LTP Series Benefits:
Durable, closed-tip design
maximizes reliability in harsh applications.
Sensor’s thermistor sensing element
effectively senses gases, liquids or solids
because of its enhanced sensitivity,
accuracy and reliability. Easy-to-install
threaded mounting provides reliable
operation in harsh environments.
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 NRE (non-recurring
engineering) costs for configurations.
Reduces cost of ownership due to BOM
(bill of materials), engineering, testing,
NRE 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.
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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,
- Electrical 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 30g sine wave,10 Hz to 2000 Hz, 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.
R300 Series Benefits:
Robust, stainless steel closedtip
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.
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R300 Series - Features:
- Wide temperature-range, Stainless steel construction,
- Enhanced response time, Enhanced accuracy,
- Enhanced reliability, Linear output, Extended life.
Products for thousands of
potential applications:
Honeywell S&PS temperature
sensors provide multiple
choices.
Packaged Temperature
Probes:
These responsive
sensors are often ideal
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
(negative temperature
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
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.
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
termination). Potential
applications include
motor overload and
semiconductor protection,
electronic assembly thermal
management and temperature
compensation, as well as
HVAC equipment.
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.