Manually Sensitivity Set Photoelectric Sensor
Amplifier-separated
Diagnosis
Self-diagnosis
Timer
Light intensity Interference
prevention
monitor
SS-A5
SU-7/SH
Amplifier-separated
PHOTOELECTRIC SENSORS
SS-A5
CHX-SC2
Sensor Checker
Twin adjuster enables
delicate sensitivity
setting
Twin adjuster
Automatic interference prevention
Quick sensor head connection
Its twin adjuster enables easy optimum
setting to suit the application.
The SS-A5 amplifier is incorporated
with an automatic interference prevention function. Mutual interference
does not occur even if two sensors are
mounted adjacently.
The SS-A5 unique sensor head cable
clamping mechanism reduces wiring
time to 1/3 of conventional connection
time. Just insert the cables into the
amplifier and turn the lever. Even a
screwdriver is not required.
Twin sensitivity adjuster
Self-diagnosis output
OFF-delay timer
SS-A5 incorporates a self-diagnosis
output, which provides a signal in case
of unstable operating conditions due to
beam misalignment, soiling of lens,
etc.
An OFF-delay timer which extends the
output signal by a fixed period is
incorporated. This is useful when the
connected device has a slow response
time or when small objects are being
sensed and the output signal width is
too small.
ON
Normal
operation
OFF
ON
Timer
operation
OFF
T
Timer period: T40 ms approx.
404
Ramco Innovations - 1207 Maple Street, West Des Moines IA USA 50265 - 800-280-6933 - www.ramcoinnovations.com
APPLICATIONS
Detecting small bottles
Sensing remaining tape
Amplifier-separated
SS-A5
SU-7/SH
Tape
SH-33R
SH-22
Tape reel
SH-21
Detecting marks
Detecting transparent glass substrate in
cassette
SH-31G
Detecting wafer
Cassette
Wafer
Transparent
glass substrate
SH-72
SH-72
Ultra-slim type / SH-2
Ultra-small type / SH-3
• Compact size: 0.3 cm3
Thickness: 3 mm 0.118 in
• Sensor head with indicator
An operation indicator, which enables
an easy check of the operation at
site, has been incorporated.
Glass substrate detection sensor / SH-72
Operation indicator
(Red)
• Versatile, either top sensing or side
sensing
• Versatile mounting
Sensing range
0.5 to 7.5 mm
0.020 to 0.295 in
Beamemitting part
Diffuse reflective type sensor head
• Front sensing
• 2 m 6.562 ft long sensing range with
red LED beam (SH-33R)
Visible red LED beam makes
alignment easy.
Thru-beam type sensor head
• Front sensing
• Side sensing
• Reliable glass substrate detection
Its unique optical system enables stable
detection of transparent glass substrate,
as well as, specular film deposited glass
substrate at the same distance.
Glass substrate
Beamreceiving part
• No dead zone
Glass substrate
2m
6.562 ft
• Repeatability: 0.03 mm 0.001 in
0.03 mm
0.001 in
Glass substrate
• Not affected by background
Ramco Innovations - 1207 Maple Street, West Des Moines IA USA 50265 - 800-280-6933 - www.ramcoinnovations.com
405
Sensor Checker
CHX-SC2
Detecting ICs in transparent sticks
PHOTOELECTRIC SENSORS
SS-A5
PHOTOELECTRIC SENSORS
SS-A5
ORDER GUIDE
Amplifiers
Accessory
SS-A5
SU-7/SH
Amplifier-separated
Type
Appearance
Model No.
3 m 9.843 ft
cable length
type
Sensing output
• MS-DIN-1 (Amplifier mounting bracket)
SS-A5
NPN open-collector
transistor
5 m 16.404 ft
cable length
type
SS-A5-C5
CHX-SC2
Sensor Checker
Sensor heads
Sensing range
Thru-beam
Emitting
element
Operation
indicator
SH-21
Side
sensing
300 mm 11.811 in
SH-21E
50 mm 1.969 in
Infrared LED
SH-22
Thru-beam
Diffuse
reflective
100 mm 3.937 in
Glass
substrate
detection
sensor
1 m 3.281 ft
100 mm 3.937 in
0.5 to 7.5 mm 0.020 to 0.295 in
(with transparent glass sheet)
Ultra-small
Model No.
Front
sensing
Appearance
Diffuse
reflective
Front
sensing
Ultra-slim
Type
2 m 6.562 ft
SH-31R
Red LED
SH-31G
Green LED
SH-33R
Incorporated
Red LED
SH-32R
SH-72
Infrared LED
OPTIONS
Slit mask
Designation
Model No.
• OS-SS3
Description
The sensor head and the slit • MS-SS3-1
mask are mounted together.
This is a convenient slit mask having four types of slits.
Sensing range
Slit size
Slit mask
For SH-31R,
SH-31G and
SH-33R only
(
Fitting
SH-31R
)
SH-31G
SH-33R
Min.
sensing
object
OS-SS3 0.53 mm One side 500 mm 19.685 in 50 mm 1.969 in 750 mm 29.528 in "3 mm "0.118 in
0.0200.118 in Both sides 250 mm 9.843 in
13 mm One side 700 mm 27.559 in
0.0390.118 in Both sides 500 mm 19.685 in
25 mm 0.984 in
400 mm 15.748 in 0.53 mm 0.0200.118 mm
Two M3 (length 12 mm
0.472 in) screws with
washers are attached.
70 mm 2.756 in 1,000 mm 39.370 in "3 mm "0.118 in
50 mm 1.969 in
750 mm 29.528 in 13 mm 0.0390.118 mm
Sensor head
mounting bracket
MS-SS3-1 Mounting bracket for the ultra-small sensor head
For the ultra(The thru-beam type sensor head needs two brackets.)
small type only
(
)
Amplifier mounting
bracket
• MS-FX-1
Sensor checker
(Note)
Sensor checker
• CHX-SC2
PO
W
ER
C
LE
Amplifier
Mounting bracket for SS-A5
mounting bracket MS-FX-1
H
VE
L
X-
SC
2
Sensor
checker
It is useful for beam alignment of thru-beam type sensors. The optimum
CHX-SC2 receiver position is given by indicators, as well as an audio signal.
Note: Refer to p.414l for details of the sensor checker CHX-SC2.
406
Sensor head
mounting bracket
Two M3 (length 20 mm 0.787 in)
screws with washers are attached.
Ramco Innovations - 1207 Maple Street, West Des Moines IA USA 50265 - 800-280-6933 - www.ramcoinnovations.com
Sensor heads
Ultra-slim
Type
Ultra-small
Thru-beam
Front sensing Side sensing
Item
Model No.
SH-21
SH-21E
Diffuse
reflective
Red LED
Green LED
Red LED
Diffuse
reflective
Glass
substrate
detection
sensor
SH-22
SH-31R
SH-31G
SH-33R
SH-32R
SH-72
100 mm
3.937 in
2m
6.562 ft
100 mm
3.937 in
(Note 1)
0.5 to 7.5 mm
0.020 to 0.295 mm
with transparent
glass substrate
Min. "1 mm "0.039 in
opaque object
with 100 mm
3.937 in setting
distance and at the
optimum sensitivity
(Note 3)
Min. "1 mm "0.039in
opaque object
with 2 m 6.562 ft
setting distance
and at the optimum sensitivity
(Note 3)
Opaque,
translucent or
transparent
object
24 mm
0.945 in or
more transparent glass,
aluminumevaporated
mirror, etc.
15 % or less
of operation
distance
5 % or less
of operation
distance
0.5 mm
0.020 in
or less
0.03 mm 0.001 in
or less
(along sensing axis)
Thru-beam
Applicable amplifier
Sensing range
Sensing object
SS-A5
50 mm
1.969 in
(Note 1)
300 mm
11.811 in
Min. "0.3 mm "0.012 in opaque object
(under the optimum condition)
(Note 2)
Min. "0.3 mm Min. "1 mm "0.039 in
"0.012 in
opaque object
copper wire
with 1 m 3.281 ft
with 3 mm 0.012 in setting distance
setting distance
and at the optiand at the max.
mum sensitivity
sensitivity
(Note 3)
)(
0.03 mm 0.001 in or less
0.15 mm
0.006 in
or less
Operation indicator
Environmental resistance
Protection
Ambient temperature
)(
)(
15 % or less
of operation
distance
Hysteresis
Repeatability
(perpendicular to sensing axis)
(
1m
3.281 ft
)
0.1 mm 0.004 in or less
Red LED
(
)
up when the sensing output of the amplifier is ON,
( lights
incorporated on the emitter of the thru-beam type sensor head )
IP62 (IEC)
IP66 (IEC)
10 to60 C14 to140 F (Note 4)
Storage:20 to70 C 4 to158 F
25 to60 C 13 to140 F (Note 4)
Storage:30 to70 C 22 to158 F
10 to60 C
14 to140 F
(Note 4)
(including storage)
35 to 85 % RH, Storage: 35 to 85 % RH
Ambient humidity
Ambient illuminance
Sunlight: 11,000 ?x at the light-receiving face, Incandescent light: 3,500 ?x at the light-receiving face
Vibration resistance
10 to 55 Hz frequency, 1.5 mm 0.059 in amplitude in X, Y and Z directions for two hours each
Shock resistance
Emitting element
Material
Cable
Cable extension
Weight
Accessory
500 m/s2 acceleration (50 G approx.) in X, Y and Z directions for three times each
Infrared LED (modulated)
Enclosure: Polycarbonate
(glass fiber reinforced)
Red LED
(modulated)
Green LED
(modulated)
Red LED
(modulated)
Enclosure: ABS, Lens: Polycarbonate
Infrared LED
(modulated)
Enclosure:
Polycarbonate
0.089 mm2 (ultra-slim type: 0.057 mm2) single core (diffuse reflective type and glass substrate detection sensor:
two parallel single core wires) shielded cable, 3 m 9.843 ft long
Extension up to total 5 m 16.404 ft (ultra-small type: 10 m 32.808 ft) is possible with an equivalent cable (thru-beam type: both emitter and receiver).
Emitter: 12 g approx.
Receiver: 12 g approx.
24 g approx.
Emitter: 10 g approx.
Receiver: 10 g approx.
20 g approx.
25 g approx.
Sensor head mounting screw: 2 sets (SH-22: 1 set)
Notes: 1) The sensing range of the diffuse reflective type sensor is specified for white non-glossy paper (5050 mm 1.9691.969 in) as the object.
Notes: 2) The optimum condition is the condition when the sensitivity is adjusted so that the operation indicator just lights up at the given distance in the light
received condition.
Notes: 3) The optimum sensitivity stands for the sensitivity level when the operation indicator just lights up in the light received condition.
Notes: 4) No dew condensation or icing is allowed.
Ramco Innovations - 1207 Maple Street, West Des Moines IA USA 50265 - 800-280-6933 - www.ramcoinnovations.com
407
PHOTOELECTRIC SENSORS
Refer to p.394l for sensing characteristics.
Amplifier-separated
SS-A5
SU-7/SH
SPECIFICATIONS
Sensor Checker
CHX-SC2
SS-A5
PHOTOELECTRIC SENSORS
SS-A5
SPECIFICATIONS
Amplifier
Type
SS-A5
SU-7/SH
Amplifier-separated
Item
Manually sensitivity set amplifier
SS-A5
Model No.
SH-2, SH-3, SH-72
Applicable sensor heads
12 to 24 V DC 10 % Ripple P-P 10 % or less
Supply voltage
40 mA or less
Current consumption
NPN open-collector transistor
• Maximum sink current: 100 mA
• Applied voltage: 30 V DC or less (between sensing output and 0 V)
• Residual voltage: 1.5 V or less (at 100 mA sink current)
0.4 V or less (at 16 mA sink current)
Sensing output
Selectable either Light-ON or Dark-ON with the operation mode switch
Output operation
Incorporated
NPN open-collector transistor
• Maximum sink current: 50 mA
• Applied voltage: 30 V DC or less (between self-diagnosis output and 0 V)
• Residual voltage: 1 V or less (at 50 mA sink current)
0.4 V or less (at 16 mA sink current)
Self-diagnosis output
Output operation
ON under stable sensing condition
Short-circuit protection
Response time
1 ms or less
Operation indicator
Red LED (lights up when the sensing output is ON)
Stability indicator
Green LED (lights up under stable light received condition or stable dark condition)
Sensitivity adjuster
Continuously variable twin adjusters
Automatic interference
prevention function
Incorporated (Two units of sensors can be mounted close together.)
Environmental resistance
Timer function
Approx. 40 ms fixed OFF-delay timer, selectable either effective or ineffective
25 to60 C 13 to140 F (No dew condensation or icing allowed), Storage:30 to70 C 22 to158 F
Ambient temperature
Ambient humidity
35 to 85 % RH, Storage: 35 to 85 % RH
Noise immunity
Power line: 240 Vp, and 0.5 !s pulse width; Radiation: 300 Vp, and 0.5 !s pulse width (with noise simulator)
Voltage withstandability
1,000 V AC for one min. between all supply terminals connected together and enclosure
Insulation resistance
20 MΩ, or more, with 500 V DC megger between all supply terminals connected together and enclosure
Vibration resistance
10 to 55 Hz frequency, 1.5 mm 0.059 in amplitude in X, Y and Z directions for two hours each
100 m/s2 acceleration (10 G approx.) in X, Y and Z directions for three times each
Shock resistance
Material
Enclosure: Heat-resistant ABS, Cover: Polyethersulfone
0.2 mm2 4-core cabtyre cable, 3 m 9.843 ft long
Cable
Extension up to total 100 m 328.084 ft is possible with 0.3 mm2, or more, cable.
Cable extension
Weight
120 g approx.
Accessories
MS-DIN-1 (Amplifier mounting bracket): 1pc., Adjusting screwdriver: 1 pc., Adjuster cap: 1 pc.
I/O CIRCUIT AND WIRING DIAGRAMS
I/O circuit diagram
Wiring diagram to sensor head
Brown lead
wire
Color code
(Brown)V
D
Sensor circuit
CHX-SC2
Sensor Checker
Short-circuit protection
ZD1
ZD2
Tr1
Tr2
Internal circuit
Load
(Black)
Sensing output
Load
100 mA max.
(Orange) Self-diagnosis output(Note)
(Blue) 0 V
Gray cable (Beam-emitting)
Terminal No.
50 mA max.
Users’ circuit
Note: The self-diagnosis output does not incorporate a
short-circuit protection circuit. Do not connect it
directly to a power supply or a capacitive load.
1
Sensor head
12 to 24 V DC
10 %
SS-A5
2
(Amplifier)
3
Shield
Shield
4
Yellow lead
wire
Black cable (Beam-receiving)
Symbols ... D: Reverse supply polarity protection diode
ZD1, ZD2: Surge absorption zener diode
Tr1, Tr2 : NPN output transistor
408
Ramco Innovations - 1207 Maple Street, West Des Moines IA USA 50265 - 800-280-6933 - www.ramcoinnovations.com
Refer to p.1135l for general precautions and p.396l for precautions for sensor head.
Trimming sensor head cables
• Trim the ends of sensor head cables as follows.
12 mm
0.472 in
5mm
0.197 in
Always use the sensor head and the exclusive amplifier
together as a set.
Cable extension for sensor head
• If the attached sensor head cables need to be extended,
use two single core shielded cables of at least equivalent
quality.
If a joint terminal or connector is used for extension, refer
to the figures below. (The shielded extension cable must
be of "1.45 mm "0.057 in outer diameter.)
8 mm
0.315 in
• In case of the reflective type sensor heads, with two
parallel cables, the beam-emitting cable must be longer
than the beam-receiving cable as shown below.
Beam-emitting cable (Gray)
Beam-receiving cable (Black)
Connection with joint terminal
Beam- Beamemitting receiving The beam-emitting
cable cable
cable and the
beam-receiving
cable should be
separated from
each other as
much as possible.
NG
Beamemitting
cable
Beamreceiving
cable
40 mm
1.575 in
This distance
should be as
short as possible.
12 mm
0.472 in
Note: Do not solder the cable ends.
OK
Connection with metal connector
Beam- Beamemitting receiving
cable cable
NG
The beam-emitting
cable and the
beam-receiving
cable must not be
connected to one
metal connector.
Use two separate
metal connectors.
Beam- Beamemitting receiving
cable
cable
OK
Connection to sensor head
1
6
3
5
2
1 Rotate the cable lock lever approx.
160 clockwise.
2 Insert the black beam-receiving
cable’s yellow inner wire into
terminal No. 4 and the outer woven
shield wire into terminal No. 3.
Amplifier-separated
SS-A5
SU-7/SH
This product is not a safety sensor. Its use is not
intended or designed to protect life and prevent body
injury or property damage from dangerous parts of
machinery. It is a normal object detection sensor.
Sensor Checker
CHX-SC2
PRECAUTIONS FOR PROPER USE
PHOTOELECTRIC SENSORS
SS-A5
7
4
3 Rotate the cable lock lever approx.
90 counterclockwise. (The beamreceiving cable is hooked up.)
4 Press the beam-receiving cable
into the rubber retainer.
5 Insert the gray beam-emitter
cable’s brown inner wire into
terminal No. 1 and the outer woven
shield wire into terminal No. 2.
6 Rotate the cable lock lever back to
the ‘LOCK’ position. (The beamemitter cable is hooked up.)
7 Press the beam-emitter cable into
the rubber retainer.
Note: Close the case cover firmly. Not doing so will weaken the shield cable clamp.
Ramco Innovations - 1207 Maple Street, West Des Moines IA USA 50265 - 800-280-6933 - www.ramcoinnovations.com
409
PHOTOELECTRIC SENSORS
SS-A5
SU-7/SH
Amplifier-separated
CHX-SC2
Sensor Checker
SS-A5
PRECAUTIONS FOR PROPER USE
Refer to p.1135l for general precautions and p.396l for precautions for sensor head.
Mounting
Self-diagnosis function
• The sensor checks the incident light intensity, and if it is
reduced due to dirt or dust, or beam misalignment, an
output is generated.
Time chart
Stopper
Insufficient beam intensity
1
Insufficient beam interruption
Stable light received level
2
Sensing condition
Attached amplifier mounting bracket or
35 mm 1.378 in width DIN rail
1 Fit the front part of the amplifier on the attached amplifier
mounting bracket (MS-DIN-1) or a 35 mm 1.378 in width
DIN rail.
2 Press down the rear part of the amplifier on the attached
amplifier mounting bracket (MS-DIN-1) or the DIN rail to
fit it.
m To remove the amplifier, pull the stopper backwards.
• When the amplifier is fixed with screws and nuts, the
tightening torque should be 0.58 N
m or less.
M3 (length 20 mm 0.787 in)
screw with washers
Amplifier
mounting bracket
MS-FX-1 (Optional)
Wiring
• The self-diagnosis output does not incorporate a shortcircuit protection circuit. Do not connect it directly to a
power supply or a capacitive load.
Others
• Do not use during the initial transient time (30 ms) after
the power supply is switched on.
Sensing output threshold level
Stable dark level
Sensing output
(operation indicator)
(in the Light-ON mode)
ON (Lights up)
OFF (Lights off)
Lights up
Stability indicator
Self-diagnosis output
Lights off
1
2
ON
1
3 OFF
1 The self-diagnosis output transistor stays in the ‘ON’
state during stable sensing.
2 When the sensing output changes, if the incident light
intensity does not reach the stable light received level or
the stable dark level, the self-diagnosis output becomes
OFF. Further, the self-diagnosis output changes state
when the sensing output changes from Light to Dark
state.
(It is not affected by the operation mode switch).
3 In case of insufficient beam interruption, there will be a
time lag before the self-diagnosis output turns OFF.
Timer operation
• If the timer operation mode switch is set to ‘OFD’, approx.
40 ms fixed OFF delay timer operation is obtained. This
function is useful if the output signal is so short that the
connected device cannot respond.
Operation of timer operation mode switch
Timer operation mode switch setting
Timer operation Sensing mode
mode selection selection
Sensing
condition
Beam
received
Beam
interrupted
Operation
OFD
MODE
L.
D.
Light-ON
normal
operation
OFD
MODE
L.
D.
Light-ON
OFF-delay
OFD
MODE
L.
D.
Dark-ON
normal
operation
OFD
MODE
L.
D.
Dark-ON
OFF-delay
ON
OFF
T
T
T
ON
OFF
ON
OFF
ON
T
OFF
Timer period: T40 ms approx.
410
Ramco Innovations - 1207 Maple Street, West Des Moines IA USA 50265 - 800-280-6933 - www.ramcoinnovations.com
Refer to p.1135l for general precautions and p.396l for precautions for sensor head.
STB.
SENS.
GND
OUT
FINE ()
SS-A5
Thru-beam
N7EO1 JAPAN
OFD MODE
L.
D.
Coarse sensing
Step
Adjustment
1
Set the fine sensitivity adjuster at MAX.
and the coarse sensitivity adjuster at MIN.
Receiver
Dark condition
Emitter
Receiver
Sensing object
Diffuse reflective
COARSE ()
Emitter
For fine sensing
Fine sensitivity adjuster
Coarse sensitivity adjuster
Light received condition
Emitter
Receiver
Emitter
Sensing object
Sensing object
Sensor head
Receiver
Sensing
object
Sensor head
Fine sensing
Coarse
Fine
sensitivity sensitivity
adjuster
adjuster
MIN.
MAX.
ON in the light
Step
Adjustment
Set the fine sensitivity adjuster at the
1 center and the coarse sensitivity adjuster
at MIN.
Coarse
Fine
sensitivity sensitivity
adjuster
adjuster
Center
MIN.
ON in the light
Under the light received condition, turn the received condition
2 coarse sensitivity adjuster gradually A
clockwise. Find out the point @ at which
the sensor enters the Light state operation.
Under the light received condition, turn the received condition
2 coarse sensitivity adjuster gradually
clockwise until the sensor enters the Light
state operation.
MIN.
Under the dark condition, turn the coarse
sensitivity adjuster further clockwise until
the sensor enters the Light state operation. OFF in the dark
condition
B
3 Once it changes state, turn the coarse A
sensitivity adjuster gradually counterclockwise to determine the point b
where the sensor re-enters the Dark state
operation.
Next, turn the fine sensitivity adjuster
counterclockwise until the sensor returns
to the Dark state operation. Once it
3 changes state, turn the fine sensitivity
adjuster gradually clockwise to determine
the point @ where the sensor re-enters
into the Light state operation.
MIN.
4 Set the adjuster at the center between the
points @ and b.
Optimum
sensitivity
A
B
At MAX.
position
Center
ON in the light
received condition
Center
A
Under the dark condition, turn the fine
sensitivity adjuster further clockwise until Leave at
OFF in the
the sensor enters the Light state operation. above setting dark condition
4 Once it changes state, turn the fine senA
B
sitivity adjuster gradually counterclockwise
to determine the point b when the sensor
re-enters the Dark state operation.
5
Set the fine sensitivity adjuster at the
center between the points @ and b.
Ramco Innovations - 1207 Maple Street, West Des Moines IA USA 50265 - 800-280-6933 - www.ramcoinnovations.com
Amplifier-separated
SS-A5
SU-7/SH
Sensitivity adjustment
• The SS-A5 amplifier incorporates a coarse sensitivity
adjuster and a fine sensitivity adjuster. The sensitivity
adjuster and the adjustment procedure are different
depending on whether a coarse setting is to be done or a
fine difference is to be sensed. Hence, adjust to the
optimum sensitivity as per the procedure given below.
Sensor Checker
CHX-SC2
PRECAUTIONS FOR PROPER USE
PHOTOELECTRIC SENSORS
SS-A5
Optimum
sensitivity
A
B
411
PHOTOELECTRIC SENSORS
SS-A5
DIMENSIONS (Unit: mm in)
SS-A5
The CAD data in the dimensions can be downloaded from the SUNX website: http://www.sunx.co.jp/
Refer to p.402l for dimensions for sensor head.
MS-DIN-1
Amplifier
Amplifier mounting bracket
(Accessory for SS-A5)
SS-A5
SU-7/SH
Amplifier-separated
Assembly dimensions with attached amplifier mounting bracket
Stability indicator (Green)
Coarse sensitivity adjuster
Fine sensitivity adjuster
Operation indicator (Red)
Cable lock lever
2 0.079 3.2 0.126
13.8
0.543
3.2
0.126
9.5
0.374
33.5
1.319
2
0.079
14
0.551
7
0.276
6
0.236
Operation mode switch
Timer operation
mode switch
Adjuster cap
5.5 0.217
66.5
2.618
CHX-SC2
Sensor Checker
"4.8 "0.189 cable,
3 m 9.843 ft long
0.8
0.031
35
1.378
2 0.079
"2 "0.079
t1
t 0.039
7.5
0.295
27
1.063
35
1.378
3.8 0.150 16.5
0.650
12.5
0.492
35.2
1.386
42
1.654
4
0.157
13.5
MS-DIN-1
0.531
Attached amplifier
mounting bracket
(
3.2
0.126
26.5
1.043
MS-FX-1
Material: Cold rolled carbon steel (SPCC)
(Uni-chrome plated)
2-"3.5 "0.138
mounting holes
11
0.433
)
1
16
0.630
2
0.079
9.5
0.374
Suitable for 35 mm 1.378 in
width DIN rail
2
0.079
16
0.630
Amplifier mounting bracket (Optional)
50
1.969
42
1.654
4.2
4
0.165 0.157
4.2
0.165
13
0.512
7 0.276
19
0.748
7 9
0.276 0.354
20
0.787
7
0.276
t 1.6
t 0.063
2
3.5
0.138
14
0.551
50
1.969
42
1.654
2-"3.5 "0.138 holes
2-M30.5 0.020 (Burring)
4
0.157
1.2
0.047
t 1.2
t 0.047
Material: Cold rolled carbon steel (SPCC)
(Uni-chrome plated)
Two M3 (length 20 mm 0.787 in) screws with washers are attached.
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Ramco Innovations - 1207 Maple Street, West Des Moines IA USA 50265 - 800-280-6933 - www.ramcoinnovations.com
