PAL-pH DPH pH Meter

Bs. 0.00Bs. 0.00

Shock resistant. Feel safe and
reliable. IoT compatible with NFC technology *.
* Near a communication field

Specifications
Model PAL-pH
Cat.No. 4311
Range pH 0.00 ~ 14 .00
Resolution pH0.01
Accuracy pH ± 0.10
Calibration 3-point calibration in 4.01 , 6.86, 9.18.
3-point calibration at 4.01, 7.00, 10.01.
Temperature Compensation 10 to 40 ゚ C
Sample volume 0.6mL
Power Supply AAA size alkaline battery × 2

KCl not consumable

KCl not consumable

The internal liquid of the electrode, KCl, is inseparable from the pH meter. Ordinary pH meters are designed so that the KCl flows little by little, and will need to be replaced and refilled regularly as it flows. We take care of getting rid of these tensions that afflict our users. We tried our best to figure out how to make KCl last longer. With PAL-pH, you don’t have to worry about KCl depletion. The pride and effort of the ATAGO developers, who wanted to create an easy-to-use device, created the PAL-pH.

The only laptop equipped with “NFC function”

The only laptop equipped with

100 measured readings can be transferred wirelessly by simply touching the reader connected to the smartphone or PC. You can avoid mistakes and forget to write from the handwritten recording.

 

 

Semi-solid and viscous samples can be measured.

Semi-solid and viscous samples can be measured.

Semi-solid and viscous samples such as jam, jelly, yogurt, bean paste, chocolate, tomato sauce, condiments, bread dough, shampoo, detergent, etc. can be measured stably.

 

 

Design Commitment

Design commitment

The PAL series has been awarded Good Design as an instrument that expands the measurement field and the possibilities. PAL with the sense of companion; Brix meter, salinity meter (EC) and pH meter. The PAL-pH will provide the ease of use and high performance that the PAL series is known for and continues to be appreciated in many industries.

Description

Shock resistant. Feel safe and
reliable. IoT compatible with NFC technology *.
* Near a communication field