ZS-00361-12 [HONEYWELL]
Inductive Sensor, 1mm Min, 1.99mm Max,;
| 型号： | ZS-00361-12 |
| 厂家： | 
Honeywell |
| 描述： | Inductive Sensor, 1mm Min, 1.99mm Max, 传感器 换能器 |
| 文件： | 总8页 (文件大小：500K) |
| 中文： | 中文翻译 | 下载： | 下载PDF数据表文档文件 |
Proꢄꢃmꢃtꢅ Sensors
Lꢃne Guꢃde
These rugged, one- or two-piece products are designed to
meet demanding temperature, vibration, shock, and EMI/EMP
interference requirements, and are available in a number of
housing materials and termination styles. Multiple potential
applications are found in the harsh environments of aerospace
(landing gear position, doors and slides, monitoring systems),
ordnance (projectile sensing, ammunition loading systems) and
marine (submarine hatch and door position, offshore equipment).
Uncommon sense. Honeywell Sensing and Control (S&C)
offers environmentally sealed proximity sensors in a variety of
technologies — including Eddy Current Killed Oscillator (ECKO)
and Hall-effect. Once a metallic object is detected in front of
the sensing face, a signal is passed through the conditioning
circuitry to give an output configured according to the sensor
application.
FEATURES
RDSA Serꢃes.
RDSB Serꢃes.
PRꢀxiꢁiTy SEꢂSꢀRS
Features: Train detection without track
circuits • Directional and non-directional
operating modes • Requires two wheel
detections to validate train presence
• Solid state technology • Self monitoring
• Can detect train direction or position
• Can detect sensor and power supply
faults
Features: Train detection without track
circuits • Directional and non-directional
operating modes • Requires two wheel
detections to validate train presence
• Solid state technology • Self monitoring
• Can detect train direction or position
RDS80004 Serꢃes.
Features: 2-wire dc inductive • Output
current is proportional to the applied
voltage and is designed to operate at
a nominal 16 Vdc with a 1 kOhm load
• Results in an output of 8 mA when no
wheel is detected, and 2 mA when a
wheel is detected • Available in high and
low frequency versions
Benefits: Enhanced reliability. Can
detect sensor and power supply faults.
Reduces risk of error. Often eliminates
problems with leaves, rust, snow, salt,
grit, dust, and oil on rails. No rail cutting,
drilling, or insulation is required if clamps
are used. Can be installed in parallel
with the old system, creating minimal
Benefits: Enhanced reliability. Reduces
risk of error. Often eliminates problems
with leaves, rust, snow, salt, grit, dust,
and oil on rails. No rail cutting, drilling, or
insulation is required if clamps are used.
Can be installed in parallel with the old
Benefits: Non-contact detection of rail
wheel flanges at speeds up to 500 km/h.
Ease of installation, electrically robust.
Enhanced life, low “in track” maintenance.
Supports extended lineside transmission
distances. Facilitates use in wheel
detection systems and fault diagnosis.
Potential applications include train
detection (presence, direction, speed),
train direction detectors, and train axle
counters.
system, creating minimal changeover time. changeover time. Potential applications
Potential applications include crossing
gate closure on train approach (non
fail-safe), train detection for monitoring
systems, and wagon location/direction in
marshalling yards.
include crossing gate closure on train
approach (non fail-safe), train detection for
monitoring systems, and wagon location/
direction in marshalling yards.
continuedon page6
Proꢄꢃmꢃtꢅ Sensors Lꢃne Guꢃde
Unprecedented value.
Honeywell S&C has developed
Proꢄꢃmꢃtꢅ Sensors
a new inductive sensor line for
RDS80004 Serꢃes
potential transportation and
industrial applications. And
every proximity sensing part
or solution is infused with our
legendary quality:
Description
rail wheel proximity sensors
Polymide "Grilamid LKN5H"
230 kHz ꢀ0ꢁ% ꢀ10 kHz ꢀ0ꢁ
ꢀ0 Vdc to 30 Vdc
Housing material
Oscillating frequency
Supply voltage
Two-wꢃre Vector impedance
Technologꢅ: Our patented
readout technique, when
used with our two-wire
proximity sensor, utilizes an
algorithm and temperature
compensation to provide
precision gap measurement.
Our proximity sensors have
enhanced reliability (over 5
million units and 25 million
flight hours for 340FW and
370 FW series).
Operating temperature range
Output current
-40 °C to 80 °C [-40 °F to ꢀ71 °F]
Supply voltage and load dependent% 2 mA/8 mA
> 400 HZ
Operating frequency (f)
Vibration
Sinusoidal ꢀ0 Hz to 2 kHz 20 g for 30 min, IEC 18-2-2
21,5 mm, 35mm*
Nominal sensing distance
* See installation guide
Proꢄꢃmꢃtꢅ Sensors
impressꢃve breadth of lꢃne:
Honeywell S&C meets the
need of any fragmented
market by offering several
types of sensors, making us
the “one-stop shop” versus
niche companies. What’s
more, products have been put
to use in the field for years.
RDSA Serꢃes
RDSB Serꢃes
RDSC Serꢃes
train detection system –
directional and non-
directional
combined train approach
and departure system
train departure control
system
Description
Housing type
modular control unit
Polycarbon
Relay rack housing
metal
modular control unit
Polycarbon
Housing material
ꢀ0 Vdc to 50 Vdc% 20 Vdc
to 50 Vdc
Supply voltage
20 Vdc to 50 Vdc
20 Vdc to 48 Vdc
Global Channel: Honeywell
S&C offers worldwide support
and manufacturing, an
important need in industrial
segments.
-25 °C to 70 °C
[-ꢀ3 °F to ꢀ58 °F]
-25 °C to 70 °C
[-ꢀ3 °F to ꢀ58 °F]
-25 °C to 70 °C
[-ꢀ3 °F to ꢀ58 °F]
Operating temperature range
Supply current max. @ 25 °C
ꢀ500 mA
250 mA
3000 mA% ꢀ500 mA
non-vital train detection
at up to four locations or
direction at two. Other
outputs: fault status relay%
extended fault status relay
non-vital train approach
and vital train departure
indication. Other outputs:
timers and errors
failsafe train depart relay
output. Other outputs:
train in island, system
active and errors
Output functions
8 (RDSC0ꢀ2)%
1 (RDSC0ꢀ0)
Number of sensors used
Printer output
8
up to 4
no
yes
no
yes
yes (RDSC0ꢀ2)%
no (RDSC0ꢀ0)
Train reversing capability
yes
2
www.honeywell.com/sensing
Proꢄꢃmꢃtꢅ Sensors
100 FW Serꢃes
200 FW Serꢃes
300 FW Serꢃes
Description
one-piece 5/8” proximity sensor
ECKO
one-piece 5/8” proximity sensor
hall
two-piece proximity sensor
ECKO
Technology
Target material
Load current
Supply current
Sensing face
all metals
magnet
ferrous metals
750 mA
ꢀ20 mA, 50 mA lamp
20 mA max. @ 25 °C
shielded% unshielded
ꢀ mm to ꢀ.99 mm [0.039 in to 0.0783
ꢀ00 mA, 50 mA lamp
20 mA max. @ 25 °C
shielded
15 mA max.
shielded
2 mm to 2.99 mm [0.0787 in to 0.ꢀꢀ77
in]
Guaranteed actuation distance in]% 5 mm to ꢀ0 mm [0.ꢀ97 in to 0.394
ꢀ.78 mm to 3.3 mm [0.07 in to 0.ꢀ30 in]
in]
Operating temperature range
Supply voltage
-55 °C to ꢀ25 °C [-17 °F to 257 °F]
ꢀ8 Vdc to 32 Vdc
-54 °C to ꢀ00 °C [-15.2 °F to 2ꢀ2 °F]
ꢀ8 Vdc to 32 Vdc
-77 °C to ꢀ25 °C [-ꢀ01.1 °F to 257 °F]
ꢀ8 Vdc to 32 Vdc
Output type
normally open, current sinking
normally open/closed, current sinking
normally open/closed, current sinking
Proꢄꢃmꢃtꢅ Sensors
21 FW Serꢃes
23 FW Serꢃes
5 FW Serꢃes
Description
one-piece ꢀ2 mm proximity sensor
one-piece 22.2 mm proximity sensor
target, special, proximity sensor
Operating frequency
Load current
2000 Hz
2000 Hz
n/a
20 mA
20 mA
n/a
Supply current
Housing material
Sensing face
25 mA
25 mA
n/a
stainless steel
stainless steel
stainless steel
stainless steel
stainless steel
stainless steel
Guaranteed actuation distance 250 Gauss
250 Gauss
n/a
Operating temperature range
Shock
-55 °C to ꢀ50 °C [-17 °F to 302 °F]
-55 °C to ꢀ25 °C [-17 °F to 257 °F]
-55 °C to ꢀ50 °C [-17 °F to 302 °F]
20 g
20 g
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
Supply voltage
BITE
ꢀ8 Vdc to 32 Vdc
ꢀ8 Vdc to 32 Vdc
yes
yes
Short circuit
Pressure proof
Reverse polarity
MTBF (hrs)
no
no
no
no
no
no
35000
ꢀꢀ5000
Output type
normally open, current sinking
normally open, current sinking
www.honeywell.com/sensing
3
Proꢄꢃmꢃtꢅ Sensors Lꢃne Guꢃde
922 Serꢃes
Proꢄꢃmꢃtꢅ Sensors
922AA2y-A6P-Z722A
922FS2-A6ꢂ-Z735A
Description
one-piece ꢀ5/32” proximity sensor
one-piece ꢀ2 mm proximity sensor
Dimension
ꢀꢀ.7 mm [0.41 in]
2000 Hz
ꢀ2 mm [0.47 in]
Operating frequency
Load current
Gd (mm)
2000 Hz
250 mA
250 mA
3.1
2.8
Guaranteed actuation distance 2 mm to 2.99 mm [0.0787 in to 0.ꢀꢀ77 in]
ꢀ mm to ꢀ.99 mm [0.039 in to 0.0783 in]
Operating temperature range
Shock
-55 °C to 85 °C [-17 °F to ꢀ85 °F]
-55 °C to 85 °C [-17 °F to ꢀ85 °F]
1 g ꢀꢀ ms ABD 0007
1 g ꢀꢀ ms ABD 0007
Supply voltage
BITE
ꢀ4 Vdc to 32.5 Vdc
ꢀ4 Vdc to 32.5 Vdc
no
no
Short circuit
yes
yes
Pressure proof
Reverse polarity
Output type
no
yes
no
no
normally open, current sourcing
normally open, current sourcing
ꢁ12 Proꢄꢃmꢃtꢅ
Sensors
ZS-00361
932AB2W
Description
Load current
Sensing face
Gd (mm)
one-piece Mꢀ2 proximity sensor
one-piece Mꢀ2 proximity sensor
80 mA
200 mA
crastin (plastic)
2.9ꢀ
ceramic
1.8
Guaranteed actuation distance ꢀ mm to ꢀ.99 mm [0.039 in to 0.0783 in]
3 mm to 3.99 mm [0.ꢀꢀ8 in to 0.ꢀ57 in]
Operating temperature range
Shock
-25 °C to 85 °C [-ꢀ3 °F to ꢀ85 °F]
-40 °C to ꢀ00 °C [-40 °F to 2ꢀ2 °F]
400 g ꢀꢀ ms
ꢀ00 g 1 ms
Supply voltage
BITE
ꢀ4 Vdc to 33 Vdc
20 Vdc to 33 Vdc
no
no
Short circuit
yes
yes
Pressure proof
Reverse polarity
Insulation resistance
Output type
no
no
yes
yes
50 Mohm @ 500 Vdc
>50 Mohm @ 500 Vdc
normally open, current sourcing
normally open/closed, current sourcing
4
www.honeywell.com/sensing
ꢁ18 Proꢄꢃmꢃtꢅ
Sensors
ZS-00351-01
932AA3W
Description
Load current
Sensing face
Gd (mm)
one-piece Mꢀ8 proximity sensor
one-piece Mꢀ8 proximity sensor
ꢀ00 mA
ceramic
7.27
≤200 mA up to 85 °C to ꢀ00 mA at ꢀ00 °C
ceramic
8.5
Guaranteed actuation distance 4 mm to 4.99 mm [0.ꢀ574 in to 0.ꢀ9141 in]
4 mm to 4.99 mm [0.ꢀ574 in to 0.ꢀ9141 in]
Operating temperature range
Shock
-35 °C to 13 °C [-3ꢀ °F to ꢀ45 °F]
-40 °C to ꢀ00 °C [-40 °F to 2ꢀ2 °F]
500 g 0.5 ms
ꢀ00 g 1 ms
Supply voltage
BITE
ꢀ2 Vdc to 32 Vdc
20 Vdc to 323 Vdc
yes
no
Short circuit
yes
yes
Pressure proof
Reverse polarity
Insulation resistance
Output type
no
no
yes
yes
ꢀ0 Mohm @ 500 Vdc
normally open, current sinking
>50 Mohm @ 500 Vdc
normally open, current sourcing
ꢁ30 Proꢄꢃmꢃtꢅ
Sensors
ZS-00240-03B
ZS-00228-050
ZS-00341
Description
one-piece M30 proximity sensor
one-piece underwater proximity sensor
one-piece underwater proximity sensor
Load current
Housing material
Sensing face
Gd (mm)
200 mA
250 mA
≤ꢀ20 mA
stainless steel
stainless steel
ꢀ1
stainless steel
ceramic
polyethylene
overmoulded
ꢀ1
ꢀꢀ.14
ZS-0034ꢀ-0ꢀ: ≥0.8 mm% ZS-0034ꢀ-02:
≥2ꢀ.84 mm
Guaranteed actuation distance 5 mm to ꢀ0 mm [0.ꢀ97 in to 0.394 in]
5 mm to ꢀ0 mm [0.ꢀ97 in to 0.394 in]
Operating temperature range
Shock
-55 °C to 85 °C [-17 °F to ꢀ85 °F]
-40 °C to 85 °C [-40 °F to ꢀ85 °F]
-55 °C to 90 °C [-17 °F to ꢀ94 °F]
ꢀ00 g 1 ms
1 g ꢀꢀ ms
1 g ꢀꢀ ms
Supply voltage
BITE
ꢀ4 Vdc to 33 Vdc
ꢀ0 Vdc to 32.2 Vdc
ꢀ4 Vdc to 32.5 Vdc
no
no
no
Short circuit
yes
yes
yes
Pressure proof
Reverse polarity
Output type
no
no
yes
yes
yes
yes
normally open/closed, current sourcing
normally open, current sourcing
normally open, current sourcing
www.honeywell.com/sensing
5
Enclosed in a rugged hermetically sealed
stainless steel housing. Designed to
meet the requirements of aerospace,
ordnance, marine, mass transit, and
high performance industrial equipment.
Potential applications include aircraft
landing gear, gun turret position control,
and door and hatch open/closed
monitoring.
RDSC Serꢃes.
23 FW Serꢃes.
Features: Train detection without track
circuits • Zero speed and bi-directional
sensing • Duplex microprocessor system
• Relay outputs • Solid state technology
• RS 232 diagnostic output • Detects
standard rail wheels up to speeds of 281
mph • Connecting wires may be up to 2
miles only (>10,000 ft.) • Sealing to IP 68
Features: Hall-effect, magnetic field
sensitive • Triple channel • 9-wire dc
• Small housing • Stainless steel
Benefits: Enhanced reliability. Small profile.
Enhanced resistance to electromagnetic
interference. Competitive cost. Often
ideal for many locations on an aircraft, or
applications with severe shock, vibration,
temperature, and EMI environments.
Potential applications include door and
utility systems, high lift systems, hydraulic
systems, valves, engine/thrust reverser
systems, power generation systems,
environmental control systems, aircraft
landing gear, gun turret position control, and
door and hatch open/closed monitoring.
Benefits: Enhanced reliability. Robust
design. Designed to provide fail-safe train
depart output. Interfaces with existing
crossing controls. Quick installation.
Allows proactive maintenance and fault
monitoring. Resistant to shock and
vibration. Wide temperature range. Polarity
independent – voltage may be reversed
and sensor still works. Short circuit,
overvoltage, and transient protection.
Greatly reduces problems with leaves,
rust, snow, salt, grit, dust, and oil on rails.
Designed for use in potential reversing
train applications.
300 FW Serꢃes.
Features: Ferrous metal sensing
• Two-piece construction – stainless
steel bushing or flange mount sensors
and plug-in electronics card • Small
size housing • Stainless steel • Reverse
polarity • Designed to work in conjunction
with Honeywell Sensor Interface Card (405
FW Series) or Sensor Interface Module
(ZS-00380 Series)
5 FW Serꢃes.
Features: Hall-effect, magnetic field
sensitive • Small housing • Stainless steel
Benefits: The combined sensor and
interface system offer highly enhanced
reliability. Mean time between failure in
excess of 500K hours when used with
the Sensor Interface Module (ZS-00380
Series). Sensitive electronics on plug-in
card for inside mounting. Enclosed in
a rugged hermetically sealed stainless
steel housing. Designed to withstand
temperature extremes and exposure to
salt, humidity, sand, dust, and corrosive
fluids such as skydrol and typical aircraft
fuels. Potential applications include aircraft
landing gear, flight control surfaces, and
aircraft door monitoring.
Benefits: Enhanced reliability. Small
profile. Enhanced resistance to
electromagnetic interference. Competitive
cost. Often ideal for many locations on
an aircraft, or applications with severe
shock, vibration, temperature, and EMI
environments. Potential applications
include door and utility systems, high
lift systems, hydraulic systems, valves,
engine/thrust reverser systems, power
generation systems, environmental control
systems, aircraft landing gear, gun turret
position control, and door and hatch open/
closed monitoring.
100 FW Serꢃes.
Features: All metal sensing • Shielded
3-wire dc sinking (NPN) • Small housing
• Stainless steel • High level of electronics
protection • Leadwire or connector
termination • Factory mutual certified for
Class 1, Division 2, Groups A, B, C, D
Benefits: Enhanced reliability. Environment-
proof, self-contained. Enclosed in a rugged
hermetically sealed stainless steel housing.
Designed to meet the requirements of
aerospace, ordnance, marine, mass
transit, and high performance industrial
equipment. Potential applications include
aircraft landing gear, gun turret position
control, and door and hatch open/closed
monitoring.
21 FW Serꢃes.
922AA2y-A6P-Z722A.
Features: Hall-effect, magnetic field
sensitive • Single channel • 3-wire dc
• Small housing • Stainless steel
Features: All metal sensing • Stainless
steel • Small housing • High frequency
switching • High level of electronics
protection • Leadwire or connector
termination
Benefits: Enhanced reliability. Small
profile. Enhanced resistance to
electromagnetic interference. Competitive
cost. Often ideal for many locations on
an aircraft, or potential applications with
severe shock, vibration, temperature, and
EMI environments. Potential applications
include door and utility systems, high
lift systems, hydraulic systems, valves,
engine/thrust reverser systems, power
generation systems, environmental control
systems, aircraft landing gear, gun turret
position control, and door and hatch open/
closed monitoring.
200 FW Serꢃes.
Benefits: Environment-proof. Self-
Features: Hall-effect, magnetic field
sensitive • High frequency switching
• Shielded 3-wire dc sinking (NPN)
• Small housing • Stainless steel • High
level of electronics protection • Leadwire
or connector termination • Factory mutual
certified for Class 1, Division 2, Groups A,
B, C, D
contained. Operation by the Eddy Current
Killed Oscillator (ECKO) principle to
detect metallic objects passing in front of
the sensing face. Designed to meet the
requirements of aerospace, ordnance,
marine, and mass transit and high
performance industrial equipment. Potential
applications include aircraft landing gear,
gun turret position control, and door and
hatch open/closed monitoring.
Benefits: Enhanced reliability.
Environment-proof, self-contained.
6
www.honeywell.com/sensing
landing gear, gun turret position control,
and door and hatch open/closed
monitoring.
meet the requirements of aerospace,
ordnance, marine, and mass transit and
high performance industrial equipment.
Potential applications include aircraft
landing gear, gun turret position control,
and door and hatch open/closed
monitoring.
922FS2-A6ꢂ-Z735A.
Features: All metal sensing • Stainless
steel • Small housing • High pressure
capability (>350 bar) • High level of
electronics protection • Leadwire or
connector termination
ZS-00351-01.
Features: All metal sensing • Stainless
steel • Small housing • High level of
electronics protection • Built in test
function (BITE) • Leadwire or connector
termination
Benefits: Environment-proof. Self-
contained. Operation by the Eddy
Current Killed Oscillator (ECKO) principle
to detect metallic objects passing in
front of the sensing face. Designed to
meet the requirements of aerospace,
ordnance, marine, and mass transit and
high performance industrial equipment.
Potential applications include aircraft
landing gear, gun turret position control,
and door and hatch open/closed
monitoring.
ZS-00228-050.
Features: All metal sensing • High level
sealing by overmoulding • Enhanced
performance sealed and shielded cable
• Reverse polarity and short circuit
protection
Benefits: Environment-proof. Self-
contained. Operation by the Eddy
Current Killed Oscillator (ECKO) principle
to detect metallic objects passing in
front of the sensing face. Designed to
meet the requirements of aerospace,
ordnance, marine, and mass transit and
high performance industrial equipment.
Potential applications include aircraft
landing gear, gun turret position control,
and door and hatch open/closed
monitoring.
Benefits: Environment-proof. Self-
contained. Enclosed on rugged
hermetically sealed ceramic/stainless
steel housing and overmoulded to provide
complete encapsulation. Operation by
the Eddy Current Killed Oscillator (ECKO)
principle to detect metallic objects
passing in front of the sensing face.
Potential applications include submarine
control systems, submersible vehicles,
offshore underwater equipment, and
underwater pipeline controls.
ZS-00361.
Features: Hall-effect, magnetic field
sensitive • Stainless steel • Small housing
• High level of electronics protection
• High frequency switching • Leadwire or
connector termination
932AA3W.
Features: Hall-effect, magnetic field
sensitive • Stainless steel • Small housing
• High level of electronics protection
• High frequency switching • Leadwire or
connector termination
Benefits: Environment-proof. Self-
contained. Operation by the Eddy
Current Killed Oscillator (ECKO) principle
to detect metallic objects passing in
front of the sensing face. Designed to
meet the requirements of aerospace,
ordnance, marine, and mass transit and
high performance industrial equipment.
Potential applications include aircraft
landing gear, gun turret position control,
and door and hatch open/closed
monitoring.
ZS-00341.
Features: Ferrous metal sensing • All
stainless steel construction including
sensing face and laser welded connector
• High pressure capability up to 205
bar (system pressure) • Enhanced level
of electronics protection • Mean time
between failure is 126K hours
Benefits: Environment-proof. Self-
contained. Operation by the Eddy
Current Killed Oscillator (ECKO) principle
to detect metallic objects passing in
front of the sensing face. Designed to
meet the requirements of aerospace,
ordnance, marine, and mass transit and
high performance industrial equipment.
Potential applications include aircraft
landing gear, gun turret position control,
and door and hatch open/closed
monitoring.
Benefits: Environment-proof. Self-
contained. Enclosed on rugged
hermetically sealed ceramic/stainless
steel housing and overmoulded to provide
complete encapsulation. Operation
by the Eddy Current Killed Oscillator
(ECKO) principle to detect metallic
objects passing in front of the sensing
face. Designed to meet the requirements
of aerospace and marine applications.
Potential applications include aircraft
hydraulic systems, fighting vehicle engine/
transmission controls, and ship and
submarine hydraulic systems.
932AB2W.
Features: All metal sensing • Stainless
steel • Small housing • High level of
electronics protection • High frequency
switching • Leadwire or connector
termination
ZS-00240-03B.
Features: Hall-effect, magnetic field
sensitive • Stainless steel • Small housing
• High level of electronics protection
• High frequency switching • Leadwire or
connector termination
Benefits: Environment-proof. Self-
contained. Operation by the Eddy
Current Killed Oscillator (ECKO) principle
to detect metallic objects passing in
front of the sensing face. Designed to
meet the requirements of aerospace,
ordnance, marine, and mass transit and
high performance industrial equipment.
Potential applications include aircraft
Benefits: Environment-proof. Self-
contained. Operation by the Eddy
Current Killed Oscillator (ECKO) principle
to detect metallic objects passing in
front of the sensing face. Designed to
www.honeywell.com/sensing
7
Warrantꢅ. Honeywell warrants goods of
its manufacture as being free of defective
materials and faulty workmanship.
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.
WARꢂiꢂG
PERSꢀꢂAL iꢂJURy
•ꢀDOꢀNOTꢀUSEꢀtheseꢀproductsꢀasꢀ
safetyꢀorꢀemergencyꢀstopꢀdevicesꢀ
orꢀinꢀanyꢀotherꢀapplicationꢀwhereꢀ
failureꢀofꢀtheꢀproductꢀcouldꢀresultꢀinꢀ
personalꢀinjury.
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 foregoꢃng ꢃs buꢅer’s sole
remedꢅ and ꢃs ꢃn lꢃeu of all warrantꢃes,
eꢄpressed or ꢃmplꢃed, ꢃncludꢃng those
of merchantabꢃlꢃtꢅ and fitness for a
partꢃcular purpose. in no event shall
Honeꢅwell be lꢃable for consequentꢃal,
specꢃal, or ꢃndꢃrect damages.
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.
Faꢃlure to complꢅ wꢃth these
ꢃnstructꢃons could result ꢃn death or
serꢃous ꢃnjurꢅ.
WARꢂiꢂG
ꢁiSUSE ꢀF DꢀCUꢁEꢂTATiꢀꢂ
For more information about Sensing and
Control products, visit www.honeywell.
com/sensing or call +1-815-235-6847
Email inquiries to info.sc@honeywell.com
•ꢀTheꢀinformationꢀpresentedꢀinꢀthisꢀ
catalogueꢀisꢀforꢀreferenceꢀonly.ꢀDOꢀ
NOTꢀUSEꢀthisꢀdocumentꢀasꢀproductꢀ
installationꢀinformation.
•ꢀCompleteꢀinstallation,ꢀoperationꢀandꢀ
maintenanceꢀinformationꢀisꢀprovidedꢀ
inꢀtheꢀinstructionsꢀsuppliedꢀwithꢀeachꢀ
product.
Faꢃlure to complꢅ wꢃth these
ꢃnstructꢃons could result ꢃn death or
serꢃous ꢃnjurꢅ.
Sensing and Control
Automation and Control Solutions
Honeywell
1985 Douglas Drive North
Golden Valley, MN 55422 USA
+1-815-235-6847
003703-1-EN IL50 GLO
August 2008
Copyright © 2008 Honeywell International Inc. All rights reserved.
www.honeꢅwell.com/sensꢃng
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