Panasonic FM-200 Series User manual
INSTRUCTION MANUAL
Integrated Indicator Type for Gas Flow Sensor
FM-200 Series
D2-255025-A ME-FM200 No.0071-73V
Thank you very much for purchasing Panasonic products. Please read this Instruc-
tion Manual carefully and thoroughly for the correct and optimum use of this product.
Kindly keep this manual in a convenient place for quick reference.
WARNING
ƔNever use this product in a device for personnel protection.
ƔIn case of using devices for personnel protection, use products which meet laws
and standards, such as OSHA, ANSI or IEC etc., for personnel protection appli-
cable in each region or country.
ƔThis product is used for noncorrosive gas. The product shall not be used for liq-
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fect the human body, either.
1PART DESCRIPTION
MODE key
Forward direction display
(Note 1)
UP key
DOWN key
Connector area
for piping
(Note 2)
Connector area
for piping
(Note 2)
Comparative output 2 indicator (Green)
Comparative output 1 indicator (Green)
Main display
(Green / Red)
Sub display (Green / Red)
Connector area for
cable with connector
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fer to “Flow direction setting” in “ 9PRO MODE.”
2) ø4 push-in joint / ø8 push-in joint is incorporated into )0Ƒ(-P) / )0Ƒ(-P), respectively. The push-in joint
is not incorporated into the aluminum body type.
2PIPING
Ɣ
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Material of tube Tube diameter Allowable diameter
Polyamid ø4, ø8 Within ±0.1mm
Polyurethane ø4 Within ±0.1mm
ø8 Within +0.1 / -0.15mm
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side (upstream) of the product since the compressed air from the compressor
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SURGXFWLVXVHGWRUHFWLI\WKHÀRZLQWKHSLSH$OZD\VLQVWDOOD¿OWHUWRWKHSULPDU\
VLGHRIWKHSURGXFWVLQFHWKLVPHVKLVQRWD¿OWHUWRUHPRYHIRUHLJQPDWHULDOVHWF
Pneumatics
pressure
source
Filter Regulator Flow sensor
(This product)
Air dryer Oil mist filter
(Micro-alescer)
Ɣ
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tion valve. The product may malfunction or break if subject to splattering grease or oil, etc.
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ZKRVH¿OWUDWLRQSURSHUW\LVPRUOHVVRQWRWKHVXFWLRQVLGHWRSUHYHQWVXFWLRQ
of foreign materials and water. Furthermore, consider atmospheric dew point and
ambient temperature of the product, use the product under the conditions that
dew condensations will not be formed in the inside of pipe.
Ɣ
In case of mounting commercial joint to the aluminum body type, apply a spanner on
the metal part of this product and tighten by the tightening torque of 16 to 18N·m. If
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ƔWhen piping, care must be taken that foreign materials such as sealing tape and
adhesive must not enter into the inside. If the foreign materials are entered, the
product may malfunction or break.
Ɣ
Make sure to mount the joint when using the product with its secondary side (downstream)
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3WIRING
Connection method
ƔInsert the cable with connector CN-F15-C1 (accesso-
ry) into the connector area of this product and mount
the connector cover.
Disconnection method
Ɣ
Remove the connector cover and pressing the release
lever of the cable with connector, pull out the connector.
Connector
cover
Note:
Do not pull by holding the cable without pressing the release lever, as this can cause cable break or connector break.
<Terminal arrangement> (Sensor body)
12345
Terminal No. Color code of the
cable with connector Terminal name
1 Brown +V
2 Black CH1 (comparative output 1)
3 White &+FRPSDUDWLYHRXWSXWH[WHUQDOLQSXW
4 Gray Analogue voltage output
5 Blue 0V
MOUNTING
Horizontal mounting
ƔUse M3 screw and the tightening torque should be 0.5N·m.
<Resin body type>
27
17mm
2-ø3.4
through-hole
(Unit: mm)Dimension
M3 screw
(Please arrange separately.)
Vertical mounting
ƔUse M3 screw and the tightening torque should be 0.5N·m.
<Resin body type> <Aluminum body type>
15.5
9.5
2-M3
depth 5
M3 screw
(Please arrange separately.)
(Unit: mm)Dimension
30
13
2-M3 depth 5
M3 screw
(Please arrange separately.)
(Unit: mm)Dimension
When using sensor mounting bracket
ƔWhen mounting the product on the sensor mounting bracket MS-FM2-1 (optional)
or MS-FM2-2 (optional), use the M3 screw (length 6mm) attached to the sensor
mounting bracket. The tightening torque should be 0.5N·m.
Use M3 screw to mount the sensor mounting bracket on a sensing surface.
<Resin body type>
Use MS-FM2-1
<Aluminum body type>
Use MS-FM2-2
30
6
3.5
(Unit: mm)Dimension
M3 screw
(Please arrange separately.)
M3 screw (length 6mm)
(Attached to MS-FM2-1)
30
40
6
3.5
(Unit: mm)Dimension
M3 screw
(Please arrange separately.)
M3 screw (length 6mm)
(Attached to MS-FM2-2)
5I/O CIRCUIT DIAGRAMS
ƔNPN output type
Internal circuit Users’ circuit
(Brown) +V
Load
Load
(White) CH2 (Comparative output 2 / External input)
(Blue) 0V
(Note)
(Note 2)
$SSUR[N
(*1)
(*2)
(Black) CH1
(Comparative output 1)
50mA max.
50mA max.
(Gray) Analogue voltage output
+
-
12 to 24V DC
±10%
Terminal No. Color code of cable with connector
Main circuit
ƔPNP output type
Internal circuit Users’ circuit
Color code of cable with connector
(Brown) +V
Load
Load
(White) CH2 (Comparative output 2 /
External input)
(Blue) 0V
(Note)
(*1)
(*3)
(Black) CH1
(Comparative output 1)
50mA
max.
50mA max.
(Gray) Analogue voltage output
+
-
12 to 24V DC
±10%
Terminal No.
Main circuit
(Note 2)
$SSUR[N
*1: When using CH2 as a comparative output 2
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Non-voltage contact, NPN transistor or
DC 2-wire output
or
High (+5 to +V or Open): Invalid
Low (0 to +0.4V): Valid
Non-voltage contact, PNP transistor or
DC 2-wire output
or
High (+5 to +V): Valid
Low (0 to +0.6V or Open): Invalid
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internal power circuit and the metal body to prevent breakdown of the sensor. Connect the metal body to +V
of power supply or frame ground (F.G.) of a device that is connected to 0V. High potential and insulation re-
sistance tests between the internal power circuit and the metal body must not be done.
2) Short-circuit protection is not incorporated into the analogue voltage output.
Do not connect the power supply or capacitive load directly to the analogue voltage output.
6OUTPUT MODE
ƔThe output OFF mode, window comparator mode, hysteresis mode, integrated
output mode or integrated pulse output mode can be selected as the output mode
for comparative output 1 and comparative output 2. Refer to “Output mode and
threshold value setting mode” in “ MENU SETTING MODE” for details.
Output OFF mode
ƔIn this mode, the comparative output can always be OFF.
Window comparator mode
Ɣ
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OFF
Comparative
output
Comparative
output
<Within setting range ON>
ON
OFF
<Out of setting range ON>
ON
Flow rate Flow rate
Smaller threshold Larger threshold Smaller threshold Larger threshold
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LQWKHUDQJHRIDSSUR[WR)6)RUGHWDLOVUHIHUWR³Hysteresis setting” in “ 9PRO MODE.”
Hysteresis mode
Ɣ
The comparative output ON / OFF state can be controlled with randomly set hysteresis in this mode.
OFF
<Threshold value small side ON>
ON
OFF
<Threshold value large side ON>
ON
Comparative
output
Comparative
output
Flow rate Flow rate
Smaller threshold Larger threshold Smaller threshold Larger threshold
Integrated output mode
ƔThe comparative output ON / OFF state can be controlled with randomly set inte-
grated threshold value in this mode.
OFF
<ON when higher than integrated threshold value>
Integrated threshold value
ON
Integrated flow rate Integrated flow rate
Integrated threshold value
OFF
<OFF when higher than integrated threshold value>
ON
Comparative
output
Comparative
output
Integrated pulse output mode
ƔIn this mode, pulse can be outputted
with each specified integrated value.
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to “
13
SPECIFICATIONS.”
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tion opposite to the set flow direction,
the integrated pulse is outputted as well.
OFF
Specified integrated value
Approx. 40ms
(fixed value)
ON
Com-
parative
output
Integrated flow rate
7RUN MODE
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hold function and key lock function are available.
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in conjunction with the comparative output. The color of the main display can be
changed in conjunction with the comparative output 1, while the color of the sub
display can be changed in conjunction with the comparative output 2.
For setting color of the digital display, refer to “Display color setting” in “
9
PRO MODE.”
Flow rate display mode
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Ɣ
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the main display and the sub display.
Ɣ
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(RUN mode)
(Integrated flow rate display) (Note 2)
Press
(Integrated value reset)
Press
(RUN mode)
Press/
Hold down for 2 sec.
(Instantaneous flow rate display)
(RUN mode)
Press
Notes: 1)
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LQSXWDQH[WHUQDOVLJQDO)RUVHWWLQJWKHLQWHJUDWHGYDOXHUHVHWLQSXWIXQFWLRQUHIHUWR³CH2 setting” in “
9
PRO MODE.”
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Ɣ
The threshold value of the comparative output 1 and the output mode can be checked
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value of the comparative output 2, the output mode and the integrated value reset input
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(RUN mode) (Threshold value 1)
While holding down
(Threshold value 2)
Blinks alternately
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(RUN mode) (Threshold value 1) (Threshold value 2)
While holding down
Blinks alternately
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(RUN mode) (Integration reset input function)
While holding down
Notes: 1) When CH2 is set to the teaching function, the set value cannot be checked.
2)
For details of the output mode, refer to “Output mode and threshold value setting mode” in “
MENU SETTING MODE.”
Peak / bottom hold function
ƔThe peak / bottom hold function displays the peak value and bottom value of the
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(RUN mode)
Peak hold display
Press
Press
Hold down
while pressing
Bottom hold display
Hold down
Key lock function
ƔThe key lock function prevents key operations so that the conditions set in each
setting mode are not inadvertently changed.
ƔAfter setting the key lock, “ ” will be displayed on the digital display.
<How to set>
(RUN mode) (RUN mode)(Key lock set)
Automatic
Hold down for 1 sec.
while pressing
<How to release>
(RUN mode) (RUN mode)(Key lock released)
Automatic
Hold down for 3 sec.
while pressing
MENU SETTING MODE
ƔIn this mode, the output mode (threshold value setting mode), forcible output func-
tion and zero-point adjustment function can be set.
(RUN mode) (Output mode)
(Forcible output function)
(Zero-point adjustment function)
Hold down
for 3 sec.
Set content of each item changes by pressing
Press
Press
Press
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ƔOutput mode and threshold value can be set.
(RUN mode)
(CH1 setting mode) (Note) For the operation of the output mode, refer to the following diagram.
(CH2 setting mode) Conduct same operation with “CH1 setting mode.”
(Threshold value1 setting mode)
Press
Press
Press
Press
Press/
Threshold value changes by pressing /
Press/Press/
Press/
Press/
Press/
Press/
Press/
Press/
<When output mode is set to the window comparator mode or hysteresis mode>
(Smaller threshold)
<When output mode is set to the integrated output>
(Threshold value 2 setting mode) Conduct same operation with “threshold value 1 setting mode.”
(Output mode)
(Smaller threshold) (Larger threshold)
Press
Note: If the teaching function is selected at CH2 setting in PRO mode, jumps to the “Selection of method for loading
LQSXWYDOXH” at “CH2 setting” under PRO mode.
<Output mode operation>
Sub display Output mode Operation
Output OFF mode (Factory setting) Output OFF
Window comparator mode
Within setting range ON
Out of setting range ON
Hysteresis mode
Smaller threshold value side ON
Larger threshold value side ON
Integrated output mode
ON when higher than integrated threshold value
OFF when higher than integrated threshold value
Integrated pulse output mode Pulse output
Forcible output function
ƔThe forcible output function is used to turn ON the comparative output forcibly re-
gardless of output mode or threshold value.
ƔThe comparative output turns ON while pressing UP / DOWN key.
(RUN mode)
Forcible output function
(Comparative output 1 ON )
CH1 lights up in red CH2 lights up in red
(Note) CH1 / 2 light up in red
(Note)
(Comparative output 2 ON )
(Comparative output 1 / 2 ON )
Press Press Press
Press/
Press
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For the setting method of CH2, refer to “CH2 setting” in “ 9PRO MODE.”
Zero-point adjustment function
ƔThe zero-point adjustment function is used to adjust the gap of the zero-point be-
tween the display and the analogue voltage output.
(RUN mode)(Zero-point adjustment function)
Adjusted value is indicated
Press Press
9PRO MODE
ƔIn this mode, each detailed function can be set.
When pressing the MODE key after changing the set content of each item, the set
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(RUN mode)
(RUN mode)
Hold down
for 8 sec.
Setting content of each item changes by pressing
(Flow direction settting)
Press
Press
(CH2 settting) (Response time settting)
Press Press
Press
Press Press
Press
PressPress Press
(Display color settting) (Sub display settting)
(Display speed settting)
(Hysteresis settting)(Flow rate unit settting)
(Eco mode settting)
(Settings reset function) (Model display function)
Flow direction setting
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one-side reverse direction can be set. (Factory setting: bi-direction)
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value is indicated negatively.
ƔZero-point and the span of the analogue voltage output change as follows de-
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5
3
-
F.S. +F.S.0
Flow rate
Analogue
voltage
output (V)
Analogue
voltage
output (V)
<Bi-direction (Factory setting)>
1
5
+F.S.
F.S. = Full scale value
0
Flow rate
1
<One-side forward / one-side reverse direction>
(Flow direction setting)
(Bi-direction)
(RUN mode)
Press
/
Press
Press
/Press
/
One-side forward
direction
One-side reverse
direction
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CH2 setting
ƔSelect whether CH2 is used as comparative output 2, integrated value reset input
function or teaching function. (Factory setting: comparative output 2)
ƔWhen setting CH2 to the teaching function, select method for loading input value,
the number of input points and input waveform operation.
(Comparative output 2)
Press Press Press
(RUN mode)
Press
/
(CH2 seting)
(Integrated value reset input function)
(Teaching function) (Note 3)
Press
/
Press
/
<Selection of method for loading input value>
(Key operation)
(External input)
Press
/
(Note 2)
(Note 1)
To “CH2 setting mode” in
“MENU SETTING MODE”
(RUN mode)
Press
Press
<Selection of the number of input points>
(1-point input)
(2-point input)
Press
/
<Selection of 1-point input waveform operation>
When pressing
after selecting
1-point input
When pressing after
selecting 2-point input
Press
/
<Selection of 2-point input waveform operation>
Press/
ON when out of the 2 points
ON when within the 2 points
Press/
Press/
Press
/
ON when higher than threshold
value between 2 points
ON when lower than threshold
value between 2 points
Press
ON when higher than
threshold value
ON when lower than
threshold value
Notes: 1) When setting CH2, the threshold value of the comparative output 1 may be reset.
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2) For CH2 setting mode, refer to “Output mode” in “ MENU SETTING MODE.”
3) For teaching function, refer to “
10
TEACHING FUNCTION.”
Response time setting
ƔSets response time. The response time can be selected from seven levels: 50 to
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prevented. (Factory setting: 50ms)
(50ms) (RUN mode)(80ms) (1,500ms)
/
Press
PressPress Press Press
// /
Response
time setting
Display
Response time
50ms 80ms 120ms 200ms 400ms 800ms 1,500ms
Note: The response time is applied to the sensor itself. Take care that the response time changes depending on piping.
Display speed setting
ƔUpdating cycle of the digital display can be selected from three levels: 250ms,
500ms or 1,000ms. (Factory setting: 250ms)
(250ms) (500ms) (1,000ms) (RUN mode)
Press
/
Press
Press
/
Press
/
Display speed
setting
Sub display setting
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(Flow direction) (Flow rate unit)
(Applicable fluid)
(Sub display setting)
Press
/
Press
Press
/
Press
/
(RUN mode)
Display color setting
ƔDisplay color of the digital display can be set either: red when comparative output
is ON, green when comparative output is ON, always red, or always green. (Fac-
tory setting: red when comparative output is ON)
ƔWhen setting either red when ON or green when ON, the color of the main display
changes in conjunction with the comparative output 1, while the color of the sub
display changes in conjunction with the comparative output 2.
(Red when ON)
(Green when ON)
(Always Red)
(Always Green)
Press
/
Press
/
Press
/
(Display color setting)
Press/ Press
(RUN mode)
Hysteresis setting
ƔSets hysteresis of the window comparator mode. The hysteresis can be selected
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(Approx. 1% F.S.) (Approx. 2% F.S.)
(Approx. 8% F.S.)
(RUN mode)
Press
/
Press
Press
/
Press
/
Press
/
Hysteresis
setting
Flow rate unit setting
ƔDisplay unit can be set either ANR or NOR. (Factory setting: ANR)
ANR: Flow rate that is converted to +20°C, 1 atmosphere (101kPa) volume
NOR: Flow rate that is converted to 0°C, 1 atmosphere (101kPa) volume
(ANR) (NOR)
(Flow rate unit setting)
Press
/
Press
Press
/
(RUN mode)
ECO mode setting
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play turns OFF (only “L” is displayed) and the current consumption can be re-
duced. (Factory setting: OFF)
ƔPress any key to temporarily show the normal indication.
(OFF) (ON)
Press
/Press
Press
/
(ECO mode setting) (RUN mode)
Settings reset function
ƔReturns to the factory settings. (Factory setting: OFF)
(Settings reset function) (OFF) (ON)
Press
/Press
Press
/
(RUN mode)
Model display function
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FDEOHÀXLGFRPSDUDWLYHRXWSXWÀRZUDWHXQLWDQGÀRZGLUHFWLRQFDQEHFKHFNHG
(RUN mode)
Press
Press
/
Press
/
(Model display function)
Full-scale (F.S.) flow rate
Flow rate unit
Applicable fluid
Zero-point
adjustment
value
Flow direction
Comparative output
(Comparative output: :NPN, :PNP)
(Applicable fluid: : Air, nitrogen)
10
TEACHING FUNCTION
ƔIn this function, sets the threshold value of the comparative output 1 based on the
LQVWDQWDQHRXVÀRZUDWHYDOXHDWWKHWLPHRINH\RSHUDWLRQRULQSXWWLQJH[WHUQDOVLJ-
nal. For setting the teaching function, refer to “CH2 setting” in “ 9PRO MODE.”
OFF
<1-point input, ON when higher than threshold value>
Threshold value
Threshold value Threshold value
Input value 1 Input value 2
Threshold value 1 Threshold value 2 Threshold value 1 Threshold value 2
Input value 1 Input value 2
Threshold value
ON
OFF
<1-point input, ON when lower than threshold value>
ON
OFF
<2-point input, ON when higher than threshold value>
(Input value 1 + Input value 2) /2 = Threshold value (Input value 1 + Input value 2) /2 = Threshold value
ON
OFF
<2-point input, ON when lower than threshold value>
ON
OFF
<2-point input, ON when within the 2 points>
ON
OFF
<2-point input, ON when out of the 2 points>
ON
Comparative
output
Comparative
output
Comparative
output
Comparative
output
Comparative
output
Comparative
output
Flow rate
Flow rate
Flow rate
Flow rate
Flow rate
Flow rate
1RWH 7KHK\VWHUHVLVRIDSSUR[)6IDFWRU\VHWWLQJLVVHWWRWKHVPDOOHUWKUHVKROGYDOXHVLGH7KHK\VWHUHVLVFDQ
EHFKDQJHGLQWKHUDQJHRIDSSUR[WR)6)RUGHWDLOVUHIHUWR³Hysteresis setting” in “ 9PRO MODE.”
>+RZWRORDGWKHUHIHUHQFHLQVWDQWDQHRXVÀRZUDWHYDOXH@
In case of key operation
(RUN mode) (Display of loading value) (RUN mode)
Hold down for 2 sec.
/
Automatic Automatic
,QFDVHRISRLQWLQSXW +ROGGRZQ'2:1NH\IRUVHFWRORDGLQVWDQWDQHRXVÀRZ
rate value and set threshold value.
In case of 2-point input: Hold down UP key and DOWN key for 2 sec. to load the in-
put values of 2 points. The threshold value is set automati-
cally by discriminating the magnitude relation of the input
values between 2 points.
In case of external input
CH2
ON for 80ms
(RUN mode) (Display of loading value) (RUN mode)
Automatic Automatic
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ÀRZUDWHYDOXHDQGVHWWKUHVKROGYDOXH
In case of 2-point input:
7XUQ21WKHH[WHUQDOLQSXWIRUPVWRORDGWKH¿UVWLQSXWYDO-
XH:KHQWXUQLQJ21WKHH[WHUQDOLQSXWDJDLQIRUPVORDGV
the second input value. The threshold value is set automatical-
O\E\GLVFULPLQDWLQJWKHPDJQLWXGHUHODWLRQEHWZHHQWKH¿UVW
point and the second point. When inputting the third point and
the fourth point successively, the latest input value will be valid
and the threshold value is set. The default loading value is 0.
Notes: 1) The threshold value set at the teaching function will be reset when turning ON the power again.
/RDGVWKHLQVWDQWDQHRXVÀRZUDWHYDOXHWRWKHFRPSDUDWLYHRXWSXWE\WHDFKLQJ
$IWHUWKHORDGLVFRPSOHWH212))SXOVHVDSSUR[PVDUHRXWSXWWHGDIWHUDSSUR[VHFDWSRLQWLQ-
SXWDSSUR[VHFDWSRLQWLQSXW
11
ERROR INDICATION
Error indication Cause Remedy
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conduct zero-point adjustment again.
Internal process error
Turn ON the power supply again. If not restoring
normally, contact Panasonic Industrial Devices
SUNX.
)ORZUDWH LVH[FHHGLQJ XSSHUOLPLW RIWKH
display range. The instantaneous flow rate should be brought
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)ORZUDWH LVH[FHHGLQJ ORZHUOLPLW RIWKH
display range.
Operation indicator
is blinking
Load is short-circuited causing an over-
FXUUHQWWRÀRZ Turn OFF the power and check the load.
12
CAUTIONS
ƔThis product has been developed / produced for industrial use only.
ƔThis product is for use in air and nitrogen only. Do not use the product for other
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Ɣ
7DNHFDUHWKDWLIIRUHLJQPDWHULDOVDUHPL[HGLQWKHVHQVLQJSDUWWKHSURGXFWPD\EUHDN
ƔDo not use this product for commercial purposes since the product does not com-
ply with International System of Units (SI).
Ɣ 'RQRWDSSO\SUHVVXUHWKDWLVH[FHHGLQJUHVLVWDQWSUHVVXUH
ƔMake sure that the power supply is OFF while wiring.
Ɣ
Take care that short-circuit of the load or wrong wiring may burn or damage the product.
Ɣ 7DNHFDUHWKDWLIDSSO\LQJYROWDJHH[FHHGLQJWKHUDWHGUDQJHRUFRQQHFWLQJWR$&
power supply, the product may break or burn.
ƔIf power is supplied from a commercial switching regulator, ensure that the frame
ground (F.G.) terminal of the power supply is connected to an actual ground.
ƔIn case noise generating equipment (switching regulator, inverter motor, etc.) is
used in the vicinity of this product, connect the frame ground (F.G.) terminal of the
equipment to an actual ground.
Ɣ
'RQRWXVHGXULQJWKHLQLWLDOWUDQVLHQWWLPHDSSUR[VHFDIWHUWKHSRZHUVXSSO\LVVZLWFKHG21
ƔDo not run the wires together with high-voltage lines or power lines or put them in
the same raceway. This can cause malfunction due to induction.
Ɣ 7KHVSHFL¿FDWLRQPD\QRWEHVDWLV¿HGLQDVWURQJPDJQHWLF¿HOG
Ɣ
$FFXUDF\RIWKHGLVSOD\DQGWKHDQDORJXHYROWDJHRXWSXWLVLQÀXHQFHGE\VHOIKHDW-
ing by applying current other than the temperature characteristics. Standby time (5
min. or more after applying current) should be taken when using the product.
Ɣ ([WHQVLRQXSWRWRWDOPLVSRVVLEOHZLWKPP2or more, cable.
ƔMake sure that stress by forcible bend or pulling is not applied directly to the sen-
sor cable joint.
ƔThis product is suitable for indoor use only.
Ɣ 'RQRWXVHWKLVSURGXFWLQSODFHVKDYLQJH[FHVVLYHYDSRUGXVWHWFRUZKHUHLW
may come in contact with corrosive gas, etc.
ƔTake care that the product does not come in contact with water, oil, grease, or or-
ganic solvents such as thinner, etc., strong acid or alkaline.
ƔDo not drop the product or apply hard shock. This can cause product breakage.
Ɣ ,QWKHFDVHPXOWLSOHXQLWVDUHLQVWDOOHGQH[WWRHDFKRWKHUGRQRWDOORZWKHPWR
contact each other. If the units are in contact, the heat generated by the products
can cause a change in product characteristics or degradation of the material. Be
sure to keep a distance of at least 10mm between the products when installing
multiple units.
ƔThis product adopts EEPROM. Settings cannot be done 100 thousand times or
more because of the EEPROM’s lifetime.
13
SPECIFICATIONS
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Type Resin body type
Model No.
)0(-P))0(-P))0(-P))0(-P))0(-P))0(-P)
)XOOVFDOH)6ÀRZUDWH
(Note 1) PƐPLQ
PƐPLQ
ƐPLQ ƐPLQ ƐPLQ ƐPLQ
'LVSOD\ÀRZUDWHUDQJH
(Note 2)
íWR
PƐPLQ
íWR
PƐPLQ
íWR
ƐPLQ
íWR
ƐPLQ
íWR
ƐPLQ
íWR
ƐPLQ
Display resolution PƐPLQ ƐPLQ ƐPLQ
,QWHJUDWHGÀRZUDWHUDQJH PƐ Ɛ Ɛ
6SHFL¿HGLQWHJUDWHGYDOXH PƐ PƐ Ɛ Ɛ Ɛ Ɛ
Port size ø4 push-in ø8 push-in
Weight $SSUR[J $SSUR[J
Type Aluminum body type
Model No. FM-255-AR2(-P)FM-255-AG2-P FM-216-AR2(-P)FM-216-AG2-P
)XOOVFDOH)6ÀRZUDWH
(Note 1) ƐPLQ ƐPLQ
'LVSOD\ÀRZUDWHUDQJH
(Note 2) íWRPƐPLQ íWRƐPLQ
Display resolution ƐPLQ
,QWHJUDWHGÀRZUDWHUDQJH PƐ
6SHFL¿HGLQWHJUDWHGYDOXH Ɛ Ɛ
Port size Rc½ G½ Rc½ G½
Weight $SSUR[J
&RPPRQVSHFL¿FDWLRQV!
Type NPN output type PNP output type
Model No. FM-ƑFM-Ƒ-P
Accuracy assurance range
(Note 3)
%LGLUHFWLRQWR)6WR)6
2QHVLGHGLUHFWLRQWR)6
Rated pressure range íWR03D
Residual pressure 1MPa
$SSOLFDEOHÀXLG Clean air, compressed air and nitrogen gas (Note 4)
Sensing element Semiconductor type
Supply voltage WR9'&5LSSOH33RUOHVV
Current consumption Normal mode: 60mA or less, ECO mode: 40mA or less
Comparative output
(Comparative output 1 / 2)
NPN open-collector transistor
• 0D[LPXPVLQNFXUUHQWP$RUOHVV
• Applied voltage: 26.4V DC or less
(between comparative output and 0V)
• Residual voltage: 2.4V or less
(at 50mA sink current)
PNP open-collector transistor
• 0D[LPXPVRXUFH FXUUHQWP$RU
less
• Applied voltage: 26.4V DC or less
(between comparative output and +V)
• Residual voltage: 2.4V or less
(at 50mA source current)
Output mode Output OFF mode, window comparator mode, hysteresis mode, integrated output
mode and integrated pulse output mode
Short-circuit protection Incorporated
Hysteresis :LQGRZFRPSDUDWRUPRGH9DULDEOHDWDSSUR[WR)6
Hysteresis mode: Variable
Analogue voltage output 2XWSXWYROWDJHWR92XWSXWLPSHGDQFH$SSUR[Nȍ
Repeatability :LWKLQ)6
([WHUQDOLQSXW
• ON voltage: 0 to +0.4V
• OFF voltage: +5 to +V or Open
• Input time: 80ms or more
• ON voltage: +5 to +V
• OFF voltage: 0 to +0.6V or Open
• Input time: 80ms or more
Linearity :LWKLQ)6&VHFRQGDU\DWPRVSKHULFFULWHULD
Temperature characteristics :LWKLQ)6&WR&&FULWHULD
Pressure characteristics :LWKLQ)6íWR03D&VHFRQGDU\DWPRVSKHULFFULWHULD
Protection IP40 (IEC)
Ambient temperature 0 to +50°C (no dew condensation allowed), Storage: -10 to +60°C
Ambient humidity WR5+RUOHVV6WRUDJHWR5+RUOHVV
Material
Enclosure: ABS, Body: Polyamide (Aluminum body type: Aluminum)
Switch: EPDM, Display: Acrylic, Mounting screw part (Resin body type): Brass
&XXUHQWSODWHSRUW¿OWHU6WDLQOHVVVWHHOXVHGIRUWKHJDVFRQWDFWDUHD
Sensor tip: Silicone, Gasket: Fluorine rubber
Grounding method Floating (Note 5)
Accessory CN-F15-C1 (Cable with connector, 1m long): 1 pc.
1RWHV&RQYHUWHGWRYROXPHWULFÀRZDW&DQGDWPRVSKHULFSUHVVXUHN3D
7KHGLVSOD\ÀRZUDWHUDQJHLVWKHFDVHZKHQVHWWLQJWRELGLUHFWLRQDWWKHÀRZGLUHFWLRQVHWWLQJ:KHQWKHÀRZ
direction is set to one-side forward direction or one-side reverse direction, the negative side of the display
ÀRZUDWHUDQJHVKRZVXSWRRIWKHIXOOVFDOH)6
7DNHFDUHWKDWLIÀXLGÀRZVLQWKHYLFLQLW\RI]HURSRLQWZKLFKLVRXWRIWKHDFFXUDF\DVVXUDQFHUDQJHWKHLQ-
VWDQWDQHRXVÀRZUDWHYDOXHPD\IRUFLEO\GLVSOD\³]HUR´RUWKHLQWHJUDWHGYDOXHPD\QRWEHFRXQWHGRUWKHLQ-
tegrated pulse output may not be outputted.
4) The clean air complies with JIS B 8392-1.1.1 to 5.6.2 and the compressed air complies with JIS B 8392-1.1.1
to 1.6.2.
$VDYDULDEOHUHVLVWRUFODPSLQJYROWDJHDSSUR[9LVFRQQHFWHGWRWKHDOXPLQXPERG\W\SHGRQRWDSSO\
voltage higher than the rated voltage of the sensor.
INTENDED PRODUCTS FOR CE MARKING
Ɣ
The models listed under “
13
SPECIFICATIONS” come with CE Marking.
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Panasonic Industrial Devices SUNX Co., Ltd.
https://panasonic.net/id/pidsx/global
Please visit our website for inquiries and about our sales network.
PRINTED IN JAPAN © Panasonic Industrial Devices SUNX Co., Ltd. 2020
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12
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