LnRiLWhlYWRpbmcuaGFzLWJhY2tncm91bmR7cGFkZGluZzowfQ==
LnRiLWZpZWxke21hcmdpbi1ib3R0b206MC43NmVtfS50Yi1maWVsZC0tbGVmdHt0ZXh0LWFsaWduOmxlZnR9LnRiLWZpZWxkLS1jZW50ZXJ7dGV4dC1hbGlnbjpjZW50ZXJ9LnRiLWZpZWxkLS1yaWdodHt0ZXh0LWFsaWduOnJpZ2h0fS50Yi1maWVsZF9fc2t5cGVfcHJldmlld3twYWRkaW5nOjEwcHggMjBweDtib3JkZXItcmFkaXVzOjNweDtjb2xvcjojZmZmO2JhY2tncm91bmQ6IzAwYWZlZTtkaXNwbGF5OmlubGluZS1ibG9ja311bC5nbGlkZV9fc2xpZGVze21hcmdpbjowfQ==
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Cond 80+ Stirrer – With Cell VPT 80/1
Digital microprocessor bench-top conductivity meter with large backlit color graphic display, resolution 0.01 μS. Automatic and manual calibration with recognition of 4 conductivity standards (84; 1413 μS, 12.88 and 111 mS) from 1 to 4 points with calculation of the different cell constants and a user-defined standard. Quick manual online and PC software downloadable for free.
Complete with conductivity cell VPT 1 Platinum glass with 2 electrodes (C = 1) with built-in temperature probe, electrode holder, external keyboard, magnetic stirrer with adjustable speed, 2 calibration standards and power supply.
Key Features
|
Calibration report
|
Yes
|
|
Cell type
|
2 poles
|
|
Display
|
Backlight coloured high definition LCD
|
|
GLP
|
Yes
|
|
Inputs
|
BNC – RCA
|
|
IP protection
|
IP 54
|
|
Memory
|
1000 data
|
|
Multilanguage
|
Eng – Ita – Deu – Esp – Fra – Cze
|
|
Online help
|
Yes
|
|
Output
|
USB – USB type B – RS232
|
|
Password
|
Yes, 4 alphanumerical scripts
|
|
PC connection
|
Yes
|
|
Points of calibration Cond
|
1…4
|
|
Printer connection
|
Yes
|
|
Selectable Cell constant
|
0,1 / 1 / 10
|
|
Standard approved Cond
|
84 µS – 1413 µS – 12,88 mS – 111,8 mS / 1 user value
|
|
Stirring speed control
|
Stirrer with indipendent control
|
|
Timer calibration due
|
Yes
|
|
Ultrapure water compensation
|
Yes
|
Specifications
| Accuracy (Cond) |
± 1 % f.s. |
| Accuracy (Resistivity) |
± 1 % f.s. |
| Accuracy (Salinity) |
± 1 % f.s. |
| Accuracy (TDS) |
± 1 % f.s. |
| Accuracy (Temperature) |
± 0,2 °C |
| Cond measuring range (max.) |
1000 mS |
| Cond measuring range (min.) |
0,00 µS |
| Cond resolution |
0,01 / 0,1 / 1 µS/cm (automatic scale) |
| Reference temperature (max.) |
+ 30 °C |
| Reference temperature (min.) |
+ 15 °C |
| Resistivity measuring range (max.) |
10,00 MOhm*cm |
| Resistivity measuring range (min.) |
1,00 Ohm*cm |
| Salinity measuring range (max.) |
100 ppt |
| Salinity measuring range (min.) |
0,01 ppm |
| TDS Factor (max) |
1.00 |
| TDS Factor (min) |
0.40 |
| TDS measuring range (max.) |
500 g/l |
| TDS measuring range (min.) |
0.1 mg/l |
| Temperature coefficent (max) |
10,00 % / °C |
| Temperature coefficent (min) |
0,00 % / °C |
| Temperature compensation |
0,0…100,0 °C |
| Temperature measuring range (max.) |
+ 120,0 °C |
| Temperature measuring range (min.) |
– 20,0 °C |
| Temperature resolution |
0,1 |
| Working temperature (max.) |
+ 45 °C |
| Working temperature (min.) |
0 °C |
Supply
| Power supply |
100 – 240 V / 50 – 60 Hz |
Dimensions & Weight
| Dimension (LxWxH) |
162 x 185 x 56 mm |
| Weight |
|
+M55
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