150A Programmable Process Indicator
“
Product Information: Programmable Process Indicator Model
150A
លក្ខណៈបច្ចេកទេស
ទូទៅ៖
- អេក្រង់៖ LCD
- Signal Type: 4-20mA
- Resolution and Linearity: High accuracy
- Update Time: Fast
- Outputs Type: 4 open collector output alarms
រាងកាយ៖
- សីតុណ្ហភាពប្រតិបត្តិការ៖ ជួរស្តង់ដារ
- Dimensions: Compact
- Protection: Durable
- Cable Entry: Secure
- Mounting: Wall mount or pipe mount
ការណែនាំអំពីការប្រើប្រាស់ផលិតផល
ប្រតិបត្តិការ
បង្ហាញ
The display of the Model 150 consists of a Signal Bar Graph and
a Process Variable Numeric Display.
Signal Bar Graph
The signal bar graph represents the input signal as a percentage
នៅលើអេក្រង់ LCD ។
Process Variable Numeric Display
This display shows the process variable in engineering units as
a 7-digit numeric value.
ប្រតិបត្តិការបន្ទះខាងមុខ
The front panel allows users to view data, change settings, and
handle timeout conditions easily.
ការបង្ហាញទិន្នន័យ
ទៅ view data, navigate through the menu using the front panel
ប៊ូតុង។
Changing Data
To modify settings, select the parameter to adjust and input the
new value using the interface.
Timeout Condition
If there is no activity for a specified period, the device may
enter a timeout mode. Reactivate by pressing any button.
ការសរសេរកម្មវិធី
ជំហានកម្មវិធី
The Model 150 is programmable, allowing users to set alarm
configurations, span & zero values, and non-linear correction
points. Follow the steps outlined in Section 4.1 of the manual to
program the device.
សំណួរគេសួរញឹកញាប់
Q: How is the Model 150 powered?
A: The Model 150 is powered entirely from the
4-20mA loop and does not require an external power source.
Q: What type of alarms can be set on the Model 150?
A: The Model 150 supports four types of alarms:
High-high, High, Low, and Low-low. These alarms can be configured
to trigger based on specific conditions.
“`
PROGRAMMABLE PROCESS INDICATOR
ម៉ូដែល 150A
MAN150A-V1.3
ឧសភា 2024
មាតិកា
1. សេចក្តីផ្តើម
1
2. ការបញ្ជាក់
2
3. ប្រតិបត្តិការ
4
០៨ បង្ហាញ
4
3.1.1 Signal Bar Graph
4
3.1.2 អថេរដំណើរការ
5
3.2 ប្រតិបត្តិការបន្ទះខាងមុខ
6
3.2.1 Displaying Data
6
3.2.2 ការផ្លាស់ប្តូរទិន្នន័យ
8
3.2.3 Timeout Condition
8
3.3 របៀបសាកល្បង
9
3.4 ការជូនដំណឹង
10
3.4.1 Types of Alarms
10
3.4.2 Alarm Deadband
11
3.4.3 Alarm Action
12
3.4.4 ការកំណត់សំឡេងរោទិ៍
13
3.5 Non-Linearity
14
3.6 ការត្រង
17
4. ការសរសេរកម្មវិធី
19
4.1 ជំហានកម្មវិធី
20
5. ការបញ្ចូលសញ្ញា
23
6. Alarm Outputs
24
7. ការដំឡើង
26
7.1 ការដំឡើងជញ្ជាំង
26
7.3 Removing the Front Panel
27
7.4 គ្រឿងអេឡិចត្រូនិចសំខាន់ៗ
28
៤.១.២ ខ្សែភ្លើង
29
7.6 Terminal Designations
29
8. ការចោល
8.1 Instrument Disposal
30
សន្ទស្សន៍
31
1. ការណែនាំ
The Model 150 Process Indicator is a microprocessor based instrument which accepts a 4-20mA input and displays the input signal and the process variable on a large LCD display. It is powered entirely from the 4-20mA loop and, therefore, does not require an external power source.
The input is displayed on a bar graph as 0…100%. The process variable is a 7 digit numeric display which can be spanned in any engineering units.
The instrument is fully programmable; the user can program alarm settings, span & zero and non-linear correction points. Calculation constants are also set from the front panel and are stored in a non-volatile memory which retains data indefinitely.
The Model 150 Process Indicator conforms conforms to the EMC-Directive of the Council of European Communities 2014/30/EU, the LVD directive 2014/35/EU and the following standards:
EN61326: 2013
Electrical equipment for measurement, control and laboratory use EMC requirements: Residential, Commercial & Light Industry Environment & Industrial Environment.
EN61010: 2010
តម្រូវការសុវត្ថិភាពសម្រាប់ឧបករណ៍អគ្គិសនីសម្រាប់ការវាស់វែង ការគ្រប់គ្រង និងការប្រើប្រាស់មន្ទីរពិសោធន៍។
In order to comply with these standards, the wiring instructions in Section 7.5 must be adhered to.
2 ការបញ្ជាក់
2. ភាពជាក់លាក់
ទូទៅ
Display: Level: Level Span: Process: Process Span:
ពិន្ទុទសភាគ៖
ប្រភេទសញ្ញា៖
Continuously powered LCD. 30mm bar graph. 0…100% per full scale. 7 digit with 4½ digit resolution, 12mm (0.5″) high. The units of measure (eg. pressure) at full scale of input signal. The span is programmable in the range of 0.000…9,999,999. Decimal point positions for the process variable is programmable in range of 0…3 decimal points. 4-20mA.
4-20mA
Resolution and Linearity: Accuracy:
Update Time: Connection: Voltage ទម្លាក់៖
0.05% of span. 0.05% of span @ 25°C. 0.1% (typically) of span full temperature range. 0.5 second. 2 wire. 2.5V maximum.
Outputs Type:
Switching Power: Saturation Voltage: Isolation:
4 open collector output alarms suitable for driving dc solenoids or external relays. The outputs provide: 1. High-high. 2. High. 3. Low. 4. Low-low. 200mA. 30Vdc maximum. 0.8Vdc across the output in the “on” state. All outputs are separately opto-isolated.
ការបញ្ជាក់ ១
រាងកាយ
Operating Temperature: Dimensions:
Protection: Cable Entry: Mounting: Pipe Mounting:
-20°C to 60°C. 97mm (3.8″) high x 150mm (5.9″) wide x 41mm (1.6″) deep (not including cable glands). Nema 4X or IP67 standards. Cable glands. Universal mounting bracket is supplied as standard. A galvanised metal bracket is available which enables the instrument to be mounted on a 2″ horizontal or vertical pipe.
4 ប្រតិបត្តិការ
3. ប្រតិបត្តិការ
The Model 150 Process Indicator accepts a 4-20mA input signal from a sensor such as a pressure transmitter, temperature sensor or load cell transmitter. The instrument is powered entirely from the loop and, therefore, requires no external power or internal batteries.
The instrument is fully programmable with all operating parameters and calculation constants programmable from the front panel (see Section 4.1). The setup parameters are stored in a non-volatile memory and are retained indefinitely in the event of a power loss.
3.1 ការបង្ហាញ
The display of the Model 150 comprises of:
Process Signal Bar Graph Process Variable Numeric Display
3.1.1 Signal Bar Graph
The signal bar graph displays the input signal as a percentage.
Inputs of 4mA and 20mA can be programmed to correspond to 0% and 100% respectively, or can be inverted so that 4mA will correspond to 100% and 20mA will correspond to 0%.
ប្រតិបត្តិការ ១៣
3.1.2 អថេរដំណើរការ
The process variable is a 7 digit numeric display which can be spanned, during setup, to read in any engineering units. The process variable is displayed with 4½ resolution in respect to the maximum reading.
សម្រាប់អតីតample, if the maximum reading is 1234567, the display will show up to 5 digits plus trailing zeros. At different inputs the following will be displayed:
1234567 will be displayed as 1234500; 234567 will be displayed as 234500.
However, if the first digit is greater than 1, then up to 4 digits only will be displayed with trailing zeros. For example, if the maximum contents is 2345678, then at different inputs:
2345678 will be displayed as 2345000; 345678 will be displayed as 345000.
CALCULATION OF THE PROCESS VARIABLE
For a linear signal/process variable relationship, the contents is calculated as follows:
Process Variable = (Span) x (% Signal) + Offset
where the Span and Offset are constants programmed during programming
6 ប្រតិបត្តិការ
3.2 FRONT PANEL OPERATION
3.2.1 Displaying Data
The alarm set points can be viewed by pressing the DISPLAY key.
សកម្មភាពសំខាន់
What you will see
តើនេះមានន័យយ៉ាងណា
If there are flashing alarms on the display they will stop flashing.
Acknowledges alarms if alarms are flashing on the display.
AL-HH
High-high alarm.
The value of the high-high alarm.
The high-high alarm setpoint as a % of maximum signal or process variable.
AL-HI
High alarm.
សកម្មភាពសំខាន់
ប្រតិបត្តិការ ១៣
What you will see The value of the high alarm.
តើនេះមានន័យយ៉ាងណា
The high alarm setpoint as a % of maximum signal or process variable.
AL-LO
Low alarm.
The value of the low alarm.
The low alarm setpoint as a % of maximum signal or process variable.
AL-LL
Low-low alarm.
The value of the low-low alarm.
The low alarm setpoint as a % of maximum signal or process variable.
Returns to contents display.
8 ប្រតិបត្តិការ
3.2.2 Changing Data Each of the above parameters can be changed as follows:
1. Pressing the DISPLAY key consecutively until the numeric value of the parameter to be changed appears (as described in the previous diagram).
2. This value can then be changed using the following keys:
This key steps from digit to digit, causing the digit to flash. Only flashing digits can be changed.
This key increments the flashing digit.
Exampលេ
To change the high alarm setpoint to 75:
1. Press DISPLAY until the value of the high alarm appears. This will be the value after AL-HI.
2. The first digit is flashing, this means it can be changed. Using the key, this digit is changed to 7.
3. នេះ។
key is pressed so that the second digit flashes.
4. ការប្រើប្រាស់
key, this digit is changed to 5.
Note that the Model 150 can be programmed so that the above parameters cannot be changed, see Section 4.1.
3.2.3 Timeout Condition
Upon entering the display mode, if no key is pressed for 10 seconds, the display returns to the process variable display with alarm acknowledgment cleared.
ប្រតិបត្តិការ ១៣
3.3 របៀបសាកល្បង
The 150 has a test mode which can be entered by simultaneously pressing all 3 front panel keys. There are 3 tests:
Low Test
ដោយចុច
key, the low and low-low
alarms outputs will be energised.
High Test
ដោយចុច
key, the high and high-high
alarm outputs will be energised.
តេស្តបង្ហាញ
By pressing the DISPLAY key, all segments of the display will flash.
To exit the test mode all three keys are pressed simultaneously.
10 ប្រតិបត្តិការ
៣.៣
The Model 150 has 4 alarm outputs: Signal
High-High (HH) High (H) Low (L) Low-Low (LL)
The alarms can be assigned to signal or process variable which is done during programming (see Section 4.1). Each alarm is individually programmed as a percentage (0-100%) of signal or process variable.
All of the alarms have open collector outputs and are separately isolated via optoisolators. The outputs are internally protected against voltage spikes បណ្តាលមកពី relay និង coils ។
3.4.1 Types of Alarms
3.4.1.1 ការបញ្ចេញសំឡេងរោទិ៍
The Model 150 can be programmed for the alarm outputs to operate in one of two ways:
1. The alarm outputs can energise (switch on) during an alarm condition, or; 2. The alarm outputs can de-energise (switch off) during an alarm condition.
ប្រតិបត្តិការ ១៣
3.4.1.2 High Alarms
The high alarms will be activated when the signal or process variable increase above the high alarm setpoints. These alarms will be deactivated when the value falls below these programmed setpoints.
When setting the alarms, the high-high alarm should be set higher than the high alarm.
3.4.1.3 Low Alarms
The low alarms will be activated when the signal or process variable falls below the low alarm setpoints. These alarms will be deactivated when the value exceeds the programmed setpoint.
Similarly, when setting the low alarms, the low-low alarm should be set below the low alarm.
3.4.2 Alarm Deadband
To prevent an alarm toggling on and off when the signal is close to the setpoint, a user programmable deadband is provided. The deadband is a percentage (0-100%) of the maximum signal or process variable.
Exampលេ 1 ។
If the low alarm is set to 20% and the deadband is set to 5%, the alarm will be activated when the value reaches 20%. The alarm will then stay activated until the value increases above 25%.
Exampលេ 2 ។
If the high alarm and deadband are set at 80% and 5% respectively, the alarm will be activated at 80% and will stay activated until the value falls below 75%.
12 ប្រតិបត្តិការ
3.4.3 Alarm Action
When an alarm condition exists the Model 150 will act in the following way:
1. The appropriate alarm output will be activated.
2. The display will flash the name of the alarm.
3. In some cases these alarms may be acknowledged from the front panel. This will depend on whether they are programmed as continuous or acknowledgeable alarms. This is set up during programming (see Section 4.1).
The differences between acknowledging continuous and acknowledgeable alarms are described in the table below.
Acknowledgeable Alarms
Continuous Alarms
1. These alarms are acknowledged 1. A continuous alarm cannot be
by pressing the DISPLAY key.
បានទទួលស្គាល់។
2.
Once the alarm is acknowledged the flashing on the LCD will cease,
with the alarm message
remaining solid. The message
will remain on the screen until
the alarm condition no longer
មាន។
2. The flashing on the LCD cannot be stopped and will keep flashing until the alarm condition no longer exists.
3. Once the alarm is acknowledged, the alarm output will be deactivated.
3. The alarms will only be deactivated when the signal (or process variable) is outside alarm conditions.
Note that acknowledging the LL alarm will also acknowledge (and deactivate) the L alarm. Similarly, acknowledging the HH alarm will also acknowledge (and deactivate) the H alarm.
ប្រតិបត្តិការ ១៣
3.4.4 ការកំណត់សំឡេងរោទិ៍
To set any of the alarms:
1. Press the DISPLAY key until the name of the alarm to be changed appears (see Section 3.2.1).
2. ប្រើ
និង
keys to change the value of the alarm.
3. Press the DISPLAY key until the original screen appears.
14 ប្រតិបត្តិការ
3.5 NON-LINEARITY
The Model 150 can be programmed to correct for the non-linearities between the signal input and the process variable. A correction table, which corrects for non-linearities, can be programmed during setup. This table works as follows:
The user programs a normalised (between 0 & 1) input signal.
The user programs the corresponding process variable (output) point, which is also normalised.
Up to 25 points can be programmed this way. The number of points programmed is user determined.
The Model 150i performs a linear interpolation between these points to obtain a profile of input signal versus corrected output.
ប្រតិបត្តិការ ១៣
DETERMINING THE NON-LINEAR CORRECTION TABLE
Exampលេ
A spherical tank has a diameter of 10m. The tank has a pressure transmitter mounted at the base of the tank which records the head of liquid in the tank. The pressure transmitter zero is set at 5kPa and the span is 100kPa. The
following 15 point relationship has been determined:
បញ្ចូល
Process Variable (Volume)
Normalised Inputs for Table
Pressure kPa
Pressure Transmitter Output
m3
បញ្ចូល
ទិន្នផល
5.00
1
10.94
2
16.88
3
22.81
4
28.75
5
34.69
6
40.63
7
46.56
8
52.50
9
58.44
10
64.38
11
70.31
12
76.25
13
82.19
14
88.13
15
94.06
100.00
4mA 20mA
3.796 17.421 39.699 69.314 104.951 145.295 189.031 234.844 281.418 327.438 371.590 412.557 449.025 479.678 503.202 518.280 523.599
0.000 0.0625 0.125 0.188 0.150 0.313 0.375 0.438 0.500 0.563 0.625 0.688 0.750 0.813 0.875 0.937 1.000
0.000 0.026 0.069 0.126 0.195 0.272 0.356 0.444 0.534 0.623 0.708 0.786 0.857 0.916 0.961 0.990 1.000
16 ប្រតិបត្តិការ
កន្លែងណា
សម្ពាធ
Normalised Input = Pressure at 20mA
or
Pressure – (Pressure at Zero) = (Pressure at Span) – (Pressure at Zero)
If the Zero is > 0
ដូច្នេះសម្រាប់ឧample, at 94.06kPa the normalised input is:
=
(១,៥ – ២,០) ០,០៤ – ០,០៦
= 0.937
ដូចគ្នានេះដែរ
Normalised Output =
Process Variable Process Variable at 20mA
or
Process Variable – (Process Variable at Zero) = (Process Variable at Span) – (Process Variable at Zero)
If the Zero is > 0
ដូច្នេះសម្រាប់ឧample, at 94.06kPa the volume is 518.280m3 and the normalised output
គឺ៖
=
(518.280 – 3.796) (523.599 – 3.796)
= 0.990
SELECTING THE NUMBER OF POINTS FOR NON-LINEAR CORRECTION
The user can program up to 25 points. However, the values at 4mA or 20mA which are set at 0 and 1 respectively, are not programmed. It is not always necessary to program all 25 points, as it will depend on the shape of the tank.
ប្រតិបត្តិការ ១៣
3.6 ការត្រង
Input fluctuations in the signal can interfere with the stability of the signal and process variable readings. For this reason, the Model 150 has a digital filter which will average out these fluctuations and enable accurate readings.
The degree of filtering of the input signal can be adjusted, depending on the amount of fluctuation and the particular application. Values from 1 to 99 can be programmed, where 1 corresponds to no filtering and 99 corresponds to heavy filtering. Such flexibility in filtering means that highly accurate and stable readings can be obtained.
When programming the degree of filtering, it is advisable to start with no filtering (the factor equals 1) and gradually increase until a steady reading is obtained. It is important that the filtering is not too heavy because this will cause an overdamped response.
The graph on the following page shows the time to reach 90% and 99% of a new reading for a step change in input signal.
18 ប្រតិបត្តិការ
Time to Reach 90% and 99% of New Reading (secs)
Filter Factor vs Time to Reach New Reading (for a step change in input signal)
៦៧ ៨
80 60 40 20
៦៧ ៨
10 20 30 40 50 60 70 80 90 100 Filter Factor
90% of New Reading
99% of New Reading
ការសរសេរកម្មវិធី ១
4. កម្មវិធី
The Model 150 is fully programmable with all parameters being stored in memory. To enter the Program Mode:
Remove the lower cover strip (the dark grey strip along the bottom of the front of the enclosure) and replace it the reverse side up. This brings a small magnet on the inside of the cover strip in contact with a reed switch inside the instrument. The word “Set” is then displayed. To exit Program Mode: The grey strip should be replaced the correct way up. The key switch actions are as follows:
This key steps from digit to digit, causing the digit to flash.
This key will increment a flashing digit or change a parameter selection.
This key will step through the program sequence.
In stepping through the program sequence (using the DISPLAY key), the parameter description is displayed first, followed by the actual value or parameter. When a value or parameter can be changed it is shown as flashing.
20 ការសរសេរកម្មវិធី
4.1 ជំហានកម្មវិធី
ជំហាន
បង្ហាញ
1
SET
signal Proc
2
ប្រភេទ
NE ND
3
ACT
N-AC AC
4
DBAND
xx.xx
5
ហ្វីល
២៩ ដល់ ៣៨
Description Select whether alarms are assigned to the signal or process variable. Alarms are assigned to signal. Alarms are assigned to process variable.
Select whether alarms are normally energised or normally de-energised. Normally energised. Normally de-energised.
Select type of alarm action, either continuous on alarm condition or cancels when alarm is acknowledged. Continuous on alarm condition. Acknowledged and cancelled with display key.
Alarm deadband. Program alarm deadband as a % of maximum signal or process variable.
The filter constant for filtering the input signal. No filtering. Very heavy filtering.
ជំហាន
បង្ហាញ
ការពិពណ៌នា
ការសរសេរកម្មវិធី ១
6
បញ្ចូល
N-INV INV
7
ឌី។ ភី
En Dis
8
យូនីធី
ឯកតា
9
P-DEC
10
P-SPAN
11
P-00
Select input type; either inverted or noninverted. Non-inverted (zero at 4mA). Inverted (zero at 20mA).
Select enable or disable. This will allow (enable) or not allow (disable) the user to change the alarm setpoints from the DISPLAY key. Enable the changing of alarm setpoints. Disable changing alarm setpoints.
Pressure, Contents, Volume, Rate or (blank) is displayed on the LCD above the process variable.
The position of the decimal point for the process variable. The user can select 0, 1, 2, or 3 decimal places.
Span of the process variable. The span can be programmed in the range of 0.000 to 9,999,999.
22 ការសរសេរកម្មវិធី
ជំហាន
បង្ហាញ
12
លីន
Lin N-lin
ការពិពណ៌នា
Select whether the input signal is linear or nonlinear.
Linear. Non-linear.
Steps 13-17 are displayed only if the input signal is non-linear.
13
No-PTS
The number of points for non-linear correction. The user can program up to 25 points. Note the user does not program the values at 4mA or 20mA, which are set at 0 and 1 respectively.
14
INP-01
Non-linear correction Input Point #01. The input point for the first non-linear correction point is programmed in the range of 0.000 to 0.999. Input points must be programmed in ascending order.
15
ចេញ-១
The corresponding Output Point #01 for nonlinear correction is programmed in the range of 0.000 to 0.999.
16
INP-XXX
Non-linear correction Input Point #XX. Subsequent input points are programmed in the range of 0.000 to 0.999.
17
OUT-XXX
The corresponding Output Point #XX. The corresponding output points are programmed.
18
ទន់
The software version used in the Model 150 is displayed.
ការបញ្ចូលសញ្ញា 23
5. SIGNAL INPUT
The signal input is on terminals 3 and 4 and is connected as follows:
ការផ្គត់ផ្គង់រង្វិលជុំ
វ៉ុលtage
+
–
+
អ្នកបញ្ជូន
–
-៣ +១០៥
ការបញ្ចូលសញ្ញា
24 លទ្ធផលការជូនដំណឹង
6. ALARM OUTPUTS
Open collector outputs are provided for high and low level alarms. The output can sink up to 200mA and can be used to power external relays, lights or audible alarms. The outputs are internally protected against voltage spikes. Both outputs are separately isolated via opto-isolators.
Alarm Output Specifications
ចរន្តអតិបរមា (លិច): វ៉ុលអតិបរមាtage: តិត្ថិភាព Voltage: Isolation:
200mA. 30Vdc. 0.8Vdc across outputs in energised state. All outputs are separately isolated via optoisolators.
ការតភ្ជាប់
Alarm Outputs 25
5-24 Volts Supply
+-
ការបញ្ជូនតសំឡេងរោទិ៍
ឧបករណ៍ទប់ទល់បន្ទុកខាងក្រៅ
5-24 Volts Supply
+-
Alarm Output to External Circuit
26 ការដំឡើង
7. ការដំឡើង
7.1 ការដំឡើងជញ្ជាំង
A wall mounting bracket is supplied with each instrument. Round head screws should be used to attach the bracket to the wall (countersunk screws should not be used). The bracket is mounted first, with the tray section at the bottom. The instrument is then mounted on the bracket with two screws as shown below.
ការដំឡើង 28
7.3 REMOVING THE FRONT PANEL
The front panel should be removed as follows: 1. Remove the top and bottom cover strips (ie. the dark plastic strip) by levering a screwdriver under one end. 2. Undo the screws retaining the front. Do not remove the screws, they are retained by O-rings. 3. Remove the front panel from the housing.
ដើម្បីជំនួសគម្របខាងមុខ សូមអនុវត្តតាមនីតិវិធីខាងលើដោយបញ្ច្រាស់។ ត្រូវប្រាកដថាបន្ទះខាងមុខត្រូវបានតម្រឹមនៅចំណុចភ្ជាប់ មុនពេលរឹតបន្តឹងវីស។
27 ការដំឡើង
7.4 អេឡិចត្រូនិកសំខាន់ៗ
The front section of the housing contains the microprocessor and display. It is possible to adjust the display contrast via a small potentiometer on the board. The display contrast is shown below and this can be adjusted for optimum contrast.
Adjacent to this control is a reset switch, which can be used to reset the microprocessor. Note that pressing this button will reset all setup parameters.
បង្ហាញកម្រិតពណ៌
កំណត់ឡើងវិញ
CONTREC SYSTEMS
ការដំឡើង 30
៥ ខ្សែ
When connecting the Model 150, it is good practice to use shielded cable. The shield should be connected to earth at one end of the cable. The other end of the shield should not be connected.
This wiring practice is mandatory in order to comply with the requirements for Electromagnetic Compatibility as per EMC-Directive 2014/30/EU of the Council of the European Community.
All printed circuit boards must be repaired by Contre Ltd.
7.6 ការរចនាស្ថានីយ
4-20mA បញ្ចូល
3
4-20mA (-)
4
4-20mA (+)
លទ្ធផល
1
Low-low Alarm (-)
2
Low-low Alarm (+)
5
ការជូនដំណឹងទាប (-)
6
ការជូនដំណឹងទាប (+)
7
High Alarm (-)
8
High Alarm (+)
10
High-high Alarm (-)
11
High-high Alarm (+)
29 ការចោល
8. ការចោល
8.1 INSTRUMENT DISPOSAL
ឧបករណ៍ Contrec មិនគួរត្រូវបានបោះចូលទៅក្នុងប្រព័ន្ធកាកសំណល់ទូទៅទេ។
If within EU member states, this instrument should be disposed of according to the guidelines set by the WEEE (Waste Electrical and Electronic Equipment) directive 2012/19/EU. If outside of the EU, this equipment should be responsibly disposed of according to local and national regulations
for EEE (Electrical and Electronic Equipment).
ដោយមិនបោះចោលផលិតផលនេះ រួមជាមួយនឹងកាកសំណល់ផ្ទះផ្សេងទៀត អ្នកកំពុងរក្សាធនធានធម្មជាតិ និងកាត់បន្ថយកាកសំណល់ដែលបញ្ជូនទៅកន្លែងចាក់សំរាម និងឡដុត។
សន្ទស្សន៍
សន្ទស្សន៍ ៨
A
Alarms, 10 Acknowledgeable
Alarms, 12 Alarm Deadband, 11 Alarm Outputs, 24
C
Calculation of Process Variable, 5
Continuous, 12
D
Disposal. 29
E
Electronics, 28
F
Filtering Filter Factor, 18
Front Panel Operation, 6
H
High Alarms, 11
L
Low Alarms, 11
M
Microprocessor, 28
N
Non Linearity, 14
O
Open Collector Outputs, 10, 24
P
Process Variable, 5
S
Signal Bar Graph, 4 Signal Input, 23 Span Offset, 5
T
Terminal Designations, 29
Test Mode, 9 Timeout, 8
W
Wall Mounting, 26 Wiring, 29
I
ការដំឡើង, ៩
ឯកសារ/ធនធាន
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Contrec 150A Programmable Process Indicator [pdf] សៀវភៅណែនាំ 150A Programmable Process Indicator, 150A, Programmable Process Indicator, Process Indicator, Indicator |