Hach H130 Rugged Pocket pH Meter

Use Hach's miniLab Pocket pH Meter for quick soil PH readings.  Hach's miniLab H130 Pocket pH Meter contains a virtually unbreakable non-glass silicon chip sensor that gives stable readings in seconds.  Part of the H-Series family of non-glass probes, the H130 miniLab meter uses the very rugged and care-free ISFET (Ion-Sensitive Field Effect Transistor) sensor technology in a stainless-steel probe.  All miniLab meters offer water-resistant operation, automatic temperature compensation and economical measurement of small sample volumes. 

Priced at $189 (MSRP $199), Contact us for purchase. 

Also available are the Hach H135 (3-point calibration, greater PH test range, $249) and H138 (3-point calibration, 0.01 PH resolution, $299) Minilab PH Meters. Hach H120 PH Meter

H130 miniLab, Hach Pocket pH meter.

Features:

  • Pocket-size, waterproof, rugged pH meter
  • 15-mL dropper bottle of pH 7 buffer included
  • Durable non-glass solid-state (ISFET) pH sensor
  • 1 point calibration
  • Replaceable reference electrode
  • Minimum sample or calibration buffer volume
  • Automatic temperature compensation
  • Accuracy and resolution of 0.1 pH
  • Range pH 2.0 to pH 12.0 (Suggested testing range:  5.0 - 9.0 pH)

No Maintenance
The sensor stores dry, therefore requiring no filling   solutions. To clean the meter, simply use a toothbrush and a detergent solution. After use, just replace the protective sensor cap.

Operates in Restrictive and Challenging Environments
Non-glass pH probes offer convenience and ruggedness, excelling in applications such as food and beverage, academic teaching labs, environmental studies, medical, pharmaceutical, agriculture, and petrochemical.

Hach Instruments makes the most rugged and practical PH meters on the market!

Hach's miniLab Pocket pH Meters contain a virtually unbreakable non-glass silicon chip sensor that gives stable readings in seconds. Part of the H-Series family of non-glass probes, miniLab meters use ISFET (Ion-Sensitive Field Effect Transistor) sensor technology that contains several proprietary layers deposited selectively on a silicon substrate. The final layer possesses an affinity for hydrogen ions only. The quantity of hydrogen ions at or near the sensor surface causes an electrical effect that is detected and measured as pH.