VIP member
UDA2182-PH1-NN2-NN-N-0000pH Analysis
PH analyzer UDA2182-PH1-NN2-NN-0000pH meter UDA2182-PH1-PH2-NN-0000Input board 603450-3002 Input board 603450-3003 Display board 603450-3008 Power mod
Product details
2182pH (single channel) |
UDA2182-PH1-NN2-NN-N-0000 |
|
2182pH (dual channel) |
UDA2182-PH1-PH2-NN-N-0000 |
|
2182CC (single channel) |
UDA2182-CC1-NN2-NN-N-0000 |
|
2182CC (dual channel) |
UDA2182-CC1-CC2-NN-N-0000 |
|
2182DO (single channel) |
UDA2182-DB1-NN2-NN-N-0000 |
|
2182DO (dual channel) |
UDA2182-DB1-DB2-NN-N-0000 |
|
PH input board |
-501 |
|
PH pre amplification plate |
-501 |
|
CC input board |
-501 |
|
DO input board |
-501 |
ppm |
DO input board |
-502 |
ppb |
Communication board |
-501 |
English and French versions |
2182 operation panel |
-502 |
|
2182 power board |
-501 |
|
Analog output relay board |
-501 |
|
CPU BOARD |
-501 |
English and French versions |
Disk mounted components |
-501 |
|
Wall mounted components |
-501 |
|
DL5000 Dissolved Oxygen Electrode Spare Parts |
|
|
Oxygen electrode (PVC) |
DL5PPB-300 |
|
Oxygen electrode (stainless steel) |
DL5PPB-400 |
|
Oxygen electrode (PVC) |
DL5PPM-300 |
|
Stainless steel circulation pool |
-501 |
|
PVC circulation pool |
-502 |
|
HPW7000 High Purity Water pH System |
|
|
High purity water measurement system |
HPW7000-01-20-01-0000 |
|
ph buffers |
-501 |
4.01pH |
ph buffers |
-501 |
6.86pH |
ph buffers |
-501 |
9.18pH |
Measuring electrode |
-501 |
|
reference electrode |
-501 |
|
Temperature electrode |
-502 |
6.1m cable |
Measurement electrode cable |
-502 |
6.1m cable |
Reference electrode cable |
-502 |
6.1m cable |
7773 Pure Water pH System |
|
|
7773PH electrode system |
07773-20-3-40-5-00-00-000 |
|
Measuring electrode |
-501 |
|
Temperature electrode |
-501 |
8550 ohms |
Measurement electrode cable |
-501 |
3.6m cable |
PH flow tank |
|
|
7774pH electrode |
-501 |
|
7777 General water pH |
|
|
PH electrode - immersion type |
-503 |
|
PH electrode - flow type |
-504 |
|
ORP electrode - immersion type |
-503 |
|
ORP electrode - flow-through type |
-504 |
|
Stainless steel circulation pool |
|
SS304 |
PVC circulation pool |
-501 |
|
4905 acid-base electrode |
|
|
04905 acid electrode |
04905-X50-44-333-20-000-000 |
|
04905 alkaline electrode |
04905-X50-33-333-20-000-000 |
|
Acid alkali circulation pool |
|
organic glass |
4973 conductivity electrode |
|
|
conductance electrode |
04973-001-333-20-00-000 |
0.01 |
conductance electrode |
04973-X01-333-20-00-000 |
0.1 |
conductance electrode |
04973-XX1-333-20-00-000 |
1 |
conductance electrode |
04973-X10-333-20-00-000 |
10 |
Conductive electrode (armored) |
04973-001-333-X1-00-000 |
0.01 |
Conductive electrode (armored) |
04973-X01-333-X1-00-000 |
0.1 |
Conductive electrode (armored) |
04973-XX1-333-X1-00-000 |
1 |
Conductive electrode (armored) |
04973-X10-333-X1-00-000 |
10 |
ring electrode |
5000TC-00-1-000 |
PP material, 3.6m cable |
Stainless steel circulation pool |
|
SS304 |
PES flow pool |
055919 |
|
SS circulation pool |
-501 |
|
The Honeywell UDA2182 pH meter calculates pH by measuring the specific conductivity and positive conductivity of ammonia based pure water, and its working principle complies with the international VBG450 standard. In a pure water environment, pH measurement is affected by factors such as unstable liquid contact potential, static charge, grounding conditions, temperature changes, glass electrode quality, and external interference. The corresponding measures taken can only reduce the impact, but cannot completely eliminate it. Therefore, pure water pH measurement has always been a global problem, manifested in large deviations in pH meter readings, instability, and sensitivity to flow rate.
The Honeywell UDA2182PD pH meter uses conductivity measurement method, effectively avoiding the various drawbacks of pH electrode measurement.
The entire system includes instruments, electrodes, flow tanks, cation exchange columns, valves, flow meters, and corresponding pipelines. All components are concentrated on a stainless steel plate.
The instrument has two electrodes, one with an electrode constant of 0.1 cm-1 for specific conductivity measurement, and the other with an electrode constant of 0.01 cm-1 for positive conductivity measurement.
As shown in the figure on the right, the sample water enters the flow tank 1 through the inlet valve to measure the specific conductivity, then enters the cation exchange column to remove all alkalizing reagents, enters the second conductivity electrode to measure the conductivity, and finally the sample water is discharged after passing through the flowmeter.
Application measurement points:
Suitable for pH measurement of pure water containing one or several alkalizing agents and ammonia added pure water, with a positive conductivity<0.3 μ S/cm, pH 7.5-10.5, and measuring points including feedwater, condensate, steam, internal cooling water, etc.
working principle:
The instrument simultaneously measures the specific conductivity value (sample water conductivity) and the cation conductivity value (conductivity exchanged with cation resin) of the sample water, and calculates the pH value of the sample water by the difference between the two.
Functional features:
1. Less interference factors, high accuracy, AVT water quality error<0.01pH, and stable measurement values
2. Low maintenance requirement, usually does not require calibration, only needs to clean the electrode once a year
3. No consumables, low operating costs
4. Can simultaneously measure pH, specific conductivity, and positive conductivity
5. Suitable for adding one or more types of water such as ammonia, hydrazine, morpholine, ethanolamine, etc
6. Multiple nonlinear temperature compensations are available for different water qualities
7. All components such as the cation exchange column are concentrated on a stainless steel plate, which is beautiful and easy to install
8. Long life titanium electrode, electrode constant accurate to one ten thousandth, high measurement accuracy
9. No pH electrode, no need for pH measurement calibration, instrument maintenance free, no consumption
10. Overall wall mounted, easy to install and maintain
Technical parameters:
display |
Color LED with background light Screen size: 66.8mm (W) x35.5mm (H) Lattice number: 128 (W) x64 (H) Can display two conductivity values, pH, and sample water temperature simultaneously |
measuring range |
Conductivity: 0.055-200 μ S/cm pH：7.5～10.5pH |
keyboard |
10 single keys, wear-resistant |
Shell Material |
GE Valox357 |
accuracy |
0.5% of the reading |
output accuracy |
±0.01mA |
repeatability |
0.05％ |
Temperature Accuracy |
± 0.1 ℃ at -10~100 ℃, ± 1 ℃ at 101~140 ℃ |
operate temperature |
0～60℃ |
relative humidity |
5-90%, no condensation within 40 ℃ (104 ℉) |
Analog Output |
2-channel 0/4~20mA (standard), optional third channel, maximum load 750 Ω |
Communication output |
Ethernet/RS485 Modbus/Profibus optional |
temperature compensation |
NaCl (pure water) NH3 (ammonia added pure water), HCl (positive conductivity), PO-4 (phosphate containing boiler water), C4H9NO (morpholine added pure water), etc |
power supply |
90-264VAC, 47-63Hz, 15VA, E ² PROM power-off memory |
safety certification |
UL/CSA/CE FM, Class 1, Div2 |
External dimensions |
850（H）x 280（W）x 202.5（D）mm |
Installation size |
824 (H) x 254 (W) mm, 4- Ø 10mm mounting hole |
Sample water inlet size |
1/4 "card sleeve connector |
Size of sample water discharge outlet |
3/4 "NPT external thread |
electrical interface |
4x1/2 "wiring holes |
protection grade |
CSA Type 4X (NEMA 4X)/IP66 enclosure |
install |
Wall mounted |
PH analyzerUDA2182-PH1-NN2-NN-N-0000
PH analyzerUDA2182-PH1-PH2-NN-N-0000
Online inquiry
-
Contacts
-
Company
-
Telephone
-
Email
-
WeChat
-
Verification Code
-
Message Content
-