 특징 Dual Channel 측정기
pH, ORP, Conductivity, Temp, DO, Salinity, Turbidity 측정가능 적용분야 수처리시설, Pilot 시설, 생산공정, 양어장과 수소이온농도의 측정공업, 생물, 제약, 음료, 식료품현장 기능 Digital Smart Sensor, 모든 교정 데이터가 프로브에 저장.
pH, ORP, 전도도, 온도, DO, 염도, 탁도 측정가능.
Dual Channel로 동시 2개 항목 측정 가능
| Transmitter ACTEON 5000
Features. |
| Digital sensor |
2 inputs digital sensor |
| 2 anlalog input |
In mode 0/4-20 mA or 0-10 V |
| 2 relay input |
Function of transfer on exit(release) TOR
Information of external
cleaning system : swing in maintenance mode |
| 2 analog outputs |
Choice of 2 parameters programmable according to the
connected sensor |
| 2 digital outputs /relay |
NO/NF customizable
Instruction point: setting of the
measuring range
(Hysteresys / activation way) and time of activation,
Command
for external cleaning system
Output alarm for defect material sensor
|
| Data recording |
Internal flash memory
Frequency recording: 1-120 mn
Recording
journal of events, measure sensors
|
| Atmospheric pressure sensor |
To compensate oxygen pression |
| Display |
Backlit graphic LCD touch Screen – Size95x54 mm |
| Analog outputs |
0/4.00 – 20.00 mA with galvanic isolation Charge max
250 W |
| Relay outputs |
6 A /250 V |
| Operating conditions |
Temperature : -15°C to + 50 °C
Temperature of storage/transport
: -15°C to + 50°C |
| USB port |
Unloading of the recorded dat |
| Power/ Electrical protections |
100-240 V AC/DC 50-60 Hz
- Option 9-28 V DC/DC
-
Electrical protection: consistent EN61010-1 :2010
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Principle
|
Range
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Precision
|
Material
|
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O
P
T
I
C
|
Oxygen
|
Optical fluorescence
|
0,00-20,00 mg/L
0 – 200 %
|
± 0,1 mg/L
1 %
|
PVC special membrane, 316L stainless steel or titanium, herazil
|
Temperature Compensation via CTN, of pression and salinity
|
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Turbidity
|
IR nephelometry (diffusion 90°)
|
0,0-50,0 NTU
0,0-200,0 NTU
0-1000 NTU
0-4000 NTU
Automatical NTU
0 – 4500 mg/L
|
< 5% of reading
|
PVC, PMMA, Inox
|
Temperature compensation via CTN
|
|
E
L
E
C
T
R
O
C
H
M
I
S
T
R
Y
|
pH/Temp
|
combined Electrode (pH/Reference)
|
0,00 – 14,00 pH
0,00 to +50,00 °C
|
± 0,1 pH
|
Special glass pH
Reference Ag/AgCl to gelled electrolyte
Temperature: CTN
|
Temperature compensation via CTN
|
|
Redox
|
combined Electrode to peak of platinum
|
- 1000,0 to + 1000,0 mV
|
± 1 mV
|
Delrin, glass, platinum
Reference Ag/AgCl to gelled electrolyte
|
|
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Conductivity
|
4-electrode amperometric
|
0-200,0 μS/cm
0 –2000 μS/cm
0,00 –20,00 mS/cm
0,0 –200,0 mS/cm
Automatical
|
± 1 % of full scale
|
2 graphite electrodes, 2 platinum electrodes
DELRIN
|
Temperature compensation via CTN
|
|
Salinity
|
4-electrode amperometric
|
5,00-60,00 g/Kg
|
<5% of full scale
|
2 graphite electrodes, 2 platinum electrodes
DELRIN
|
Temperature compensation via CTN
|
|
Inductive
Conductivity
|
Inductive Method
|
0-100 mS/cm
|
<5% of full scale
|
EPDM, PVC, Inox
|
Temperature compensation via CTN
|
|
Inductive
Salinity
|
Inductive Method
|
5,00-60,00 g/Kg
|
<5% of full scale
|
EPDM, PVC, Inox
|
Temperature compensation via CTN
|
투시도와 탁도의 차이점은?
| 투시도와 탁도 [透視度 - 濁度]의 차이점은 다음과 같습니다.
탁도는 물의 흐림정도를 나타내는 것으로 투시도와 같은 목적으로 사용되는 지표로 사용됩니다. 농도가 다른 물의 탁도 표준액에서 투시도를 측정하고, 투시도와 탁도의 관계를 양대수 방안지상에 도면으로 그리게 되면, 탁도가 증가할 때 투시도는 감소하며 양대수 눈금에서는 직선 관계로 나타나게 됩니다.
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| 궁금하신 점에 대해 해당 분야의 전문가가 상담해드립니다. 제품문의 버튼을 누르시면 입력폼이 출력됩니다.
담당자의 이름을 클릭하시면 직통 번호를 확인하실 수 있습니다. |
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관련 
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