Precise pH measurement for all lab applications.
Digital | Conventional | Conventional | |
inoLab® Multi 9310 IDS | inoLab® pH 7110 | inoLab® pH 7310 | |
pH/ORP | All SenTix®9xx | All SenTix® electrodes with DIN or BNC plug | All SenTix®electrodes with DIN or BNC plug |
Dissolved oxygen | FDO® 925 | — | — |
Conductivity | TetraCon 925, LR925/01 | — | — |
Routine measurements | ○ | ● | ○ |
Routine measurements with documentation | ● | — | ● |
AQS/GLP | ● | — | ● |
High precision | ● | — | ● |
Control measurements | ● | — | ● |
LIMS connection | ● | — | ● |
Quality Assurance | ● | — | ● |
Training | ○ | ● | ○ |
Service | — | — | — |
PC interface | ● | — | ● |
… with the innovative inoLab® Multi 9310 IDS
The new inoLab® Multi 9310 IDS is ideal for pH measurements in the laboratory. The IDS technology enables exceptional measuring quality and efficient documentation in the easiest way.
Measuring safety
Measuring channel | 1 (universal) |
Display | LCD graphic, backlit |
CMC/QSC | Yes/Yes |
Data storage | Manual: 500 data sets/Automatic: 4500 data sets |
Logger | Manual/time-controlled |
Interface | Mini USB |
Printer (optional) | Thermo printer, width 58 mm |
Power supply | Universal power supply 100 to 240 V, 50/60 Hz, 4 x 1,5 V AA or 4 x 1.2 V NiMH rechargeable battery |
… with the inoLab® pH 7310
The new inoLab® pH 7310 is the ideal instrument for precision measurements and automatic documentation complying with GLP/AQS in quality laboratories throughout all industries. Optional built-in printer available on demand.
Measuring reliability
pH | -2.0 … 20.0 ±0.1 pH -2.00 … 20.00 ±0.01 pH -2.000 … 19.999 ±0.005 pH |
mV | ±(1200.0 ±0.3) mV |
Temperature | -5.0 … +105.0 °C ±0.1 °C |
… with the inoLab® pH 7110
The new inoLab® pH 7110 is ideal for routine measurements in the laboratory where automatic documentation is not the priority.
With a smooth and easily cleaned surface.
Measuring reliability
pH | -2.0 … 20.0 ±0.1 pH -2.00 … 20.00 ±0.01 pH -2.000 … 19.999 ±0.005 pH |
mV | ±(1200.0 ±0.3) mV |
Temperature | -5.0 … +105.0 °C ±0.1 °C |