ENERGY SUPPORT DGO-101 Zirconia Type O2 Analyzer Instruction Manual
- June 1, 2024
- ENERGY SUPPORT
Table of Contents
DGO-101 Zirconia Type O2 Analyzer
Specifications
- Model: DGO-101 Receiver
- Type: Zirconia Type O2 Analyzer
- Power Input: 100 or 115 VAC
- Warranty: 1 year after acceptance
Product Usage Instructions
Safety Precautions
Before using the product, ensure you have read and understood
the instruction manual thoroughly. Pay close attention to warning
labels on the instrument.
Power Supply Safety
Caution: When working on the product, make sure
to turn off the external main power supply to avoid electric
shock.
Warning: Do not touch the power supply terminal
block, switches, or other electric devices with wet hands to
prevent electric shock.
Installation and Operation
Read through the instruction manual before installation. Ensure
you understand all the content provided before operating the
product. Follow the operational conditions and installation
requirements described in the manual.
Maintenance and Warranty
Regularly calibrate the analyzer and replace consumable parts as
necessary. The warranty covers defects due to poor design,
manufacture, or material for one year after acceptance under proper
usage conditions.
FAQ
Q: What should I do if I encounter trouble with the
product?
A: If you encounter any issues with the product
during the warranty period, contact our company for repair or
replacement. Ensure proper storage, installation, and operation to
maintain warranty coverage.
Manual No.3003E R2
Zirconia Type O2 Analyzer Model DGO-101 Receiver
Instruction Manual
The person who operates the product
! must read through this instruction
manual.
– 0 –
For safe use of product
For safe use of the product, warning labels are provided on the instrument to
increase caution, and cautionary messages are described in the instruction
manual by the following method. After understanding the message content, use
the product safely.
Cautionary message
100 or 115 VAC is applied to the power terminal block.
! Since an electric shock may occur during check of wiring,
turn off the external main power supply.
Warning
! CAUTION
*Even if the power switch at the bottom right of this equipment is turned off, the source power is supplied to the terminal block. Be sure to turn the external power supply off when working.
! WARNING
*Touching power supply terminal block, switches and other electric Devices may result in electric shock.
! ELECTRIC Be sure to turn the power off when inspecting. Handling with wet
SHOCK
Hands will cause danger.
The notice terms mean the following:
WARNING It is a latent danger. Unless it is avoided, it may cause a death or
serious injuries. CAUTION It is a latent danger. Unless it is avoided, it may
cause light or medium damage.
It is also used as a warning for an operation which is not safe.
– 1 –
General items
Preface
This instruction manual describes the installation, operation and inspection methods of
“Model DGO-101 Receiver” for Zirconia Type O2 Analyzer. Before installation, read through
this instruction manual and completely understand its content. Then, install and operate
the product.
Here, keep in mind that there are different contents are partially described in the
instruction manual since there are some products which are differently specified.
Therefore there are some parts which you will not use. Keeping this in mind, refer to the
instruction manual.
Product Warranty
(1) Term
Described in the final document.
Unless it is provided, the warranty term will last for one year after
acceptance.
(2) ConditionsIn the assumption that the product is properly stored and installed till
the test operation and adjustment after acceptance at the customer’s site,
the delivered product shall be replaced or repaired without charge if any
trouble or abnormality to the poor design, manufacture or material which
our company is responsible for occurs though the product is properly used
during the above warranty term. Here the proper operation method is as follows: The operational conditions and installation conditions described in the
specifications and instruction manual shall be satisfied.
Any excessive mechanical shock or vibration shall not be applied to the
probe transmitter.
Calibration of the analyzer and replacement of the consumable parts shall
be periodically carried out.
The operational state of the analyzer shall be checked and maintained.
(Note) The consumable and similar parts shall be outside the warranty range.
(3)ApplicationThe warranty range shall be limited to the parts delivered by our company.
– 2 –
Contents
For safe use of product
··························································· Cautionary message
·························································· Warning
·····································································
General items
····································································· Preface
····································································· Product
Warranty ···························································· Contents
····································································
Cautionary points as to operation ···········································
Outline of product ··························································
Names and functions of components ···········································
Temporary storage of product ················································
11
Installation
······································································ 12
Installation conditions ·····················································
12 Installation method
························································· 12 Wiring method
······························································· 12 Inspection
after installation ··············································· 15
Function list of receiver
························································· 16 Operation
········································································· 17
Start-up Operation ··························································
17 Stopping Operation
·························································· 17 Key Operation
Method ························································ 18 User key
input value(Set by ENERGY SUPPORT CORP. according to specification
in delivered product) ··· 36 System key input value(Set by ENERGY SUPPORT
CORP. according to specification
in delivered product) ··· 37 Gas calibration method
······················································ 40 Purging method
······························································ 44 Maintenance
······································································· 46
Daily/periodic inspection ···················································
46 Troubleshooting
····························································· 47 Display of
setting error ···················································· 49 Error
display ······························································· 50
Reference DGO-101 oxygen analyzer receiver (Drawing) DGO-101 oxygen analyzer
receiver (Part No. system table) Notice of Request for Repair of Measuring
Instrument
– 3 –
Cautionary points as to operation
! Use “Model DGO-101 Receiver” for Zirconia O2 Analyzer in the following
environments.
Area not exposed to the direct sunlight as much as possible. Area with a
surrounding temperature of -10 to 50 with minimal variation of
temperature (+/-10 or less/day) Area with minimal moisture and dust Area with
minimal mechanical vibration Area with minimal electromagnetic influence Area
with minimal corrosive gases Any corrosive materials must not be present in
the discharge gas or sampled gas. Keep in mind that an error may result in the
measured oxygen concentration if any
Combustible gas is present in the discharge gas or sampled gas.
Outline of product “Model DGO-101 Receiver” for Zirconia O2 Analyzer is a gas
analyzer used to monitor and control the atmosphere in an oven by measuring
oxygen in the gas discharged from the boiler, hearing oven etc.. The following
excellent function and performance are featured: Automatic calibration and
automatic purge function setting are possible. Setting of the content is
possible for input/output points. The function and abnormality content are
displayed on the LCD and LED. The value of the sensor signal can be indicated.
Excellent operability as an interactive unit. Small size and light weight with
easy maintenance.
– 4 –
Name and functions of components (1) Outline view
Panel installation Installable on the wall
Stand installation
+ 1
273 -0 270 300
200 250
Panel cutting dimensions
215
+1 -0
21
135
Stand(50A)
Operation panel
Display unit Display unit Operation ke
Power fuse Power switch Terminal block
– 5 –
(3) Appearance of operation panel, and names and function of components
Status indication LED
7-segment LED Display 1
MEAS MAINTE ALARM FAIL
16×2 characters LCD Display 2
MODE key SEL key
MODE
SEL
Up/down key
CLR key CLR
ENT key ENT
Shift key
The LCD (liquid crystal display) brightness becomes thick when the ambient temperature is high (about 50), or it becomes thin when the temperature is low (about 0). In such cases, adjust the LCD brightness with brightness adjustment VR shown below.
Front panel
– 6 –
Name
Function
Temperature rising time: The warm-up time is counted down.
7-segment LED Display 1
Measurement time: Oxygen concentration is displayed. Displayed content can be selected.(Refer to Page 16.)
Abnormal time: Error code is displayed.(Refer to Page 49.)
16×2characters LCD Upper display: Mode is displayed.(Refer to Page 18.)
Display 2
Lower display: Message is displayed.(Refer to Page 18 through 34.)
MEAS: Lit for normal measurement.
MAINTE: Lit for temperature rise, calibration, purging, holding, MFT
Input and data setting. Status display LED
ALARM: Lit when the alarm results from the upper or lower limit of the
Oxygen concentration.
FAIL: Lit for occurrence of E-10 through E-17 errors.
MODE key
MODE selection: LCD upper step MODE display selection/ordinary display (RANGE)
SEL key
SEL selection: LCD lower step display selection.
MODE switch: Used to select MODE (except RANGE).
UP/DOWN key
MODE can be selected. LCD lower step: Numeral data is increased/decreased. Other data except
numeral data can be selected and changed.
Shift key
Data change: Digits of numeral value displayed at the lower step of LCD is shifted.
Error reset: Error display is reset. ENT key returns it to the
measurement mode.
CLR ley
Calibration stop: Calibration is stopped. ENT key returns it to the measurement mode.
Purge stop: Purging is stopped. ENT key returns it to the measurement
mode.
ENT key
Data renewal: Measured data is registered.
– 7 –
Flow chart of key operation The concept diagram of key operation is shown. For details of operation and setting content, refer to “5-3 Key operation method”.
Error display
CLR Key
ENT Key
Error resetting, calibration stop and purge stop
MODE Key
MODE Key
MODE selection LCD upper step display LCD lower step blank
To next mode
To last mode
UP Key
DOWN Key
SEL Key
To MODE at the last
SEL selection
SEL
LCD upper step display LCD lower step blank
To next SEL
To data renewal
Shift Key
Shift Key
Data renewal Data is not changed. Note)
Press ENT Key
ENT Key
SEL Key
only twice for single gas calibration.
Data change LCD upper step display Partial blinking of LCD lower step
Number is increased/decreased. Digit is shifted for Except number, data is selected. number alone.
– 8 –
(4)
1 NormalAll OFF System data change1 ON only Dip switch
OFF
0.5A 5A
Fuse Power switch Terminal block
Name Terminal block
Power switch
Power fuse Heater fuse
Dip switch
CN1 CN2 CN3 CN4 CN5
Function
External connection terminal block (Refer to p12.)
Power switch for receiver Even if the main power switch is turned off, the
voltage is still
1
supplied to the terminal block of supply.
Glass tube fuse5.2×20mm×0.5AJIS-MF-51NR0.5A
Glass tube fuse5.2×20mm×5AJIS-MF-51NR5A Only used to check the function of
receiver.
Don’t turn on the switch. (Otherwise, the ordinary function of the
1
Receiver will turn off.) Power connector Transformer assembly connector LED
board connector KEY board connector SSR connector
– 9 –
Temporary storage of product
! When temporarily storing the product, take care for the following:
It is desirable to protect the product with styrene or similar in the box for
storage. Store it at the place not directly exposed to sunlight. Store it at
the surrounding temperature of -10 to 50 with the minimal
temperature variation. Store it at the place with minimal moisture and dust.
Store it at the place not exposed to rain water. Store it at the place with
minimal mechanical vibration. Store it at the place free of corrosive and
dangerous gases.
– 10 –
Installation
Installation conditions
! In order to safely and properly operate the product, take care of the
following
points when determining the installation place since the analyzer is a precise
instrument. Select a place which satisfies the best possible conditions.
Place with minimal vibration0.1 or less Place free of corrosive
gasesSO2H2Setc. Place not exposed to radiation of hot heat. Place with minimal
influence of electromagnetic field. Place with minimal moisture and dust.
Voltage minimal fluctuations. Fluctuations of frequency of power supply is
minimal. Place at the surrounding temperature of -10 to 50(not exposed to
direct sunlight).
Installation method
! Cautionary points as to installation
Since the analyzer is a precise instrument, take care to prevent applying
excessive shock or load during installation.
Since it is easily damaged, take care not to hit the instrument during
installation.
Wiring method Connect the wiring at the terminal block. Route the cables
through the wiring hole at the bottom of the case. Moreover, apply a dust-
tight and drip-proof seal to the wiring during installation.
– 11 –
(1) Terminal block M4 screws are all used on the terminal block.
! Since an electric shock may occur during check of wiring at the terminal
block,
turn off the external main power supply.
Arrangement on the terminal block
CELL TC TH OUT
HEAT POW POW
IN1 IN2 IN3
RY1 RY2 RY3
RY4 RY5 -ER -ER -ER
CELL TC COM IN4 IN5
TH
OUT
RY1
RY2
RY3
RY4
RY5 HEAT -ER
:POWER supply terminal 100 or 115 VAC as power supply
! If any voltage above 110 VAC (100 VAN type) or 127 VAC (115 VAC type) is applied to
the power supply terminal block, it may cause or a fire.
COM-IN1 through 5 :Contact input terminal No-voltage contact max. 5 points
Approx. 12 VDC, 6mA is applied.
CELLCELL :Detection cell input voltage (signal input from transmitter)
TCTC
:Thermocouple input voltage (signal input from transmitter)
THTH
:Thermistor connection (for temperature compensation)
OUTOUT
:Output signal of DC 4-20 mA (load Max.600)
RY1 through RY4 :Contact output terminal No-voltage contact max. 4 points
Contact capacity 250 VAC, 1A, 30 VDC, 1A resistive load
RY5
:Power shutdown alarm and instrument trouble
Power off and trouble: ON
HEATER
:Transmitter heater terminal
E
:Ground terminalUse a Class 3 grounding
– 12 –
(2) Wiring
Transmitter
For the cable, refer to the working manual of the transmitter.
CELL TC HEATER
External power switch
Power supply 100 VAC or 115 VAC
Output signal DC420mA
Thermistor Installed as standard
CELL CELL TC TC HEAT HEAT TH TH -+ – + –
POWER
OUT OUT
Model DGO-101 receiver
*2 Input signal
*1 Output relay
COM IN1 IN2 IN3 IN4 IN5
RY1 RY2 RY3 RY4 RY5
Wiring example For the practical, wiring, refer to the wiring diagram or circuit of the final drawing.
AC100V DC24V
REM HOLD REM REM MFT
RANGE
CAL PURGE IN
SV L1
L2
L3
L4
Air solenoid AL RANGE MAINTE ANN valve
Input signal Approx. 12 VDC, 6 mA is applied.
Output signal Contact capacityresistive load
max 250 , max 30 ,
1 The function of the output relay is input by ENERGY SUPPRT CORP. according to the specifications. Refer to P37.
2 The function with the input signal is input by ENERGY SUPPRT CORP. according to the specifications. Refer to P38.
– 13 –
Inspection after installation
! Proper wiring from the transmitter of Zirconia type O2 analyzer to the
receiver of
Model DGO-101 receiver. If power is supplied to the wrong wiring, it will
cause a Sensor breakage or other serious trouble. In order to prevent trouble
which results from wrong wiring, check the wiring by the following Procedure
with the air selected as the measured gas when turning on the power supply for
the first time for test operation and adjustment. After verifying that the
power supply of the receiver is off, check the following. (1)Heater wiring
check (HEATER) Disconnect the lead lines of (HEATER “2 terminal”) at the
terminal block of the receiver, and measure the resistance between the lines.
(2) Thermocouple wiring check (TC+) (TC-) Disconnect the lead lines of
(TC+),(TC-)(HEATER) at the terminal block of the receiver, and measure the
resistance between the lines. For the reference values, refer to the
instruction manual of the transmitter used. Take sufficient care to prevent
the disconnected line from being short-circuited or
!
grounded. (3) Cell wiring checkCELL+, CELL-
Disconnect the lead lines ofCELL+,(CELL- at the terminal block of the
receiver, And measure the resistance between the lines. Room temperature :
Note: The thermocouple lines (TC+)/(TC-) and cell lines (CELL+)/(CELL-)
polarities. During/after the temperature rise, verify that the thermocouple
generates the proper electromotive force. If the +/- polarities are reversed,
the error E-06 will be displayed. Moreover, it is correct if any electromotive
force and value are displayed when the zero gas is flowed. (If the polarities
+/- are reversed, the E-12 error will be displayed.) (4) After the wiring is
completely checked, attach the marking bands to the cables of the
transmitter and receiver as it will simplify the wiring check during
maintenance, inspection and sensor replacement.
– 14 –
Function list of receiver
Item
Description
Automatic calibration function
The solenoid valve is automatically opened and closed every preset time to
apply the air, zero and span calibration. Note 1) There are two methods:
automatic calibration is started
Every time preset by the timer and at a desired time by key operation Note 2)
The calibration types of one-point calibration with the Air and three-point
calibration with air, zero and span Can be selected.
The primary delay calculation in the range of 0 through 60 seconds Primary
delay calculation
is possible. (63% response Here, 90% response conversion is function
multiplied 2.3 times.)
O2 upper/lower limit alarm function
The alarm contact is output by setting the upper and lower limit Values of O2. Note) The alarm contact is automatically reset.
Output holding function
When the sensor is abnormal, the output value can be held during calibration,
purging and MFT input. Note) Kinds of holds
STD : The value measured 5 seconds before the phenomenon Occurs is output.
OFF : During calibration/purging, the measured value is output. When another
phenomenon occurs, the value measured 5 seconds Before the phenomenon occurs
is output.
PHM1: The set value of 0 to 100% FS is output. PHM2: The set value of 0 to
100% FS is output.
Self-diagnosis function
The abnormal places of the sensor and receiver are automatically Detected with the self-diagnosis, and the error indication and Alarm contact are output.
Monitor function
The O2 value, cell electromotive force, thermocouple electromotive force and other data can be monitored.
Output value check /adjustment function
The output value of 4 to 20 mA can be checked and adjusted with the key operation.
A desired value can be set for the SPAN point and ZERO point of
the measured range.
Note1) Two kinds of the Hi/Lo ranges can be set. Programmable range function
Note2) The ranges of min. 5%O2 to max. 25%O2 is applied. The
Width of the range which does not include 0% is set at
10%O2 or more.
Two kinds of the ranges can be switched from the external by Remote range switch function turning on and off no-voltage contact input of the terminal.
Remote calibration start The automatic calibration can be started by turning on the no-
function
voltage contact input of the terminal.
MFT signal input process function
The heater control of the detector is turned off by the main fuel trip (MFT) signal (the error is not output), and the purge relay is turned on. After MFT is reset, it is started at the temperature rise.
– 15 –
Operation
Start-up Operation The basic operation procedure for starting the oxygen
analyzer is shown below.
Start-up operation
Turn the power ON. LED display
RANGE(H)O2vol% (Measurement starts.)
Turn the power ON. After the external power switch and the power switch inside the receiver are turned on, the receiver starts the countdown timer for warming the sensor (WARM-UP shown on LCD). After the set temperature has been reached, the measurement mode starts.
Check the output range. Check the range (H/L) using the MODE key.
LED display DISPLAY SELECT
Operating the key on the receiver, check the output signal range. To change the range, refer to page 19.
MODE key RANGE(H)O2vo1%
MODE key
Stopping Operation
Stopping Operation
Before turning the receiver off, check that the inside of
! the transmitter and the sensor are in the air environment.
Otherwise sensor deterioration will result.
Turn the power OFF.
Turn the power switch of the receiver off.
When inspecting the terminals of the analyzer or receiver or performing
maintenance work accompanying
! disconnection of wiring, turn the external power
switch (source power switch) off.
– 16 –
Key Operation Method The following 10 functions are available using key operation of the (LCD) display (upper stage).
CLD displayupper stage
Turn the power on.
DISPLAY SELECT : Display select
RANGE CHANGE :Range changeover CAL,OPERATION : Calibration
CAL,DATA SET :Calibration data setting CAL,DATA MONITOR : Calibration data
OUT SET ALARM SET
confirmation : Output signal setting : Oxygen concentration
alarm setting WET/DRY SET : Wet/dry 1/2 select PURGE OPERATION : Purging
(Note The system key Function are set up in our factory according to the contents of specification.
RANGE(H)2vol%
MODE key Down key
DISPLAY SELECT Up key
(Refer to page 18.) Select the display mode.
RANGE CHANGE
CAL,OPERATION
CAL,DATA SET CAL,DATA MONITOR
OUT SET
ALARM SET
WET/DRY SET PURGE OPERATION
(Refer to page 19.) Set the range and primary delay Calculation time.
(Refer to pages 20 and 21.)
Set calibration operation.
(Refer to pages 22,23 and 24.) Set the calibration gas concentration and data
for automatic calibration.
(Refer to page 25.) Calibration data after calibration Can be checked.
(Refer to pages 26 and 27.) Adjust the output signal and select the hold
function.
(Refer to pages 28 and 29.) Set the upper and lower limits of oxygen
concentration.
(Refer to pages 30 and 31.)
Set wet/dry calculation.
(Refer to pages 32,33 and 34.)
Set the purging operation.
– 17 –
Display select
MODE key
LCD display
DISPLAY SELECT
SEL key
DISPLAY SELECT
2
Shift key
SEL key
DISPLAY SELECT
EMF
mV
SEL key
DISPLAY SELECT
TEMP
SEL key
DISPLAY SELECT
OUT
mA
SEL key
DISPLAY SELECT
TC EMF
mV
SEL key
DISPLAY SELECT
C.J.
SEL key
DISPLAY SELECT A/D(CL)
SEL key
DISPLAY SELECT A/D(TC)
SEL key
DISPLAY SELECT A/D(TH)
SEL key
Example of LED display
Data on the lower stage blinks.
LCD display
ENT key
RANGE( )O2vol
The data on lower stage of The LCD is display on the LED.
LCD display RANGE ( ) EMF(mV) RANGE ( ) TEMP() RANGE ( ) OUT(mA) RANGE ( )
TC(mV) RANGE ( )CJ()
– 18 –
RANGE CHANGERange change
MODE key
LCD display RANGE CHANGE
SEL key RANGE CHANGE LOCAL ON or OFF
MODE key
ONField range OFFRemote range
Shift key The data on the lower stage blinks. (“ON” or “OFF” blinks)
Up key
Data on the lower stage changes. (“ON” or “OFF” blinks.)
ENT key
RANGE CHANGE
LOCAL
OFF
H or L (selection range) RANGE( )2vol)
RANGE CHANGE
LOCAL
ON
SEL key
RANGE CHANGE HIGH
Shift key
ENT key
Data on the lower stage blinks. (Range value blinks.)
HIGH side: High range
RANGE CHANGE LOW
LOW side: Low range The range with a larger width is
made high range.
RANGE CHANGE Delay Time sec
Delay TimePrimary delay calculation time (0 to 60 sec.; 63% response.
Shift key Data on the lower stage blinks.
(Note) To convert for 90% response time multiply by 2.3.
Upper order digit
Lower order digit Up key Down key
Data on the lower stage is set.
ENT key
RANGE CHANGE Delay Time sec
SEL key
– 19 –
CAL.OPERATIONCalibration LCD display
(Note) This content is not display if FUNCTION SET: CAL MODE OFF is selected.
MODE key
CAL.OPERATION SEL key
MODE
RANGE( )O2vol
MODE
CAL.OPERATION
AIR IN
Only for air calibration setting
SEL key
Shift key
The data on the lower stage blinks.
ENT key
CAL.OPERATION
AIR CAL
Manual air calibration starts. After indication
The data on the lower stage blinks.
CAL.OPERATION
AIR IN
has stabilized, press ENT key (or SEL to stop calibration).
SEL key
CAL.OPERATION
ZERO IN
Only for zero calibration setting
SEL key
Shift key
Data on the lower stage blinks.
ENT key ZERCOALC.AOLPERATION
Data on the lower stage blinks.
CAL.OPERATION
ZERO IN
SEL key
Manual zero calibration starts. After indication has stabilized, press ENT key (or SEL to stop calibration).
CAL.OPERATION
SPAN IN
Only for span calibration setting
SEL key
Shift key
Data on the lower stage blinks. Manual span calibration
starts. After indication
CAL.OPERATION
SPAN CAL
has stabilized, press ENT key (or SEL to stop calibration).
Data on the lower stage blinks.
– 20 –
CAL.OPERATION
SPAN IN
SEL key
CAL.OPERATION
CAL START
min
Shift key
Only for AUTO or SEMI AUTO setting
Manual calibration starts. (Press SEL to stop calibration.)
ENT key
CAL.OPERATION
CAL
AIR m
After
s time
has
According to calibration
elapsed
point setting Ex. With “air only”
setting,
CAL.OPERATION
ZERO and SPAN are not shown.
CAL ZERO m s
After time has elapsed
Press CLR or ENT to stop calibration.
CAL.OPERATION
CAL SPAN m s
After time has elapsed
CAL.OPERATION
CAL REC m s After time has elapsed
– 21 –
CAL.DATA SETCalibration data setting
MODE key
LCD display CAL.DATA SET
(Note) This content is not displayed if FUNVTION SET: CAL MODE OFF Is selected.
SEL key
According to calibration point setting
CAL.DATA SET
AIR
Ex. A/Z/S: Air, zero and span point calibration input
SEL key
Shift key
Upper order digit
Data on the lower stage blinks.
Lower order digit
UpDown key
ENT key
CAL.DATA SET
AIR
SEL key
Air point calibration value setting
CAL.DATA SET
ZERO
SEL key
Shift key
Data on the lower stage blinks.
Upper order digit Lower order digit
UpDown key
Zero point calibration value input
ENT key
CAL.DATA SET
ZERO
SEL key
Zero point calibration value setting
CAL.DATA SET
SPAN
Upper order digit Lower order digit
SEL key
Shift key
Data on the lower stage blinks. UpDown key
Span point calibration value input
ENT key
– 22 –
CAL.DETA SET
SPAN
SEL key
CAL.DETA SET
AIR TIME
min
Span point calibration value setting
Only for AUTO or SEMI AUTO calibration 99min
SEL key
Shift key
Data on the lower stage blinks.
UpDown key
Upper order digit Lower order digit
Air point calibration value input
ENT key
CAL.DETA SET
AIR TIME
min AIR
SEL key
CAL.DETA SET
ZS TIME
min 99min
SEL key
Shift key
Data on the lower stage blinks.
UpDown key
Upper order digit Lower order digit
Zero and span point calibration time input
ENT key
CAL.DETA SET
ZS TIME
min Zero point and span point calibration time setting
SEL key
CAL.DETA SET
REC TIME
min 99min
Shift
key
SEL key
Data on the lower stage blinks.
UpDown key
REC (recovery) time input
Upper order digit Lower order digit
ENT key
CAL.DETA SET
REC TIME
min
(Post-calibration delay time) Recovery time setting
SEL key
– 23 –
CAL.DETA SET CYCLE D H
Only for Auto calibration
19923
hour99days 3hours
SEL key
Shift key
Data on the lower stage blinks.
UpDown key
Upper order digit Lower order digit
CYCLE (calibration cycle) time input
ENT key
CAL.DETA SET CYCLE D H
Calibration cycle setting
SEL key
CAL.DETA SET
Time from power-up automatic
DELAY D H
calibration start.
19923
SEL key Shift key
Data on the lowerstageblinks.
Upper order digit Lower order digit
Up Down key
DELAY (delay after power-up) time input
ENT key
CAL.DETA SET DELAY D H
Set the delay time between power-up And automatic calibration start.
SEL key
CAL.DETA SET
Time to the next automatic calibration is shown
NEXT h m
SEL key
– 24 –
CAL DATA MONITORCalibration data display
MODEkey
LCD display CAL.DATA MONITOR SELkey
CAL.DATA MONITOR
A. EMF
mV
Air point electromotive force
SELkey
CAL.DATA MONITOR
Z. EMF
mV
Zero point electromotive force
SELkey
CAL.DATA MONITOR
S. EMF
mV
Span point electromotive force
SELkey
CAL.DATA MONITOR
A.DRIFT
Difference from previous air point calibration
SELkey
CAL.DATA MONITOR
Z.DRIFT
Difference from previous zero point calibration
SELkey
CAL.DATA MONITOR
S.DRIFT
Difference from previous span point
SELkey
– 25 –
OUT SETOutput signal setting
MODEkey
LCD display
OUT SET
SELkey OUT SET
ADJUST
Shift key Data on the lower stage blinks.
UpDown key Adjust and check the amperage.
ENTkey OUT SET
ADJUST
Output adjustment
0 mA adjustment 5012mA check
10020mA adjustment
OUT OUT
Terminal block
Connect ammeter(mA)
SELkey
OUT SET
HOLD SEL
STD
Shift key
Data on the lower stage blinks. Up key
End of output signal adjustment
Function selection for occurrence of error, Calibration , purge and hold. STD
: Previous value output OFF : (Not held during calibration and
purging) PHM1: PHM1 setting output PHM2: PHM2 setting output
Hold function selection
ENTkey
OUT SET
HOLD SEL
STD
Hold function selection
OUT SET
PHM1
Preset hard manual input 0 to 100
Shift key Data on the lower stage blinks.
UpDown key Input the value for preset hard manual 1.
ENTkey
– 26 –
OUT SET
PHM1
Preset hard manual 1 setting
SEL
OUT SET
PHM2
Preset hard manual 2 inout 0 to 100
Shift key
Data on the lower stage blinks.
UpDown key
Input the value for preset hard manual 2.
ENTkey
OUT SET
PHM2
SELkey
Preset hard manual 2 setting
OUT SET
LIMIT
Output excess range input 0 to 5 Ex.16mA×50.8mA
Output from 3.2mA to 20.8mA
Shift key
Data on the lower stage blinks.
UpDown key
Output excess range input
ENTkey
OUT SET
LIMIT
Output excess range input
SELkey
– 27 –
ALARM SETAlarm setting
MODEkey
LCD display
ALARM SET
SELkey
OUT SET
MODE
(HIGH & LOW)
Alarm selection
SELkey
Shift key
Data on the lower stage blinks. Up key
Alarm selection
OFF No alarm HIGHUpper limit alarm LOW Lower limit alarm HIGH & LOWUpper and
lower
limit alarm
MODE
ENTkey
OUT SET (HIGH & LOW)
SELkey
OUT SET
HIGH
Upper limit alarm value 0 to 25
SELkey
Shift key
Data on the lower stage blinks.
UpDown key
Upper limit alarm value input
ENTkey
OUT SET
HIGH
Upper limit alarm value setting
SEL
OUT SET
LOW
Lower limit alarm value setting 0 to 25
Shift key Data on the lower stage blinks.
UpDown key Lower limit alarm value input
ENTkey
– 28 –
OUT SET
LOW
Lower limit alarm value setting
SELkey
– 29 –
WETDRY SETWETDRY setting
MODEkey
LCD display
WETDRY SET SELkey
WETDRY SET MODE WET
SELkey
Shift key
Data on the lower stage blinks.
Up key
WETDRY selection WETWET output DRY1DRY1 calculation output
gas fuel DRY2DRY2 calculation output
solid/liquid fuel
WETDRY1DRY2 selection
ENTkey
WETDRY SET
MODE
DRY1
SELkey
WETDRY SET
CO2
SELkey
WETDRY SET
CO
SELkey
WETDRY SET
H2
WETDRY SET
CH4
SELkey
WETDRY SET
C2H6
SELkey
WETDRY SET
C3H8
SELkey
WETDRY SET
C4H10
SELkey
WETDRY SET
MODE
DRY2
SELkey
WETDRY SET
SELkey
WETDRY SET
WETDRY SET
SELkey
WETDRY SET
WETDRY SET
H2O
SELkey
WETDRY SET
SELkey
– 30 –
WETDRY SET
C5H12
SELkey
WETDRY SET
N2
SELkey
WETDRY SET
O2
SELkey
WETDRY SET
H2O
SELkey
Input the gas fuel content. Input the solid and liquid fuel contents
Press the shift key to blink the data.
Press the up or down key input data. ENTkey
– 31 –
PURGE OPERATIONPurge operation
noteThis function is not displayed
MODEkey
PURGE OPERATION
SELkey
PURGE OPERATION
ON TIME
sec
Purge ON time to 99sec
if purge is not used.
SELkey
Shift key
Data on the lower stage blinks.
UpDown key
Purge ON time input
ENTkey
PURGE OPERATION
ON TIME
10sec
Purge ON time setting
SELkey
PURGE OPERATION
OFF TIME
sec
purge OFF time to 99sec
SELkey
Shift key
Data on the lower stage blinks.
UpDown key
Purge OFF time input
ENTkey
PURGE OPERATION
OFF TIME
10sec
Purge OFF time setting
SELkey
PURGE OPERATION
Purge ON/OFF cycles 0 to 99 cycles
SELkey
Shift key
Data on the lower stage blinks.
UpDown key
Purge ON/OFF cycle input
ENTkey
PURGE OPERATION
Purge ON/OFF cycle setting
SELkey
– 32 –
PURGE OPERATION
REC TIME
min
Recovery time 0 to 99min
SELkey
Shift key
Data on the lower stage blinks.
UpDown key
Recovery time input
ENTkey
PURGE OPERATION
REC TIME
3min
Recovery time setting
SELkey
PURGE OPERATION
START
min
Required purge time
SELkey
Shift key
Data on the lower stage bl inks.
ENTkeyManual purge start
PURGE OPERATION
PURGE
m s
Purge start
PURGE OPERATION PURGE ON m s
Purge ON
PURGE OPERATION PURGE OFF m s
Purge OFF
The set cycles are turned on or off during purge time.
PURGE OPERATION PURGE REC m s
Recovery after purge
RANGE( ) O2vol
Initial screen
PURGE OPERATION
CYCLE
D H
Purge cycle 1H99D23H
SELkey
Shift key
Data on the lower stage blinks.
UpDown key
Purge cycle input ENTkey
– 33 –
PURGE OPERATION
CYCLE
01D H
Purge cycle setting
SELkey
PURGE OPERATION
DELAY
D H
Time from power-up automatic purge start 0H99D23H
SELkey
Shift key
Data on the lower stage blinks.
UpDown key
Input the time from power-up to automatic purge start.
ENTkey
PURGE OPERATION
DELAY
D02H
Setting of time from power-up to automatic purge start
SELkey
PURGE OPERATION
NEXT
d h m
Time to the next automatic purge is displayed.
SELkey
– 34 –
User key input valueSet by ENERGY SUPPORT CORP. according to specifications
in delivered product
Block name DISPLAY SELECT
Setting item LOCAL
Set value 2 OFF
Content LED display Range select field
RANGE CHANGE
HIGH LOW Delay Time
(High range) (Low range)
sec
High range selection Low range selection Primary delay calculation time
AIR ZERO
(Air calib.value) (Zero gas calib.value)
Air O2 concentration Zero gas concentration
SPAN
(Span gas calib.value) Span gas concentration
CAL.DATA SET
AIR TIME Z,S TIME
5min 5min
Air calibration time Zero and span calibration time
RECTIME
5min
Recovery time
CYCLE
30D00H
Calibration cycle
DELAY ADJUST
00D07H 0
Calibration delay Output signal adjustment
OUT SET
HOLD SET PHM1 PHM2 LIMIT
OFF
Output signal hold
0
Output setting 1
0
Output setting 2
0
Output over range
ALARM SET WET/DRY SET
MODE HIGH LOW MODE CO2H2O ON TIME
OFF 25 0 WET All 0 10sec
Alarm selection O2 upper limit O2 lower limit WET/DRY selection DRY1/DRY2 data setting Purge ON time
OFF TIME
10sec
Purge OFF time
PURGE OPERATION
N RECTIME START
5 3min All time display
ON/OFF cycles Recovery time Purge time
CYCLE
01D00H
Purge cycle
DELAY
00D02H
Purge delay
Key operation method , item
Description in parentheses () in the table is
input according to instruction document (Drawing , etc.)
– 35 –
System key input value Set by ENERGY SUPPORT CORP. according specification in delivered product
[When confirming and changing the system data , turn ON only DIP switch (see P10.)]
Block name Setting item
Set value
Content
CONTROL
ONOFF
Heater control
Thermocouple
RK
Thermocouple selection
SV
Temperature setting
P TEMP. CONTROL
I
100 100sec
Proportional band Integration time
D
1sec
Differentiation time
TS
0.5Sec
Control cycle
AUTO TUNE
Automatic tuning operation
H.ZERO
RANGE SET
H.SPAN L.ZERO
Input the range from Range setting
drawings, etc.
FAIL SET
L.SPAN WARM UP TEMP L TEMP H CAL AIR CAL ZERO
Min ±10.0mV ±50.0
Warm-up time error Low temperature error High temperature error
Differs according to operating transmitter.
Air calibration range
Zero calibration range
CAL SPAN
±50.0
Span calibration range
EMF L
-50.00mV
Cell electromotive force low
FUNCTION SET
EMF H
CAL MODE CAL TYPE PUG MODE MONI SW WARNING
250.00mV
Cell electromotive force high
OFF,MANUAL,SEMIAUTO, AUTO
A/Z,A/Z/S,Z/S OFF,SEMIAUTO,AUTO
Set at OFF(A/D MONITOR) Set at ON
Calibration mode Calibration gas Purge mode A/D monitor Setting error display
– 36 –
(1)Contact outputSet by ENERGY SUPPORT CORP. according to specification
Contact outputs RY 1 through RY 5 are provided, among which RY 5 is a “b” contact only for error output (turned on upon an error) and RY1 through RY 4 are “a” contacts to which
the function in the table below can be assigned. The contact capacity is 250 VAC 1A or 30
VDC 1A.
TEMP.CONTROL
key
RANGE SET key
FAIL SET key
IN RY SET key
OUT RY SET key
FUNCTION SET key
SELkey
OUT RY SET RY1 REM RANGE
Press the or key to blink the item
Press the or key to select the item
Set RY1-RY4.
CAL.DATA CHECK key
A/D CAL.DATA
OUT RY SET RY4 MFT IN
key
Functions assigned to contact output
Setting OFF
RANGE H RANGE L CAL AIR CAL ZERO CAL SPAN
PURGE MAINTE
ALARM H
ALARM L
ALM H&L
Description This contact is not used. Turned on when the high range is selected. Turned on when the low range is selected. Turned on when the air gas is supplied during automatic calibration. Turned on when the zero gas is supplied during automatic calibration. Turned on when the span gas is supplied during automatic calibration. Turned on during purging and MFT. During temperature rise, during purging, during calibration, during hold signal input, during MFT signal input, during system data setting(when DIP switch S2-1 on the CPU board turned on) The oxygen concentration is higher than the upper limit setting.(Refer to the paragraph for a alarm for details.) The oxygen concentration is lower than the lower limit setting.(Refer to the paragraph for alarm for details.) ALARM H or ALARM L is turned on.
Note)Either RANGE H or RANGE L is always turned on
– 37 –
(2) Contact inputSet by ENERGY SUPPORT CORP. according to specifications.
Contact inputs IN 1 through IN 5 are provided, and each of them can be set.
The terminal Voltage when the contact is open is about 10 to 12V, and the
current when the contact is shorted is about 5 to 6mA
TEMP.CONTROL key
RANGE SET key
FAIL SET key
IN RY SET key
OUT RY SET key
FUNCTION SET key
CAL.DATA CHECK key
A/D CAL.DATA key
SELkey
IN RY SET RY1 REM RNG
Press the or key to blink the item
Set by RY1-RY5.
Press the or key to blink the item
IN RY SET RY5 MFT IN
Functions assigned to contact input
Setting
Description
OFF
This contact is not used.
REM RNG
Opening this terminal selects the high range and shorting selects the low range in the RANGE CHANGE/LOCAL OFF mode.
OUT HOLD
When this terminal is shorted, the current outputs is held at the previous value. The 7-segment LED display is not held.
REM CAL
Shorting this terminal in the measurement mode with the CAL MODE set at SEMIAUTO or AUTO starts automatic calibration.
REM PUG
Shorting this terminal with the PUG MODE set at SEMIAUTO or AUTO starts purging.
Shorting this terminal holds the current output and shows “–” at the 7-segment LED.
MFT IN
Heater control is disabled and the cell error or low temperature error is not detected.
Setting the purge relay turns on the input.
After the input is reset, the process starts at temperature rise.
Shorting this terminal restarts the timer for timer calibration and timer
RESET
purge. The next timer calibration is after the set calibration cycle(CAL,DATA,SET,CYCLE), and the next purge is after the set purge
cycle(PURGE,OPERATION,CYCLE).
If the same function is set for two or more terminals, an input to any of the terminals activates the function.
– 38 –
Gas calibration method
! Be sure to perform gas calibration to maintain the measurement accuracy.
About once every month
Calibration method
Type
Calibration
MANUAL
Manual calibration
Supply calibration gas and perform calibration key operation manually.
SEMI AUTO
Manual calibration start
Supply calibration gas and calibration operation are performed automatically by solenoid valves and other components. To start calibration, perform key operation manually or remotely
AUTO
Automatic calibration
Supply of calibration gas and calibration operation are automatically performed by solenoid valves and other components. Calibration is started by the internal timer or remote operation.
System key input: set by ENERGY SUPPORT CORP.
Preliminary contact input assignment
Calibration types
Type
Calibration
A/Z
AIRZERO
High range two-point calibration
A/Z/S AIRZEROSPAN
High range three-point calibration
Z/S
ZEROSPAN
Low range two-point calibration
System key inputs: set by ENERGY SUPPORT CORP.
– 39 –
Calibration timing
Calibration curve Two point calibration with air and zero gas is regular choice but you can select three point calibration with air, zero gas and span gas for more accurate measurement.
(%) AIR point
25
AIR
20 SPAN point
15
10
ZERO point
– 40 –
Manual calibration method
During measurement
MEAS
LCD display RANGE( )O2vol MODEkey DISPLAY SELECT
Up keyMultiple operations CAL OPERATION
SELkey
CAL OPERATION AIR IN 20.6
Same for ZERO and SPAN
Shift key
CAL OPERATION AIR IN 20.6
Data on the lower stage blinks.
ENTkey
CAL OPERATION AIR CAL 20.6
Data on the lower stage blinks. Calibration air valves is opened.
After the oxygen concentration indication on the LED has stabilized
During maintenance
(Calibration) MAINTE
ENTkey CAL OPERATION AIR CAL 20.6
Acquisition of air data:30 sec
CAL OPERATION
AIR IN
(Calibration air valve is closed)
Recovery time(ex. 60 sec) (End of air calibration)
– 41 –
Semi auto(manual start)calibration method
Start automatic calibration manually
LCD display RANGE( )O2vol
MODEkey
DISPLAY SELECT
During measurement
“MEAS”
Up key
CAL OPERATION
SELkey
CAL OPERATION
CAL START
min
During maintenance (calibration)
“MAINTE”
CAL OPERATION
CAL START
min
ENTkey
CAL OPERATION
CAL AIR
m s
Data on the lower stage blinks.
Data on the lower stage counts down. CAL AIR Air solenoid valve opens. CAL
ZERO Zero solenoid valve opens. CAL SPAN Span solenoid valve opens.
CAL OPERATION
CAL REC
m s
Recovery time Data on the lower stage counts down.
(End of calibration)
– 42 –
Purging method
In a purging process, compressed air is blown to inside the probe transmitter. Periodically
Perform according to necessity.
Purging method
Type
Purging method
OFF
No purging function
Perform key operation manually or perform
SEMI AUTO Manual purge start remote operation to output the purge
contact.
AUTO
Automatic purge
The purge contact is output by the internal timer or remote operation.
Preliminary contact output assignment is necessary for purging.
Preliminary contact input assignment is necessary for remote operation (REM PURGE)
The purging timing is shown in the figure below.
Output hold MAINTE relay
Purge relay
5sec
First time Second time
No. of purge cycle(normally 3
Third time
to 5 times)
Recovery time
Purge ON time (normally10 to 20sec)
Purge ON time (normally10 to 20sec)
The time is shown on the LCD during purging by key operation
PURGE OPERATION
START
min
– 43 –
Semi auto(manual start)purging method
LCD display RANGE( )O2vol
MODEkey
DISPLAY SELECT
Up key
PURGE OPERATION
SELkey
PURGE OPERATION
ON TIME
sec
During measurement
MEAS
SELkey
PURGE OPERATION
OFF TIME
sec
SELkey
PURGE OPERATION N
SELkey
PURGE OPERATION
REC TIME
min
SELkey
PURGE OPERATION
START
min
During Measurement
(purge) MAINTE
PURGE OPERATION
START
min
Data on the lower stage blinks.
ENTkey
PURGE OPERATION
PURGE ON
m s
Data on the lower stage counts down.
This step is repeated by the number of purging cycles (N times).
PURGE OPERATION
PURGE OFF
m s
Data on the lower stage counts down.
PURGE OPERATION
PURGE REC
m s
(End of purging)
Data on the lower stage counts down.
– 44 –
Automatic tuning operation method Transmitter sensor temperature is controlled by PID control.
This receiver is compatible with various transmitter, so the PID value differs.
Therefore, depending on the transmitter, the temperature may not be stable. In that case,
perform the auto tuning by the following. Set DIP switch S2 No.1 to ON
Up key
Since this operation is the setting of the system key, perform the operation shown on the left. Open the control panel and remove the Insulation sheet. There is a S2 on the CPU board.
TEMP.CONTROL
SELkey
Press the SEL key until the [AUTO TUNE] appears.
AUTO TUNE
The [START] button flashes.
AUTO TUNE START
Temperature instability
ENTkey
Check the temperature control status as it is.
The ENTkey is pressed after about 5 seconds. Auto-tuning complete.
Temperature stability
Set No.1 of DIP switch S2 toOFF
Attach the insulation sheet and close the control panel.
Note if the heating time is too slow or too fast, or if the temperature
Overshoots, auto-tuning should be done during the heating process.
If the temperature is unstable after heating, perform an automatic tube tuning
after heating.
– 45 –
Maintenance
The daily /periodic inspections are important to maintain the proper function
for accurate measurement After understanding the contents of the item and
method, be sure to apply the inspection.
Daily/periodic inspection
Gas calibration
Interval One month
Method
According to item 5-6, apply the gas calibration. (According to item 5-3(4), set the calibration method and so on.)
Interval One month
Sensor inspection
Method
After the gas calibration is completed check the drift value against the previously calibrated value. (CAL, DATAMONITOR) though it is normally +/-2% F.S./month or less, the sensor may be liable to age if the value is exceeded.
1 to 6 months (Check if any abnormally is found during Interval
gas calibration.)
Method
Check EMF electromotive force at the AIR, ZERO and SPAN points (DISPLAY SELECT) Check the response time which results from the calibration gas switch
For inspection of the sensor, refer to the instruction manual of the transmitter.
– 46 –
Trouble shooting – 47 –
Trouble shooting Refer to the error display in P49.
– 48 –
Display of setting error
LCDlower stepdisplay
Description
(01)AIR ZERO
Air calibration gas is excessively near zero calibration gas.
(02)AIR SPAN (03)ZERO SPAN
Air calibration gas is excessively span calibration gas. Zero calibration gas is excessively near span calibration gas.
(04)CAL CYCLE?
The frequency of automatic calibration is shorter than calibration time.
(05)ALARM H&L?
At the alarm, the which is excessively narrow or H is smaller than L.
(06)DRY1>100%?
Total of gas fuel components exceeds 100%.
(07)DRY2>100%?
Total of liquid and solid fuel components exceeds 100%.
(08)PURGE CYCLE?
The frequency of automatic purging is shooter than the purging time.
(09)RANG H ZERO?
Zero of H range is larger than 80% of span.
(10)RANG L ZERO?
Zero of L range is larger than 80% of span
(11)RANGE L>H? (12)TEMP L<SV? (13)TEMP L<960?
L range is larger than H range. Low abnormality of temperature is higher than set temperature -10 Low abnormality of temperature of K thermocouple is higher than 960.
(14)TEMP H<SV? (15)TEMP H<960?
High abnormality of temperature is lower than set temperature 10. High abnormality of temperature of K thermocouple is higher than 960.
(16)No AIR RY?
Air relay is not set during automatic calibration.
(17)No ZERO RY?
Zero relay is not set during automatic calibration.
(18)No SPAN RY?
Span relay is not set during automatic calibration.
(19)No PURGE RY?
Purge relay is not set during automatic purging.
– 49 –
Error display
If any error occurs, the error number will be displayed on the 7-segment LED to display
the cause of the error. At this time, the function to calculate the concentration is stopped
for interruption. During heater control, it is automatically continued or stopped depending
on the content of the error.
01
Sum error does not match.
02
RAM operation error.
03 EEROM ERROR( xx) EEROM operation error.
Turn on the power again. Turn on the power again.
CLR-ENT
Measurement stop Measurement stop Measurement stop
04 LCD ERROR
LCD operation error.
CLR-ENT
Measurement stop
05 Thermo C.(OPEN) Wire breakage of thermocouple.
CLR-ENT
Measurement stop
06 Thermo C.(REV) Reversed connection of thermocouple.
CLR-ENT
Measurement stop
07 COLD J.(OPEN) Wire breakage of thermistor.
CLR-ENT
Measurement stop
08 COLD J.(SHORT) Short circuit of thermistor.
CLR-ENT
Measurement stop
09 HEATER (OPEN) Excessively long rising time of temperature. CLR-ENT
Measurement stop
10 TEMP. (HIGH) Excessively high temperature.
CLR-ENT
Measurement stop
11 TEMP. (LOW) Excessively low temperature.
CLR-ENT
Measurement stop
12 CELL (OPEN) Wire breakage of cell.
CLR-ENT
Temperature control continuation
13 EMF
(HIGH) Excessively high voltage of cell.
CLR-ENT
Temperature control continuation
14 EMF
(LOW) Excessively low voltage of cell.
CLR-ENT
Temperature control continuation
15 CAL AIR FAILED Failure of air calibration.
CLR-ENT
Temperature control continuation
16 CAL ZERO FAILED Failure of zero calibration.
CLR-ENT
Temperature control continuation
17 CAL SPAN FAILED Failure of span calibration.
CLR-ENT
Temperature control continuation
E-01 and E-02 do not blink in the LED display. Others blink in the 7-segment
LED displays. For EEROM error, the error channel No.is displayed on LCD.
(Position of xx in the list) Temperature control continuation : Oxygen
concentration calculation is stopped but heater
control is continued. Measurement stop : Oxygen concentration calculation and
heater control are stopped.
If any calibration error occurs when the calibration method “MANUAL” or “SEMIAUTO” is selected,
FAIL lamp will come on but LED lamp will not come on. For resetting, press the key “MODE”,
and press CLRand ENT when “CAL DATE MONITOR” is displayed.
– 50 –
Reference
40mV or more for K, and 20mV or more for R
-50 or lower when converted into the temperature
Partial pressure ratio of 0.9 or more
Partial pressure ratio of 0.1 or more
After start of temperature rise, the set pressure is not reached even though time set for warm-up has passed.
Heater temperature is higher than value set for TEMP H.
Heater temperature is lower than value set for TEMP L.
Electromotive force of cell is lower than -50mV.
Electromotive force of cell is higher than value set for EMF H.
Electromotive force of cell is lower than value set for EMF L.
During air calibration, electromotive force of air is outside the set for CAL AIR.
During zero calibration, electromotive force of zero is outside the set for CAL ZERO.
During span calibration, electromotive force of span is outside the value set for CAL SPAN.
E-05 through E-08 and E-10 through E-14 are not recognized as an error unless it continues for 1 second (4 times).
– 51 –
The contents of this manual are subject to change without notice for
improvement.
For inquiries regarding product handling, please contact us or our
distributors. Inquiry form URLhttps://www.energys.co.jp/english/inq/all.php
ENERGY SUPPORT CORPORATION 1, Aza Kamikobarii, Inuyama, Aichi 484-8505 Japan
References
Read User Manual Online (PDF format)
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