Details of Hana Agency HI2020 (Shanghai Spot):

Hana HI2020 Microcomputer Acidity pH/mV Temperature ℃ Tester

Old model: Edge

The revolutionary HI2020 ultra-thin microcomputer acidity pH redox ORP temperature ° C/° F measuring instrument has been newly launched, which is the * work of HANNA brand's design ability, product integration, and R&D team. It will set a new standard for HANNA brand.

Powerful management functions
Unique automatic identification of electrode types, automatic entry into measurement project mode, automatic storage of calibration data by electrode sensors, automatic retrieval of GLP storage data, CAL-CHECK electrode verification system, prompt for electrode contamination and standard buffer information, timely reminder of acidity, pH, electrode status (good, damaged) and electrode connection status.

Data management function
1000 sets of data, including measurement data, GLP data, time, and date, are automatically stored (interval: 200 sets of data storage; manual: 600 sets of data storage). The USB data interface enables measurement data output, and the micro USB interface enables data transmission and charging functions, ensuring further analysis and management of measurement data.

Large screen, on-screen operation instructions
5.5-inch ultra large screen display, achieving a viewing angle range of 150 ° and clear reading beyond 5 meters; A concise full-text information prompt is displayed at the bottom of the screen, completely abandoning headache inducing abbreviations and making operations more convenient and efficient.

Ultra thin design, touch operation
12.7mm ultra-thin body, 250g lightweight design, stylish and beautiful touch buttons, integrated screen and button design, keeping you away from sample residue keyboard

HI11310

Customized special refillable glass composite acidity pH electrode

Measurement range: 0 to 13 pH, sample temperature range: 0 to 100 ° C (32 to 212 ° F), sample pressure ≤ 0.1 bar; The 3.5mm interface is suitable for routine laboratory, beer and other sample measurements. When using a new electrode, the top protective cover should be removed first and the entire electrode should be checked. If salt crystals are formed in the electrode tip and protective cover due to the evaporation of electrolyte inside the electrode through the dialysis membrane, it does not affect the normal use of the electrode, indicating that the electrode dialysis membrane is normal. Rinse it off with clean water. During transportation, bubbles may form inside the glass ball of the electrode head. In this case, gently shake the electrode like a common mercury thermometer to remove the bubbles. If the electrode glass induction membrane or dialysis membrane head is relatively dry, the electrode can be soaked in HI70300 electrode preservation solution for at least 1 hour to keep the dry glass induction membrane and dialysis membrane moist; Frequent soaking is beneficial for electrodes. Reminder: Do not use distilled water or deionized water to store or soak electrodes, as this will cause electrode sensor failure