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Code: WT-PM-1C30-011-1
MPN: 1C30-011 1
WTW Conductivity Model 740 Kit 1C30-011 1 is one of the many quality laboratory and scientific products we have to offer at very competitive pricing. WTW Conductivity Model 740 Kit 1C30-011 1 / 80085-400 is part of a wide selection of WTW pH meters. Combining excellent quality with an affordable price, the WTW Conductivity Model 740 Kit 1C30-011 1 / 80085-400 can meet your scientific research needs while still offering a good value for a budget conscious end user. If you have any questions about any of our pH meters please do not hesitate to contact our customer service for further guidance.
High-performance laboratory conductivity meters feature a large multifunctional display, parallel temperature display, and automatic temperature compensation. Meters include MultiLab* software, which allows them to be externally controlled via a personal computer. Meters perform conductivity, salinity, TDS, and temperature measurements.
A built-in data logger and a real-time clock allow for all QA conforming functions. The optional built-in printer allows data printout on thermal paper accepted for use for official documents. Other features include a built-in digital recorder, real time graphic display, user selectable lanGauges, multilevel GLP functions, limit input with acoustic alarm, and free software downloads for MultiLab pilot or terminal. Meters meet all the requirements of USP 27.
Meters include a TetraCon* 325 standard conductivity cell. Meter 80085-404 comes with a USP 27 kit, which contains an ultrapure water cell, a flow-thru vessel, NIST traceable 5µS standard with ±2% accuracy, and a lab testing set.
UL, C-UL listed. CE marked.
Description: | Conductivity Meter |
WTW No.: | 1C30-011 1 |
Unit: | Each |
Properties: | |
Conductivity: | 0.0 µS/cm to 2000 mS/cm |
Salinity: | 0.0 to 70.0 ppt |
TDS: | 0 to 2000 mg/L |
Resistivity: | 0.000 to 2000 megohm·cm |
Temperature Range: | -5 to 105°C (23 to 221°F) |
Reference Temperature: | 20 or 25°C (68 or 77°F), selectable |
Conductivity Accuracy: | ±0.5% of value |
Temperature Accuracy: | ±0.1 K |