Sel galvanik yang terdiri dari anoda dan katoda yang ada berguna untuk mengukur potensi yang terkait dengan reaksi redoks. Reaksi oksidasi yang terjadi pada elektroda ditunjukkan dengan, “semakin tinggi konsentrasi oksidan dalam larutan, semakin besar potensi yang dihasilkan dan pengukuran ORP.”
[wptab name=’Fitur’]
Locally available memory enabling clients to effectively align, arrange sensor at lab, and disseminate to different fields destinations
Ideal for outdoor applications and ultra low power consumption
Temperature compensation
Solution without cabinet and powerful ip 68 water submersible enclosure
Surge protection for power and rs 485 communication
Minimize cabling , 1.2 km rs 485 digital communication, and engineering cost
Data monitoring and programming configuration calibration
Eliminate i/o module cost, direct connected with plc, hmi, and standard modbus rtu protocol
Online real time measurement
Drift free high reliability
[/wptab][wptab name=’Spesifikasi’]
Measurement range
0 ~ 100 mg/L
0 ~ 3,000 mg/L
0 ~ 50 g/L
Accuracy
±1% FS
Resolution
0.1 mg/L
Repeatability
±0.5% FS
Operation pressure
Max. 10 Kgf/cm²
Operating temperature
0 ~ 85 °C; -5 ~ 110 °C (optional)
Cell constant
1.00
Response time
1 second
Protection
IP 68
Temperature sensor
PT 100
Temperature measurement range
0 – 85 °C ;0 ~ 100 °C(optional)
Temperature accuracy
± 0.5 °C; ± 0.1 °C (Optional)
Process connection
M 28 x 1.5
Housing
POM
Dimension
25 Χ 210 mm
Weight
analyzer: approx. 150 g (POM); 500 g (SS316L); 400 g (Titanium) cable: 80 g/m
General:
Output signal: RS485 (modbus RTU protocol), 19,200 bps, 8 data bits, no parity, 1 stop bit; 4 ~ 20 mA (optional)
Sel galvanik yang terdiri dari anoda dan katoda yang ada berguna untuk mengukur potensi yang terkait dengan reaksi redoks. Reaksi oksidasi yang terjadi pada elektroda ditunjukkan dengan, “semakin tinggi konsentrasi oksidan dalam larutan, semakin besar potensi yang dihasilkan dan pengukuran ORP.”
[wptab name=’Fitur’]
Locally available memory enabling clients to effectively align, arrange sensor at lab, and disseminate to different fields destinations
Ideal for outdoor applications and ultra low power consumption
Temperature compensation
Solution without cabinet and powerful ip 68 water submersible enclosure
Surge protection for power and rs 485 communication
Minimize cabling , 1.2 km rs 485 digital communication, and engineering cost
Data monitoring and programming configuration calibration
Eliminate i/o module cost, direct connected with plc, hmi, and standard modbus rtu protocol
Online real time measurement
Drift free high reliability
[/wptab][wptab name=’Spesifikasi’]
Measurement range
0 ~ 100 mg/L
0 ~ 3,000 mg/L
0 ~ 50 g/L
Accuracy
±1% FS
Resolution
0.1 mg/L
Repeatability
±0.5% FS
Operation pressure
Max. 10 Kgf/cm²
Operating temperature
0 ~ 85 °C; -5 ~ 110 °C (optional)
Cell constant
1.00
Response time
1 second
Protection
IP 68
Temperature sensor
PT 100
Temperature measurement range
0 – 85 °C ;0 ~ 100 °C(optional)
Temperature accuracy
± 0.5 °C; ± 0.1 °C (Optional)
Process connection
M 28 x 1.5
Housing
POM
Dimension
25 Χ 210 mm
Weight
analyzer: approx. 150 g (POM); 500 g (SS316L); 400 g (Titanium) cable: 80 g/m
General:
Output signal: RS485 (modbus RTU protocol), 19,200 bps, 8 data bits, no parity, 1 stop bit; 4 ~ 20 mA (optional)