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Product Description
£138.00 ex VAT | £165.60 Inc VAT
- Measure dynamic temperature changes with up to 100 measurement operations per second.
- One single connector for different thermocouple types (programmable).
- Optimal linearization accuracy of the thermocouple characteristic by calculation methods as per the DIN IEC 584.
- Increased accuracy thanks to multi-point adjustment of the thermocouple sensor during calibration. For current measuring instruments ALMEMO® V7, i.a. the precision measuring instruments ALMEMO® 710 or ALMEMO® 202.
In stock
Email to a friendTechnical Specification
| Technical Data | |
|---|---|
| Sensor Type | Thermocouple type: K, N, T, J, R, S, B, E |
| Measuring Input | galvanically isolated, dielectric strength 50V |
| Measuring Ranges | K -200.0 to +1370.0°C N -200.0 to +1300.0°C J -210.0 to +1100.0°C E -270.0 to +800.0°C T -200.0 to +400.0°C S -50.0 to +1760.0°C R -50.0 to +1760.0°C B +250.0 to +1820.0°C K2 -200.00 to +1370.00°C |
| Resolution | 0.1 K* respectively 0.01 K for measuring range K2 |
| Conversion Rate | 2.5*, 10, 50, 100 mops |
| Linearization | error-free calculation method (not an approximation) |
| System accuracy at conversion rate 10 mops type K, K2, N, J, T type E type R, S, B | ±0.2K ±0.02% of measured value ±0.1K ±0.02% of measured value ±0.8K ±0.02% of measured value |
| Temperature Drift | 0.003 %/K (30 ppm) |
| Cold junction compensation sensor | NTC 10K at 25°C |
| Cold junction compensation effective in the range -10 °C to +60 °C System Accuracy | -30°C to +100°C ±0,2K ± 0,01K/°C |
| Nominal Temperature | 23 °C ± 2 K |
| Operative Range | -10 to 60°C, 10 to 90 % RH. (non-condensing) |
| Supply Voltage | 6, 9, 12 V from ALMEMO® device |
| Current Consumption | approx. 5 mA |
| * Factory setting. The desired measuring range can be programmed on the ALMEMO® V7 device.. | |
Technical Features
- The digital ALMEMO® D7 measuring connector for thermocouples can be used for a variety of thermocouple types. Once connected, the thermocouple type is programmed via the ALMEMO® V7 measuring instrument.
- new: the range for thermocouple type E. For use at lowest temperatures.
- The thermocouple is connected via 2 screw terminals integrated in the measuring connector. Every measuring connector has an integrated temperature sensor directly in the screw terminals for measurement and automatic compensation of the cold junction temperature.
- The input of the ALMEMO® D7 measuring connector is galvanically isolated from the ALMEMO® V7 measuring instrument. Therefore the connected thermocouple sensor is galvanically isolated from the other connected ALMEMO® sensors as well.
- The digital ALMEMO® D7 measuring connector operates with its own integrated A/D converter. The linearization of the thermocouple characteristic is calculated using an error-free method in compliance with DINIEC584 (not an approximation).
- For measuring dynamic temperature changes, the ALMEMO® D7 measuring connector operates at a fast conversion rate. The measuring rate is determined exclusively by the integrated A/D converter.
- On the ALMEMO® V7 measuring instrument all D7 measuring connectors operate in parallel – each at its own measuring rate. The measuring instrument’s very shortscan cycle is determined by the measuring rates of the D7 measuring connectors – nearly irrespective of their number. The ALMEMO® V7 measuring instrument saves the measured values; the measuring software WinControl displays them graphically.
- The overall accuracy of the measuring operation is unaffected by the presence of an ALMEMO® V7 display device / data logger. In case the measuring chain – consisting of a thermocouple sensor and the connected ALMEMO® D7 measuring connector – is calibrated, the measuring chain can be connected to any ALMEMO® V7 measuring device without any additional measuring uncertainties.
- At constant ambient conditions, an increased system accuracy is achieved by calibrating the thermocouple sensor using multipoint adjustment.
- To designate a sensor it is possible to program comments with up to 20 characters.
Compatible Interfaces
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