Temperature controllers electronic
Codix 564
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Temperature controller – Monitors and controls 2 limits.
The temperature control unit Codix 564 displays temperature values in high resolution and monitors and controls 2 limit values. All common temperature sensors such as the thermocouples B, E, J, K, N, R, S and T as well as mV inputs, Pt100 and resistance inputs can be connected to the device. These fast displays set new standards in user-friendliness. Thanks to an easy-to-read 14-segment LED display, comprehensible scroll help texts and a practical short instruction card, the annoying reading of extensive instructions is no longer necessary. Optionally also with analog output.| Mechanical | |
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| Model | electronic |
| Function |
Temperature displays |
| Dimension 1 |
96 x 48 mm | 92 x 45 mm |
| Protection level |
IP65 |
| Working temperature | -20 °C ... +65 °C |
| Weight | 180 g |
(1) Front panel size | Panel cut-out
| Electrical | |
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| Power supply |
10...30 V DC |
| Signal input |
Widerstand 0...500 Ω Thermoelemente B, E, J, K, N, R, S, T +/-100 mV |
| Signal output |
Analog 0...10 V Analog 0...20 mA Analog 2...10 V Analog 4–20 mA 2 x Relais |
User-friendly
Powerful
- Practical short instruction card for parameterization and operation of the device
- Help texts as ticker
- Easy-to-read 14-segment LED display, 6-digit, 14 mm high
- Simple programming with 4 front keys
- One front key and 2 additional inputs can be programmed for specific applications
- Fixed characteristic curves for thermocouples and temperature resistance
- Min/max memory individually resettable
Powerful
- Measuring rate of 10 measurements/second
- Application-specific characteristic curves over 12 interpolation points
- 2 relay outputs (change-over contacts) for limit monitoring with hysteresis and on/off delay function
- Analog output for current measured value, min. value or max. value
- Auxiliary voltage output for the sensor with AC version
- Inputs and outputs electrically isolated
- First-order digital filter for smoothing display fluctuations with unstable input signals
