm
0ꢀ5 Ohm to 220 Ohm +/- 20 %
Maximum diameter
Termination material
Lead length
2,413 mm [0ꢀ095 in]
tinned copper, alloy 1.0
3.,1 mm [1ꢀ50 in]
9ꢀ5 mm [0ꢀ374 in] to 32 mm [1ꢀ26 in]
tinned copper
1 in minꢀ
8
Sensing and Productivity Solutions
sizes each of leaded and surface mount
configurations. Surface mount in industry-
standard 0805 and 1206 packages. 100
Ohm and 1000 Ohm base resistance
in both 3850 ppm/K and 3750 ppm/K
temperature coefficients (385 and 375
alphas). Tolerances meet DIN class A,
DIN class B and DIN class 2B industry
standards. Wide temperature range
covers most potential applications.
ES110 Series.
DISCRETE RTD SENSORS
HEL-700 Series.
Features: ꢀxposed thermistor • Rugged
design • Brass encapsulation • Plastic
overmold • ꢀnhanced response time
• Wide operating temperature range
Features: Linear resistance vs.
temperature • Accurate and
interchangeable • ꢀnhanced stability
• Teflon or fiberglass lead wires • Wide
temperature range • Ceramic case
material • Multiple sizes
Benefits: Overmolded, hexagonal shape
for easy installation. Two end configurations
available, depending on response or degree
of protection required. All-plastic design
reduces heat loss through the sensor.
ꢀxposed thermistor offers fast response
for air/gas sensing, especially for potential
transportation engine management systems
and industrial applications.
Benefits: Fully assembled and ready to use
without need for fragile splices to extension
leads. Wide temperature range covers
most potential applications such as HVAC,
electronic assemblies and process control.
Including HVAC, electronic assemblies,
thermal management and process control.
HRTS Series.
Features: Linear resistance vs.
temperature • Resistance interchangeable
• Accurate • Fast • Laser trimmed • Wide
temperature range
HEL-775 Series.
Features: Linear resistance vs.
temperature • Accurate and
interchangeable • ꢀnhanced stability
• Thin film platinum • Ceramic SIP
package • Solderable leads • Small size
ES120 Series.
Features: ꢀnclosed thermistor • Rugged
design • Brass encapsulation • Plastic
overmold • Wide operating temperature
range
Benefits: Fully assembled and ready
to use without need for fragile splices
to extension leads. Wide temperature
range covers most potential applications
including HVAC, electronic assemblies
and process control applications.
Benefits: Overmolded, hexagonal shape
for easy installation. All-plastic design
reduces heat loss through the sensor.
ꢀnclosed thermistor may potentially
be used for liquid temperature sensing
in engine management systems and
industrial applications.
Benefits: Ceramic SIP package with
solderable leads provides strong
connections for wires or printed circuits.
Ideal for PCBs, temperature probes and
other lower temperature applications
including HVAC, electronic assemblies
and process control applications.
TD Series.
Features: Linear resistance vs.
temperature • Interchangeable without
recalibration • Thin film • Laser trimmed
• Long term stability • Air or liquid
temperature sensing • Cost effective
6655 Series.
HEL-777/776 Series.
Features: Linear resistance vs.
temperature • Accurate and
interchangeable • ꢀnhanced stability
• Thin film platinum • Molded plastic SIP
package • Solderable leads • Small size
Features: Air/surface temperature
sensing • NTC thermistor output • Low
cost • Low, compact profile • Tight
interchangeability • ꢀnhanced accuracy
• ꢀnhanced response time • Wide
operating temperature range • Variety of
mounting brackets • Widely used sensor
package footprint • ꢀnhanced stability/
low drift
Benefits: Provide 8 Ohm/°C sensitivity
with inherently near linear output.
Completely interchangeable without
sensor-to-sensor recalibration. Silicon
chip sensing element with proven thin
film processing reliability. Individually
laser trimmed. TD4A environmentally
sealed liquid temperature sensors simple
to install. TD5A miniature temperature
sensors used where space is at a
premium. Very small thermal mass for
rapid response to temperature changes in
potential industrial applications including
HVAC, semiconductor protection, and
process control.
Benefits: Molded plastic SIP package
with solderable leads provides strong
connections for wires or printed circuits.
1000 Ohm, 375 alpha version provides
10X greater sensitivity and signal to noise.
Ideal for PCBs, temperature probes, or
other potential applications including
HVAC, electronic assemblies and process
control.
Benefits: Offers temperature
measurements with enhanced response
and accuracy on most flat surfaces and
pipes in non-condensing applications.
Allows greater flexibility in temperature
monitoring and controlling. Tight
interchangeability eliminates or reduces
need for calibration. A wide operating
temperature range allows application
flexibility. Potential applications include
water heaters and boilers, industrial ovens
and ranges, copier diffuser rollers, and
HVAC compressor or duct temperature
sensing.
700 Series.
Features: Linear resistance vs.
temperature • ꢀnhanced accuracy
• Interchangeability • Surface mount
versions • ꢀnhanced stability • ꢀnhanced
time response • Wide temperature range
• Cost effective
DISCRETE THERMISTORS
111 Series.
Features: ꢀnhanced response time
• Hermetically sealed in glass • ꢀnhanced
long-term stability • Micro size • Relatively
uniform size • Weldable platinum iridium
leads
Benefits: ꢀconomical, miniature
temperature sensors available in two
Sensing and Productivity Solutions
9
Benefits: Highly sensitive to electric
power. Potential for use in self-
heat applications such as gas flow
measurement and thermal conductivity
analysis. Micro size for use in extremely
glass encapsulated units often ideal
for immersion in fluid and convenient
for mounting in air sensor sensing
assemblies. ꢀnhanced reliability. Potential
for use in a wide variety of military and
capability • ꢀnhanced reliability • Uniform
dimensions • Tape and reel • Cost
effective
Benefits: Uniform dimensions and tape
and reel for automated assembly. Rugged
sensor designed for potential high-volume,
cost-sensitive applications that demand
enhanced reliability.
small application spaces, such as medical aerospace applications.
assemblies.
126 Series.
Features: Hermetically sealed in glass
• Interchangeability • Accuracy
112 Series.
Features: ꢀnhanced response time
• Hermetically sealed in glass • ꢀnhanced • ꢀnhanced sensitivity • ꢀnhanced
long-term stability • Small size • Meets
MIL-T-23648 • Weldable platinum iridium
leads
140 Series.
Features: Cost effective • PC board
mountable • Rugged design • Versatile
• Solderable leads
stability • ꢀnhanced reliability • Small size
• Cost effective
Benefits: May be selected to tolerances
only limited to the system’s capability
available to test them. Precision sensing
elements used where curve-matched
interchangeability is required for precise
temperature control and precision
temperature indication.
Benefits: Broad range of custom
resistance values and R/T curves.
Potential applications include low-cost
applications with a maximum temperature
of 150 °C [302 °F].
Benefits: Small sensors designed to
provide maximum stability for potential
low cost, general purpose temperature
measurement and control applications
as well as most stringent military and
aerospace applications.
143 Series.
Features: Rugged design • PC board
mountable • Solderable leads • Cost
effective
115 Series.
128 Series.
Features: ꢀ-I matched in air or helium
• Resistance matched at 25 °C [77 °F]
• Interchangeable pairs • ꢀxtended life
• Compression-type glass hermetic seal
• High pressure solder seal
Features: Hermetically sealed in glass
• Interchangeability • Accuracy
• ꢀnhanced sensitivity, stability and
reliability • Miniature size • Cost effective
Benefits: Broad range of custom
resistance values and R/T curves.
Potentially for use in high-volume, cost-
sensitive applications.
Benefits: Miniature size for applications
Benefits: Two beads, each bead mounted where space is at a premium. May be
to a special hermetically-sealed header.
Use higher resistance units at higher
ambient temperatures for maximum
sensitivity. Potential for use in gas
chromatography, thermal conductivity gas
analysis instruments, medical and military/
aerospace applications.
selected to tolerances only limited to the
system’s capability available to test them.
Precision sensing elements for where
curve-matched interchangeability is
required for precise temperature control
and precision temperature indication
such as military, aerospace, medical, and
instrumentation test equipment.
173 Series.
Features: Surface mount • Tape and reel
• Glass-coated ceramic • Solder-plated Ni
• 0805 ꢀIA package • Cost effective
Benefits: Surface mount for automated
pick and place. Tape and reel for high
volume applications such as PC boards.
Glass-coated ceramic designed for long
term reliability. Solder-plated Ni-barrier
terminations easy to solder. Potential
for use in high-volume, cost-sensitive
applications.
120 Series.
Features: Hermetically sealed in glass
• ꢀnhanced reliability and stablility
• Weldable/solderable dumet leads
129 Series.
Features: Interchangeability • Accuracy
• ꢀnhanced sensitivity, stability and
reliability • Small size • Cost effective
Benefits: Shock resistant, rugged,
glass encapsulated units often ideal
for immersion in fluid and convenient
for mounting in air sensing assemblies.
ꢀxtremely reliable. Wide variety of
potential military and aerospace
applications.
Benefits: May be selected to tolerances
only limited to the system’s capability
available to test them. Precision sensing
elements for where curve-matched
interchangeability is required for precise
temperature control and precision
temperature indication such as military,
aerospace, medical and instrumentation
test equipment.
175 Series.
Features: Surface mount • Tape and reel
• Glass-coated ceramic • Solder-plated Ni
• 1206 ꢀIA package • Cost effective
Benefits: Surface mount for automated
pick and place. Tape and reel for high
volume applications such as PC boards.
Glass-coated ceramic design for long
term reliability. Solder-plated Ni-barrier
terminations easy to solder. Potential
for use in high-volume, cost-sensitive
applications.
121 Series.
Features: Hermetically sealed in glass
• ꢀnhanced reliability and stablility
• Weldable/solderable dumet leads
135 Series.
Features: Rugged DO-35 glass
encapsulation • ꢀnhanced temperature
Benefits: Shock resistant, rugged,
10
Sensing and Productivity Solutions
While we provide application assistance
personally, through our literature and
the Honeywell web site, it is up to the
customer to determine the suitability of the
product in the application.
192 Series.
ICL Series.
Features: Resistance temperature curve
interchangeability • Accuracy • ꢀnhanced
stability • ꢀnhanced life • Cost effective
• Small size • ꢀpoxy coated
Features: Cost effective • ꢀnhanced
reliability • Special high temp protective
coating • Rugged design • PCB board
mountable
Benefits: Resistance temperature-
Benefits: Designed to prevent damage to
other electrical components. ICL absorbs
electrical surge and the thermisotor’s
resistance decreases by a factor of
10 to 50; power drop across the ICL is
reduced accordingly. For use in potential
applications where the inrush of current
can damage components in a switching
power supply and other power devices
when the equipment is turned on.
Specifications may change without notice.
The information we supply is believed to
be accurate and reliable as of this printing.
However, we assume no responsibility for
its use.
matched interchangeable units designed
to provide cost savings by eliminating
need for individual resistance temperature
calibration and standardization of circuit
components. Designed to simplify
design and replacement in temperature
measurement, indication, control and
compensation of ambient temperature
effects on a variety of integrated circuits
and other semiconductor devices.
For more information about Honeywell
Sensing and Productivity Solutions’
products, call +1-815-235-6847 or 1-800-
537-6945, visit sensing.honeywell.com, or
e-mail inquiries to info.sc@honeywell.com
194 Series.
Warranty. Honeywell warrants goods of
its manufacture as being free of defective
materials and faulty workmanship.
WARNING
PERSONAL INJURY
Features: Resistance temperature curve
interchangeability • Accuracy • ꢀnhanced
stability • ꢀnhanced life • Cost effective
• Small size • ꢀpoxy coated • Teflon-
coated leads
•DO NOT USꢀ these products as
safety or emergency stop devices
or in any other application where
failure of the product could result in
personal injury.
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
details. 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
defective. The foregoing is buyer’s sole
remedy and is in lieu of all warranties,
expressed or implied, including those
of merchantability and fitness for a
particular purpose. In no event shall
Honeywell be liable for consequential,
special, or indirect damages.
Benefits: Resistance temperature-
matched interchangeable units designed
to provide cost savings by eliminating
need for individual resistance temperature
calibration and standardization of circuit
components. Simplifies design and
replacement in temperature measurement,
indication, control and compensation
of ambient temperature effects on a
variety of integrated circuits and other
semiconductor devices.
Failure to comply with these
instructions could result in death or
serious injury.
WARNING
MISUSE OF DOCUMENTATION
•The information presented in this
catalogue is for reference only. DO
NOT USꢀ this document as product
installation information.
•Complete installation, operation and
maintenance information is provided
in the instructions supplied with each
product.
197 Series.
Features: Rapid response times • Small
size • ꢀpoxy coated
Failure to comply with these
instructions could result in death or
serious injury.
Benefits: Broad range of custom
resistance and R/T values for potential
applications including communications,
medical, office automation, instrumentation
test equipment, and aerospace
electronics.
Sensing and Productivity Solutions
Honeywell
1985 Douglas Drive North
Golden Valley, MN 55422
honeywell.com
009033-4-ꢀN IL50
March 2016
Copyright © 2016 Honeywell International Inc. All rights reserved.
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