Water Analyzer

  • GE-133 Conductivity Analysis Meter
GE-133 Conductivity Analysis Meter

GE-133 Conductivity Analysis Meter

  • Flexibility, reliability and low maintenance
  • Temperature compensation
  • RS485//RS232 Communication Interface Optional
  • Product description: work for TPS conductivity in water monitor field, measuring the ability of an aqueous solution to carry an electric current. it could show the temperature at the same time.
  • ISO9001 & ISO14001 & IS045001
This water analyzer could work for TPS conductivity in water monitor field, measuring the ability of an aqueous solution to carry an electric current. it could show the temperature at the same time. It could work for Environmentally friendly water treatment,Power Station, Fermentation Engineering, Petrochemical, Metallurgy, Mining industry, Paper industry, Medicine, Food & Beverage , Aquaculture,Modern farming.


   Character:
    * Flexibility, reliability and low maintenance
    * Temperature compensation 
    * 2 alarm relay 
    * Temperature output current signal optional(GE-133B)
    * RS485//RS232 Communication Interface Optional(GE-133B)
    * Menu operation mode & Password protection 
    * 128*64 Large LCD display



Specification:
1. Measuring Range: 
* 0 ~ 20uS/cm K=0.01
* 0 ~ 200uS/cm K=0.1
* 0 ~ 10mS/cm K=1.0
* 0 ~ 20mS/cm K=10.0
* 0 ~ 100mS/cm K=30.0
* Temperature: -5C ~ 110.0C

2. Resolution:
*Conductivity: 0.001uS/cm; 0.01uS/cm
* Temperature: 0.1C

3. The Basic Error:
*Conductivity: -/+1.0%FS (GE-133A); -/+0.5%FS(GE-133B)
* Temperature: -/+0.5C (GE-133A); -/+0.3C (GE-133B)

4. Current Output: 0~10mA or 4~20mA
5. 2 Alarm Relay: 3A 240VAC (Max)
6. Power Consumption: 220V~240VAC <3W; 110V<2W; 24VDC<1W;
7. Optional: RS485//RS232 Communication Interface & Temperature Output (for GE-132B)

Conductivity Electrode:
* CED-01: 0 ~ 20uS/cm K=0.01 0~60C
* CED-02: 0 ~ 200uS/cm K=0.1 0~60C
* CED-03: 0 ~ 20uS/cm K=0.01 0~150C
* CED-04: 0 ~ 200uS/cm K=0.1 0~150C
* CED-05: 0 ~ 1000uS/cm K=1.0 0~60C
* CED-06: 0 ~ 20mS/cm K=10.0 0~60C
* CED-07: 0 ~ 100mS/cm K=30 0~150C