Aerospace, Ordnance and Marine
Proximity Switch
Products
Eddy Current Killed
Oscillator (ECKO)
One Part Sensors with
or without BITE
Hall Effect
One Part Sensors
Variable Inductance
Balanced Bridge
Two Part Sensors with
BITE
Sensor Interface
Modules (SIM)
February 2004
Aerospace, Ordnance and Marine
Proximity Switch Products
Contents
WARNING
MISUSE OF DOCUMENTATION
The information presented in this
catalogue is for reference only.
DO NOT USE this document as
product installation information.
• Complete installation, operation
and maintenance information will
be provided upon request.
Failure to comply with these
instructions could result in death
or serious injury.
•
WARNING
PERSONAL INJURY
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.
Page
INTRODUCTION ............................................................................................... 2
ZS-00228-050 ................................................................................................. 4
ZS-00240-03B ................................................................................................. 6
ZS-00303 SERIES ........................................................................................... 8
ZS-00305-01 ................................................................................................. 10
ZS-00308-01 ................................................................................................. 12
ZS-00313-12 ................................................................................................. 14
ZS-00341 SERIES ......................................................................................... 16
ZS-00350-01 ................................................................................................. 18
ZS-00351-01 ................................................................................................. 20
ZS-00361 SERIES ......................................................................................... 22
ZS-00369 SERIES ......................................................................................... 24
ZS-00370-01 ................................................................................................. 26
ZS-00474-01 ................................................................................................. 28
ZS-00417-02 ................................................................................................. 30
ZS-00426-01 ................................................................................................. 32
ZS-00427-01 ................................................................................................. 34
932 AB2W / 932 AA3W SERIES .................................................................... 36
ZS-00445-050 ............................................................................................... 38
922AA2Y-A6P-Z722A .................................................................................... 40
922FS2-A6N-Z735A ...................................................................................... 42
112/122FW12 SERIES .................................................................................. 44
118FW203-10 ............................................................................................... 46
118FW205-10 ............................................................................................... 48
200FW SERIES .............................................................................................. 50
310/320/330/390FW04 SERIES ................................................................... 52
340/370FW03R1 SERIES ............................................................................. 54
ZS-00415-01 ................................................................................................. 58
ZS-00331-085 ............................................................................................... 60
ZS-00357-050/-350 SERIES ........................................................................ 62
ZS-00380-02 ................................................................................................. 64
ZS-00380-04 ................................................................................................. 66
405FW504-B ................................................................................................. 68
ZS-00500....................................................................................................... 70
GLOSSARY OF TERMS .................................................................................. 72
OTHER HONEYWELL PRODUCTS ................................................................. 75
INDEX ............................................................................................................. 76
1
INTRODUCTION
The Honeywell proximity sensors in this catalogue are
designed for use in the harsh environments encountered
in Aerospace, Ordnance and Marine markets. They are
well suited to applications with particularly demanding
requirements such as temperature, vibration, shock and
EMI/EMP/lightning interference.
The technologies used on one part products are :
ECKO - Eddy Current Killed Oscillator
Hall Effect
Many of the proximity sensors contained in this
catalogue have been custom designed to meet the
needs of a specific customer. For example, they may
have been designed to operate directly in high
pressure hydraulic systems or to count projectiles in
high rate of fire, high shock applications on gun
systems.
Each of these technologies has unique features and the
choice of technology must be based on specific
application needs. The table at the bottom of the page
should be used as a general guide.
The development of these demanding designs has
given Honeywell a wealth of application engineering
expertise with years of related experience in the
Aerospace, Military and Marine markets.
Because of an infinite combination of special
requirements imposed by different applications, all
products are not listed in this catalogue. Honeywell Sales
and Engineering personnel will be pleased to work with
you to define your unique requirements and achieve a
design or help you select an existing product most suited
to your needs.
Global manufacturing capabilities exist to provide
maximum customer service. Production lines operate in
both the USA and Europe to provide dual sources of
supply.
Honeywell proximity switch products are available in two
distinct packaging concepts. One part products, as the
name implies, contain the sensing element and the
associated conditioning electronics in a single package.
Two part products contain only the passive sensing
element in the sensor, with the electronic conditioning
contained on a separate module to allow location in more
protected environments.
The following highlights the main features of the
product range:
•
•
•
•
•
•
•
•
•
•
•
•
No touch operation using highly reliable solid state
technology
Designed to meet the requirements of US and
European aerospace, ordnance and marine markets.
In particular, MIL Standards, RTCA/DO 160, DEF,
Airbus and Boeing specifications
One part products with self-contained electronics.
Two part products for highest reliability (Mean Time
Between Failure >106 hours)
All metal sensing on most products. Ferrous metal
sensing on high pressure and two part sensors.
Sensing distance factory-adjusted to customer
specification
High frequency switching up to 2000 Hz
Corrosion resistant stainless steel housings,
hermetically sealed by laser welding where
necessary
Overmoulded versions for underwater applications
High pressure versions for hydraulic system
applications
Built In Test (BITE) where necessary
High EMC/EMI/RFI performance
Reverse polarity and short circuit protection, with fail
safe output where neccessary
ONE PART
ECKO
Technology
ONE PART
Hall Effect
TWO PART
Variable Inductance Balanced Bridge
EMI resistance
Target material
Reliability
Temperature extremes
Speed/response time
Moderate*/High
All metals
High
-55 to +85 °C/+135 °C
Moderate/High
Moderate*
Magnet
High
-55 to +100 °C
High
High
Ferrous metals
Very High
-70 to +125 °C/-40 +85 °C
Low
Built-in text
Full
Limited
Full
*EMI resistance can be improved by filtering, at increased cost
2
The technology used on two part products is :
Variable Inductance Balanced Bridge
INDUCTIVE PROXIMITY SWITCHES
Design, ECKO technology
Minimum distances between proximity switches
Honeywell inductive proximity switches are no-touch, non-interactive
devices and sensitive to all metals. They consist of an oscillator,
demodulator, level and switching amplifier.
The following minimum allowable distances apply to unshielded
proximity switches mounted opposite to each other, or side by side:
d1
> 3 d1*
> 4 Sn
Mode of operation
*Shielded devices may be mounted at distances 2 d1 .
If a metal object enters the electromagnetic field of the oscillator coil,
eddy currents are induced in this coil which change the amplitude of
oscillation. The demodulator converts the change in the amplitude to
a dc signal which causes the trigger stage to trip and the semiconductor output stage to switch.
Correction factors when applying sensors
As the nominal sensing distances stated apply to mild steel St37, the
appropriate correction factor should be used for other metals.
Material
Correction factor
Mu metal
1,20
Cast iron
1,10
Mild steel St37 (DIN1623)
1,00
Aluminium foil (0,05 mm)
0,90
Stainless Steel
0,70
Brass MS63F38
0,40
Aluminium ALMG3F23
0,35
Copper CCUF30
0,30
Measuring the maximum switching frequency
The two tests (performed in accordance with EN 60947-5-2) shown
below enable the maximum switching frequency f = 1/(t1 + t2) to be
determined exactly from the duration of the “switch on” period t1 and
the “switch off” period t2.
Inductive proximity
switch 1
0,5 S n
2a
a
0,5 S n
Installation
To ensure that both shielded and unshielded proximity switches
function properly, and to eliminate the possibility of false signals from
nearby metal objects, the minimum distances shown in the illustration
below must be adhered to.
Standard target 1
a
Standard
target 2
Inductive
proximity
switch 2
Disc of non-magnetic,
non-conductive
material
Air gap or insulating material
3 Sn
d
> 3 d1
d1
2d
2 Sn
Shielded
Unshielded
S n = Nominal sensing distance
3
ZS-00228-050
ONE PART UNDERWATER PROXIMITY
SENSOR
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing and
overmoulded to provide complete encapsulation.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Features :
z All metal sensing
z High level sealing by overmoulding
z High performance sealed and shielded cable
z Reverse polarity and short circuit protection
Typical Applications :
z Submarine control systems
z Submersible vehicles
z Offshore underwater equipment
z Underwater pipeline controls
Dimensions in mm (inches) unless otherwise specified (for reference only)
Mounting Bracket (to be ordered separately)
b
b
R2
SENSING FACE
4,0
(0.16)
4
HONEYWELL
LOGO
ARTICLE No.
5
RED
GREEN
BLUE
Ø 18,0
(0.71)
65˚
Ø 8,3 (0.33)
Ø 40,0 (1.57)
Ø 32,0
(1.26)
R2
R2
48,0 (1.89)
50,0 + 30,0
(1.97 + 1.18)
POLYETHYLENE
CABLE JACKET
20,0 ± 0,3
(0.79 ± 0.012)
80,0 (3.15)
LOT
No.
SHIELD
15˚
Ø 28,0-0,2
(1.10-0,04)
DATE
CODE
9,0 + 6,0
(0.35 + 0.24)
20,0 + 10,0
(0.79 + 0.39)
80,0 ± 10,0
(3.15 ± 0.39)
5 m + 50,0
(16.4 ft + 1.97)
POLYETHYLENE
EXTERNAL SENSOR
ENCAPSULATION
1 MEASURED WITH TARGET 45X45X3,2 mm, STAINLESS STEEL SAE 4340 (DIN 1.6565)
2 REFERS TO OUTPUT SWITCHING ELEMENT AT REMOTE TARGET CONDITION
3
ACC. TO ZS-60000 (HONEYWELL GENERAL SPECIFICATION
FOR PROXIMITY SWITCHES) IF NOT OTHERWISE NOTED
4 TUBING: RAYCHEM TMS
5
MARKING: HONEYWELL ZS-00228-050, DATE CODE, LOT No.
6 CABLE SHIELD CONNECTED TO HOUSING
RED
14-33 Vdc
LOAD IL < 250 mA
BLUE
MEASURED WITH TARGET 50 x 50 x 1.5, 1.0110
WEIGHT 250G APPROXIMATELY PLUS CABLE
4
SHIELD
Part number: ZS-00228-999
Specifications
5
ZS-00240-03B
ONE PART M30 PROXIMITY SENSOR
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing, designed
to meet the requirements of ground mobile and naval applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Features :
z All metal sensing
z Rugged M30 housing and connector assembly
z High level of electronics protection
Typical Applications :
z Ammunition loading systems
z Gun turret position control
z Door and hatch open/closed monitoring
Dimensions in mm (for reference only)
b
Sensing face 96% Al2O3 Ceramic
Ø28
AF24
1,5 max
27
38
5
7
M30 x 1,5
AF36
0,5 x 45
2
13
35
11
55
VB
A
+
B
Load
GRD
C
Notes:
1 Connector: VG95328C/8-3APN, MIL-STD-26482
2 Mounting torque: max. 80 Nm, max. 30 Nm within 2
Measured with target 30 x 30 x 1.0, 1.0110
Weight 187g
6
_
Specifications
7
ZS-00303 SERIES
ONE PART M18 PROXIMITY SENSOR
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing, designed
to meet the requirements of ground mobile and naval applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Features :
z All metal sensing
z High frequency switching
z Integral MIL-C-26482 connector
z High level of electronics protection
Dimensions in mm (for reference only)
b
Typical Applications :
z Ammunition loading systems
z Gun turret position control
z Door and hatch open/closed monitoring
0,3-1,0 Overflush
4
3
AF24
Ø16,5
7
M18x1,6g
5
4
14,5
Ø12
13
52+1
64±2
Notes:
1 Housing and mounting nuts: stainless steel
2 Connector: 3-pin, size 8, MIL-C-26482
series 1/VG95328
3 Sensing face: 96% Al203 ceramic
4 Mounting torque: max. 80 Nm max.
30 Nm within 4
5 Sensing face transport protection
6 Thread quality: 6g
7 Honeywell logo, article number.
Measured with target 18 x 18 x 1.0, 1.0110
Weight 58g approximately
VB
A
+
B
Load
GRD
_
C
Current sourcing
VB
A
+
Load
B
C
Current sinking
8
GRD
_
Specifications
9
ZS-00305-01
ONE PART M12 PROXIMITY SENSOR
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing, designed
to meet the requirements of aerospace applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Features :
z All metal sensing
z Small size M12 housing
z High frequency switching
z High level of electronics protection
Dimensions in mm (for reference only)
b
Typical Applications :
z Aircraft landing gear
z Flight control surfaces
z Aircraft door monitoring
AF17
M12x1-6g
3
Ø10,5
7 4
Ø3,5±0,2
Ø10,2
8
3,5±0,5
2
9,5
5
31,5
50±0,4
5
Notes:
1 Housing and mounting nuts: stainless steel
2 Cable shield connected to housing.Transition
resistance ≤ 10 mOhm at 100 mA
3 Sensing face: 96% Al203 ceramic
4 Honeywell logo, article No. date code. lot No
5 Tubing: Raychem DR-25
6 Cable: PTFE insulated 19 x 0,13 mm leadwires
to MIL-C-22759/16 AWG24, shielded, outer
2
insulation FEP
7 Sensing face transport protection
8 Mounting torque: max. 60 Nm, max.
15 Nm within 4
9 Thread quality: 6g
10 Weight : 23g w/o cable, cable 28g per meter
Measured with target 12 x 12 x 1.0, 1.0110
10
4
1000±50
Brown
+VB
Black
Blue
GRD
Specifications
11
ZS-00308-01
ONE PART RECTANGULAR PROXIMITY
SENSOR
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing, designed
to meet the requirements of ground mobile and naval applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Features :
z All metal sensing
z Small size rectangular housing
z High frequency switching
z High level of electronics protection
Dimensions in mm (for reference only)
b
Typical Applications :
z Ammunition loading systems
z Gun turret position control
z Door and hatch open/close monitoring
A
4,3
7,2
A-A
4
3
15
Ø3,5±0,2
4
25
2
10
12,5
22,5
5
5
A
40
Notes:
1 Housing: stainless steel
2 Cable shield connected to housing. Transition
resistance ≤ 10 mOhm at 100 mA
3 Sensing face: 96% Al203 ceramic
4 Honeywell logo, article No. date code. lot No
5 Tubing: RAYCHEM DR-25
6 Cable: PTFE insulated 19 x 0,13 mm leadwires 2
to MIL-C-22759/16 AWG24, shielded, outer
insulation FEP
Measured with target 18 x 18 x 1.0, 1.0110
Weight 80g approximately
12
1000±50
Brown
+VB
Black
Blue
GRD
Specifications
13
ZS-00313-12
ONE PART M12 PROXIMITY SENSOR
(INCORPORATING LED INDICATORS)
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing, designed
to meet the requirements of ground mobile and naval applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Typical Applications :
z Ammunition loading systems
z Gun turret position control
z Door and hatch open/closed monitoring
Dimensions in mm (for reference only)
b
Laser welded housing endpiece
Sensing face 3
AF17
6 4
M12x1-6g
Features :
z All metal sensing
z Small size M12 housing
z High frequency switching
z Integral LEDs to indicate supply and output status
z High level of electronics protection
Honeywell
Article no.
Date Lot
logo
(ZS-00313-12 Rev:c) code no.
LED
40+5
Ø10,2
4
3,5±0,5
2
10,5
"A"
9,5
30
49+1
5
Ø6,3±0,3
500±20
Notes:
1 Housing and mounting nuts: stainless steel
2 Cable shield connected to housing. Cable braid
to have 360 termination and give > 40 dB
attenuation from 0-20 MHz
3 Sensing face: 96% Al203 ceramic
5 Tubing: Raychem DR-25
6 Sensing face transparent protection
7 LED 1 = ON @ power on
8 LED 2 = ON @ sensed condition
9 Cable: Raychem, EPD 39696B
10 Mounting torque: max. 60 Nm
max. 15 Nm within 4
11 Thread quality: 6g
VIEW "A"
LED 1,Green 7
LED 2, Yellow 8
Potting
hole
Brown
LED 1
Blue
Measured with target 12 x 12 x 1.0, 1.0110
Weight 65g approximately
14
+VB
Black
LED 2
2
GRD
Specifications
15
ZS-00341 SERIES
ONE PART PRESSURE PROOF
PROXIMITY SENSOR
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed stainless steel housing, designed to meet
the requirements of aerospace applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect ferrous objects passing in front of the sensing
face. Once a target metal is detected, a trigger signal is produced
which is then passed through the output conditioning circuitry to give
a high or low output, depending on the sensor application.
Features :
z Ferrous metal sensing
z All stainless steel construction including sensing face
and laser welded connector
z High pressure capability up to 205 bar (system
pressure)
z High level EMC and lightning strike performance
z Mean Time Between Failure 126K hours
Typical Applications :
z Aircraft hydraulic systems
z Fighting vehicle engine / transmission controls
z Ship and submarine hydraulic systems
Dimensions in mm (for reference only)
b
ZS-00341-02
49-1
1,5
6,5+0,2
Weight:
37g max
Ø1,5±0,1
(x2)
3,5+0,1
Ø9f7 -0,013
-0,028
2
R0,8
Ø6,2-0,1
Ø23
Z
Ø11,8-0,45
M14x1,5-4g6g
11,5
45
1,6+0,2
1x45
21+0,05
-0,1
ASN-E0053N8B3PNF
AF20
16
Note 4
A
ZS-00341-01
64+1
B
VB
+
Load
Load
C
Current sourcing
ZS-00341-02
16
A
+
B
Weight:
55g max
Measured with target 9 x 9 x 1.0, 1.4104
VB
GRD
_
C
Current sinking
ZS-00341-01
GRD
_
Specifications
17
ZS-00350-01
ONE PART M12 PROXIMITY SENSOR
(INCORPORATING BUILT IN TEST)
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing, designed
to meet the requirements of ground mobile and naval applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Features :
z All metal sensing
z Integral VG95328 (MIL-C-26482) connector
z Built In Test function (BITE)
z High level of electronics protection
Typical Applications :
z Ammunition loading systems
z Gun turret position control
z Door and hatch open/closed monitoring
Dimensions in mm (for reference only)
b
Measured with target 12 x 12 x 1.0, 1.0110
18
Specifications
19
ZS-00351-01
ONE PART M18 PROXIMITY SENSOR
(INCORPORATING BUILT IN TEST)
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing, designed
to meet the requirements of ground mobile and naval applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Features :
z All metal sensing
z Integral VG95328 (MIL-C-26482) connector
z Built In Test function (BITE)
z High level of electronics protection
Typical Applications :
z Ammunition loading systems
z Gun turret position control
z Door and hatch open/closed monitoring
Dimensions in mm (for reference only)
b
Measured with target 18 x 18 x 1, 1.0110
20
Specifications
21
ZS-00361 SERIES
ONE PART M12 PROXIMITY SENSOR
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing, designed
to meet the requirements of ground mobile and naval applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Features :
z All metal sensing
z Small size M12 housing
z Integral VG95328 connector
z High level of electronics protection
Typical Applications :
z Ship gun controls
z Door and hatch open/closed monitoring
z Aircraft carrier landing platforms
Dimensions in mm (for reference only)
b
MEASURED WITH TARGET 12 X 12 X 1.0, 1.0110
WEIGHT 75G APPROXIMATELY
22
MEASURED WITH TARGET 12 X 12 X 1.0, 1.0110
WEIGHT 85G APPROXIMATELY
Specifications
23
ZS-00369 SERIES
ONE PART RECTANGULAR PROXIMITY
SENSOR
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing, designed
to meet the requirements of ground mobile and naval applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Features :
z All metal sensing
z Rugged stainless steel housing with integral
connector
z High level EMC performance
z Mean Time Between Failure 500K hours
Dimensions in mm (for reference only)
b
Typical Applications :
z Ship gun controls
z Door and hatch open/closed monitoring
z Aircraft carrier landing platforms
MEASURED WITH TARGET 45x45x2mm
STAINLESS STEEL 1.4104 OR EQ.
REFERS TO OUTPUT SWITCHING ELEMENT
AT REMOTE TARGET CONDITION
ACC. TO ZS-60000 (HONEYWELL GENERAL
SPECIFICATION FOR PROXIMITY SWITCHES)
IF NOT OTHERWISE NOTED
24
HOUSING: STAINLESS STEEL 1.4571 OR EQ.
MARKING: HONEYWELL LOGO, P/N, S/N
SENSING FACE: 96% AL2 O3 CERAMIC
WEIGHT < 650g
Specifications
25
ZS-00370-01
ONE PART 15/32” PROXIMITY SENSOR
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing, designed
to meet the requirements of aerospace applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the sensing
face. Once a target metal is detected, a trigger signal is produced
which is then passed through the output conditioning circuitry to give
a high or low output, depending on the sensor application.
Features :
z All metal sensing
z Integral MIL-C 26482 connector
z High level EMC and lightning strike performance
z High level of electronics protection
Typical Applications :
z Aircraft landing gear
z Flight control surfaces
z Aircraft door monitoring
Dimensions in mm (for reference only)
MEASURED WITH TARGET 12x12x1mm 1.0110, ST 37
REFERS TO OUTPUT SWITCHING ELEMENT AT
REMOTE TARGET CONDITION
ACC. TO ZS-60000 (HONEYWELL GENERAL SPECIFICATION
FOR PROXIMITY SWITCHES) IF NOT OTHERWISE NOTED
HOUSING AND MOUNTING NUTS: STAINLESS STEEL 1.4305
CONNECTOR: NICKEL PLATED ALUMINIUM
MARKING: ZS-00370-01
SENSING FACE: 96% AL2O3 CERAMIC
WEIGHT < 60g
26
Specifications
27
ZS-00474-01
ONE PART 5/8” PROXIMITY SENSOR
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed stainless steel housing, designed to meet
the requirements of aerospace applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Features :
z Ferrous metal sensing
z Integral MIL-C-38999 connector
z High level EMC and lightning strike performance
z High level of electronics protection
Typical Applications :
z Aircraft landing gear
z Flight control surfaces
z Aircraft door monitoring
Dimensions in mm (inches) (for reference only)
b
MS 21340-05 NUT X 2
5/8-24 UNEF - 2A
MS25081-C6 KEY WASHER
LASER WELD
ROUND
Ø13,5 (0.53)
3,0 (0.12)
MEASURED WITH TARGET 12X12X1 mm 1.4104
2
MOUNTING TORQUE: max. 40 N m
3
HOUSING MATERIAL: STAINLESS STEEL
4
CONNECTOR MAIN KEYWAY TO BE ALIGNED
TO KEYWAY IN HOUSING WITHIN ± 5˚
WEIGHT 80G APPROXIMATELY
28
4
CONNECTOR
MAIN KEYWAY
4,0 (0.16)
35,0 ± 1
(1.4 ± 0.04)
50,0 ± 0,5
(1.97 ± 0.02)
68,0 ± 2,0
(2.68 ± 0.08)
1
Ø 19,0
(0.75)
R 1,5
(0.06)
B
3
MARKING ZS-00474-01
H K1401
C A
Ø 13,5 (0.53)
4 1,8 (0.07) WIDE X 1,0 (0.04) DEEP KEYWAY
TO WITHIN 6.35 (0.25) OF SHOULDER
CONNECTOR PER MIL-C-38999
D38999/25YA98PA
Specifications
29
ZS-00417-02
ONE PART 12MM CYLINDRICAL
PROXIMITY SENSOR
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing, designed
to meet the requirements of aerospace applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Features :
z All metal sensing
z Small size 12 mm cylindrical housing with
MIL-C-26482 connector
z High pressure capability (> 350 bar)
z High level EMC and lightning strike performance
Dimensions in mm (for reference only)
b
Typical Applications :
z Aircraft hydraulic systems
z Fighting vehicle engine and transmission controls
z Ship and submarine hydraulic systems
MEASURED WITH TARGET 12x12x1mm 1.0110, ST 37
REFERS TO OUTPUT SWITCHING ELEMENT AT
REMOTE TARGET CONDITION
ACC. TO ZS-60000 (HONEYWELL GENERAL SPECIFICATION
FOR PROXIMITY SWITCHES) IF NOT OTHERWISE NOTED
HOUSING AND CONNECTOR: STAINLESS STEEL
MARKING: Honeywell-Logo, ZS-00417-02
SENSING FACE 96% AL2O3 CERAMIC
WEIGHT < 60g max.
30
Specifications
31
ZS-00426-01
ONE PART 15/32” PROXIMITY SENSOR
(INCORPORATING BUILT IN TEST
FUNCTION)
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing, designed
to meet the requirements of aerospace applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Dimensions in mm (for reference only)
b
Features :
z All metal sensing
z Built In Test function (BITE)
z High level EMC and lightning strike performance
z High level of electronics protection
z Mean Time Between Failure >200K hours
Typical Applications :
z Aircraft landing gear uplocks and downlocks
z Aircraft weight-on-wheels
z Aircraft arrestor hook
z Flight control surfaces
PRELIMINARY DATA
Measured with target 12.7 x 12.7 x 6.3,
300 M Steel
32
Specifications
33
ZS-00427-01
ONE PART RECTANGULAR PROXIMITY
SENSOR (INCORPORATING BUILT IN
TEST FUNCTION)
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing, designed
to meet the requirements of aerospace applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Features :
z All metal sensing
z Small size rectangular housing
z Built In Test function (BITE)
z High level EMC and lightning strike performance
z High level of electronics protection
z Mean Time Between Failure >200K hours
Dimensions in mm (for reference only)
b
Typical Applications :
z Aircraft landing gear uplocks and downlocks
z Aircraft weight-on-wheels
z Aircraft arrestor hook
z Flight control surfaces
PRELIMINARY DATA
MEASURED WITH TARGET 19 x 19 x 6.3,
300 M STEEL
34
Specifications
35
932 AB2W / 932 AA3W SERIES
ONE PART M12 AND M18 PROXIMITY
SENSORS
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing, designed
to meet the requirements of ground mobile and naval applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Dimensions in mm (for reference only)
b
932 AB2W
Features :
z All metal sensing
z High frequency switching
z High level of electronics protection
Typical Applications :
z Ammunition loading systems
z Gun turret position control
z Door and hatch open/closed monitoring
4
M12x1-6g
4
Ø12±1
9,5
Ø5±0,2
3
10
3,5±0,5
10±5
2
17±5
17
40,5
77±5
2000±50
932 AA3W
4
0,3-0,8
Ø12±1
6
Ø5±0,2
3
M18x1,6g
5
10±5
14,5
2
27,5
17±5
20
42
80±2
2000±50
Notes:
1 Cable: PTFE insulated 19 x 0,13mm
leadwires to MIL-C-22759/16.AWG 24,
shielded. Outer insulation Hytrel 4056
2 Cable shield connected to housing.
transition resistance ≤ 40 mOhm max. at 100 mA
2
3 Honeywell logo. article no. date code.
lot no. label with wiring diagram
4 Mounting torque 60 Nm max. 15 Nm max.
Within distance 4.
5 Mounting torque 80 Nm max. 30 Nm max.
Within distance 5.
6 Tubing: Raychem DR-25
932 AB2W
Measured with target 12 x 12 x 1, 1.0110
Weight 81g approximately
932 AA3W
Measured with target 18 x 18 x 1, 1.0110
Weight 95g approximately
36
2
Brown
+
Black
Load
Blue
-
Shield
Current sourcing
Brown
+
Black
Load
Blue
Shield
-
Current sinking
Specifications
37
ZS-00445-050
ONE PART M18 PROXIMITY SENSOR
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing, designed to
meet the requirements of aerospace applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the sensing
face. Once a target metal is detected, a trigger signal is produced which
is then passed through the output conditioning circuitry to give a high
or low output, depending on the sensor application.
Features :
z All metal sensing
z M18 size housing
z High frequency switching
z High level of electronics protection
Typical Applications :
z Aircraft landing gear
z Flight control surfaces
z Aircraft door monitoring
Dimensions in mm (inches) (for reference only)
b
4,0
(0.16)
SENSING FACE 6
Ø 12,0 ± 1,0
(0.47 ± 0.04)
M18x1 - 6 g
LABEL 5
Ø 5,0 ± 0,3
(0.20 ± 0.01)
9
14,5
(0.57)
4
AF 24
8
7
18,0 + 5,0
(0.71 + 0.20)
Max. 46,0 (1.81)
100,0 + 10,0
(3,94 + 0.39)
5,0 m ± 50,0
(16.4 ft ± 1.97)
1
MEASURED WITH TARGET 25,4X19X7,6 mm, STAINLESS STEEL SAE 4340 (DIN 1.6565)
2
REFERS TO OUTPUT SWITCHING ELEMENT AT REMOTE TARGET CONDITION
3
ACC. TO ZS-60000 (HONEYWELL GENERAL SPECIFICATION FOR PROXIMITY SWITCHES)
IF NOT OTHERWISE NOTED
4
HOUSING AND MOUNTING NUTS: STAINLESS STEEL
5
MARKING: HONEYWELL ZS-00445-050, DATE CODE
6
SENSING FACE: RYTON R4, SENSING FACE MUST NOT RAISE ABOVE THE EDGE
OF THE THREADED BUSHING
7
TUBING: RAYCHEM DR-25
8
CABLE SHIELD CONNECTED TO HOUSING
9
MOUNTING TORQUE 80 N m MAX. , 30 N m WITHIN 9
38
BROWN
BLACK
LOAD
BLUE
8
Specifications
39
922AA2Y-A6P-Z722A
ONE PART 15/32” PROXIMITY SENSOR
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing, designed
to meet the requirements of aerospace applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Features :
z All metal sensing
z Housing suitable for attachment of cable harness
system
z High frequency switching
z High level of electronics protection
Dimensions in mm (for reference only)
Typical Applications :
z Ammunition loading systems
z Gun turret position control
z Door and hatch open/closed monitoring
b
MEASURED WITH TARGET 12x12x1mm 1.0110, ST 37
REFERS TO OUTPUT SWITCHING ELEMENT AT
REMOTE TARGET CONDITION
ACC. TO ZS-60000 (HONEYWELL GENERAL SPECIFICATION
FOR PROXIMITY SWITCHES) IF NOT OTHERWISE NOTED
HOUSING AND MOUNTING NUTS: STAINLESS STEEL 1.4305 OR EQ.
HOUSING FINISH: BLACK CHROMIUM PLATED
MARKING: 922AA2Y-A6P-Z722A / DATE CODE
SENSING FACE 96% AL2O3 CERAMIC
WEIGHT < 80g WITH WIRE LEAD
40
Specifications
41
922FS2-A6N-Z735A
ONE PART 12MM CYLINDRICAL
PROXIMITY SENSOR
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged hermetically sealed ceramic/stainless steel housing, designed
to meet the requirements of aerospace applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Features :
z All metal sensing
z Small size 12mm cylindrical housing
z High pressure capability (>350 bar)
z High level EMC and lightning strike performance
Dimensions in mm (for reference only)
b
Typical Applications :
z Aircraft hydraulic systems
z Fighting vehicle engine and transmission controls
z Ship and submarine hydraulic systems
MEASURED WITH TARGET 12x12x1mm 1.0110, ST 37
REFERS TO OUTPUT SWITCHING ELEMENT AT
REMOTE TARGET CONDITION
ACC. TO ZS-60000 (HONEYWELL GENERAL SPECIFICATION
FOR PROXIMITY SWITCHES) IF NOT OTHERWISE NOTED
HOUSING: STAINLESS STEEL 1.4305 OR EQ.
MARKING: HONEYWELL, 922FS2-A6N-Z735A, S/N
SENSING FACE 96% AL2O3 CERAMIC
WEIGHT < 80g WITH WIRE LEADS
42
Specifications
43
112/122FW12 SERIES
ONE PART 5/8” PROXIMITY SENSOR
Description :
Environment-proof self-contained proximity sensor 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.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the
sensing face. Once a target metal is detected, a trigger signal is
produced which is then passed through the output conditioning
circuitry to give a high or low output, depending on the sensor
application.
Features :
z All metal sensing
z Small size 5/8” housing
z High level of electronics protection
z Leadwire or connector termination
z Factory mutual certified for Class 1, Division 2,
Groups A, B, C, D.
Typical Applications :
z Aircraft landing gear
z Gun turret position control
z Door and hatch open/closed monitoring
Dimensions in mm (for reference only)
b
Unshielded
sensor
7,6
22,9
Sensing face
5,1
5/8-24 UNEF thread
2,0x1,0 Deep keyway
63,5 Ref
55,9
6,4 Max
2,3 Max
19,0
1219,2
Connector version mates
with MS3116-10-6SW
9,7
Shielded
sensor
21,8
MIL-W-16878/4-20 Wire (3)
Sensing face
30,5
5/8-24 UNEF thread
2,0x1,0 Deep keyway
63,5 Ref
6,4 Max
2,3 Max
19,0
1219,2
Connector version mates
with MS3116-10-6SW
9,7
MIL-W-16878/4-20 Wire (3)
Measured with target 15.87 diameter x 1.57 thick SAE 1020 steel
Weight 85g
44
21,8
Specifications
45
118FW203-10
ONE PART RECTANGULAR PROXIMITY
SENSOR
(INCORPORATING BUILT IN TEST)
Description:
Environment-proof self-contained proximity sensor enclosed in a
rugged stainless steel hermetically sealed housing, designed to meet
the requirements of aerospace applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the sensing
face. Once a target metal is detected, a trigger signal is produced
which is then passed through the output conditioning circuitry to give
a high or low output, depending on the sensor application.
Features:
z All metal sensing
z Small size rectangular housing
z Built in Test function (BITE)
z High level EMC and lightning strike performance
z High level of electronics protection
z Mean Time Between Failure >200K hours
Dimensions in mm and inches (for reference only)
b
Typical Applications:
z Aircraft landing gear uplocks and downlocks
z Aircraft weight-on-wheels
z Aircraft arrestor hook
z Flight control surfaces
EMC Requirements :
Radiated emissions, electric field
RE102
Conducted susceptibility, low frequency power leads
CS101
Conducted susceptibility, high frequency power leads
CS114
Conducted susceptibility, relay switching transient
CS115
Radiated susceptibility, electric field
RS103
Lightning induced transients pin test
RTCA/DO 160D CAT A3XX
Mean Time Between Failure prediction
Ordering Guide
Listing
118FW203-10
46
200,000 hrs min @ T = 40 °C
Termination
Leadwire
Description
Normally open, current sinking
Specifications
Sensing Characteristics :
Switching Function
Level
Normally Open, Current Sink
Guaranteed actuation distance
0.195 in
Guaranteed de-actuation distance
0.245 in
Differential travel, max.
0.020 in
Power-on delay, max.
False pulse suppression
Repeatability, max.
Specification
15 ms
Yes
±0.015 in
Adjacent structure immunity, min.
0.7 in
Adjacent prox immunity, min.
2.0 in
BITE Inputs :
BITE near
5 V min. 30 V max.
BITE far
-30 V min. 0.5 V max.
BITE off
1 V min. 3.5 V max.
BITE response time, max.
125 us
Electrical Specifications :
Power Supply Supply voltage
16 – 30 Vdc
Current consumption, max.
15 mA
Power dissipation, max.
1.5 W
Output On state output voltage drop
Rated load current, max.
Overload current limit
1.5 V max. @ 125 mA
125 mA
150 – 300 mA typ @ 28 Vdc
Off state leakage current, max.
100 uA
Response time, max.
10 ms
Rise/fall time, max. (10 %-90 %)
Reverse polarity protection
100 us
All leads
Environmental Specifications :
Operating temperature
2.5 min short term exposure
30 s short term exposure
-54 °C to 71 °C
95 °C
116 °C
Storage temperature
-62 °C to 95 °C
Temperature cycling
cycles
Storage life
10 yr
Altitude
-200 ft to 70,000 ft
Humidity
48 hrs @ 95 % RH
Shock
55 g
Magnetic attraction
None
Weight, max.
225 g
Wire pull withstand, min.
12 lb
47
118FW205-10
ONE PART 5/8” PROXIMITY SENSOR
(INCORPORATING BUILT IN TEST)
Description :
Environment-proof self-contained proximity sensor enclosed in a
rugged stainless steel hermetically sealed housing, designed to meet
the requirements of aerospace applications.
Operation by the Eddy Current Killed Oscillator (ECKO) principle,
which is used to detect metallic objects passing in front of the sensing
face. Once a target metal is detected, a trigger signal is produced which
is then passed through the output conditioning circuitry to give a high
or low output, depending on the sensor application.
Features:
z All metal sensing
z Built in Test function (BITE)
z High level EMC and lightning strike performance
z High level of electronics protection
z Mean Time Between Failure >200K hours
Dimensions in mm and inches (for reference only)
b
Typical Applications:
z Aircraft landing gear uplocks and downlocks
z Aircraft weight-on-wheels
z Aircraft arrestor hook
z Flight control surfaces
EMC Requirements :
Radiated emissions, electric field
RE102
MIL-STD-461
Conducted susceptibility, low frequency power leads
CS101
MIL-STD-461
Conducted susceptibility, high frequency power leads
CS114
MIL-STD-461
Conducted susceptibility, relay switching transient
CS115
MIL-STD-461
Radiated susceptibility, electric field
RS103
MIL-STD-461
Lightning induced transients pin test
RTCA/DO 160D CAT A3XX
Mean Time Between Failure prediction
Ordering Guide
Listing
118FW205-10
48
200,000 hrs min @ T = 40 °C
Termination
Leadwire
MIL-HDBK-217
Description
Normally open, current sinking
Specifications
Sensing Characteristics :
Switching Function
Level
Normally Open, Current Sink
Guaranteed actuation distance
0.100 in
Differential travel, max.
0.020 in
Guaranteed de-actuatuation distance
1.140 in
Power-on delay, max.
False pulse suppression
Repeatability, max.
Specification
15 ms
Yes
±0.015 in
Adjacent structure immunity, min.
0.7 in
Adjacent prox immunity, min.
2.0 in
BITE Inputs :
BITE near
5 V min. 30 V max.
BITE far
-30 V min. 0.5 V max.
BITE off
1 V min. 3.5 V max.
BITE response time, max.
125 us
Electrical Specifications :
Power Supply Supply voltage
16 – 30 Vdc
Current consumption, max.
15 mA
Dielectric strength
30 Vdc
Output On state output voltage drop
Rated load current, max.
Overload current limit
Off state leakage current, max.
1.5 V max. @ 125 mA
125 mA
150 – 300 mA typ @ 28 Vdc
100 uA
Power dissipation, max.
1.5 W
Response time, max.
10 ms
Rise/fall time, max. (10 %-90 %)
100 us
Reverse polarity protection
All leads
Environmental Specifications :
Operating temperature
2.5 min short term exposure
30 s short term exposure
-54 °C to 71 °C
95 °C
116 °C
Storage temperature
-62 °C to 95 °C
Temperature cycling
cycles
Storage life
10 yr
Altitude
-200 ft to 70,000 ft
Humidity
48 hrs @ 95 % RH
Vibration
N/S
Spec is Mc-Douglas
55 g / 27ms
Spec is Mc-Douglas
Shock
Magnetic attraction
None
Weight, max.
225 g
Wire pull withstand, min.
12 lb
49
200FW SERIES
ONE PART 5/8” PROXIMITY SENSOR
Description :
Environment-proof self-contained proximity sensor 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.
Operation by Hall Effect principle, which is used to detect magnetic
fields passing in front of the sensing face. Once a target is detected, a
trigger signal is produced which is then passed through the output
conditioning circuitry to give a high or low output, depending on the
sensor application.
Features :
z Magnetic field sensing
z Small size 5/8” housing
z High frequency switching
z High level of electronics protection
z Leadwire or connector termination
z Factory mutual certified for Class 1, Division 2,
Groups A, B, C, D.
Dimensions in mm and inches (for reference only)
b
Shielded
sensor
Sensing face
5/8-24 UNEF thread
30,5
2,0x1,0 Deep keyway
63,5 Ref
2,3 Max
6,4 Max
Typical Applications :
z Aircraft landing gear
z Gun turret position control
z Door and hatch open/closed monitoring
1219,2
Connector version mates
with MS3116-10-6SW
9,7
MIL-W-16878/4-20 Wire (3)
19,0
21,8
Measured with 101mg7 magnet available from Micro Switch
6.35mm diameter x 6.35 mm long, sintered Alnico 8IIE
Weight 85g
50
Specifications
51
310/320/330/390FW04 SERIES
TWO PART PROXIMITY SENSOR
Description :
The 300FW series two part proximity sensors are designed to work in
conjunction with Honeywell Sensor Interface Card (405FW series) or
Sensor Interface Module (ZS-00380 Series).
Designed for the extreme environments encountered in aerospace
applications, the sensor is enclosed in a rugged hermetically sealed
stainless steel housing and contains only a passive sensing element
based on the variable inductance balanced bridge principle. This is
used to detect ferrous objects passing in front of the sensing face.
The electronic conditioning circuitry is contained on the separate
Sensor Interface Card or Sensor Interface Module which may be
located in a more sheltered environment.
The combined sensor and interface system is highly reliable with
mean time between failure in excess of 500K hours when used with
the Sensor Interface Module ZS-00380 Series.
Features :
z Ferrous metal sensing
z Small size housing
z High reliability
Typical Applications :
z Aircraft landing gear
z Flight control surfaces
z Aircraft door monitoring
Dimensions in mm and inches (for reference only)
b
Nut and washer spot
welded to fix position
MEASURED WITH TARGET 15.88 MM (0.625 IN) DIAMETER X 1.57 MM (0.062 IN) THICK OF 15-5 PH STEEL
EXCEPT FOR 330FW - MEASURED WITH TARGET CARPENTER STEEL HI-MU 80 SLUG AND INSTALLED IN 303 STAINLESS STEEL HOUSING
WEIGHT 56G (2OZ) EXCLUDING LEADS EXCEPT FOR 330FW - WEIGHT 28G (1OZ)
52
Specifications
53
340/370FW03R1 SERIES
TWO WIRE TWO PART PROXIMITY
SENSOR
(INCORPORATING BUILT IN TEST)
Description :
The 340FW03-R1 and 370FW03-R1 are two wire proximity sensors
and are designed to work in conjunction with the Honeywell Sensor
Interface Module (ZS-00500).
Designed for the extreme environments encountered in aviation
applications, the sensor is enclosed in rugged hermetically sealed
stainless steel housing with a steel core. To serve higher temperatures
the electronic conditioning circuitry for the 300FW series of proximity
sensors resides on a separate Sensor Interface Module. Operating on
vector impedance principal the sensor has an extended sensing range
for detecting a 17-4 stainless steel target passing in front of the
sensing face.
The combined higher tolerance sensor and the “smart” algorithm
interface module utilising multiple ac readings results in improved
sensing range and accuracy.
Features :
z Continuous precision distance measurement
z All metal sensor including magnetic core
z Low power consumption
z Enhanced Built in Test function (BITE)
z High level EMC and lightning strike performance
z Higher operating temperatures
z High repeatability and accuracy
Typical Applications :
z Aircraft landing gear systems
z Flight control systems
z Door control
340FW
54
370FW
Specifications
Sensing Characteristics :
Nominal sensing distance
Adjacent structure immunity, min.
Level
340FW03-R1 (1)
0 to 3,5 mm
Specification
370FW03-R1 (2)
0 to 6,0 mm
10 mm
15 mm
Adjacent prox immunity, min.
Environmental Specifications :
-55 °C to 85 °C
Operating temperature
(3)
-55 °C to 85 °C
Storage temperature
VG
Humidity
Sensors are hermetically sealed
Altitude
4.44 Kpa (70,000 ft) Cat. E2
>15 g @ 11 ms
Shock
RTCA DO-160 4.6
RTCA DO-160 7.3.1
Vibration
Cat. E
RTCA DO-160 Sec. 8
Salt spray
Cat. S
RTCA DO-160 Sec. 14
Fungus resistance
Cat. F
RTCA DO-160 Sec. 13
Sand and dust
Cat. D
RTCA DO-160 Sec. 12
Skydrol and Fuel
Chemical resistance
IEC 68-2-17
Hermeticity
44 g
Weight, max.
Material
Housing material
Target material
70 g
300 Series stainless steel
17-4 stainless steel
Condition A
Connector meets requirements of:
Hermetically sealed
MIL-C-26482, NAS1599
MIL-STD-1669/8-98P
EMC Requirements :
100 MOhms min. @ 500 Vdc
Insulation resistance
Lightning protection
(4)
Induced signal susceptibility
Radio frequency
RF emission
Cat. XXF4
(4)
Cat. Z
(4)
(4)
Mean Time Between Failure prediction
RTCA DO-160 22.5.1, 22.5.2
RTCA DO-160 Sec. 19
RTCA DO-160 Sec. 20
Cat. M
5.8 x 106 hrs
RTCA DO-160 Sec. 21
MIL-HDBK-217
1. Honeywell AES part number 4087269-901
2. Honeywell AES part number 4087268-901
3. Capability to 125 °C with expanded accuracy envelope
4. System level test
Ordering Guide
Listing
340FW03R1
370FW03R1
Termination
Connector
Connector
Description
2-wire proximity sensor, cylindrical housing
2-wire proximity sensor, rectangular housing
55
340/370FW03R1 SERIES
Dimensions in mm and inches (for reference only)
340FW
Note: Custom targets for specific applications can be manufactured.
15PA304-FW TARGET (AES P/N 4087262 901)
(Not provided with sensor)
Ø 20,00
0.707
1,27
0.050
10,03
0.395
24,00
0.945
4,40 ± 0.20
0.173 ± 0.008
Ø 7,92
0.312
1/4-28 UNF-2A THREAD
1,30 ± 0,10
0.51 ± 0.004
45˚ X 0,5
.02
5,00
0.197
SECTION A-A
Ø 15,00
0.590
10,90 ± 0,10
0.429 ± 0.004
370FW
15PA306-FW TARGET (AES P/N 4087264-901)
(Not provided with Sensor)
56
57
ZS-00415-01
TWO PART M12 PROXIMITY SENSOR
Description :
The ZS-00415-01 two part proximity sensor is designed to work in
conjunction with Honeywell Sensor Interface Module (ZS-00380
Series).
Designed for the extreme environments encountered in aerospace
applications, the sensor is enclosed in a rugged hermetically sealed
stainless steel housing and contains only a passive sensing element
based on the variable inductance balanced bridge principle. This is
used to detect ferrous objects passing in front of the sensing face.
The electronic conditioning circuitry is contained on the separate
Sensor Interface Module which may be located in a more sheltered
environment.
The combined sensor and interface system is highly reliable with
Mean Time Between Failure in excess of 450K hours.
Features :
z Ferrous metal sensing
z Integral VG95328 (MIL-C-26482) connector
z Built In Test function (BITE)
z High reliability
Dimensions in mm (for reference only)
b
Typical Applications :
z Aircraft landing gear
z Flight control systems
z Aircraft door monitoring
Connector 8-3A PN
Per VG95328
Measured with target Ø 18 x 50, 1.4104
Weight: 40g max. including mounting accessores
58
Specifications
59
ZS-00331-085
TWO PART 5/8” PROXIMITY SENSOR
Description :
The ZS-00331-085 two part proximity sensor is designed to work in
conjunction with Honeywell Sensor Interface Module (ZS-00380
Series).
Designed for the extreme environments encountered in aerospace
applications, the sensor is enclosed in a rugged hermetically sealed
stainless steel housing and contains only a passive sensing element
based on the variable inductance balanced bridge principle. This is
used to detect ferrous objects passing in front of the sensing face.
The electronic conditioning circuitry is contained on the separate
Sensor Interface Module which may be located in a more sheltered
environment.
The combined sensor and interface system is highly reliable with
Mean Time Between Failure in excess of 500K hours.
Features :
z Ferrous metal sensing
z Small size housing
z Integral cable harness and VG95328 connector
z Built In Test function (BITE)
z High reliability
Typical Applications :
z Aircraft landing gear
z Flight control systems
z Aircraft door monitoring
Dimensions in mm (for reference only)
b
MEASURED WITH TARGET Ø15.9 x 1.27, 1.4542 (15-5 PH)
WEIGHT 135G APPROXIMATELY
60
Specifications
61
ZS-00357-050/-350 SERIES
TWO PART UNDERWATER PROXIMITY
SENSOR
Description :
The ZS-00357-050/-350 is a two part proximity sensor designed to
work in conjunction with the Honeywell Sensor Interface Module
(ZS-00380-04).
Designed for the extreme environments encountered in aerospace
applications, the sensor is enclosed in a rugged hermetically sealed
stainless steel housing and contains only a passive sensing element
based on the variable inductance balanced bridge principle. This is
used to detect ferrous objects passing in front of the sensing face.
The sensor is overmoulded to provide complete encapsulation. The
electronic conditioning circuitry is contained on the separate Sensor
Interface Module which may be located in a more sheltered
environment.
The combined sensor and interface system is highly reliable with
mean time between failure in excess of 475K hours.
Features :
z Ferrous metal sensing
z High level sealing by overmoulding - designed for
permanent immersion in water
z High pressure capability
z Built In Test function (BITE)
z High reliability
Typical Applications :
z Submarine torpedo tubes
z Submersible vehicles
z Offshore underwater equipment
z Underwater pipeline controls
Dimensions in mm (for reference only)
b
Cable jacket uniradiated polyethylene
to BS6234, 1969 Type C
Sensing face
SECTION A-A
Ø30
2
External sensor
encapsulation
Nickel aluminium
bronze pedestal
DGS 1043 grade 1
Maximum extent of sensor
inclusive of encapsulation
Identification marking:
Listing no.
Lot no. and date code
Unit no.
64
40
A
A
12
22
Cable min.
bend R50
67,5±2,5
Target position
71,0
Nom. sensing distance 1
le
Cab ax.
m
Ø9
2 Holes
18,018
Ø18,000
Ø0,1
Measured with target 64 x 64 x 4, BS 4360-43A
Weight 920g approximately plus cable
62
10
Ø64
max
130 90
20
13
39 ± 1
Specifications
63
ZS-00380-02
SENSOR INTERFACE MODULE
Description :
Single channel sensor interface module for use with all Honeywell two
part proximity sensors. It has been designed to meet the
requirements of aerospace, ground mobile and naval applications.
Using surface mount technology provides miniature size and light
weight.
The combined sensor and interface system is highly reliable with
Mean Time Between Failure in excess of 450K hours.
Features :
z Interfaces with all Honeywell two part proximity
sensors
z Single channel
z All inputs and outputs are TTL/CMOS compatible
z Built In Test function (BITE)
z High level of electronic protection for voltage
transients and EMC
z High reliability
Typical Applications :
z Aircraft landing gear controls
z Flight surface controls
z Door and hatch open/closed monitoring
64
Dimensions in mm (for reference only)
b
Specifications
65
ZS-00380-04
SENSOR INTERFACE MODULE
Description :
Single channel sensor interface module for use with all Honeywell two
part proximity sensors. It has been designed to meet the
requirements of aerospace, ground mobile and naval applications.
Using surface mount technology provides miniature size and light
weight.
The combined sensor and interface system is highly reliable with
Mean Time Between Failure in excess of 450K hours.
Features :
z Interfaces with all Honeywell two part proximity
sensors
z Single channel
z All inputs and outputs are TTL/CMOS compatible
z Built In Test function (BITE)
z High level of electronic protection for voltage
transients and EMC
z High reliability
Typical Applications :
z Aircraft landing gear controls
z Flight surface controls
z Door and hatch open/closed monitoring
Dimensions in mm and inches (for reference only)
b
30˚
DETAIL "A"
A
16,3 max.
0.64
30˚
0,25
0.01
4,6
max.
0.18
+0,51
20,32 -0,25
+0.02
0.80 -0.01
2
0,9
0.035
4,83 + 0,51
0.19 + 0.02
+0,51
1,27 -0,13
2,0 + 0,25
0.08 + 0.01
2x2,54
1.00
40,2 max.
1.58
A
0,6
0.024
0,5
0.02
66
0,63
0.025
2,0
0.08
1,4
0.055
1
32
3
4
5
6
7
8
9
10
11
30
29
28
27
26
25
24
23
22
13
20
16
17
0.05
+0.02
-0.005
40,38 + 1.02
1.59 + 0.04
2x2,54
1.00
15x2,54
1.00
3x2,54
1.00
6g
1
Weight:
2
Identification marking
3
All pins dip-soldered
Solder material 62Sn/36Pb/2Ag
Specifications
67
405FW504-B
SENSOR INTERFACE CARD
Description :
Single channel electronics card for use with the Honeywell two part
310/320/330/390FW04 Series proximity sensors, referenced on pages
52 and 53. The card has been designed to fit standard electronics
racking systems and incorporates high level electronics protection
against transients, reverse polarity and EMC. It has been designed to
meet the requirements of aerospace, ground mobile and naval
applications.
The combined sensor and interface system is highly reliable with mean
time between failure in excess of 180K hours.
Features :
z Single channel
z Reverse polarity protection
z Transient protection to MIL-STD-704
z EMC protection to MIL-STD-461,462
z High reliability
Dimensions in mm (for reference only)
Typical Applications :
z Aircraft landing gear controls
z Flight surface controls
z Ammunition loading systems
b
83,8
3,8 (2)
41,9
11,3 min (2)
6,6 Dia
14,2 dia min (2)
6,4
No components
or circuitry in
this area
64,3 68,6
Components
on far side
Index
2,3 full R
2,5 min (3 sides)
ABDDEFHJKLMNPRS
8,9
Chamfer
2,5 x 45 (TYP)
1,5
1,5 TYP
40,4
Weight = 56.7g max.
68
21,8
Specifications
69
ZS-00500
PRELIMINARY DATA
TWO WIRE TWO PART PROXIMITY
SENSOR INTERFACE MODULE (SIM)
Description :
Seven channel sensor interface module for use with Honeywell 340FW
and 370FW series two part, 2 wire proximity sensors. It has been
designed to meet the requirements of the aviation market. Using vector
impedance measurement technique based on multiple ac readings and a
“smart” algorithm the SIM improves system accuracy and sensing
range by compensating for cable length and temperature variations.
For easy integration into the customer’s system the combined sensor
and SIM card will provide a target gap measurements between the
range of 0 to 6 mm with an accuracy of better than ± 0,2 mm. The
interface system has advanced diagnostic to determine type of failure
and it is highly reliable with Mean Time Between Failure in excess of
0.15 x 106 hours.
Features :
z Low weight and power consumption
z Highly repeatable and accurate
z Extended sensing range
z Higher EMC and lighting protection
z Enhanced Built in Test function (BITE)
z Actual continuous precision gap readout for
rigging and trend monitoring
z Serial and analogue outputs
Preliminary proposal can be customised to meet specific applications
Connection of SIM card to main PCB is made
via two 16 way pin headers pitch 2.54 mm
Typical Applications :
z Door control
z Flight control
z Landing gear systems
For accuracy graphs please refer to page 54
70
Specifications
When used in conjunction with 340FW and 370FW series sensors ZS-00500 SIM shall comply with the following specifications
Sensing Characteristics :
Level
Specification
Sensor input
< 30 ms per channel
Response time, sensing
Electrical Specifications :
(Characteristics when used with approved cable type and size)
Power Supply VSupply
±5V±5%
ISupply
±150 mA max.
Analogue Output(s) Round
Rectangular
Load
1 – 3.5 V = 0 – 3,5 mm
When used with 340FW series sensor
1 – 3.5 V = 0 – 6 mm
When used with 370FW series sensor
5 mA max.
Digital Output(s)
Sensor near/far
Built In Test (BITE)
On: < 0.8 V
Off: < 100 uA
Leakage Current Load < 10 mA
On: < 0.8 V
Off: < 100 uA
Leakage Current Load < 10 mA
Measurement Performance Accuracy
Typically better than ± 0,2 mm
Drift
Typically less than ± 0,15 mm
Response time
Linearity
Repeatability
< 30 ms per channel
< 3 % of full scale
<1%
Environmental Specifications :
Operating temperature
-40 °C to 85 °C
RTCA DO-160 5.2
Temperature variation
Category C
Altitude
Category D
RTCA DO-160 4.6
Category A
RTCA DO-160 6.3.1
Humidity
Shock
Vibration
Weight
Size
Category B 20 g 11 ms
Category H
RTCA DO-160 7.3.1
RTCA DO-160 8.0
< 45 g
50 mm x 80 mm
EMC Requirements :
Lightning protection:
- Unshielded sensor inputs
- Signal I/O
Induced signal susceptibility:
- Magnetic fields in equipment
- Magnetic fields in cabling
- Electric fields in cabling
- Spikes induced in cabling
Radio frequency susceptibility:
- Conducted: Sensor inputs
Signal I/O
- Radiated: Sensor inputs
RF emission
Mean Time Between Failure prediction
Ordering Guide
Listing
ZS-00500
Category A3D3
Category A1D1
RTCA DO-160 22.3
RTCA DO-160 22.3
Z
Z
Z
Z
RTCA
RTCA
RTCA
RTCA
DO-160
DO-160
DO-160
DO-160
19.3.1
19.3.2
19.3.3
19.3.4
Category Y
Category T
Category Y
RTCA
RTCA
RTCA
RTCA
DO-160
DO-160
DO-160
DO-160
20.4
20.4
20.5
21.2
Category
Category
Category
Category
Category L
0.15 x 106 hr
Description
Two wire, two part proximity sensor interface
module (SIM)
71
GLOSSARY OF TERMS
-AACTUATION DISTANCE - The distance within which the
correct detection of the standard target approaching the
sensing face of the proximity switch under specified
temperature and voltage range is assured. This falls
between zero and the lower limit of the usable operating
distance.
ALTERNATING CURRENT (AC) - current that reverses at
regularly recurring intervals of time and has alternately
positive and negative values.
AMBIENT - in the area. i.e., temperature - average
temperature of surrounding medium such as water, air, or
earth, into which the heat of the equipment is dissipated.
ANALOGUE OUTPUT - having the property of being
continuously variable, as opposed to having discrete
states.
-DDEACTUATION DISTANCE - The distance at which the
proximity switch stops detection of the standard target
under specified temperature and voltage ranges. This is
above the maximum release distance.
DIGITAL (OUTPUT) - output that is of only two stable
states, operating in the manner of a switch; that is, it is
either ON or OFF or High or Low.
DIFFERENTIAL TRAVEL - the distance between the
sensing distance and release distance. (See also
HYSTERESIS, SWITCHING)
DIRECT CURRENT (DC) - a unidirectional current in which
changes in value are so small that they may be neglected.
As ordinarily used, the term designates a practically nonpulsating current.
-BBITE - built in test which enables the customer or user to
check correct operation of the device.
-EEMC - electromagnetic compatibility is the ability of a
device to operate without causing or suffering degradation
of performance due to electromagnetic radiation.
BURDEN CURRENT
See Current Consumption
EMI - electromagnetic interference which may degrade the
performance of the device, equipment or system.
-CCONVERTIBLE OUTPUT - output that can be wired either
as Normally Open or Normally Closed, but not at the same
time.
CORRECTION FACTOR - the mathematical factor that,
when multiplied by the sensing distance of a given sensor,
will adjust sensing distance for the different metals being
used as targets.
CURRENT - time value of movement of free electrons. One
ampere equals one coulomb per second. Conventional
reference is opposite to direction of actual electron
movement.
CURRENT CONSUMPTION - the amount of current
required to power a sensor or control (excluding load).
See SUPPLY CURRENT.
CURRENT SINKING - an output type such that when it is
ON, current flow is from the load into the device’s output,
then to ground. Output is Normally High.
CURRENT SOURCING - an output type such that when it is
ON, current flow is from the device into the load. Output is
Normally Low.
COMPLEMENTARY OUTPUT - both Normally Open and
Normally Closed output are available for use.
CONTROL - the complete system; sensor, amplifier, output.
72
EMP - electromagnetic pulse generated during a nuclear
explosion.
EFFECTIVE SENSING DISTANCE - the operating distance
of an individual proximity switch, measured with standard
target at nominal temperature and nominal voltage.
-FFALSE PULSE - an improper change of state of the output,
usually associated with power Turn-On or Turn-Off.
FREE ZONE - a volume around the proximity switch which
is kept free from any material capable of affecting the
characteristics of the proximity switch.
-GGROUND - a conducting path, intentional or accidental,
between an electric circuit or equipment and the earth, or
some large conducting body serving in place of the earth
(a voltage reference).
-HHEAD-ON - a condition whereby the target approaches the
sensing face of the proximity sensor perpendicular to and
with its centre along the sensing face.
HYSTERESIS SWITCHING - the principle associated with
sensors, such that the operate point is not at the same
level as the release point. In solid state sensors, it is
accomplished electrically. In mechanical switches, it
results from the storing of potential energy before the
transition occurs.
-IINDUCTIVE PROXIMITY SWITCH - a device that produces
a magnetic or high frequency electromagnetic field in a
sensing zone and having a semiconductor output. The
output signal is determined by the presence or the absence in
the magnetic or electromagnetic field of a designated object
which absorbs or alters energy radiated from the sensor.
INTERFACE - a common boundary between electronic
systems, or parts of a single system.
INTERFACE CIRCUIT - a circuit that links one type of
device with another. Its function is to produce the required
current and voltage levels for the next stage of circuitry
from the previous stage.
INPUT - 1) The device or collective set of devices used for
bringing data into another device: 2) The signal or
stimulus put into a circuit to make the output of a circuit
react accordingly.
-LLEAKAGE CURRENT - small current flowing through or
leaking from the output device in the OFF state due to
semiconductor characteristics.
LOAD CURRENT - units = Amps/milliamps (DC) or Amps
RMS/milliamps RMS (AC). The maximum amount of
current that a proximity sensor will switch through its load.
LOGIC - the modification of an input signal that produces
delayed, pulsed, latched, or other output response. Logic
circuitry is sometimes an integral part of the control, but
more often a separate plug-in card or module.
-MMANUFACTURER’S TOLERANCE - the maximum variation
from standard allowed by the manufacturer between
products with the same catalogue listing.
MAXIMUM LOAD CURRENT - the maximum amount of
current that can flow through a sensor without causing
failure.
MTBF - Mean Time Between Failure - The average number
of operating hours after a device has failed that would pass
before the next device failure would be expected to occur.
-NNOMINAL SENSING DISTANCE - A conventional quantity
used to designate the operating distance. It does not take
into account either manufacturing tolerances or variations
due to external conditions such as voltage and temperature.
NOMINAL TEMPERATURE, PRESSURE AND HUMIDITY
Temperature °C to °C
Pressure
86 KPa to 106 KPa
Humidity
45% to 75%
NORMALLY HIGH - a device in which the output is high
in voltage in the rest condition.
NORMALLY LOW - a device in which the output is low
in voltage in the rest condition.
NORMALLY OPEN - a proximity switch having an N.O.
output function causes output current to flow when a
target is detected and output current not to flow when a
target is not detected.
NORMALLY CLOSED - a proximity switch having an N.C.
output function causes output current not to flow when a
target is detected and output current to flow when a target
is not detected.
-OOUTPUT - the useful energy delivered by a circuit or
device. Can mean energy produced at the output terminals
of an amplifier - a source of energy.
OVERTRAVEL - the distance between the actuation
distance and total travel position.
OFF-STATE LEAKAGE CURRENT - current which continues
to flow through the load when the proximity switch output
is in the OFF state.
-PPOWER-ON DELAY - time interval between the switching
on of the supply voltage and the instant at which the
proximity switch becomes ready to operate correctly.
PROXIMITY SENSOR - a capacitive or inductive sensor
which can detect the presence of a metal target, within a
specified range, and without making physical contact.
-RREPRODUCIBILITY - the ability of a sensor to reproduce
output readings when the same value is applied to it
consecutively in the same direction, for a specified
number of cycles, or specified time duration at constant
temperature and supply voltage. Also known as repeatability.
RESPONSE TIME - the time it takes for a device to
respond to an input signal. The sum of the sensor,
amplifier, and output response is the total response time.
RFI - radio frequency interference which may degrade the
performance of the device, equipment or system.
REVERSE POLARITY PROTECTION - circuitry, usually a
diode, which prevents current from flowing into the device
in case of accidental mis-wiring of the plus (+) and minus
(-) terminals, preventing damage to the unit.
RIPPLE - the alternating component of voltage from a
rectifier or generator. A slight fluctuation in the intensity of
steady current.
73
GLOSSARY OF TERMS (Continued)
RISE TIME - a measure (10% to 90%) of the time
required for an output voltage to rise from a state of low
voltage level to a high voltage level, once a level change
has started.
SUPPLY VOLTAGE - units = Volts. The range of power
required to maintain proper operation of a proximity
sensor or control base. The difference in potential (or range
of difference in potential) necessary to operate the unit.
REPETITION RATE OF SENSING - or switching
frequency, is the number of operating cycles
performed by a proximity switch during a specified
period of time.
STABILITY OF SENSING DISTANCE - the percentage
change of the sensing distance of the proximity switch
relative to its effective sensing distance within specified
temperature and supply voltage range.
-SSATURATION VOLTAGE - the voltage drop appearing
across a control device that is fully turned ON.
SHORT CIRCUIT PROTECTION - output circuit protection
designed to protect the output device from damage due to
the overload or short circuit of the load.
SELF-CONTAINED SENSOR - a proximity sensor in which
all three phases of control - sensing, signal conditioning,
and output - are housed in a single device.
SENSING DISTANCE - the distance at which the target
approaching the sensing face causes the output signal to
change.
SERIES CIRCUIT - a circuit in which current has only one
path to follow.
SENSING FACE - sensing face of an inductive proximity
switch is a flat surface of the inductive proximity switch
through which the high frequency electromagnetic field
emerges.
SHIELDED SENSOR - a circuit which “senses” only to the
front of its face and ignores the metals to its side. The
presence of such side metal, however, may cause a slight
shift in operating characteristics.
SIGNAL CONDITIONING - to process the form or mode of
signal so as to make it intelligible to or compatible with a
given device, including such manipulation as pulse
shaping, pulse clipping, digitizing, and linearizing.
SLIDE-BY - the condition whereby the target approaches
the sensing face of the proximity sensor in such a
direction that its centre will cross the axis of the sensing
face at right angles.
STANDARD TARGET - an object used for making
comparative measurement of operating distance. A square
of mild steel, 1mm thick. The length of the side of the
square is equal to either:
A) the diameter of the circle inscribed on the active
surface of the sensitive face of the sensor, or
B) three times the rated operating distance, whichever is
the greater.
SUPPLY CURRENT - units = Amps or milliamps. The
amount of current necessary to maintain operation of a
proximity sensor or control base. Sometimes referred to
as Current Consumption.
74
SURGE VOLTAGE - unwanted, long duration increase of
the supply voltage above the limits of normal operation.
-TTARGET - the object being detected.
THERMAL DRIFT CHART - a chart illustrating sensor
operating variance due to changes in temperature.
TRANSIENT PROTECTION - circuitry to guard against
spikes induced on the supply lines inductive sources such
as heavy motors or solenoids turning on and off.
TRANSIENTS - in electronic usage, usually refers to an
unwanted, temporary, large increase or decrease in a
current or supply voltage that only occurs occasionally.
Almost always due to reactive components during rapid
changes in voltage or current.
-UUNSHIELDED SENSOR - a sensor with limited side and
front sensing capabilities.
-VVOLTAGE - term used to designate the electrical energy
differential that exists between two points and is capable
of producing the flow of current when a closed path is
connected between the two points.
VOLTAGE DROP - sometimes referred to as Saturation
Voltage. In any solid state control that switches a load,
there will be some voltage dropped across the output. This
voltage drop or saturation voltage will often vary with the
amount of current going through the output section and
the load. It should be specified with current conditions.
OTHER HONEYWELL PRODUCTS
Environmentally Protected Switches
Sealed switch assemblies (EN, HE, HM, HR) are commonly used as
limit switches in aircraft, ordnance and marine applications. They can
be environment-proof or hermetically sealed. HRs will operate at
315°C (600°F).
Environmentally protected switches also satisfy needs in many other
applications. Some examples are agriculture, transportation,
construction and command and control equipment.
Manual Switches
When you need push buttons, indicators, rockers, toggles, paddles,
rotary selectors, we have the solution to meet your needs. Practically
any display, circuitry or electrical capacity need can be satisfied.
Precision Thermostats
Includes both hermetic and non-hermetic thermostats for use in a wide
array of applications from computers, copy machines, aircraft, radar
equipment and medical equipment to electronic control systems.
Hermetic devices are designed to operate in extreme environmental
conditions, including exposure to hazardous substances, dust particles
and liquid immersion.
75
Warranty/Remedy
Sales and Service
Honeywell warrants goods of its manufacture as being free of defective
material and faulty workmanship. Contact your local sales office for
warranty information. If warranted goods are returned to Honeywell
during that period of coverage, Honeywell will repair or replace without
charge those items it finds defective. 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 particular
purpose.
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.
Specifications may change at any time 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.
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 Authorised
Distributor, contact your local sales office or:
INTERNET: www.honeywell.com/sensing
E-mail: info.sc@honeywell.com
ASIA PACIFIC
EUROPE
Control Products
Asia Pacific Headquarters
Phone: +(65) 6355-2828
FAX: +(65) 6445-3033
South Korea
Honeywell Korea Co Ltd
Phone: +(822) 799-6167
FAX: +(822) 792-9013
Australia
Honeywell Limited
Phone: +(61) 2-9370-4500
FAX: +(61) 2-9370-4525
Toll Free 1300-36-39-36
Toll Free Fax: 1300-36-04-70
Malaysia
Honeywell Engineering Sdn
Bhd
Phone: +(60-3) 7958-4988
FAX: +(60-3) 7958-8922
China – PRC - Beijing
Honeywell China Inc.
Phone: +(86-10) 8458-3280
FAX: +(86-10) 8458-3102
China – PRC - Shanghai
Honeywell China Inc.
Phone: (86-21) 6237-0237
FAX: (86-21) 6237-1237
China - Hong Kong S.A.R.
Honeywell Ltd.
Phone: +(852) 2953-6412
FAX: +(852) 2953-6767
Indonesia
Honeywell Indonesia Pte Ltd.
Phone: +(62) 21-535-8833
FAX: +(62) 21-5367 1008
India
TATA Honeywell Ltd.
Phone: +(91) 20 6870 445/
446
FAX: +(91) 20 681 2243/ 687
5992
New Zealand
Honeywell Limited
Phone: +(64-9) 623-5050
FAX: +(64-9) 623-5060
Toll Free (0800) 202-088
Philippines
Honeywell Systems
(Philippines) Inc.
Phone: +(63-2) 636-1661 /
1662
FAX: +(63-2) 638-4013
Singapore
Honeywell South East Asia
Phone: +(65) 6355-2828
FAX: +(65) 6445-3033
Thailand
Honeywell Systems
(Thailand) Ltd.
Phone: +(662) 693-3099
FAX: +(662) 693-3085
Taiwan R.O.C.
Honeywell Taiwan Ltd.
Phone: +(886-2) 2245-1000
FAX: +(886-2) 2245-3241
Japan
Honeywell Inc
Phone: +(81) 3 5440 1425
FAX: +(81) 3 5440 1368
NORTH AMERICA
Austria
Honeywell Austria GmbH
Phone: +(43) 1 727 80 366/
246
FAX: +(43) 1 727 80 337
Italy
Honeywell S.p.A.
Phone: +(39) 02 92146 450/
456
FAX: +(39) 02 92146 490
Belgium
Honeywell SA/NV
Phone: +(32) 2 728 2522
FAX: +(32) 2 728 2502
The Netherlands
Honeywell B.V.
Phone: +(31) 20 565 69 11
FAX: +(31) 20 565 66 00
Bulgaria
Honeywell EOOD
Phone: +(359) 2 979 00 23
FAX: +(359) 2 979 00 24
Norway
Honeywell A/S
Phone: +(47) 66 76 20 00
FAX: +(47) 66 76 20 90
Czech Republic
Honeywell spol. s.r.o.
Phone: +(420) 242 442 111
FAX: +(420) 242 442 182
Poland
Honeywell Sp. zo.o
Phone: +(48) 606 09 64
FAX: +(48) 606 09 01
Denmark
Honeywell A/S
Phone: +(45) 39 55 55 55
FAX: +(45) 39 55 55 58
Portugal
Honeywell Portugal Lda
Phone: +(351 21) 424 50 00
FAX: +(351 21) 424 50 99
Finland
Honeywell OY
Phone: +(358) 9 3480101
FAX: +(358) 9 34801375
Romania
Honeywell Bucharest
Phone: +(40) 21 231 64 37/38
FAX: +(40) 21 231 6439
United Kingdom
Honeywell Control Systems
Ltd
Phone: +(44) 1698 481481
FAX: +(44) 1698 481676
France
Honeywell SA
Phone: +(33) 1 60 19 80 40
FAX: +(33) 1 60 19 81 73
Commonwealth of
Independent States (CIS)
Z.A.O. Honeywell
Phone: +(7 095) 796 98 36
FAX: +(7 095) 797 99 06
Mediterranean & African
Distributors
Honeywell SpA
Phone: +(39) 2 921 46 232
FAX: +(39) 2 921 46 233
Slovak Republic
Honeywell s.r.o.
Phone: +(421 2) 58 247 403
FAX: +(421 2) 58 247 415
Middle East Headquarters
Honeywell Middle East Ltd.
Phone: +(9712) 443 2119
FAX +(9712) 443 2536
Germany
Honeywell AG
Phone: +(49) 69 8064 444
FAX: +(49) 69 8064 442
Hungary
Honeywell Kft.
Phone: +(361) 451 43 00
FAX: +(361) 451 43 43
South Africa (Republic of)
Honeywell Southern Africa
Honeywell S.A. Pty. Ltd
Phone: +(27) 11 695 8000
FAX +(27) 11 805 1504
Spain
Honeywell S.A.
Phone: +(34) 91 313 6100
FAX: +(34) 91 313 6129
Sweden
Honeywell AB
Phone: +(46) 8 775 55 00
FAX: +(46) 8 775 56 00
Switzerland
Honeywell AG
Phone: +(41) 1 855 24 40
FAX: +(41) 1 855 24 45
Turkey
Honeywell Turkey A.S.
Phone: +(90) 216 5756620
FAX: +(90) 216 5756637
Ukraine
Honeywell
Phone: +(380) 44 201 44 74
FAX: +(380) 44 201 44 75
USA/Canada
Honeywell
Sensing and Control
Phone: 1-800-537-6945
1-815-235-6847
FAX: 1-815-235-6545
E-mail:
info.sc@honeywell.com
LATIN AMERICA
Honeywell Latin America
Headquarters
Phone: 1-305-805-8188
FAX: 1-305-883-8257
Argentina
Honeywell S.A.I.C.
Phone: +(54-11) 4383-3627
FAX: +(54-11) 4325-6470
Brazil
Honeywell Do Brasil & Cia
Phone: +(55-11) 4166-1900
FAX: +(55-11) 4166-1901
Chile
Honeywell Chile, S.A.
Phone: +(56-2) 425-8400
FAX: +(56-2) 425-8410
Mexico
Honeywell S.A. de C.V.
Phone: +(52) 55 5081-0200
FAX: +(52) 55 5081-0202
Puerto Rico, Caribbean
Honeywell Inc.
Phone: +(787) 792-7075
FAX: +(787) 792-0053
Venezuela
Honeywell C.A.
Phone: +(58-212) 273-0511
FAX: +(58-212) 273-0599
This publication does not constitute a contract between Honeywell and its customers. The contents may be changed at any time without notice. It is
the customer’s responsibility to ensure safe installation and operation of the products. Detailed mounting drawings of all products illustrated are
available on request. Copyright 1999-2004 Honeywell International Inc. All Rights Reserved.
Sensing and Control
www.honeywell.com/sensing
Honeywell Control Systems Ltd
Newhouse Industrial Estate
Motherwell ML1 5SB
Scotland, UK
100426-EN Issue 2
02/04
UK07
GLO
Printed on environmentally friendly paper
INDEX
112FW12-4 ................................................................................................................................................................................................................. 44
112FW12-R1 .............................................................................................................................................................................................................. 44
118FW203-10 ............................................................................................................................................................................................................. 46
118FW205-10 ............................................................................................................................................................................................................. 48
122FW12-4 ................................................................................................................................................................................................................. 44
122FW12-R1 .............................................................................................................................................................................................................. 44
211FW10-4 ................................................................................................................................................................................................................. 50
211FW10-R ................................................................................................................................................................................................................ 50
212FW10-4 ................................................................................................................................................................................................................. 50
212FW10-R ................................................................................................................................................................................................................ 50
310FW04-10 ............................................................................................................................................................................................................... 52
320FW04-5 ................................................................................................................................................................................................................. 52
330FW04A-1 .............................................................................................................................................................................................................. 52
340FW03R1 ................................................................................................................................................................................................................ 54
370FW03R1 ................................................................................................................................................................................................................ 54
390FW04A-10 ............................................................................................................................................................................................................ 52
405FW504-B .............................................................................................................................................................................................................. 68
922AA2Y-A6P-Z722A ................................................................................................................................................................................................. 40
922FS2-A6N-Z735A ................................................................................................................................................................................................... 42
932 AA3W-A2N-PGM ................................................................................................................................................................................................. 36
932 AA3W-A2P-PGM ................................................................................................................................................................................................. 36
932 AB2W-A2N-PGM ................................................................................................................................................................................................. 36
932 AB2W-A2P-PGM ................................................................................................................................................................................................. 36
ZS-00228-050 .............................................................................................................................................................................................................. 4
ZS-00240-03B .............................................................................................................................................................................................................. 6
ZS-00303-01 ................................................................................................................................................................................................................ 8
ZS-00303-02 ................................................................................................................................................................................................................ 8
ZS-00303-51 ................................................................................................................................................................................................................ 8
ZS-00303-52 ................................................................................................................................................................................................................ 8
ZS-00305-01 .............................................................................................................................................................................................................. 10
ZS-00308-01 .............................................................................................................................................................................................................. 12
ZS-00313-12 .............................................................................................................................................................................................................. 14
ZS-00331-085 ............................................................................................................................................................................................................ 60
ZS-00341-01 .............................................................................................................................................................................................................. 16
ZS-00341-02 .............................................................................................................................................................................................................. 16
ZS-00350-01 .............................................................................................................................................................................................................. 18
ZS-00351-01 .............................................................................................................................................................................................................. 20
ZS-00357-050 ............................................................................................................................................................................................................ 62
ZS-00357-350 ............................................................................................................................................................................................................ 62
ZS-00361-01 .............................................................................................................................................................................................................. 22
ZS-00361-02 .............................................................................................................................................................................................................. 22
ZS-00369-01 .............................................................................................................................................................................................................. 24
ZS-00369-02 .............................................................................................................................................................................................................. 24
ZS-00370-01 .............................................................................................................................................................................................................. 26
ZS-00380-02 .............................................................................................................................................................................................................. 64
ZS-00380-04 .............................................................................................................................................................................................................. 66
ZS-00415-01 .............................................................................................................................................................................................................. 58
ZS-00417-02 .............................................................................................................................................................................................................. 30
ZS-00426-01 .............................................................................................................................................................................................................. 32
ZS-00427-01 .............................................................................................................................................................................................................. 34
ZS-00445-050 ............................................................................................................................................................................................................ 38
ZS-00474-01 .............................................................................................................................................................................................................. 28
ZS-00500 ................................................................................................................................................................................................................... 70
76