This analyzer (ZKJ) capable measuring concentrations components sample
|
|
|
Top Searches for this datasheet
NDIR TYPE INFRARED ANALYZER
This analyzer (ZKJ) capable measuring concentrations components sample gas. SO2, CO2, measured non-dispersion infrared method (NDIR), while measured built-in type paramagnetic method sensor external-mount type zirconia method sensor. maximum components including (max. components except measurement) simultaneously measurable. mass flow type twin detector high sensitivity reliability adopted infrared method detection block makes measurement hardly affected interfering components. addition, microprocessor built large-size liquid crystal display equipped easier operation, higher accuracy more functions. Optimum analyzer unit measurement system combustion exhaust from refuse incinerator boiler, from different industrial furnaces.
SPECIFICATIONS
Standard Specifications
Principle measurement: CO2, CH4; Non-dispersion infrared-ray absorption method Single light source double beams (double-beam system) Paramagnetic method sensor built zirconia sensor method sensor externally installed) Measurable components measuring range:
(built (External Zirconia) Minimum range 100ppm 100ppm 50ppm 100ppm 500ppm 5vol% 5vol% Maximam range 5000ppm 10vol% 100vol% 100vol% 100vol% 25vol% 25vol%
FEATURES
Measure five components including simultaneously continuously Simultaneously continuously measures four components SO2, CH4, plus totally five components. Hardly affected interference other gases mass flow type twin detector high sensitivity reliability adopted makes measurement hardly affected interfering components, ensuring stable operation. Equipped with abundant functions conversion, average value computation, automatic calibration, touch calibration, upper/lower limit alarm, remote measurement range changeover, range identification signal output, etc. incorporated configure applications match particular uses. Easy-to-see large unit large unit adopted allows observing easily indication measured components computation values. interactive operation facilitates setting. inch rack mount structure mainframe unitized inch rack type electrical signal input/output terminal unit also unitized easily configure analyzer system.
Max. components measurement including measuring range component. Measuring range ratio sensor) 1:20 (except sensor) measurable components possible combinations measuring ranges, refer Tables 1-(1) (7). Measured value indication: Digital indication digits (LCD with back light) Instantaneous value each component Instantaneous value after correction (only measurement with Average value after correction (only measurement with average value
EDS3-123d
Date Apr. 2003
Analog output signals: Inputs/outputs analog signals possible combining with input/ output terminal module. 20mA non-isolated output points max. Analog output corresponds measured value indication 1:1. Permissible load resistance; max. DC100k min. Refer Table channel displayed values analog output signals. Analog input signal: signal input from externally installed sensor. Signal requirement; Signal from Fuji's Zirconia sensor (TYPE: ZFK7) from sensor Input section isolated. This feature effective when sensor built input signal triggers measured concentration indication conversion.) Relay contact output: contact (250V AC/2A, resistive load) Instrument error, calibration error, range discrimination, auto calibration status pump ON/OFF, peak alarm. contact (250V AC/2A, resistive load) Upper/lower alarm contact output. (for each channel) Power disconnection alarm. relay contacts isolated mutually from internal circuit. Contact input: No-voltage contact (ON/0V, OFF/5V flowing Remote range changeover, auto calibration remote start, remote holding, average value resetting, pump ON/OFF Isolated from internal circuit with photocoupler. Contact inputs isolated from another. Transmission output: Solenoid valve drive signal automatic calibration. Transistor output (100mA less) Power supply: Voltage rating 100V 240V Allowable range; 264V Frequency 50Hz/60Hz Power consumption; 150VA max. Inlet Conform EN60320 Protection Class Operating conditions: Ambient temperature; -5°C 45°C Ambient humidity max., non-condensing Storage conditions: Ambient temperature; -20°C 60°C Ambient humidity 100% max., non-condensing Dimensions Analyzer main unit; 690mm Input/output terminal module; 55mm Mass: Approx. (only Analyzer) Front panel; Off-white (Munsell 10Y7.5/ equivalent) Casing; Plating, Steel-blue (gray) Enclosure: Steel casing, indoor Material gas-contacting parts: inlet/outlet; SUS304 Sample cell; SUS304/neoprene rubber Infrared-ray transmitting window; CaF2 sensor sampling cell SUS316 Internal piping; Toaron tube, Teflon tube inlet/outlet: Rc1/4 NPT1/4 internal thread Purge flow rate: 1L/min when required) Finish color:
Standard Functions
Output signal holding: Output signals held during manual auto calibrations activation holding (turning "ON" setting). values held ones just before start calibration mode. Indication values will held. Remote output holding: Output signal held latest value short-circuiting remote output holding input terminals. Holding maintained while terminals short-circuited. Indication values will held. Remote range changeover: Measuring range changed according external signal when remote range changeover input received. Changeover effective only when remote range setting turned this case, measuring range cannot changed manually. When contact input terminals each component short-circuited, first range selected, changed over second range when terminals open. Range identification signal: present measuring range identified contact signal. contact output terminals each component short-circuited when first range selected, when second range selected, terminals open. Auto calibration: Auto calibration carried periodically preset cycle. When standard cylinder calibration solenoid valve opening/closing flow line prepared externally customer, calibration will carried with solenoid valve drive contacts zero calibration each span calibration turned on/off sequentially auto calibration timing. Auto calibration cycle setting: Auto calibration cycle set. Setting variable within hours increments hour) days increments day).
flow time setting: time flowing each calibration auto calibration set. Settable within seconds increments second) Auto calibration remote start: Auto calibration carried only once according external input signal. Calibration sequence settable same general auto calibration. Auto calibration started opening auto calibration remote start input terminals after short-circuiting seconds longer. Auto zero calibration: Auto zero calibration carried periodically preset cycle. This cycle independent "Auto calibradion" cycle. When zero calibration solenoid valve opening/closing calibration flow line prepared externally customer, zero calibration will carried with solenoid valve drive contact zero calibration turned on/off auto zero calibration timing. Auto zero calibration cycle setting: Auto zero calibration cycle set. Setting variable within hours increments hour) Setting variable within days increments day) flow time setting: timing flowing zero auto zero calibration set. Settable seconds increments second) Upper/lower limit alarm: Alarm contact output turns when measurement value reach preset upper lower limit alarm value. Contacts close when instantaneous value each component becomes larger than upper alarm limit value smaller than lower alarm limit value. Instrument error contact output: Contacts close occurrence analyzer error Calibration error contact output: Contacts close occurrence manual auto calibration error (any errors Auto calibration status contact outputs: Contacts close during auto calibration. Pump ON/OFF contact output: During measurement, this contact close. While calibration flowing, this contact open. This contact connected power supply pump, stop sample while calibration flowing.
Sample concentration after correction Measured concentration sample Measured concentration Standard concentration (value changeable setting) *The upper limit value fractional part this calculation result calculation indicated output analog output signal. Average value after correction average value calculation: result correction instantaneous value outputted average value determined period time. Used averaging moving average method which sampling carried intervals seconds. (Output updated every seconds. average value determined period time just before latest updating.) Averaging time settable within minutes increments minute) hours increments hour). Average value resetting: above-mentioned output average value started from initial state opening average value resetting input terminals after short-circuiting seconds longer. Output reset short-circuiting restarted opening. concentration peak count alarm: (added only CO/O2 measurement) Alarm output turns according preset concentration count. Whenever instantaneous value exceeds preset concentration value, count increments. count exceeds preset value hour, alarm contacts close. Communication function: RS-232C (9pins D-sub) Half-duplex serial Start-stop synchronization Modbusprotcol Contents: Read/Wright parameters Read measurement concentration instrument status Remark: When connecting RS-485 interface, RS-232C RS485 converter should used.
Performance
Repeatability 0.5% full scale Linearity full scale Zero drift full scale/week Span drift full scale/week Response time (for response) Within seconds including replacement time sample (when flow rate 0.5L min)
Optional Functions
correction: Conversion measured concentrations into values standard concentration 21-On Correction formula: -------- 21-Os
Standard Requirements Sample
0.5L 0.2L 50°C less (Gas outlet side should open atmospheric air.) Dust 100µg/Nm3 less particle size less Mist Unallowable Moisture Below level where saturation occurs (condensation unallowable). Corrosive component: less Standard calibration: Zero Span Each sample having concentration 100% measuring range (recommended). beyond concentration 100%FS unusable. case zirconia analyzer installed externally calibration carried same calibration line: Zero atmospheric (provided without sensor) Span other than measurement, each sample having concentration 100% measuring range. measurement, vol%. Flow rate Temperature Pressure
Installation Requirements
Indoor use. (Select place where equipment does receive direct sunshine, draft/rain radiation from substances. such place cannot found, roof cover should prepared protection.) Avoide place where receives heavy vibration Select place where atmospheric clean
Directive Compliance
product conforms requirements Voltage Directive 73/23/EEC directive 89/336/EEC amended Directive 92/31/EEC), both amended Directive 93/68/EEC. conforms following standards product safety electromagnetic compatibility EN61010-1 2001 Safety requirements electrical equipment measurement, control laboratory use. "Installation Category "Pollution Degree EN61326-1 1997, 1998, 2001 Electrical equipment measurement, control laboratory requirements. *The product mounted steel enclosure conforms requirements directive.
Principle diagram NDIR type measurement (For SO2, CO2, CH4)
Motor Distribution cell (interference filter) Trimmer Reference cell
Interference compensating detector
Rotary sector
Sample inlet
Sample outlet
sensor (option)
External input Contact output Indicator
Operating keys Indication
Output 20mA
Gain changeover
Sector sync. signal
amplifier
Infrared (single) light source
Sample cell
Principle diagram paramagnetic type measurement (For
Permanent magnet inlet Magnetic field outlet Preamplifier Mirror
Measuring cell
Permanent magnet Photodiode Indication Output Signal processing calculation block
Example configuration sampling system
following illustrates typical system configuration five component measurement monitoring combustion exhaust from boiler, refuse incinerator, etc. Contact FUJI ELECTRIC system configuration matching particular further information.
extractor AC100V inlet tube
Membrane filter
larger
aspirator
(O2)
Flowmeter NO2/NO converter measurement
Infrared analyzer main unit
Electronic cooler
Membrane filter
conditioner ZERO
Solenoid valve
Pressure reducing valve
outlet
Zirconia sensor
Drain
(Note
Standard (3.4r)
Functions Individual Components extractor: extractor with heating type stainless steel filter standard mesh 40µm conditioner:For separation drain, prevention drain from being sucked through secondary filter composite operation constantpressure bubbler aspirator: aspiration sample (sample flow rate approx. 2L/min) Electronic cooler: Dries moisture sample point approx. 3°C. Solenoid valve: Used introducing calibration gas. Membrane filter: PTFE filter used eliminate fine dust particles permit monitoring dust adhering condition front panel analyzer.
Adjusts monitors flow rate sample gas. Standard gas: Reference used calibrating zero span analyzer. Total cylinders required air, zero gas, span SO2, Zirconia sensor: (This necessary case when zirconia type sensor built-in.) External zirconia oxygen sensor used measuring oxygen concentration 25%) sample gas. Converter: Added analyzer. special catalyst material efficient conversion used.
*(Note) each sampling device, refer separate Data Sheet each sampling device.
Flowmeter:
CODE SYMBOLS
Digit Description <Custom specifications> Standard <Measurable component (SO2, CO2, CH4) componet componet componet componet <Measurable component (O2)> None External zirconia type sensor (Model ZFK7) External analyzer Built-in paramagnetic type sensor <Power supply inlet/outlet> 240V Rc1/4 240V Rc1/4, with purging 240V NPT1/4 240V NPT1/4, with purging <Revision code> <Structure> 19-inch rack mounting type 19-inch rack mounting type with slide rail <Indication power supply cable> Japanese, power cable rated 125V English, power cable rated 125V (UL) English, power cable rated 250V (CEE) <Measuring range> component, range 50ppm 100ppm 200ppm 250ppm 500ppm 1000ppm 2000ppm 5000ppm 100% <Measuring range> component, range None 100ppm 200ppm 250ppm 500ppm 1000ppm 2000ppm 5000ppm 100%
note
Digit code
note note note note note
note note
(note1) External sensor signal should 0-1VDC linear full scale, when specified digit. External Zirconia sensor external analyzer included this order. (note2) Allowable combinations ranges specified table 1-(1) 1-(7) page (note8) means English indication, differ attached power supply cable (rating plug type). Select according operating power supply voltage. plug type cable "North American type" when specified, "European type" when specified.
Digit Description <Measuring range> component, range None 100ppm 200ppm 250ppm 500ppm 1000ppm 2000ppm 5000ppm 100% <Measuring range> component, range None 200ppm 250ppm 500ppm 1000ppm 2000ppm 5000ppm 100% <Measuring range> component, range None 100ppm 200ppm 250ppm 500ppm 1000ppm 2000ppm 5000ppm 100% <Measuring range> component, range None 200ppm 250ppm 500ppm 1000ppm 2000ppm 5000ppm 100%
note note
Digit code
note note note
(note2) Allowable combinations ranges specified table 1-(1) 1-(7) page
Digit Description <Measuring range> component, range None 100ppm 200ppm 250ppm 500ppm 1000ppm 2000ppm 5000ppm 100% <Measuring range> component, range None 200ppm 250ppm 500ppm 1000ppm 2000ppm 5000ppm 100% analyzer, range> None analyzer, range> None <Output> 20mA 20mA Commnication function Commnication function correction average value output> None With correction output With peak alarm With correction output peak alarm <Adjustment> combustion exhaust Others
note note
Digit code
note note note
note
(note1) External sensor signal should 0-1VDC linear full scale, when specified digit. External Zirconia sensor external analyzer included this order. (note2) Allowable combinations ranges specified table 1-(1) 1-(7) page (note3) correction carried same time, average value output after correction average value output added. Peak count alarm carried (note4) should specified when without measurement (when digit (note5) composition table should issued when specified. (note6) Only sensor specified. (note7) When specifying 3-and 4-component analyzer purging, only inlet outlet provided. NO2/NO converter cannot arranged between inlet outlet. (note8) means English indication, differ attached power supply cable (rating plug type). Select according operating power supply voltage. plug type cable "North American type" when specified, "European type" when specified.
Table Measurable component range availability check table
Single-component analyzer (NO, SO2, CO2, CH4)
analyzer measurable range analyzer measurable range range range 50ppm 100ppm 200ppm 250ppm 500ppm 1000ppm 2000ppm 5000ppm 100%
range range 50ppm 100ppm 200ppm 250ppm 500ppm 1000ppm 2000ppm 5000ppm 100%
analyzer measurable range analyzer measurable range
500ppm
analyzer measurable range
5000ppm
100ppm
200ppm
250ppm
1000ppm
2000ppm
100%
Double-component analyzer
Double components measurable range. component component SO2. component (SO2), range component (NO),1st range 100ppm 200ppm 250ppm 500ppm 1000ppm 2000ppm 5000ppm range (low range) must meet combination above table. range, both measurements must greater than and, smaller than times, range.
100ppm
200ppm
250ppm
500ppm
1000ppm
2000ppm
5000ppm
Double-component analyzer
Both analyzer must meet range Table 1-(1); single component analyzer.
Double-component analyzer (CO2
Double components measurable. component CO2, component component (CO), range component (CO2),1st range 2000ppm 5000ppm
100ppm
200ppm
250ppm
500ppm
1000ppm
2000ppm
5000ppm
range (low range) must meet combination above table. range, specified; both measurements must greater than and, smaller than times, range. specified; measurements must greater than and, smaller than times, range. measurements must greater than and, smaller than maximum ratio writen after mark, range. specified; both measurements must greater than and, smaller than maximum ratio writen after mark, range. ratio, first value CO2, second value example means, range must smaller than times range, range must smaller than times range. means only range.
Three-component analyzer (NO,
NO/SO2 analyzer must meet combination range Table 1-(2): Double-component analyzer. analyzer must meet range Table 1-(1): Single component analyzer.
Four-component analyzer (NO, SO2,
NO/SO2 analyzer must meet combination range Table 1-(2): Double-component analyzer. CO2/CO analyzer must meet range Table 1-(4): Double-component analyzer.
analyzer
Built-in analyzer measurable range, External zirconia type analyzer measurable range range range
analyzer selectable indifferently combination with other components. External zirconia type analyzer assumed Fuji's type ZFK7.
OUTLINE DIAGRAM (Unit:
<Analyzer main unit>
<Upper>
<Side>
M4(for mounting slide rail)
less
12.7
(24)
Sample outlet Rc1/4 NPT1/4
INFRARED ANALYZER
Sample inlet Rc1/4 NPT1/4
POWER
(Purge inlet Rc1/4 NPT1/4)
DISPLAY
MODE
ZERO
<Front>
SPAN
Switch Back Light
100.8
Connector input/output terminal module
Power inlet (100V 240V 50Hz/60Hz)
<Rear>
26.1
Power switch
123.8
288.9
466.7
<Input output terminal module>
(Accessory)
Mounting hole
6-4.5hole
(140)
Terminal Terminal Terminal block block block <TN1> <TN2> <TN3> Screw terminals M3.5
Terminal block <TN4>
Terminal block <TN5>
(54.5)
Input output terminal module connector
(280)
Connector <CN3>
<Cable connecting input output terminal>
(Accessory)
1000±30
<Dimensions mounting input output terminal module>
screw
screw holes positions. Drill rectangular hole 142mm more center.
OUTLINE DIAGRAM ACCESSORY SLIDE RAIL (Unit: slide rails attached this equipModel 305A-24/Accuride International Inc.
ment when designated.
Closed
Cabinet member 1.52t Intermediate member Drawer member 1.27t
632±3 (22.7) (9.5)
same less Open 609.6±0.8 577.8±0.3 565.1±0.3 454±0.3 111.1±0.3 12.7±0.3
15.9±0.5
25.4±0.3
35.3±0.3 (24.4)
12.7±0.3 123.8±0.3 288.9±0.3 15.9±0.5 19.1±0.3 Reinforcement plate 466.7±0.3
606.6±0.8
19-inch rack mounting method:
mass instrument should supported bottom unit side unit when mounted with slide rails). Also, facilitate maintenance, structure which allows extraction main unit using slide rail recommended.
Slide rail mounted type Rack size Guide rail mounted type Rack size
101.6
more
more
Mounting diagram
Mounting diagram
Slide rails
Guide rails
Guide rails
guide rail mounted type, maintenance space (200mm more) should provided upper main unit.
101.6
EXTERNAL CONNECTION DIAGRAM
Terminal block <TN1> output (CH5_OUT) output (CH4_OUT) output (CH3_OUT) output (CH2_OUT) output (CH1_OUT) CH10 output (CH10_OUT) output (CH9_OUT) output (CH8_OUT) output (CH7_OUT) output (CH6_OUT) Terminal block <TN2>
sensor input (O2_IN)
CH12 output (CH12_OUT) CH11 output (CH11_OUT) Unassigned
remote range changeover input (R_RNG_CH5) remote range changeover input (R_RNG_CH4) remote range changeover input (R_RNG_CH3) remote range changeover input (R_RNG_CH2) remote range changeover input (R_RNG_CH1)
Unassigned
(M3.5 screw)
(M3.5 screw) external sensor input.
Terminal block <TN3> Unassigned Unassigned Remote hold input (R_HOLD) Average value reset input (RESET) Auto calibration remote start input (R_CAL) range identification signal output (RNG_IDCH5) range identification signal output (RNG_IDCH4) range identification signal output (RNG_IDCH3) range identification signal output (RNG_IDCH2) range identification signal output (RNG_IDCH1) Peak count alarm output (PEAK_ALM) Auto calibration status contact output (ACAL/MNT) Pump ON/OFF (PUMP) Calibration error contact output (CAL_ALM) Instrument error contact output (FAULT)
Terminal block <TN4> Unassigned Unassigned (M3.5 screw) Unassigned Unassigned
Unassigned
(M3.5 screw)
Terminal block <TN5> Unassigned alarm output (ALM_CH3) alarm output (ALM_CH2) alarm output (ALM_CH1) alarm output (ALM_CH4) alarm output (ALM_CH5) Unassigned Power disconnection alarm output (POWER_OFF)
Connector <CN3> Solenoid valve drive signal output calibration Contact output sample selecting Contact output zero calibration (DO) Contact output span calibration (DO) Contact output span calibration (DO) <D-sub
Contact output span calibration (DO) Contact output span calibration (DO) Contact output span calibration (DO) Power relay drive
(M3.5 screw)
Note Unassigned terminals used internal connection. they should used repeating terminals either. Note allocation each channel (CH1 CH12) depends measured components. Refer table next page.
Table Correspondence between measurement channels measured value
following table gives measurement channels their contents according code symbols.
Code symbol digit digit 22th digit Contents CH1: CH1: CH1: CH1: CH1: CH1: CH2: CH1: CH2: CH1: CO2, CH2: CH1: CH2: SO2, CH3: CH1: CH2: SO2, CH3: CO2, CH4: CH1: CH2: CH4, CH3: CO2, CH4: CH1: NOX, CH2: CH3: Corrected NOX, CH4: Corrected average, CH5: average CH1: SO2, CH2: CH3: Corrected SO2, CH4: Corrected average, CH5: average CH1: CH2: CH3: Corrected CH4: Corrected average, CH5: average CH1: CH4, CH2: CH3: average CH1: NOX, CH2: SO2, CH3: CH4: Corrected NOX, CH5: Corrected SO2, CH6: Corrected average, CH7: Corrected average, CH8: average CH1: NOX, CH2: CH3: CH4: Corrected NOX, CH5: Corrected CH6: Corrected average, CH7: Corrected average, CH8: average CH1: CO2, CH2: CH3: CH4: Corrected CH5: Corrected average, CH6: average CH1: NOX, CH2: SO2, CH3: CH4: CH5: Corrected NOX, CH6: Corrected SO2, CH7: Corrected CH8: Corrected average, CH9: Corrected average, CH10: Corrected average, CH11: average CH1: NOX, CH2: SO2, CH3: CO2, CH4: CH5: CH6: Corrected NOX, CH7: Corrected SO2, CH8: Corrected CH9: Corrected average, CH10: Corrected average, CH11: Corrected average, CH12: average CH1: CH2: CH1: CH2: CH3: CH1: CO2, CH2: CH3: CH1: CH2: SO2, CH3: CH4: CH1: CH2: SO2, CH3: CO2, CH4: CH5: CH1: CH2: CH3: Corrected CH4: Corrected average, CH5: average CH1: NOX, CH2: CH3: CH4: Corrected NOX, CH5: Corrected CH6: Corrected average, CH7: Corrected average, CH8: average CH1: CO2, CH2: CH3: CH4: Corrected CH5: Corrected average, CH6: average CH1: NOX, CH2: SO2, CH3: CH4: CH5: Corrected NOX, CH6: Corrected SO2, CH7: Corrected CH8: Corrected average, CH9: Corrected average, CH10: Corrected average, CH11: average CH1: NOX, CH2: SO2, CH3: CO2, CH4: CH5: CH6: Corrected NOX, CH7: Corrected SO2, CH8: Corrected CH9: Corrected average, CH10: Corrected average, CH11: Corrected average, CH12: average
note
note: When "A", specified digit, measurement displayed "NOx".
SCOPE DELIVERY
analyzer unit Input /output terminal module external mounting Connection cable (1m) between main unit input /output terminal module Power cable (standard inlet type Spare fuses (250V, delay type) Instruction manual copy Slide rails (when with slide rails selected)
ORDERING INFORMATION
Code symbols Application composition sample
Items prepared separately
Various sampling devices (refer Data Sheets sampling devices) Dedicated zirconia sensor (see Page Relay module solenoid drive calibration dedicated cable (1.5 between relay module. (For details, contact Fuji Electric.)
Exclusive Zirconia Sensor purchased separately)
correction, analyzer accept linealized signal coming from analyzer calibrated full scale. analyzer available, Fuji supply exclusive Zirconia sensor Model ZFK. Measuring method: Zirconia system Measurable component measuring range:
Measurable component Oxygen Minimum range 5vol% Maximum range 25vol%
Repeatability: Within 0.5% full scale Linearity: Within full scale Zero drift: Within full scale/week Span drift: Within full scale/week Response time: Approx. seconds (for response) Measured flow rate: 0.25L
Remark: Zirconia system, principle, produce measuring error relative concentration versus combustible concentration. Also, corrosive (SO2 more, etc.) affect life sensor.
inlet/outlet size: Power supply: 126V 240V 50/60Hz Enclosure: Steel casing, indoor application Indication: Temperature indication (LED) Temperature alarm output: Contact output contact, Contact capacity 220V, (resistive load) Outer dimensions 190mm Mass {weight}: Approx. Finish color: Munsell
CODE SYMBOLS
Description Measuring method Zirconia method Power supply 126V 50/60Hz 240V 50/60Hz inlet
OUTLINE DIAGRAM
(Unit:mm)
OXYGEN ANALYZER
TEMP
7-M4
POWER FUSE3A
inlet
172.3
outlet
EXTERNAL CONNECTION DIAGRAM
power supply 50/60Hz Output Temperature alarm output
Dedicated relay board (should prepared separately)
This relay board receives signals from connector terminal module activates calibration solenoid valve directly. Relay contact normally closed contact Contact capacity; 250V/2A (resistive load) Odering code symbols Dedicated relay board ZZPZKJ-TK7H2949C4 Dedicated cable ZZPZKJ-TK7J6733P1
OUTLINE DIAGRAM (Unit:
less Mounting hole
CN13
CONNECTIONS
Reserved
Solenoid valve driving power
Solenoid valve switching sample zero span
CN13
terminal module
Relay board
Dedicated cable (D-sub 9-pin straight cable
Recommended connector
Housing VHR-2N (Nihon Solderless Terminal) Contact SVH-21T-1.1 (Nihon Solderless Terminal)
Contact action
During measurement Others During calibration Others Contact corresponding calibration timing
Caution Safety *Before using this product, sure read instruction manual advance.
Head office
6-17, Sanbancho, Chiyoda-ku, Tokyo 102-0075, Japan http://www.fesys.co.jp
Sales Div. International Sales Dept.
No.1, Fuji-machi, Hino-city, Tokyo, 191-8502 Japan Phone: 81-42-585-6201, 6202 Fax: 81-42-585-6187 http: //www.fic-net.co.jp
Information this catalog subject change without notice.
Printed Japan
Other recent searches
YTD428 - YTD428 YTD428 Datasheet
TA48015F - TA48015F TA48015F Datasheet
SLLS136A - SLLS136A SLLS136A Datasheet
PIP401 - PIP401 PIP401 Datasheet
MCF-4-9032 - MCF-4-9032 MCF-4-9032 Datasheet
MAX3237E - MAX3237E MAX3237E Datasheet
MAX3222E - MAX3222E MAX3222E Datasheet
MAX3232E - MAX3232E MAX3232E Datasheet
MAX242 - MAX242 MAX242 Datasheet
MAX232 - MAX232 MAX232 Datasheet
MAX3241E - MAX3241E MAX3241E Datasheet
MAX3237E - MAX3237E MAX3237E Datasheet
MAX3241E - MAX3241E MAX3241E Datasheet
HI-8020 - HI-8020 HI-8020 Datasheet
HI-8120 - HI-8120 HI-8120 Datasheet
Privacy Policy | Disclaimer
© 2012 Datasheet Archive
