Overview
The VDIV10:1 uses precision resistor networks to bring sensors with high output voltages into the datalogger’s common mode range, allowing the datalogger to measure the sensor. The VDIV10:1 divides the sensor’s signal voltage by a factor of ten.
Read MoreBenefits and Features
- Connects directly into data logger input terminals
- Easy to install or remove
- Low power consumption
Images
3D/CAD Files:
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Detailed Description
The VDIV10:1 contains a 90 kΩ resistor and a 10 kΩ resistor. Both resistors have a ratio tolerance of ±0.02%.
The maximum input voltage into the VDIV10:1 should not exceed ±50 V. Increased input settling time may be necessary to accommodate the relatively high resistance of the voltage divider.
Schematic for VDIV10:1
Hookup for one sensor measured differentially
Hookup for two single-ended sensor measurements
Specifications
| Used With | Sensors with a high voltage output (up to 50 V) |
| Division Ratio | 10:1 |
| Resistance | 10 kΩ and 90 kΩ |
| Tolerance | Ratio: ±0.02% (@ 25°C) |
| Power Rating | 0.1 W (@ 70°C) per element |
| Maximum Temperature Coefficient | Ratio: 2 ppm/°C (0° to 70°C) |
| Dimensions | 1.5 x 1.5 x 2.7 cm (0.6 x 0.6 x 1.0 in.) for body with prongs |
| Weight | 6 g (0.2 oz) |
Compatibility
Please note: The following shows notable compatibility information. It is not a comprehensive list of all compatible products.
Dataloggers
| Product | Compatible | Note |
|---|---|---|
| 21X (retired) | ||
| CR10 (retired) | ||
| CR1000 (retired) | ||
| CR10X (retired) | ||
| CR200X (retired) | User-modifications are required to use the VDIV10:1 with the CR200X series. Contact Campbell Scientific for more information. | |
| CR206X (retired) | User-modifications are required to use the VDIV10:1 with the CR200X series. Contact Campbell Scientific for more information. | |
| CR211X (retired) | User-modifications are required to use the VDIV10:1 with the CR200X series. Contact Campbell Scientific for more information. | |
| CR216X (retired) | User-modifications are required to use the VDIV10:1 with the CR200X series. Contact Campbell Scientific for more information. | |
| CR23X (retired) | ||
| CR295X (retired) | User-modifications are required to use the VDIV10:1 with the CR200X series. Contact Campbell Scientific for more information. | |
| CR300 | ||
| CR3000 (retired) | ||
| CR310 | ||
| CR350 | ||
| CR500 (retired) | ||
| CR5000 (retired) | ||
| CR510 (retired) | ||
| CR6 | ||
| CR800 (retired) | ||
| CR850 (retired) | ||
| CR9000 (retired) | Compatible CR9000 modules are the CR9050 and the CR9052; the CR9051 is partially compatible. | |
| CR9000X (retired) | Compatible CR9000X modules are the CR9050 and the CR9052; the CR9051 is partially compatible. |
Additional Compatibility Information
Data Logger Considerations
The VDIV10:1 uses two adjacent single-ended analog inputs (one differential channel); an adjacent analog ground channel accepts the "ground prong" of the VDIV10:1. Not all data logger terminal strips have this sequence on all channels, so please check your data logger's wiring panel to confirm channel assignments, especially if you plan to use multiple terminal input modules.
Please note that if a CR10X will be used to measure thermocouples in the same application, newer CR10X Wiring Panels and the CR10XTCR Reference Thermistor (with its accompanying thermocouple cover) are deep enough to cover the data logger input channels with a VDIV10:1 attached; older CR10TCRs are not deep enough.
Programming
The VDIV10:1 is measured with either the VoltSE or VoltDiff Instruction in CRBasic, and with Instruction 1 (SE Volts) or 2 (DiffVolts) in Edlog. Each VDIV10:1 can be wired to make one differential measurement or two single-ended measurements.
Documents
Downloads
VDIV Program Example (1 KB) 29-07-2022
In this example program, a VDIV10:1 and the VoltDiff() instruction are used to measure an input voltage with a maximum voltage of 14 VDC, as described in the VDIV10.1/VDIV2.1 manual.
Frequently Asked Questions
Number of FAQs related to VDIV10:1: 1
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The CR1000 can measure analog voltages in the ±5 Vdc range. A voltage divider such as the VDIV2:1 is required to reduce 10 Vdc to an acceptable range. For examples of wiring and programs, see the VDIV10:1/VDIV2:1 manual.