EDS3-132C [FUJI]

COMPACT TYPE GAS ANALYZER; 紧凑型气体分析仪
EDS3-132C
型号: EDS3-132C
厂家: FUJI ELECTRIC    FUJI ELECTRIC
描述:

COMPACT TYPE GAS ANALYZER
紧凑型气体分析仪

文件: 总12页 (文件大小:135K)
中文:  中文翻译
下载:  下载PDF数据表文档文件
COMPACT TYPE GAS ANALYZER  
DATA SHEET  
ZSVS  
OVERVIEW  
The compact type gas analyzer with built-in pump and filter  
is intended for heat treat furnace, plant cultivation, and re-  
search-purpose chemical analysis. With the gas extractor,  
either simplified measurement probe (non-fixed type) or con-  
tinuous measurement probe (fixed type) is selectable at  
option. Since a high-sensitivity single-beam mass flow con-  
troller is adopted for the infrared sensor, long-term stability  
and maintainability are excellent.  
FEATURES  
1. Gas concentrations of 4 components measurable simul-  
taneously and continuously (Note).Concentrations of max.  
3 gas components among CO2, CO and CH4 are continu-  
ously measurable with the infrared sensor, and that of  
O2 is continuously measurable with galvanic cell type  
oxygen sensor.  
• Measurable component and min./max. measuring range:  
CO2; 0 to 200 ppm / 0 to 100 %  
CO; 0 to 200 ppm / 0 to 100 %  
CH4; 0 to 1000 ppm / 0 to 100 %  
O2; 0 to 5 % / 0 to 25 %  
2. Standard with 3-range analyzer  
Max. 4 components measurable includ-  
ing O2  
Measurement can be performed over a broad range us-  
ing the range selector key.  
• Number of measuring ranges:  
3 ranges  
3. Compact type small and easy to use.  
The compact body with built-in pump and membrane filter  
is easy to carry and install.  
• Max. range ratio 1:5  
• Warm-up time: 30 min after power-on  
Provided with count-down timer indicat-  
ing function.  
• Analog output: In up to 8 channels.  
4 to 20 mA DC or 0 to 1 V DC (linear)  
Non-isolated output  
Operation is easier because operation keys and display  
unit are all gathered in the analyzing block.  
4. A rich variety of standard functions incorporated.  
Max. 8-channel outputs are allowed including instanta-  
neous concentration value, O2-corrected value, O2-cor-  
rected moving average value and CP calculation value  
outputs.  
Allowable load; 4 to 20 mA DC, 550or  
less  
0 to 1 V DC, 100 kor  
more  
• Instantaneous value output of each gas  
component  
(Note) For continuous measurement, the standard require-  
ments for sample gas (shown on page 3) need to be  
met, and zero/span calibrations and membrane filter  
replacement are required periodically.  
• Instantaneous value output after O2 cor-  
rection (when provided with O2 analyzer)  
• Average value output after O2 correc-  
tion (when provided with O2 analyzer)  
• CP calculation value output (when pro-  
vided with CO2 analyzer)  
*The channel numbers of indicated value  
and output value correspond to each  
other one by one.  
SPECIFICATIONS  
Standard Specifications  
• Measuring system:  
CO2, CO and CH4; Non-dispersive infra-  
red absorption method with single light  
source and single beam (single beam  
method)  
*An exclusive 25-pin cable is standard-  
equipped.  
O2; Galvanic cell method  
• Communication output:  
RS-232C Modbus protocol  
*Use a commercially available product  
(D-sub 9-pin cable).  
This product is not explosion-proof. When handling dangerous gas, adequate attention shall be paid.  
EDS3-132c  
Date  
Apr. 1, 2011  
ZSVS  
• Indicated values:  
• Instrument/calibration error indication:  
When the instrument or calibration is  
Digital 4-digit indication (by LCD with back  
light)  
abnormal, an error number is indicated  
to help analysis of the error.  
• O2 correction: Conversion of measured NOx, SO2 and  
CO gas concentrations into values at stan-  
dard O2 concentration  
• Instantaneous values of respective gas  
components  
• Instantaneous values after O2 correction  
(when provided with O2 analyzer)  
• Average value after O2 correction (when  
provided with O2 analyzer)  
Calculating equation;  
21–On  
21–Os  
× Cs  
C=  
• CP calculation value display (when pro-  
vided with CO2 analyzer)  
C; Sample gas concentration after O2  
correction  
Cs; Measured concentration of sample  
gas  
*The channel numbers of indicated value  
and output value correspond to each  
other one by one.  
• Power supply: Rated voltage;  
Os; Measured O2 concentration  
On; Standard O2 concentration for conver-  
sion (settable within 0 to 19%)  
The result of conversion is indicated and  
output in a signal simultaneously.  
*An Os value of 20% or more is taken as  
20% for calculation.  
100 to 115 V AC or 200 to 240 V AC  
Working voltage;  
85 to 132 V AC or 180 to 264 V AC  
*Depending on customer’s code selection.  
Rated frequency; 50/60 Hz  
Max. rated power; 150 VA  
Inlet; Class 1 type conforming with EN60320  
• Averaging after O2 correction;  
• Operating conditions:  
The result of O2 correction is subjected  
to moving average for the determined  
period of time. And the result of averag-  
ing is indicated and output in a signal si-  
multaneously.  
Average value will be taken at a cycle of  
30 sec. (Indication and output are updated  
every 30 sec.)  
Ambient temperature; 0 to 40˚C  
Ambient humidity; 90% RH or less  
*Condensation unallowable  
• Storage conditions:  
Ambient temperature; -20 to 60˚C  
Ambient humidity; 95% RH or less  
*Condensation unallowable.  
• External dimensions (H × W × D mm):  
• Resetting of output average value:  
211 × 365 × 527  
Indication and output of average value are  
cleared in response to resetting.  
• Weight:  
• Finish color:  
Approx. 12 kg  
Cover; White pearl mica  
Base; Medium gray metallic  
*Effective only when average value se-  
lection is specified in CODE SYMBOLS.  
• CP calculation: The carbon potential of carburizing fur-  
nace and conversion furnace are calcu-  
lated using furnace temperature (fixed  
input value) and CO concentration value  
(fixed or measured value) while referring  
to CO2 measured value.  
• Enclosure design:  
Casing made of steel plates for indoor  
installation.  
• Gas-contacting part materials:  
Gas inlet/outlet; Polypropylene  
Sample cell; SUS304/neoprene rubber  
Transparent window: CaF2  
Internal pipes: Toalon tube/Teflon tube  
CPS×(PCO)2  
K1×PCO2  
CP=  
Calculation equation;  
• Gas inlet/outlet:φ6/φ3 hose end  
• Purge gas flow rate:  
1 L/min (to be purged as required)  
where,  
CPS ; Saturated carbon concentration  
(partial pressure)  
Standard Functions  
0.0028t–1.30 (800˚C  
0.0030t–1.47 (850˚C  
0.0034t–1.85 (950˚C  
; Furnace temperature  
850˚C)  
950˚C)  
1000˚C)  
• Zero gas flow time:  
Z180 to 999 sec (settable in 1-sec step)  
• Auto indication off:  
Indication automatically turns off when  
t
PCO ; CO concentration value (partial  
pressure)  
PCO2 ; CO2 concentration value (partial  
pressure)  
no key is operated for the determined  
period of time in the standby status.  
Light off time; OFF/ON (1 to 30 min)  
(settable in 1-min step)  
K1 ; Constant K1=10 (9.06–15966/T)  
• Output holding:At calibration during measurement, out-  
put holds the value just before the cali-  
bration according to hold setting. In the  
standby status, output will not be held.  
Indication will not be held either.  
T
; Rankine temperature  
(tx9/5+32+46˚)  
Hold setting; OFF/ON  
• Key lock:  
None of the set values can be changed  
when key lock is turned ON.  
This is helpful for reducing operation er-  
rors and wrong inputs.  
2
Options  
Performance  
• Gas extractor: Used for aspirating sample gas.  
Non-fixed type; Since this type is used  
for intermittent measure-  
• Repeatability: Within ±0.5% of full scale  
• Linearity:  
• Zero drift:  
• Span drift:  
Within ±2% of full scale  
Within ±1% of full scale/day  
Within ±1% of full scale/day  
ment, it cannot be fixed.  
Material;  
SUS304/polypropylene  
• Response time: 90% response time: Within 50 sec Gal-  
vanic cell type O2 analyzer: Within 3 min  
• Other gases' influence:  
Fixed type; Used for continuous measure-  
ment. Flange 5K25A FF  
Sampling pipe length select-  
able among 300, 400, 600 and  
800mm  
Sample  
CO  
2
analyzer  
CO analyzer  
O
2
analyzer CH4 analyzer  
Interfer-  
ence compo-  
nent concentration  
component/  
range  
200ppm max 500ppm min 200ppm max 500ppm min All ranges All ranges  
Within ±2%  
Within ±2%  
Within ±2%  
Within ±2%  
Within ±2% Within ±2%  
Within ±2% Within ±2%  
NO  
1000ppm  
Material; SUS316  
SO  
CO  
CO  
2
1000ppm  
15%  
• Sample inlet tube:  
Used for delivering gas from the extrac-  
tor to sampling block.  
φ6/φ4 × 5 m or φ6/φ4 × 10 m  
Material; Teflon  
- - Within ±3% Within ±3% Within ±2% Within ±5%  
2
Within ±2%  
Within ±2%  
Within ±2%  
- - Within ±2% Within ±2%  
1000ppm  
1000ppm  
50ppm  
Shape;  
Within ±2%  
Within ±2%  
Within ±2%  
-
CH4  
Within ±2% Within ±2%  
NH3  
Installation Requirements  
Within ±3% Within ±2% Within ±3% Within ±2% Within ±2% Within ±2%  
H2O 2˚C saturatio  
• Selection of a place which does not receive direct sun-  
light, rain, wind nor radiation from hot substances.  
If such a place cannot be found, a roof or cover should be  
prepared for protection.  
• Avoidance of a place under heavy vibration  
• Selection of a place where atmospheric air is clean  
• Discharge of exhaust gas into atmospheric air at a safe  
location  
Standard Requirements for Sample Gas  
• Flow rate:  
0.5 L/min ±0.2 L/min  
• Temperature: 0 to 40˚C at inlet of sampling gas  
10 to 70˚C at tip of non-fixed type probe  
(available at option)  
70 to 400˚C at tip of fixed type probe (avail-  
able at option)  
• Avoidance of use in an explosion-proof area  
• Pressure:  
0 to 2 kPa (Gas shall be discharged into  
atmospheric air.)  
Scope of Delivery  
• Dust:  
• Mist:  
10 mg/Nm3 or less  
• Gas analyzer system  
• Standard accessories (Refer to the table at top Following  
Unallowable  
table.)  
• Instruction manual  
• Corrosive gas: HCl 10 ppm or less  
Others Unallowable  
• Standard gas for calibration:  
Zero gas; N2 or clean air  
Items to be Prepared Separately  
However, clean air cannot be  
• Standard gas (ZBM) and pressure regulator (ZBD)  
• Recorder (when necessary, Fuji's product type PHR)  
used if CO2 and O2 are included  
in sample gas components.  
Span gas; Concentration limited within 90  
to 100% of the range of each  
sample gas component.  
Standard Accessories  
Unusable at concentrations  
beyond 100%.  
Name  
Quantity  
2 pcs  
Tubular fuse (2A)(for analyzing block)  
Either one  
pair  
Power cord (for domestic use, for 100/115V AC) (2m) × 2  
Power cord (for North American use, for 100/115V AC) (2m) × 2  
Power cord (for European use, for 200/220V AC) (2m) × 2  
*
Depending on  
customer's code  
selection.  
Grounding cable (5m)  
1 cables  
1 cable  
5 sheets  
1 tube  
Output signal cable (1m)  
Filter paper (glass fiber) for membrane filter  
Connection tube (5m)  
Instruction manual (in Japanese or English)  
1 copy  
Note) Standard accessories include consumables for 6 months.  
3
ZSVS  
Spare Parts for 1-Year Measurement  
Name  
Quantity Ordering No.  
Filter paper (glass fiber) for membrane  
filter  
1 pc  
(25 sheets) TK700735P2  
Large O-ring for membrane filter  
Small O-ring for membrane filter  
Diaphragm unit for pump  
1 pc 8553765  
1 pc TK733572P1  
1 unit TK713248P1  
Specify the ordering No. and the quantity when placing an order.  
Other  
• A galvanic cell type oxygen sensor has a service life of  
about 18 months from the date of its delivery. Periodic  
replacement is recommended.  
Replacement part ordering No. : TK7M3502C1  
Principle Diagram of Infrared Type Measurement (CO  
2
, CO, CH )  
4
Front expansion chamber  
Gas inlet  
Gas outlet  
Infrared-ray  
light source  
Rear expansion  
chamber  
Detector  
Mass flow  
sensor  
Motor  
Measurement cell  
Chopper  
Preamplifier  
Indication  
Signal processing  
block  
Output  
Principle Diagram of Galvanic Cell Type Measurement (O )  
2
Resistor  
Thermistor  
Electrolyte  
Negative electrode  
Diaphragm  
Positive electrode  
4
CODE SYMBOLS  
1
2
3
4
5
6
7
8
9 10 11 12 13 14 15 16 17 18 19 20  
Digit No.  
of code  
Digit  
4
Description  
note  
Z S V S  
Y 1  
Y
Y
< Specification >  
Analyzing block  
S
5
< Sample components (CO  
1-component analyzer  
CO  
2, CO, CH4) >  
B
D
E
CO  
CH  
2-component analyzer (1st component + 2nd component)  
2
4
CO  
CH  
CO  
2
+CO  
G
H
J
4
+CO  
2
+CH4  
3-component analyzer (1st component + 2nd component + 3rd component  
)
CH  
With out  
Other  
4
+(CO  
2
+CO)  
S
Y
Z
note 2  
6
< Sample component (O2) and measuring range >  
Galvanic cell type oxygen analyzer/0 to 5%/10%/25%  
With out  
1
Y
1
8
9
< Revision code >  
< Power supply >  
For domestic use 100 to 115V AC, 50/60Hz  
For European use 200 to 240V AC, 50/60Hz  
For North American use 100 to 115V AC, 50/60Hz  
note 3  
note 4  
1
2
3
10 < Measuring range (1st component) >  
0 to 200ppm/500ppm/1000ppm  
0 to 500ppm/1000ppm/2000ppm  
0 to 1000ppm/2000ppm/5000ppm  
0 to 2000ppm/5000ppm/1%  
0 to 5000ppm/1%/2%  
A
B
C
D
E
F
0 to 1%/2%/5%  
G
H
J
0 to 2%/5%/10%  
0 to 5%/10%/20%  
0 to 10%/20%/50%  
K
Y
0 to 20%/50%/100%  
With out  
note 2  
note 4  
11 < Measuring range (2nd component) >  
0 to 200ppm/500ppm/1000ppm  
0 to 500ppm/1000ppm/2000ppm  
0 to 1000ppm/2000ppm/5000ppm  
0 to 2000ppm/5000ppm/1%  
0 to 5000ppm/1%/2%  
A
B
C
D
E
F
G
H
J
0 to 1%/2%/5%  
0 to 2%/5%/10%  
0 to 5%/10%/20%  
0 to 10%/20%/50%  
0 to 20%/50%/100%  
With out  
K
Y
note 2  
note 4  
12 < Measuring range (3rd component) >  
0 to 200ppm/500ppm/1000ppm  
0 to 500ppm/1000ppm/2000ppm  
0 to 1000ppm/2000ppm/5000ppm  
0 to 2000ppm/5000ppm/1%  
0 to 5000ppm/1%/2%  
A
B
C
D
E
F
G
H
J
0 to 1%/2%/5%  
0 to 2%/5%/10%  
0 to 5%/10%/20%  
0 to 10%/20%/50%  
0 to 20%/50%/100%  
With out  
K
Y
note 2  
5
ZSVS  
1
2
3
4
5
6
7
8
9 10 11 12 13 14 15 16 17 18 19 20  
Digit No.  
of code  
Digit  
Description  
note  
Z S V  
Y 1  
Y
Y
14 < Output >  
0 to 1 V DC, non-isolated  
4 to 20 mA DC, non-isolated  
15 < Output type >  
Instantaneous value after O  
1
2
note 5,7  
2
correction  
0
1
2
Y
Average value after O  
CP calculation value  
With out  
2 correction  
note 10  
note 6  
17 < Language >  
Japanese  
English  
1
2
18 < Gas extractor >  
Non-fixed type (for intermittent measurement)  
Fixed type (for continuous measurement), flange 5K25A, L = 300 mm  
Fixed type (for continuous measurement), flange 5K25A, L = 400 mm  
Fixed type (for continuous measurement), flange 5K25A, L = 600 mm  
Fixed type (for continuous measurement), flange 5K25A, L = 800 mm  
With out  
1
2
3
4
5
Y
19 < Sample inlet tube >  
note 8  
A
B
C
Y
5m×φ6/φ4, Teflon  
10m×φ6/φ4, Teflon  
20m×φ6/φ4, Teflon  
With out  
20 < Adjustment >  
note 9  
Standard adjustment  
Adjustment for heat treatment furnace  
Other  
A
B
Z
Note 1) A parenthesized sample component stands for the 2nd optical system.  
Note 2) Specify code Y when only O analyzer is needed.  
2
Note 3) Between "1", "2" and "3" of the 9th digit, the rated voltage and plug shape of the attached power cord are different.  
“1”: For domestic use, rated voltage 125V AC (PSE), plug shape North American type  
“2”: For European use, rated voltage 250V AC (ECC), plug shape European type  
“3”: For North American use, rated voltage 125V AC (UL), plug shape North American type  
Note 4) For possible combinations of sample component and measuring range, refer to the following tables  
(on pages 8 and 9).  
Note 5) Specify this code when "1" or "2" is specified at the 6th digit.  
Note 6) When "Y" is specified at the 6th digit, "Y" should also be specified at the 15th digit.  
Note 7) The kind of output after O  
SO and CO is specified.  
2 correction will be added to all target components only when an analyzer for NOx,  
2
Note 8) Sample inlet tube should be connected within 20 m.  
Note 9) Calibration curve varies with gas components contained in sample gas.  
"A ; standard adjustment" stands for adjustment in N  
"B ; adjustment for heat treatment furnace" is applied to CO analyzer and CO  
CO analyzer: CO range gas + 25% CO + 31% H /N  
CO analyzer: CO range gas + 5% CO + 31% H /N  
When "Z; other" is specified, a gas composition table should be attached.  
Note 10) Can be manufactured only when “ CO analyzer” is selected for the 5th digit.  
2 balance.  
2
analyzer.  
2
2
2
2
2
2
2
2
6
Tables of Sample Component and Measuring Range - Availability Check Tables -  
Table 1: 1-Component Analyzer (CO2, CO, CH4)  
Sample component  
CO2 analyzer CO analyzer CH4 analyzer  
D
B
E
Range  
A
0 to 200/500/1000ppm  
0 to 500/1000/2000ppm  
0 to 1000/2000/5000ppm  
0 to 2000/5000ppm/1%  
0 to 5000ppm/1/2%  
0 to 1/2/5%  
B
C
D
E
F
G
H
J
0 to 2/5/10%  
0 to 5/10/20%  
0 to 10/20/50%  
K
0 to 20/50/100%  
○:Product available  
Table 2: 2-Component Analyzer (CO2 analyzer + CO analyzer)  
CO analyzer range  
Range values are the same as those of CO2 analyzer.  
A
B
C
D
E
F
G
H
J
K
CO  
A
2
analyzer range  
0 to 200/500/1000ppm  
B
C
D
E
F
0 to 500/1000/2000ppm  
0 to 1000/2000/5000ppm  
0 to 2000/5000ppm/1%  
0 to 5000ppm/1/2%  
0 to 1/2/5%  
G
H
J
0 to 2/5/10%  
0 to 5/10/20%  
0 to 10/20/50%  
K
0 to 20/50/100%  
○:Product available  
Table 3: 2-Component Analyzer (CH4 analyzer + CO analyzer)  
CO analyzer range  
Range values are the same as those of CH4 analyzer.  
A
B
C
D
E
F
G
H
J
K
CH  
A
4
analyzer range  
0 to 200/500/1000ppm  
B
C
D
E
F
0 to 500/1000/2000ppm  
0 to 1000/2000/5000ppm  
0 to 2000/5000ppm/1%  
0 to 5000ppm/1/2%  
0 to 1/2/5%  
G
H
J
0 to 2/5/10%  
0 to 5/10/20%  
0 to 10/20/50%  
K
0 to 20/50/100%  
○:Product available  
Table 4: 2-Component Analyzer (CO2 analyzer + CH4 analyzer)  
CH4 analyzer  
range  
Range values are the same as those of CO2 analyzer.  
A
B
C
D
E
F
G
H
J
K
CO2  
analyzer range  
A
0200/500/1000ppm  
0500/1000/2000ppm  
01000/2000/5000ppm  
02000/5000ppm/1%  
05000ppm/1/2%  
01/2/5%  
B
C
D
E
F
G
H
J
02/5/10%  
05/10/20%  
010/20/50%  
K
020/50/100%  
○:Product available  
• 3-component analyzer (CH4 analyzer + CO2 analyzer + CO analyzer);  
Possible range in combination of Table 1 (CH4 analyzer) and Table 2 (CO2 analyzer + CO analyzer)  
7
ZSVS  
One optical line (1 to 3-component gas sampling system diagram): Type ZSVS  
Gas extractor  
Exhaust  
gas port  
FL  
O2  
analyzer  
Measurement  
cell  
Calibration  
gas inlet  
Purge gas  
port  
Filter  
M
P
Sample gas  
inlet  
Membrane  
filter  
Pump  
Two optical lines (3 to 4-component gas sampling system diagram): Type ZSVS  
Gas extractor  
Exhaust  
gas port  
FL  
O
2
analyzer  
Measurement  
cell  
Measurement  
cell  
Calibration  
gas inlet  
Purge gas  
port  
Filter  
M
P
Sample gas  
inlet  
Membrane  
filter  
Pump  
8
OUTLINE DIAGRAM (Unit : mm)  
(1) Analyzing block  
<Top view>  
<Side view>  
211  
HANDLE  
194  
PORTABLE ANALYZER  
365  
<Front view>  
<Rear view>  
HEAT EXHAUST PORT  
OUTPUT CONNECTOR  
FLOW CHECKER  
DISPLAY  
OPERATING UNIT  
MEMBRNE FILTER  
PORTABLE ANALYZER  
SYSTEM 1  
EARTHING TERMINAL  
POWER SOCKET  
RUBBUR FEEY  
POWER SWITCH  
COMMUNICATION CONNECTOR  
FUSE  
PURGE GAS INLET φ6 HOSE END  
EXHAUST GAS INLET φ6 HOSE END  
CALIBRATION GAS INLET φ6 HOSE END  
Weight Approx. 12kg  
SAMPLE GAS INLET φ6 HOSE END  
9
ZSVS  
(2) External connection diagrams  
Caution) Between male (P) and female (S) connectors, pin numbers are different.  
Connect them properly with utmost care.  
13  
25  
<Analog output>  
On the analyzer side, a female connector (DB-25S-T-NR  
made by Japan Aviation Electronics Industry) is attached.  
For connection, the furnished cables (1 m)(DB-25P) should  
be used.  
14  
Color of furnished cable  
Orange Red Brown Black White Gray Purple Blue Green Yellow Orange Red Brown  
CH7+ -CH6+ -CH5+ -CH4+ -CH3+ -CH2+ -CH1+  
Pin name  
Pin No.  
13 12 11 10  
25 24 23 22 21 20 19 18 17 16 15 14  
NC  
9
8
7
6
5
4
3
2
1
Pin No.  
Pin name  
CH8+ -CH7  
Blue Green Yellow  
Color of furnished cable  
<Communication output>  
1
6
5
9
On the analyzer side, a male connector (DE-9P-T-NR made  
by Japan Aviation Electronics Industry) is attached.  
For connection, commercially available cross cables (DE-  
9S) should be used.  
Pin name  
Pin No.  
NC  
RXD TXD  
NC GND  
1
2
3
4
5
Pin No.  
6
7
8
9
Pin name  
NC NC NC NC  
10  
OUTLINE DIAGRAM (Unit : mm)  
(3) Power cord and signal cable  
• Power cord for domestic and North American use (North American type), rated voltage 125V AC.  
Note: The standards for domestic and North American use are different, but the shape is the same.  
(2000)  
• Power cord for European use (European type), rated voltage 250 V AC  
(2000)  
• Output cable  
Output channel  
Connector  
+CH4-  
+CH5-  
+CH6-  
+CH7-  
+CH8-  
+CH1-  
+CH2-  
+CH3-  
1
2
3
4
5
6
7
8
9
10 11 12 13 14 15 16  
Cable color Brown Red Orange Yellow Green Blue Purple Gray White Black Brown Red Orange Yellow Green Blue  
Details of area A  
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16  
Area A  
• Control input/output cable  
11  
ZSVS  
OUTLINE DIAGRAM (Unit : mm)  
(4) Non-fixed type gas extractor  
(640)  
Gas inlet  
(
145)  
150  
°
Sampling pipe  
Probe grip  
Probe cap  
Specifications  
Main materials of exhaust gas block: SUS304,  
polypropylene, chloroprene rubber  
Weight: 0.5 kg  
φ6.5/φ4 hose band  
(5) Fixed type gas extractor  
Attached joint  
Sampling pipe 15A  
(φ21.7)  
1
RC /2  
4-φ12  
Gas inlet  
Attached joint (for φ6 pipe connection)  
Flange  
JIS 5K 25A FF  
95  
1
R /2  
φ4  
25  
Specifications  
Material : Teflon  
Main materials of gas-contacting parts: SUS316, Teflon  
Weight: 1 kg  
Caution on Safety  
*Before using this product, be sure to read its instruction manual in advance.  
International Sales Div  
Sales Group  
Gate City Ohsaki, East Tower, 11-2, Osaki 1-chome,  
Shinagawa-ku, Tokyo 141-0032, Japan  
http://www.fujielectric.com  
Phone: 81-3-5435-7280, 7281 Fax: 81-3-5435-7425  
http://www.fjielectric.com/products/instruments/  
Information in this catalog is subject to change without notice.  
Printed in Japan  

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